DSP/BIOS v5.31.08 Release Notes
Last updated: 10 Jul 2007
The DSP/BIOS distribution is composed of sub-component packages each containing specific release notes. This top level release note covers general product level issues related to installation and getting started and is divided into four sections, "General Info", "Known Issues", "Fixed In This Release", and "Validation Info".
Check the following web site for updates: https://www-a.ti.com/downloads/sds_support/targetcontent/bios/index.html
DSP/BIOS Kernel Package (updated) | |
DSP/BIOS Kernel Benchmarks | |
XDC Tools (Tconf) Package (updated) | |
DSP/BIOS Platforms (updated) | |
DSP/BIOS Examples (updated) | |
Real Time Data Exchange (RTDX) | |
Power Scaling Library (PSL) |
OsAware (Kernel Object View support) | |
DSP/BIOS Help Files | |
DSP/BIOS Build Tools Interface (BTI) for CCS | |
Real Time Analysis Infrastructure (VBD) | |
DSP/BIOS Graphical Configuration Tool (Gconf) |
DSP/BIOS 5.31.08 is an all ISA release and can be used with CCS 3.2, CCS 3.3 or later. This will be installed in <installdir>/bios_5_31_08.
It is strongly recommended to follow the instructions in the DSP/BIOS Setup Guide, also available from the documentation index for information on updating from previous BIOS releases and instructions on how to use the BIOS Selector in the Component Manager of Code Composer Studio.
All ISA release which includes all changes in BIOS 5.31.07.
Maintenance release with defect fixes.
Device Support
Devices Supported* | Runtime model | |
*BIOS Configuration DeviceName listed |
||
28xx Devices | ||
F2801 F2806 F2808 F2810 F2811 F2812 |
Large model | |
54xx Devices | ||
5402 5402A 5409A 5416 5470 5471 5405 |
Near and Far model supported | |
55xx Devices | ||
5501
|
Large model on Laijin 2.x
core devices
Note: 55xx small model support has been dropped starting with BIOS 5.10 |
|
5903 (OMAP) 5910 (OMAP) 5948 (OMAP)
TNETV1055 |
Large model for 55xx DSP side
of Heterogeneous multi processors (OMAP: ARM + 55xx DSP, Titan: MIPS +
55xx DSP)
Large and Huge model for 55xx DSP on Laijin 2.x/3.x, such as OMAP1710, OMAP2420 Note: 55xx small model support has been dropped starting with BIOS 5.10 |
|
62xx Devices | ||
Not Supported: C6201 6202 6203 6204 6205 6211
|
Big and Little Endian | |
67xx Devices | ||
6701 6711 6711 - 250 6712 6713 6713 - 300
|
Big and Little Endian | |
64xx Devices | ||
6410 6411 6412 6413 6414 6415 6416 6418 DRI300 DM640 DM641 DM642 |
Big and Little Endian | |
64P Devices | ||
DM420 DM647 DM648
DM6431 DM6437
6421
TCI6482
TCI6486
DRA442
2430 (OMAP) TNETV2685 |
Big and Little Endian | |
67P Devices | ||
6727
DA705
|
Little Endian | |
IAG Devices | ||
DM270 DM310 DM320 DM420 |
Please check the following link for additional information when upgrading from 4.90 to 5.x -- Knowledge base with known 4.90 to 5.x upgrade issues
OMAP2430/3430 HWI/WUGEN API Documentation -- The new HWI/WUGEN APIs are not documented in the BIOS API Guide. This is tracked by SDSCM00016107 which contains documentation for each API.
PWRM/3430 Documentation Update -- SDSCM00014096: When the IVA MMU is enabled and PWRM is enabled, the base addresses of the support modules must be mapped into the IVA MMU and BIOS must be configured with the respective virtual addresses using the following PWRM configuration properties:
Memory heap issue when updating existing configuration files -- Prior versions of the configuration tool allowed for an inconsistent memory heap configuration. The tool allowed users to enable heaps when no heaps were actually configured and the default for bios.MEM.MALLOCSEG and bios.MEM.SEGZERO were still set to 'MEM_NULL'. This was causing problems in applications since malloc() and MEM_alloc() were failing even when user thought they had configured BIOS for dynamic memory allocation. The configuration tool is now checking to make sure that configurations that have heaps also have bios.MEM.MALLOCSEG and bios.MEM.SEGZERO set to a valid heap. Update from existing projects might yield an error message. The work around is to either remove the 'bios.enableMemoryHeaps(prog);' line from your configuration, or to add a heap and set bios.MEM.MALLOCSEG and bios.MEM.SEGZERO accordingly. See the ti/bios/examples/common/evmDM6446_common.tci file (or others) for an example of how to do this.
Gconf uses wrong parameters when more than one pjt is opened and they share the same .tcf file -- When more than one CCS project (.pjt file) share the same .tcf file, and two or more of the projects are opened in CCS, opening a .tcf from one of the projects will launch GConf using the DspBiosBuilder builder parameters defined for the most recently opened project. This may result in incorrect base seed properties and import file paths in the .tcf file being edited. To workaround, do not share .tcf files between projects. This is tracked by SDSCM00003834
BIOS RTA has problems reading data in stop mode for some 64x+ devices -- Currently, stop mode reads will only work for DaVinci. This is tracked by SDSCM00010400
DSP/BIOS examples that are using RTA halt when run every other time on DSK5510/DSK5509A via XDS560. This is tracked by SDSCM00005820.
CCS window closes on refreshing KOV Window when it receives illegal values -- KOV will crash if Module Objects have illegal values. For e.g if a dynamic task has a bad name, KOV will try to print the illegal name and crash. This is tracked by SDSCM00006694.
KOV window shows wrong names for dynamic objects -- This is tracked by SDSCM00007151.
KOV displays wrong names for memory sections -- This is tracked by SDSCM00004917.
Incorrect platform name in Tconf User's Guide in "Create New Platform" section -- The spru0007h.pdf document contains the correct instructions for creating a new platform using the Tconf's User's Guide, the help files were not updated to reflect the same naming convention. This is tracked by SDSCM00003471.
RTDX tutorial examples do not all execute as expected when run on TCI6482 simulator little endian -- This is tracked by SDSSCM00010736.
RTDX Hot-Connect does not work for C64P -- This is tracked by SDSSCM00011954.
RTA (VBD) crash after lots of disconnects and connects -- This is tracked by SDSSCM00012471.
DSP/BIOS RTA Control Panel does not update values correctly when using comma decimal separator in Windows -- The RTA Control Panel does not work as expected when using Windows Regional Settings where ',' is used instead of '.' for the decimal separator. Only workaround is to use Regional Settings where '.' is the decimal separator, or use default 1 second update rate. This is tracked by SDSCM00017755.
The following bugs and enhancements have been fixed in this release. These are also listed in the sub-component release notes, but provided here for convenience.
id | Headline |
SDSCM00018359 | C55_l2EnableMIR1/DisableMIR1 (and others?) should be in .bios section |
SDSCM00018346 | Timer frequency on DM6467 shoud be set to DSP CPU frequency / 4 |
SDSCM00018213 | add C6428.tci and bios_6428.tci files to ti/catalog/c6000 and ti/bios/config |
SDSCM00018212 | add platform file for evmTNETV2685 |
SDSCM00018175 | Enhanced CPU load monitoring support and PWRM update |
SDSCM00018162 | need to review/update platform files for evmDM6467 after wakeup |
SDSCM00018161 | need platform files for evm6452 |
SDSCM00017824 | CPU load for DRA442/DRA446 is incorrect. |
SDSCM00017823 | The real cpu load is incorrect in the BIOS stairstep example for fast 64P platforms |
SDSCM00015095 | Platform file missing for OMAP3430 devices |
Codegen versions used in BIOS 5.31.05 product validation. See kernel release notes for the compiler versions used to build the target content.
ISA |
Compiler version(s) |
c6x | v6.0.8 |
c55x | v3.3.2 |
c54x | v4.1.0 |
c28x | v4.1.3 |
Deprecated DSP/BIOS APIs: Some DSP/BIOS APIs are being deprecated and will no longer be supported in the next major release of DSP/BIOS.
These APIs are still supported in DSP/BIOS 5.31.08 and will be supported in any patch releases or minor enhancements to DSP/BIOS 5.31.
The deprecated APIs are:
All APIs associated with the DEV driver interface. Developers are recommended to use the IOM driver interface.
DEV_createDevice
DEV_deleteDevice
DEV_match
Dxx_close
Dxx_ctrl
Dxx_idle
Dxx_init
Dxx_issue
Dxx_open
Dxx_ready
Dxx_reclaim
DGN Driver
DGS Driver
DHL Driver
All APIs associated with the PIP module. Developers are recommended to use the SIO module.
PIP_alloc
PIP_free
PIP_get
PIP_getReaderAddr
PIP_getReaderNumFrames
PIP_getReaderSize
PIP_getWriterAddr
PIP_getWriterNumFrames
PIP_getWriterSize
PIP_peek
PIP_put
PIP_reset
PIP_setWriterSize
Note on BIOS versioning: The BIOS product version follows a version format, M.mm.pp.b , where M is single digit Major version, mm is 2 digit minor version, pp is 2 digit patch, and b is an unrestricted set of digits used as incrementing build counter.
To support multiple installations of different bios versions, the product version is encoded in the top level directory, ex. bios_5_31. Interim deliveries of major baseline bios releases, such as a beta or early adopter (EA), will have a full qualified version (ex. 5.31.00.01 with directory bios_5_31_00_01) and the final release will be bios_5_31 following the convention of stripping the patch and build counter for final release.
Subsequent releases of patch upgrades will be identified by the patch number, ex. bios 5.31.03 with directory bios_5_31_03.
Point releases where new features such as additional device support are added, increment the minor digits and reset the patch counter (i.e., the patch counter is set to zero and removed from the directory qualifier). For example, if the current BIOS version is 5.31.03, a subsequent point release would be 5.32.
DSP/BIOS v5.31.07 Release Notes
Last updated: 29 May 2007
The DSP/BIOS distribution is composed of sub-component packages each containing specific release notes. This top level release note covers general product level issues related to installation and getting started and is divided into four sections, "General Info", "Known Issues", "Fixed In This Release", and "Validation Info".
Check the following web site for updates: https://www-a.ti.com/downloads/sds_support/targetcontent/bios/index.html
DSP/BIOS Kernel Package (updated) | |
DSP/BIOS Kernel Benchmarks | |
XDC Tools (Tconf) Package (updated) | |
DSP/BIOS Platforms (updated) | |
DSP/BIOS Examples (updated) | |
Real Time Data Exchange (RTDX) | |
Power Scaling Library (PSL) |
OsAware (Kernel Object View support) | |
DSP/BIOS Help Files | |
DSP/BIOS Build Tools Interface (BTI) for CCS | |
Real Time Analysis Infrastructure (VBD) | |
DSP/BIOS Graphical Configuration Tool (Gconf) |
DSP/BIOS 5.31.07 is an all ISA release and can be used with CCS 3.2, CCS 3.3 or later. This will be installed in <installdir>/bios_5_31_07.
It is strongly recommended to follow the instructions in the DSP/BIOS Setup Guide, also available from the documentation index for information on updating from previous BIOS releases and instructions on how to use the BIOS Selector in the Component Manager of Code Composer Studio.
All ISA release which includes all changes in BIOS 5.31.06.
Maintenance release with defect fixes.
Device Support
Devices Supported* | Runtime model | |
*BIOS Configuration DeviceName listed |
||
28xx Devices | ||
F2801 F2806 F2808 F2810 F2811 F2812 |
Large model | |
54xx Devices | ||
5402 5402A 5409A 5416 5470 5471 5405 |
Near and Far model supported | |
55xx Devices | ||
5501
|
Large model on Laijin 2.x
core devices
Note: 55xx small model support has been dropped starting with BIOS 5.10 |
|
5903 (OMAP) 5910 (OMAP) 5948 (OMAP)
TNETV1055 |
Large model for 55xx DSP side
of Heterogeneous multi processors (OMAP: ARM + 55xx DSP, Titan: MIPS +
55xx DSP)
Large and Huge model for 55xx DSP on Laijin 2.x/3.x, such as OMAP1710, OMAP2420 Note: 55xx small model support has been dropped starting with BIOS 5.10 |
|
62xx Devices | ||
Not Supported: C6201 6202 6203 6204 6205 6211
|
Big and Little Endian | |
67xx Devices | ||
6701 6711 6711 - 250 6712 6713 6713 - 300
|
Big and Little Endian | |
64xx Devices | ||
6410 6411 6412 6413 6414 6415 6416 6418 DRI300 DM640 DM641 DM642 |
Big and Little Endian | |
64P Devices | ||
DM420 DM647 DM648
DM6431 DM6437
6421
TCI6482
TCI6486
DRA442
|
Big and Little Endian | |
67P Devices | ||
6727
DA705
|
Little Endian | |
IAG Devices | ||
DM270 DM310 DM320 DM420 |
Please check the following link for additional information when upgrading from 4.90 to 5.x -- Knowledge base with known 4.90 to 5.x upgrade issues
OMAP2430/3430 HWI/WUGEN API Documentation -- The new HWI/WUGEN APIs are not documented in the BIOS API Guide. This is tracked by SDSCM00016107 which contains documentation for each API.
PWRM/3430 Documentation Update -- When the IVA MMU is enabled and PWRM is enabled, the base addresses of the support modules must be mapped into the IVA MMU and BIOS must be configured with the respective virtual addresses using the following PWRM configuration properties:
CM_BASEADDR
IVAMMU_BASEADDR
PRM_BASEADDR
SCM_BASEADDR
Base address of Clock Manager (CM). When enabling the IVA MMU, use this configuration property to specify the virtual address mapped to the physical address of the Clock Manager. The IVA MMU must map one page (4K bytes) of virtual memory starting at the given address.
Tconf Name:
CM_BASEADDR
Type: Address
Example: bios.PWRM.CM_BASEADDR = 0x12004000
Base address of IVA MMU. When enabling the IVA MMU, use this configuration property to specify the virtual address mapped to the physical address of the IVA MMU. The IVA MMU must map one page (4K bytes) of virtual memory starting at the given address.
Tconf Name:
IVAMMU_BASEADDR
Type: Address
Example: bios.PWRM.IVAMMU_BASEADDR = 0x12005000
Base address of Power & Reset Manager (PRM). When enabling the IVA MMU, use this configuration property to specify the virtual address mapped to the physical address of the Power & Reset Manager. The IVA MMU must map one page (4K bytes) of virtual memory starting at the given address.
Tconf Name:
PRM_BASEADDR
Type: Address
Example: bios.PWRM.PRM_BASEADDR = 0x12006000
Base address of System Control Module (SCM). When enabling the IVA MMU, use this configuration property to specify the virtual address mapped to the physical address of the System Control Module. The IVA MMU must map one page (4K bytes) of virtual memory starting at the given address.
Tconf Name:
SCM_BASEADDR
Type: Address
Example: bios.PWRM.SCM_BASEADDR = 0x12007000
Memory heap issue when updating existing configuration files -- Prior versions of the configuration tool allowed for an inconsistent memory heap configuration. The tool allowed users to enable heaps when no heaps were actually configured and the default for bios.MEM.MALLOCSEG and bios.MEM.SEGZERO were still set to 'MEM_NULL'. This was causing problems in applications since malloc() and MEM_alloc() were failing even when user thought they had configured BIOS for dynamic memory allocation. The configuration tool is now checking to make sure that configurations that have heaps also have bios.MEM.MALLOCSEG and bios.MEM.SEGZERO set to a valid heap. Update from existing projects might yield an error message. The work around is to either remove the 'bios.enableMemoryHeaps(prog);' line from your configuration, or to add a heap and set bios.MEM.MALLOCSEG and bios.MEM.SEGZERO accordingly. See the ti/bios/examples/common/evmDM6446_common.tci file (or others) for an example of how to do this.
Gconf uses wrong parameters when more than one pjt is opened and they share the same .tcf file -- When more than one CCS project (.pjt file) share the same .tcf file, and two or more of the projects are opened in CCS, opening a .tcf from one of the projects will launch GConf using the DspBiosBuilder builder parameters defined for the most recently opened project. This may result in incorrect base seed properties and import file paths in the .tcf file being edited. To workaround, do not share .tcf files between projects. This is tracked by SDSCM00003834
BIOS RTA has problems reading data in stop mode for some 64x+ devices -- Currently, stop mode reads will only work for DaVinci. This is tracked by SDSCM00010400
DSP/BIOS examples that are using RTA halt when run every other time on DSK5510/DSK5509A via XDS560. This is tracked by SDSCM00005820.
CCS window closes on refreshing KOV Window when it receives illegal values -- KOV will crash if Module Objects have illegal values. For e.g if a dynamic task has a bad name, KOV will try to print the illegal name and crash. This is tracked by SDSCM00006694.
KOV window shows wrong names for dynamic objects -- This is tracked by SDSCM00007151.
KOV displays wrong names for memory sections -- This is tracked by SDSCM00004917.
Incorrect platform name in Tconf User's Guide in "Create New Platform" section -- The spru0007h.pdf document contains the correct instructions for creating a new platform using the Tconf's User's Guide, the help files were not updated to reflect the same naming convention. This is tracked by SDSCM00003471.
RTDX tutorial examples do not all execute as expected when run on TCI6482 simulator little endian -- This is tracked by SDSSCM00010736.
RTDX Hot-Connect does not work for C64P -- This is tracked by SDSSCM00011954.
RTA (VBD) crash after lots of disconnects and connects -- This is tracked by SDSSCM00012471.
The following bugs and enhancements have been fixed in this release. These are also listed in the sub-component release notes, but provided here for convenience.
id | Headline |
SDSCM00017352 | DSP/BIOS DRA442 support uses wrong timer (RTI2) |
SDSCM00017103 | IMCOP memory should be removed from DM647/8 catalog files |
SDSCM00016997 | DIO static creation option causes corruption of OBJ table |
SDSCM00016889 | BIOS CLK default for DM647/8 should be CPU / 6 (currently is == CPU) |
SDSCM00016888 | fix the default frequency for evmDM648 board |
SDSCM00016820 | export gio_new.c to to product so customers have complete GIO source |
SDSCM00016566 | add bios_DM6441.tci file to fully support DM6441 (catalog added in 5.31.06) |
SDSCM00016558 | Stairstep project file missing source file entries for evm6424 in stairstep.pjt |
SDSCM00012424 | Need to check out DM647/8 EMIF ranges for BCACHE and interrupt events |
Codegen versions used in BIOS 5.31.05 product validation. See kernel release notes for the compiler versions used to build the target content.
ISA |
Compiler version(s) |
c6x | v6.0.8 |
c55x | v3.3.2 |
c54x | v4.1.0 |
c28x | v4.1.3 |
Deprecated DSP/BIOS APIs: Some DSP/BIOS APIs are being deprecated and will no longer be supported in the next major release of DSP/BIOS.
These APIs are still supported in DSP/BIOS 5.31.07 and will be supported in any patch releases or minor enhancements to DSP/BIOS 5.31.
The deprecated APIs are:
All APIs associated with the DEV driver interface. Developers are recommended to use the IOM driver interface.
DEV_createDevice
DEV_deleteDevice
DEV_match
Dxx_close
Dxx_ctrl
Dxx_idle
Dxx_init
Dxx_issue
Dxx_open
Dxx_ready
Dxx_reclaim
DGN Driver
DGS Driver
DHL Driver
All APIs associated with the PIP module. Developers are recommended to use the SIO module.
PIP_alloc
PIP_free
PIP_get
PIP_getReaderAddr
PIP_getReaderNumFrames
PIP_getReaderSize
PIP_getWriterAddr
PIP_getWriterNumFrames
PIP_getWriterSize
PIP_peek
PIP_put
PIP_reset
PIP_setWriterSize
Note on BIOS versioning: The BIOS product version follows a version format, M.mm.pp.b , where M is single digit Major version, mm is 2 digit minor version, pp is 2 digit patch, and b is an unrestricted set of digits used as incrementing build counter.
To support multiple installations of different bios versions, the product version is encoded in the top level directory, ex. bios_5_31. Interim deliveries of major baseline bios releases, such as a beta or early adopter (EA), will have a full qualified version (ex. 5.31.00.01 with directory bios_5_31_00_01) and the final release will be bios_5_31 following the convention of stripping the patch and build counter for final release.
Subsequent releases of patch upgrades will be identified by the patch number, ex. bios 5.31.03 with directory bios_5_31_03.
Point releases where new features such as additional device support are released same as major baselines, i.e., with patch counter of zero and removed from directory qualifier, ex. 5.31 with directory bios_5_31. When referring to the release, the term bios "five dot thirty-one" generally refers to the baseline bios 5.31 and the patches (ex. 5.31.03) and point releases (ex. 5.32) that comprise the compatible group.
DSP/BIOS v5.31.06 Release Notes
Last updated: 11 April 2007
The DSP/BIOS distribution is composed of sub-component packages each containing specific release notes. This top level release note covers general product level issues related to installation and getting started and is divided into four sections, "General Info", "Known Issues", "Fixed In This Release", and "Validation Info".
Check the following web site for updates: https://www-a.ti.com/downloads/sds_support/targetcontent/bios/index.html
DSP/BIOS Kernel Package | |
DSP/BIOS Kernel Benchmarks | |
XDC Tools (Tconf) Package (updated) | |
DSP/BIOS Platforms (updated) | |
DSP/BIOS Examples | |
Real Time Data Exchange (RTDX) | |
Power Scaling Library (PSL) |
OsAware (Kernel Object View support) | |
DSP/BIOS Help Files | |
DSP/BIOS Build Tools Interface (BTI) for CCS | |
Real Time Analysis Infrastructure (VBD) | |
DSP/BIOS Graphical Configuration Tool (Gconf) |
DSP/BIOS 5.31.06 is an all ISA release and can be used with CCS 3.2, CCS 3.3 or later. This will be installed in <installdir>/bios_5_31_06.
It is strongly recommended to follow the instructions in the DSP/BIOS Setup Guide, also available from the documentation index for information on updating from previous BIOS releases and instructions on how to use the BIOS Selector in the Component Manager of Code Composer Studio.
All ISA release which includes all changes in BIOS 5.31.05.
Maintenance release with defect fixes.
Device Support
Devices Supported* | Runtime model | |
*BIOS Configuration DeviceName listed |
||
28xx Devices | ||
F2801 F2806 F2808 F2810 F2811 F2812 |
Large model | |
54xx Devices | ||
5402 5402A 5409A 5416 5470 5471 5405 |
Near and Far model supported | |
55xx Devices | ||
5501
|
Large model on Laijin 2.x
core devices
Note: 55xx small model support has been dropped starting with BIOS 5.10 |
|
5903 (OMAP) 5910 (OMAP) 5948 (OMAP)
TNETV1055 |
Large model for 55xx DSP side
of Heterogeneous multi processors (OMAP: ARM + 55xx DSP, Titan: MIPS +
55xx DSP)
Large and Huge model for 55xx DSP on Laijin 2.x/3.x, such as OMAP1710, OMAP2420 Note: 55xx small model support has been dropped starting with BIOS 5.10 |
|
62xx Devices | ||
Not Supported: C6201 6202 6203 6204 6205 6211
|
Big and Little Endian | |
67xx Devices | ||
6701 6711 6711 - 250 6712 6713 6713 - 300
|
Big and Little Endian | |
64xx Devices | ||
6410 6411 6412 6413 6414 6415 6416 6418 DRI300 DM640 DM641 DM642 |
Big and Little Endian | |
64P Devices | ||
DM420 DM647 DM648
DM6431 DM6437
6421
TCI6482
TCI6486
DRA442
|
Big and Little Endian | |
67P Devices | ||
6727
DA705
|
Little Endian | |
IAG Devices | ||
DM270 DM310 DM320 DM420 |
Please check the following link for additional information when upgrading from 4.90 to 5.x -- Knowledge base with known 4.90 to 5.x upgrade issues
OMAP2430/3430 HWI/WUGEN API Documentation -- The new HWI/WUGEN APIs are not documented in the BIOS API Guide. This is tracked by SDSCM00016107 which contains documentation for each API.
PWRM/3430 Documentation Update -- When the IVA MMU is enabled and PWRM is enabled, the base addresses of the support modules must be mapped into the IVA MMU and BIOS must be configured with the respective virtual addresses using the following PWRM configuration properties:
CM_BASEADDR
IVAMMU_BASEADDR
PRM_BASEADDR
SCM_BASEADDR
Base address of Clock Manager (CM). When enabling the IVA MMU, use this configuration property to specify the virtual address mapped to the physical address of the Clock Manager. The IVA MMU must map one page (4K bytes) of virtual memory starting at the given address.
Tconf Name:
CM_BASEADDR
Type: Address
Example: bios.PWRM.CM_BASEADDR = 0x12004000
Base address of IVA MMU. When enabling the IVA MMU, use this configuration property to specify the virtual address mapped to the physical address of the IVA MMU. The IVA MMU must map one page (4K bytes) of virtual memory starting at the given address.
Tconf Name:
IVAMMU_BASEADDR
Type: Address
Example: bios.PWRM.IVAMMU_BASEADDR = 0x12005000
Base address of Power & Reset Manager (PRM). When enabling the IVA MMU, use this configuration property to specify the virtual address mapped to the physical address of the Power & Reset Manager. The IVA MMU must map one page (4K bytes) of virtual memory starting at the given address.
Tconf Name:
PRM_BASEADDR
Type: Address
Example: bios.PWRM.PRM_BASEADDR = 0x12006000
Base address of System Control Module (SCM). When enabling the IVA MMU, use this configuration property to specify the virtual address mapped to the physical address of the System Control Module. The IVA MMU must map one page (4K bytes) of virtual memory starting at the given address.
Tconf Name:
SCM_BASEADDR
Type: Address
Example: bios.PWRM.SCM_BASEADDR = 0x12007000
Memory heap issue when updating existing configuration files -- Prior versions of the configuration tool allowed for an inconsistent memory heap configuration. The tool allowed users to enable heaps when no heaps were actually configured and the default for bios.MEM.MALLOCSEG and bios.MEM.SEGZERO were still set to 'MEM_NULL'. This was causing problems in applications since malloc() and MEM_alloc() were failing even when user thought they had configured BIOS for dynamic memory allocation. The configuration tool is now checking to make sure that configurations that have heaps also have bios.MEM.MALLOCSEG and bios.MEM.SEGZERO set to a valid heap. Update from existing projects might yield an error message. The work around is to either remove the 'bios.enableMemoryHeaps(prog);' line from your configuration, or to add a heap and set bios.MEM.MALLOCSEG and bios.MEM.SEGZERO accordingly. See the ti/bios/examples/common/evmDM6446_common.tci file (or others) for an example of how to do this.
Gconf uses wrong parameters when more than one pjt is opened and they share the same .tcf file -- When more than one CCS project (.pjt file) share the same .tcf file, and two or more of the projects are opened in CCS, opening a .tcf from one of the projects will launch GConf using the DspBiosBuilder builder parameters defined for the most recently opened project. This may result in incorrect base seed properties and import file paths in the .tcf file being edited. To workaround, do not share .tcf files between projects. This is tracked by SDSCM00003834
BIOS RTA has problems reading data in stop mode for some 64x+ devices -- Currently, stop mode reads will only work for DaVinci. This is tracked by SDSCM00010400
DSP/BIOS examples that are using RTA halt when run every other time on DSK5510/DSK5509A via XDS560. This is tracked by SDSCM00005820.
CCS window closes on refreshing KOV Window when it receives illegal values -- KOV will crash if Module Objects have illegal values. For e.g if a dynamic task has a bad name, KOV will try to print the illegal name and crash. This is tracked by SDSCM00006694.
KOV window shows wrong names for dynamic objects -- This is tracked by SDSCM00007151.
KOV displays wrong names for memory sections -- This is tracked by SDSCM00004917.
Incorrect platform name in Tconf User's Guide in "Create New Platform" section -- The spru0007h.pdf document contains the correct instructions for creating a new platform using the Tconf's User's Guide, the help files were not updated to reflect the same naming convention. This is tracked by SDSCM00003471.
RTDX tutorial examples do not all execute as expected when run on TCI6482 simulator little endian -- This is tracked by SDSSCM00010736.
RTDX Hot-Connect does not work for C64P -- This is tracked by SDSSCM00011954.
RTA (VBD) crash after lots of disconnects and connects -- This is tracked by SDSSCM00012471.
Stairstep project file missing source file entries for evm6424 in stairstep.pjt -- This is tracked by SDSSCM00016558.
The following bugs and enhancements have been fixed in this release. These are also listed in the sub-component release notes, but provided here for convenience.
id | Headline |
SDSCM00016374 | DM6441 and DM6443 devices missing from ti.catalog.c6000 package |
SDSCM00016297 | ti.platforms.evmDM6446 and ti.platforms.evmDM6467 contain Arm9 device files |
SDSCM00016294 | evmDM6437 and evm6424 platform files have 2 sections named "DDR2" |
SDSCM00016132 | VICP/MEM base/length are incorrect in DM6446 catalog files |
Codegen versions used in BIOS 5.31.05 product validation. See kernel release notes for the compiler versions used to build the target content.
ISA |
Compiler version(s) |
c6x | v6.0.8 |
c55x | v3.3.2 |
c54x | v4.1.0 |
c28x | v4.1.3 |
Deprecated DSP/BIOS APIs: Some DSP/BIOS APIs are being deprecated and will no longer be supported in the next major release of DSP/BIOS.
These APIs are still supported in DSP/BIOS 5.31.06 and will be supported in any patch releases or minor enhancements to DSP/BIOS 5.31.
The deprecated APIs are:
All APIs associated with the DEV driver interface. Developers are recommended to use the IOM driver interface.
DEV_createDevice
DEV_deleteDevice
DEV_match
Dxx_close
Dxx_ctrl
Dxx_idle
Dxx_init
Dxx_issue
Dxx_open
Dxx_ready
Dxx_reclaim
DGN Driver
DGS Driver
DHL Driver
All APIs associated with the PIP module. Developers are recommended to use the SIO module.
PIP_alloc
PIP_free
PIP_get
PIP_getReaderAddr
PIP_getReaderNumFrames
PIP_getReaderSize
PIP_getWriterAddr
PIP_getWriterNumFrames
PIP_getWriterSize
PIP_peek
PIP_put
PIP_reset
PIP_setWriterSize
Note on BIOS versioning: The BIOS product version follows a version format, M.mm.pp.b , where M is single digit Major version, mm is 2 digit minor version, pp is 2 digit patch, and b is an unrestricted set of digits used as incrementing build counter.
To support multiple installations of different bios versions, the product version is encoded in the top level directory, ex. bios_5_31. Interim deliveries of major baseline bios releases, such as a beta or early adopter (EA), will have a full qualified version (ex. 5.31.00.01 with directory bios_5_31_00_01) and the final release will be bios_5_31 following the convention of stripping the patch and build counter for final release.
Subsequent releases of patch upgrades will be identified by the patch number, ex. bios 5.31.03 with directory bios_5_31_03.
Point releases where new features such as additional device support are released same as major baselines, i.e., with patch counter of zero and removed from directory qualifier, ex. 5.31 with directory bios_5_31. When referring to the release, the term bios "five dot thirty-one" generally refers to the baseline bios 5.31 and the patches (ex. 5.31.03) and point releases (ex. 5.32) that comprise the compatible group.
DSP/BIOS v5.31.05 Release Notes
Last updated: 28 Mar 2007
The DSP/BIOS distribution is composed of sub-component packages each containing specific release notes. This top level release note covers general product level issues related to installation and getting started and is divided into four sections, "General Info", "Known Issues", "Fixed In This Release", and "Validation Info".
Check the following web site for updates: https://www-a.ti.com/downloads/sds_support/targetcontent/bios/index.html
DSP/BIOS Kernel Package (updated) | |
DSP/BIOS Kernel Benchmarks | |
XDC Tools (Tconf) Package (updated) | |
DSP/BIOS Platforms (updated) | |
DSP/BIOS Examples (updated) | |
Real Time Data Exchange (RTDX) | |
Power Scaling Library (PSL) |
OsAware (Kernel Object View support) | |
DSP/BIOS Help Files | |
DSP/BIOS Build Tools Interface (BTI) for CCS | |
Real Time Analysis Infrastructure (VBD) | |
DSP/BIOS Graphical Configuration Tool (Gconf) |
DSP/BIOS 5.31.05 is an All ISA release and can be used with CCS 3.2, CCS 3.3 or later. This will be installed in <installdir>/bios_5_31_05.
It is strongly recommended to follow the instructions in the DSP/BIOS Setup Guide, also available from the documentation index for information on updating from previous BIOS releases and instructions on how to use the BIOS Selector in the Component Manager of Code Composer Studio.
All ISA release which includes all changes in BIOS 5.31.04.
Maintenance release with defect fixes.
Device Support
Devices Supported* | Runtime model | |
*BIOS Configuration DeviceName listed |
||
28xx Devices | ||
F2801 F2806 F2808 F2810 F2811 F2812 |
Large model | |
54xx Devices | ||
5402 5402A 5409A 5416 5470 5471 5405 |
Near and Far model supported | |
55xx Devices | ||
5501
|
Large model on Laijin 2.x
core devices
Note: 55xx small model support has been dropped starting with BIOS 5.10 |
|
5903 (OMAP) 5910 (OMAP) 5948 (OMAP)
TNETV1055 |
Large model for 55xx DSP side
of Heterogeneous multi processors (OMAP: ARM + 55xx DSP, Titan: MIPS +
55xx DSP)
Large and Huge model for 55xx DSP on Laijin 2.x/3.x, such as OMAP1710, OMAP2420 Note: 55xx small model support has been dropped starting with BIOS 5.10 |
|
62xx Devices | ||
Not Supported: C6201 6202 6203 6204 6205 6211
|
Big and Little Endian | |
67xx Devices | ||
6701 6711 6711 - 250 6712 6713 6713 - 300
|
Big and Little Endian | |
64xx Devices | ||
6410 6411 6412 6413 6414 6415 6416 6418 DRI300 DM640 DM641 DM642 |
Big and Little Endian | |
64P Devices | ||
DM420 DM647 DM648
DM6431 DM6437
6421
TCI6482
TCI6486
DRA442
|
Big and Little Endian | |
67P Devices | ||
6727
DA705
|
Little Endian | |
IAG Devices | ||
DM270 DM310 DM320 DM420 |
Please check the following link for additional information when upgrading from 4.90 to 5.x -- Knowledge base with known 4.90 to 5.x upgrade issues
OMAP2430/3430 HWI/WUGEN API Documentation -- The new HWI/WUGEN APIs are not documented in the BIOS API Guide. This is tracked by SDSCM00016107 which contains documentation for each API.
PWRM/3430 Documentation Update -- When the IVA MMU is enabled and PWRM is enabled, the base addresses of the support modules must be mapped into the IVA MMU and BIOS must be configured with the respective virtual addresses using the following PWRM configuration properties:
CM_BASEADDR
IVAMMU_BASEADDR
PRM_BASEADDR
SCM_BASEADDR
Base address of Clock Manager (CM). When enabling the IVA MMU, use this configuration property to specify the virtual address mapped to the physical address of the Clock Manager. The IVA MMU must map one page (4K bytes) of virtual memory starting at the given address.
Tconf Name:
CM_BASEADDR
Type: Address
Example: bios.PWRM.CM_BASEADDR = 0x12004000
Base address of IVA MMU. When enabling the IVA MMU, use this configuration property to specify the virtual address mapped to the physical address of the IVA MMU. The IVA MMU must map one page (4K bytes) of virtual memory starting at the given address.
Tconf Name:
IVAMMU_BASEADDR
Type: Address
Example: bios.PWRM.IVAMMU_BASEADDR = 0x12005000
Base address of Power & Reset Manager (PRM). When enabling the IVA MMU, use this configuration property to specify the virtual address mapped to the physical address of the Power & Reset Manager. The IVA MMU must map one page (4K bytes) of virtual memory starting at the given address.
Tconf Name:
PRM_BASEADDR
Type: Address
Example: bios.PWRM.PRM_BASEADDR = 0x12006000
Base address of System Control Module (SCM). When enabling the IVA MMU, use this configuration property to specify the virtual address mapped to the physical address of the System Control Module. The IVA MMU must map one page (4K bytes) of virtual memory starting at the given address.
Tconf Name:
SCM_BASEADDR
Type: Address
Example: bios.PWRM.SCM_BASEADDR = 0x12007000
Memory heap issue when updating existing configuration files -- Prior versions of the configuration tool allowed for an inconsistent memory heap configuration. The tool allowed users to enable heaps when no heaps were actually configured and the default for bios.MEM.MALLOCSEG and bios.MEM.SEGZERO were still set to 'MEM_NULL'. This was causing problems in applications since malloc() and MEM_alloc() were failing even when user thought they had configured BIOS for dynamic memory allocation. The configuration tool is now checking to make sure that configurations that have heaps also have bios.MEM.MALLOCSEG and bios.MEM.SEGZERO set to a valid heap. Update from existing projects might yield an error message. The work around is to either remove the 'bios.enableMemoryHeaps(prog);' line from your configuration, or to add a heap and set bios.MEM.MALLOCSEG and bios.MEM.SEGZERO accordingly. See the ti/bios/examples/common/evmDM6446_common.tci file (or others) for an example of how to do this.
Gconf uses wrong parameters when more than one pjt is opened and they share the same .tcf file -- When more than one CCS project (.pjt file) share the same .tcf file, and two or more of the projects are opened in CCS, opening a .tcf from one of the projects will launch GConf using the DspBiosBuilder builder parameters defined for the most recently opened project. This may result in incorrect base seed properties and import file paths in the .tcf file being edited. To workaround, do not share .tcf files between projects. This is tracked by SDSCM00003834
BIOS RTA has problems reading data in stop mode for some 64x+ devices -- Currently, stop mode reads will only work for DaVinci. This is tracked by SDSCM00010400
DSP/BIOS examples that are using RTA halt when run every other time on DSK5510/DSK5509A via XDS560. This is tracked by SDSCM00005820.
CCS window closes on refreshing KOV Window when it receives illegal values -- KOV will crash if Module Objects have illegal values. For e.g if a dynamic task has a bad name, KOV will try to print the illegal name and crash. This is tracked by SDSCM00006694.
KOV window shows wrong names for dynamic objects -- This is tracked by SDSCM00007151.
KOV displays wrong names for memory sections -- This is tracked by SDSCM00004917.
Incorrect platform name in Tconf User's Guide in "Create New Platform" section -- The spru0007h.pdf document contains the correct instructions for creating a new platform using the Tconf's User's Guide, the help files were not updated to reflect the same naming convention. This is tracked by SDSCM00003471.
RTDX tutorial examples do not all execute as expected when run on TCI6482 simulator little endian -- This is tracked by SDSSCM00010736.
RTDX Hot-Connect does not work for C64P -- This is tracked by SDSSCM00011954.
RTA (VBD) crash after lots of disconnects and connects -- This is tracked by SDSSCM00012471.
The following bugs and enhancements have been fixed in this release. These are also listed in the sub-component release notes, but provided here for convenience.
id | Headline |
SDSCM00015917 | OMAP2320 mnemonic form of HWI_enter macro is broken |
SDSCM00015807 | DM6437 should have CLK.RESETTIMER=true by default |
SDSCM00015609 | TSK_create() should pad stack size to multiple of stack alignment |
SDSCM00015581 | Create BIOS examples for evm6424 |
SDSCM00015406 | need platform file for evm6424 |
SDSCM00015280 | DSP/BIOS must support OMAP1035 |
SDSCM00014962 | Incorrect unmasking of interrupt in WUGEN causes IVA2 to be in bad power state |
SDSCM00014760 | request GIO_new() API sio GIO can be used w/o internal MEM_alloc calls |
SDSCM00014184 | makefile,64P in the examples folder has an error |
Codegen versions used in BIOS 5.31.05 product validation. See kernel release notes for the compiler versions used to build the target content.
ISA |
Compiler version(s) |
c6x | v6.0.8 |
c55x | v3.3.2 |
c54x | v4.1.0 |
c28x | v4.1.3 |
Deprecated DSP/BIOS APIs: Some DSP/BIOS APIs are being deprecated and will no longer be supported in the next major release of DSP/BIOS.
These APIs are still supported in DSP/BIOS 5.31.03 and will be supported in any patch releases or minor enhancements to DSP/BIOS 5.31.
The deprecated APIs are:
All APIs associated with the DEV driver interface. Developers are recommended to use the IOM driver interface.
DEV_createDevice
DEV_deleteDevice
DEV_match
Dxx_close
Dxx_ctrl
Dxx_idle
Dxx_init
Dxx_issue
Dxx_open
Dxx_ready
Dxx_reclaim
DGN Driver
DGS Driver
DHL Driver
All APIs associated with the PIP module. Developers are recommended to use the SIO module.
PIP_alloc
PIP_free
PIP_get
PIP_getReaderAddr
PIP_getReaderNumFrames
PIP_getReaderSize
PIP_getWriterAddr
PIP_getWriterNumFrames
PIP_getWriterSize
PIP_peek
PIP_put
PIP_reset
PIP_setWriterSize
Note on BIOS versioning: The BIOS product version follows a version format, M.mm.pp.b , where M is single digit Major version, mm is 2 digit minor version, pp is 2 digit patch, and b is an unrestricted set of digits used as incrementing build counter.
To support multiple installations of different bios versions, the product version is encoded in the top level directory, ex. bios_5_31. Interim deliveries of major baseline bios releases, such as a beta or early adopter (EA), will have a full qualified version (ex. 5.31.00.01 with directory bios_5_31_00_01) and the final release will be bios_5_31 following the convention of stripping the patch and build counter for final release.
Subsequent releases of patch upgrades will be identified by the patch number, ex. bios 5.31.03 with directory bios_5_31_03.
Point releases where new features such as additional device support are released same as major baselines, i.e., with patch counter of zero and removed from directory qualifier, ex. 5.31 with directory bios_5_31. When referring to the release, the term bios "five dot thirty-one" generally refers to the baseline bios 5.31 and the patches (ex. 5.31.03) and point releases (ex. 5.32) that comprise the compatible group.
DSP/BIOS v5.31.04 Release Notes
Last updated: 08 Feb 2007
The DSP/BIOS distribution is composed of sub-component packages each containing specific release notes. This top level release note covers general product level issues related to installation and getting started and is divided into four sections, "General Info", "Known Issues", "Fixed In This Release", and "Validation Info".
Check the following web site for updates: https://www-a.ti.com/downloads/sds_support/targetcontent/bios/index.html
DSP/BIOS Kernel Package (updated) | |
DSP/BIOS Kernel Benchmarks | |
XDC Tools (Tconf) Package | |
DSP/BIOS Platforms | |
DSP/BIOS Examples | |
Real Time Data Exchange (RTDX) | |
Power Scaling Library (PSL) |
OsAware (Kernel Object View support) | |
DSP/BIOS Help Files | |
DSP/BIOS Build Tools Interface (BTI) for CCS | |
Real Time Analysis Infrastructure (VBD) | |
DSP/BIOS Graphical Configuration Tool (Gconf) |
DSP/BIOS 5.31.04 is an All ISA release and can be used with CCS 3.2, CCS 3.3 or later. This will be installed in <installdir>/bios_5_31_04.
It is strongly recommended to follow the instructions in the DSP/BIOS Setup Guide, also available from the documentation index for information on updating from previous BIOS releases and instructions on how to use the BIOS Selector in the Component Manager of Code Composer Studio.
All ISA release which includes all changes in BIOS 5.31.03
Maintenance release with defect fixes.
Device Support
Devices Supported* | Runtime model | |
*BIOS Configuration DeviceName listed |
||
28xx Devices | ||
F2801 F2806 F2808 F2810 F2811 F2812 |
Large model | |
54xx Devices | ||
5402 5402A 5409A 5416 5470 5471 5405 |
Near and Far model supported | |
55xx Devices | ||
5501
|
Large model on Laijin 2.x
core devices
Note: 55xx small model support has been dropped starting with BIOS 5.10 |
|
5903 (OMAP) 5910 (OMAP) 5948 (OMAP)
TNETV1055 |
Large model for 55xx DSP side
of Heterogeneous multi processors (OMAP: ARM + 55xx DSP, Titan: MIPS +
55xx DSP)
Large and Huge model for 55xx DSP on Laijin 2.x/3.x, such as OMAP1710, OMAP2420 Note: 55xx small model support has been dropped starting with BIOS 5.10 |
|
62xx Devices | ||
Not Supported: C6201 6202 6203 6204 6205 6211
|
Big and Little Endian | |
67xx Devices | ||
6701 6711 6711 - 250 6712 6713 6713 - 300
|
Big and Little Endian | |
64xx Devices | ||
6410 6411 6412 6413 6414 6415 6416 6418 DRI300 DM640 DM641 DM642 |
Big and Little Endian | |
64P Devices | ||
DM420 DM647 DM648
DM6431 DM6437
6421
TCI6482
TCI6486
DRA442
|
Big and Little Endian | |
67P Devices | ||
6727
DA705
|
Little Endian | |
IAG Devices | ||
DM270 DM310 DM320 DM420 |
Please check the following link for additional information when upgrading from 4.90 to 5.x -- Knowledge base with known 4.90 to 5.x upgrade issues
PWRM/3430 Documentation Error --There is a typo in the DSP/BIOS Power Management AppNote document (SPRAA98). Its in a code example on how to set the wakeup event. The index values for sleepArgs should start at 0, not at 1. This is tracked by SDSCM00014100.
Incorrect version (page 28):
sleepArgs[1]
= 0xFFFFFFBF; /* enable GP timer 5 as wakeup */
sleepArgs[2] = 0x0000FFFF; /* no wakeups via WUGEN_MEVT1 */
sleepArgs[3] = 0x000FFFFF; /* no wakeups via WUGEN_MEVT2 */
sleepArgs[4] = 0x00000001; /* no wakeups via WUGEN_MEVT3 */
Correct version:
sleepArgs[0] = 0xFFFFFFBF; /* enable GP timer 5 as wakeup */
sleepArgs[1] = 0x0000FFFF; /* no wakeups via WUGEN_MEVT1 */
sleepArgs[2] = 0x000FFFFF; /* no wakeups via WUGEN_MEVT2 */
sleepArgs[3] = 0x00000001; /* no wakeups via WUGEN_MEVT3 */
PWRM/3430 Documentation Update -- When the IVA MMU is enabled and PWRM is enabled, the base addresses of the support modules must be mapped into the IVA MMU and BIOS must be configured with the respective virtual addresses using the following PWRM configuration properties:
CM_BASEADDR
IVAMMU_BASEADDR
PRM_BASEADDR
SCM_BASEADDR
Base address of Clock Manager (CM). When enabling the IVA MMU, use this configuration property to specify the virtual address mapped to the physical address of the Clock Manager. The IVA MMU must map one page (4K bytes) of virtual memory starting at the given address.
Tconf Name:
CM_BASEADDR
Type: Address
Example: bios.PWRM.CM_BASEADDR = 0x12004000
Base address of IVA MMU. When enabling the IVA MMU, use this configuration property to specify the virtual address mapped to the physical address of the IVA MMU. The IVA MMU must map one page (4K bytes) of virtual memory starting at the given address.
Tconf Name:
IVAMMU_BASEADDR
Type: Address
Example: bios.PWRM.IVAMMU_BASEADDR = 0x12005000
Base address of Power & Reset Manager (PRM). When enabling the IVA MMU, use this configuration property to specify the virtual address mapped to the physical address of the Power & Reset Manager. The IVA MMU must map one page (4K bytes) of virtual memory starting at the given address.
Tconf Name:
PRM_BASEADDR
Type: Address
Example: bios.PWRM.PRM_BASEADDR = 0x12006000
Base address of System Control Module (SCM). When enabling the IVA MMU, use this configuration property to specify the virtual address mapped to the physical address of the System Control Module. The IVA MMU must map one page (4K bytes) of virtual memory starting at the given address.
Tconf Name:
SCM_BASEADDR
Type: Address
Example: bios.PWRM.SCM_BASEADDR = 0x12007000
Examples
"makefile,64P" issue -- The provided makefile,64P in the examples directory
for building all 64P devices has an error in it. There is a ")" where
there should be a "\". This can be corrected or the user can build the
individual examples using the provided makefiles for each. This is
tracked by SDSCM00014184.
Memory heap issue when updating existing configuration files -- Prior versions of the configuration tool allowed for an inconsistent memory heap configuration. The tool allowed users to enable heaps when no heaps were actually configured and the default for bios.MEM.MALLOCSEG and bios.MEM.SEGZERO were still set to 'MEM_NULL'. This was causing problems in applications since malloc() and MEM_alloc() were failing even when user thought they had configured BIOS for dynamic memory allocation. The configuration tool is now checking to make sure that configurations that have heaps also have bios.MEM.MALLOCSEG and bios.MEM.SEGZERO set to a valid heap. Update from existing projects might yield an error message. The work around is to either remove the 'bios.enableMemoryHeaps(prog);' line from your configuration, or to add a heap and set bios.MEM.MALLOCSEG and bios.MEM.SEGZERO accordingly. See the ti/bios/examples/common/evmDM6446_common.tci file (or others) for an example of how to do this.
Gconf uses wrong parameters when more than one pjt is opened and they share the same .tcf file -- When more than one CCS project (.pjt file) share the same .tcf file, and two or more of the projects are opened in CCS, opening a .tcf from one of the projects will launch GConf using the DspBiosBuilder builder parameters defined for the most recently opened project. This may result in incorrect base seed properties and import file paths in the .tcf file being edited. To workaround, do not share .tcf files between projects. This is tracked by SDSCM00003834
BIOS RTA has problems reading data in stop mode for some 64x+ devices -- Currently, stop mode reads will only work for DaVinci. This is tracked by SDSCM00010400
DSP/BIOS examples that are using RTA halt when run every other time on DSK5510/DSK5509A via XDS560. This is tracked by SDSCM00005820.
CCS window closes on refreshing KOV Window when it receives illegal values -- KOV will crash if Module Objects have illegal values. For e.g if a dynamic task has a bad name, KOV will try to print the illegal name and crash. This is tracked by SDSCM00006694.
KOV window shows wrong names for dynamic objects -- This is tracked by SDSCM00007151.
KOV displays wrong names for memory sections -- This is tracked by SDSCM00004917.
Incorrect platform name in Tconf User's Guide in "Create New Platform" section -- The spru0007h.pdf document contains the correct instructions for creating a new platform using the Tconf's User's Guide, the help files were not updated to reflect the same naming convention. This is tracked by SDSCM00003471.
RTDX tutorial examples do not all execute as expected when run on TCI6482 simulator little endian -- This is tracked by SDSSCM00010736.
RTDX Hot-Connect does not work for C64P -- This is tracked by SDSSCM00011954.
RTA (VBD) crash after lots of disconnects and connects -- This is tracked by SDSSCM00012471.
The following bugs and enhancements have been fixed in this release. These are also listed in the sub-component release notes, but provided here for convenience.
id | Headline |
SDSCM00015030 | timestamp LOG for 62x/64x/67x should store 64-bit timestamp |
SDSCM00014627 | PWRM module using GPTimer physical address for resource ID assignment. |
SDSCM00014550 | some include/*.h64P files have incorrect permission bit settings |
SDSCM00014452 | Timestamped LOGs for C64+ corrupt stack |
SDSCM00013827 | BIOS does not allow HS-RTDX for 671x |
Codegen versions used in BIOS 5.31.03 product validation. See kernel release notes for the compiler versions used to build the target content.
ISA |
Compiler version(s) |
c6x | v6.0.8 |
c55x | v3.3.2 |
c54x | v4.1.0 |
c28x | v4.1.3 |
Deprecated DSP/BIOS APIs: Some DSP/BIOS APIs are being deprecated and will no longer be supported in the next major release of DSP/BIOS.
These APIs are still supported in DSP/BIOS 5.31.03 and will be supported in any patch releases or minor enhancements to DSP/BIOS 5.31.
The deprecated APIs are:
All APIs associated with the DEV driver interface. Developers are recommended to use the IOM driver interface.
DEV_createDevice
DEV_deleteDevice
DEV_match
Dxx_close
Dxx_ctrl
Dxx_idle
Dxx_init
Dxx_issue
Dxx_open
Dxx_ready
Dxx_reclaim
DGN Driver
DGS Driver
DHL Driver
All APIs associated with the PIP module. Developers are recommended to use the SIO module.
PIP_alloc
PIP_free
PIP_get
PIP_getReaderAddr
PIP_getReaderNumFrames
PIP_getReaderSize
PIP_getWriterAddr
PIP_getWriterNumFrames
PIP_getWriterSize
PIP_peek
PIP_put
PIP_reset
PIP_setWriterSize
Note on BIOS versioning: The BIOS product version follows a version format, M.mm.pp.b , where M is single digit Major version, mm is 2 digit minor version, pp is 2 digit patch, and b is an unrestricted set of digits used as incrementing build counter.
To support multiple installations of different bios versions, the product version is encoded in the top level directory, ex. bios_5_31. Interim deliveries of major baseline bios releases, such as a beta or early adopter (EA), will have a full qualified version (ex. 5.31.00.01 with directory bios_5_31_00_01) and the final release will be bios_5_31 following the convention of stripping the patch and build counter for final release.
Subsequent releases of patch upgrades will be identified by the patch number, ex. bios 5.31.03 with directory bios_5_31_03.
Point releases where new features such as additional device support are released same as major baselines, i.e., with patch counter of zero and removed from directory qualifier, ex. 5.31 with directory bios_5_31. When referring to the release, the term bios "five dot thirty-one" generally refers to the baseline bios 5.31 and the patches (ex. 5.31.03) and point releases (ex. 5.32) that comprise the compatible group.
DSP/BIOS v5.31.03 Release Notes
Last updated: 21 Dec 2006
The DSP/BIOS distribution is composed of sub-component packages each containing specific release notes. This top level release note covers general product level issues related to installation and getting started and is divided into four sections, "General Info", "Known Issues", "Fixed In This Release", and "Validation Info".
Check the following web site for updates: https://www-a.ti.com/downloads/sds_support/targetcontent/bios/index.html
OsAware (Kernel Object View support) | |
DSP/BIOS Help Files | |
DSP/BIOS Build Tools Interface (BTI) for CCS | |
Real Time Analysis Infrastructure (VBD) (updated) | |
DSP/BIOS Graphical Configuration Tool (Gconf) |
DSP/BIOS 5.31.03 is an All ISA release and can be used with CCS 3.2, CCS 3.3 or later. This will be installed in <installdir>/bios_5_31_03.
It is strongly recommended to follow the instructions in the DSP/BIOS Setup Guide, also available from the documentation index for information on updating from previous BIOS releases and instructions on how to use the BIOS Selector in the Component Manager of Code Composer Studio.
All ISA release which includes all changes in BIOS 5.31.02
Maintenance release with defect fixes and minor enhancements.
Minor documentation updates.
New chip support
Device Support
Devices Supported* | Runtime model | |
*BIOS Configuration DeviceName listed |
||
28xx Devices | ||
F2801 F2806 F2808 F2810 F2811 F2812 |
Large model | |
54xx Devices | ||
5402 5402A 5409A 5416 5470 5471 5405 |
Near and Far model supported | |
55xx Devices | ||
5501
|
Large model on Laijin 2.x
core devices
Note: 55xx small model support has been dropped starting with BIOS 5.10 |
|
5903 (OMAP) 5910 (OMAP) 5948 (OMAP)
TNETV1055 |
Large model for 55xx DSP side
of Heterogeneous multi processors (OMAP: ARM + 55xx DSP, Titan: MIPS +
55xx DSP)
Large and Huge model for 55xx DSP on Laijin 2.x/3.x, such as OMAP1710, OMAP2420 Note: 55xx small model support has been dropped starting with BIOS 5.10 |
|
62xx Devices | ||
Not Supported: C6201 6202 6203 6204 6205 6211
|
Big and Little Endian | |
67xx Devices | ||
6701 6711 6711 - 250 6712 6713 6713 - 300
|
Big and Little Endian | |
64xx Devices | ||
6410 6411 6412 6413 6414 6415 6416 6418 DRI300 DM640 DM641 DM642 |
Big and Little Endian | |
64P Devices | ||
DM420 DM647 DM648
DM6431 DM6437
6421
TCI6482
TCI6486
DRA442
|
Big and Little Endian | |
67P Devices | ||
6727
DA705
|
Little Endian | |
IAG Devices | ||
DM270 DM310 DM320 DM420 |
Please check the following link for additional information when upgrading from 4.90 to 5.x -- Knowledge base with known 4.90 to 5.x upgrade issues
PWRM/3430 Documentation Error --There is a typo in the DSP/BIOS Power Management AppNote document (SPRAA98). Its in a code example on how to set the wakeup event. The index values for sleepArgs should start at 0, not at 1. This is tracked by SDSCM00014100.
Incorrect version (page 28):
sleepArgs[1] = 0xFFFFFFBF; /* enable GP timer 5 as
wakeup */
sleepArgs[2] = 0x0000FFFF; /* no wakeups via WUGEN_MEVT1 */
sleepArgs[3] = 0x000FFFFF; /* no wakeups via WUGEN_MEVT2 */
sleepArgs[4] = 0x00000001; /* no wakeups via WUGEN_MEVT3 */
Correct version:
sleepArgs[0] = 0xFFFFFFBF; /* enable GP timer 5 as wakeup */
sleepArgs[1] = 0x0000FFFF; /* no wakeups via WUGEN_MEVT1 */
sleepArgs[2] = 0x000FFFFF; /* no wakeups via WUGEN_MEVT2 */
sleepArgs[3] = 0x00000001; /* no wakeups via WUGEN_MEVT3 */
PWRM/3430 Documentation Update -- When the IVA MMU is enabled and PWRM is enabled, the base addresses of the support modules must be mapped into the IVA MMU and BIOS must be configured with the respective virtual addresses using the following PWRM configuration properties:
CM_BASEADDR
IVAMMU_BASEADDR
PRM_BASEADDR
SCM_BASEADDR
Base address of Clock Manager (CM). When enabling the IVA MMU, use this configuration property to specify the virtual address mapped to the physical address of the Clock Manager. The IVA MMU must map one page (4K bytes) of virtual memory starting at the given address.
Tconf Name: CM_BASEADDR
Type: Address
Example: bios.PWRM.CM_BASEADDR = 0x12004000
Base address of IVA MMU. When enabling the IVA MMU, use this configuration property to specify the virtual address mapped to the physical address of the IVA MMU. The IVA MMU must map one page (4K bytes) of virtual memory starting at the given address.
Tconf Name: IVAMMU_BASEADDR
Type: Address
Example: bios.PWRM.IVAMMU_BASEADDR = 0x12005000
Base address of Power & Reset Manager (PRM). When enabling the IVA MMU, use this configuration property to specify the virtual address mapped to the physical address of the Power & Reset Manager. The IVA MMU must map one page (4K bytes) of virtual memory starting at the given address.
Tconf Name: PRM_BASEADDR
Type: Address
Example: bios.PWRM.PRM_BASEADDR = 0x12006000
Base address of System Control Module (SCM). When enabling the IVA MMU, use this configuration property to specify the virtual address mapped to the physical address of the System Control Module. The IVA MMU must map one page (4K bytes) of virtual memory starting at the given address.
Tconf Name: SCM_BASEADDR
Type: Address
Example: bios.PWRM.SCM_BASEADDR = 0x12007000
Examples
"makefile,64P" issue -- The provided makefile,64P in the examples directory
for building all 64P devices has an error in it. There is a ")" where
there should be a "\". This can be corrected or the user can build the
individual examples using the provided makefiles for each. This is
tracked by SDSCM00014184.
Memory heap issue when updating existing configuration files -- Prior versions of the configuration tool allowed for an inconsistent memory heap configuration. The tool allowed users to enable heaps when no heaps were actually configured and the default for bios.MEM.MALLOCSEG and bios.MEM.SEGZERO were still set to 'MEM_NULL'. This was causing problems in applications since malloc() and MEM_alloc() were failing even when user thought they had configured BIOS for dynamic memory allocation. The configuration tool is now checking to make sure that configurations that have heaps also have bios.MEM.MALLOCSEG and bios.MEM.SEGZERO set to a valid heap. Update from existing projects might yield an error message. The work around is to either remove the 'bios.enableMemoryHeaps(prog);' line from your configuration, or to add a heap and set bios.MEM.MALLOCSEG and bios.MEM.SEGZERO accordingly. See the ti/bios/examples/common/evmDM6446_common.tci file (or others) for an example of how to do this.
Gconf uses wrong parameters when more than one pjt is opened and they share the same .tcf file -- When more than one CCS project (.pjt file) share the same .tcf file, and two or more of the projects are opened in CCS, opening a .tcf from one of the projects will launch GConf using the DspBiosBuilder builder parameters defined for the most recently opened project. This may result in incorrect base seed properties and import file paths in the .tcf file being edited. To workaround, do not share .tcf files between projects. This is tracked by SDSCM00003834
BIOS RTA has problems reading data in stop mode for some 64x+ devices -- Currently, stop mode reads will only work for DaVinci. This is tracked by SDSCM00010400
DSP/BIOS examples that are using RTA halt when run every other time on DSK5510/DSK5509A via XDS560. This is tracked by SDSCM00005820.
CCS window closes on refreshing KOV Window when it receives illegal values -- KOV will crash if Module Objects have illegal values. For e.g if a dynamic task has a bad name, KOV will try to print the illegal name and crash. This is tracked by SDSCM00006694.
KOV window shows wrong names for dynamic objects -- This is tracked by SDSCM00007151.
KOV displays wrong names for memory sections -- This is tracked by SDSCM00004917.
Incorrect platform name in Tconf User's Guide in "Create New Platform" section -- The spru0007h.pdf document contains the correct instructions for creating a new platform using the Tconf's User's Guide, the help files were not updated to reflect the same naming convention. This is tracked by SDSCM00003471.
RTDX tutorial examples do not all execute as expected when run on TCI6482 simulator little endian -- This is tracked by SDSSCM00010736.
RTDX Hot-Connect does not work for C64P -- This is tracked by SDSSCM00011954.
RTA (VBD) crash after lots of disconnects and connects -- This is tracked by SDSSCM00012471.
The following bugs and enhancements have been fixed in this release. These are also listed in the sub-component release notes, but provided here for convenience.
id | Headline |
SDSCM00014070 | use 6.0.8 codegen to build BIOS libraries for all 6x |
SDSCM00014018 | Base addresses of CM, PRM, DSP MMU, and Control Module need to be configurable to support virtual addresses (3430/PWRM) |
SDSCM00013991 | Hibernation sleep mode is not restoring TSC enable state (3430/PWRM) |
SDSCM00013990 | DSP/BIOS release note navigation is partially broken |
SDSCM00013931 | Link error when using timer1on C62x |
SDSCM00013905 | Need a platform file for evmDRA446 |
SDSCM00013897 | BIOS 5.31.01 evmDRA446 timer config code needs to be corrected |
SDSCM00013881 | Need to replace usage of ATSR.IDLE status bit with software-managed flag (3430/PWRM) |
SDSCM00013849 | Potential stack alignment issues when using HWI_enter/exit macros on the c6x |
SDSCM00013792 | New BIOS configuration will not save without enabling memory for heaps |
SDSCM00013785 | LOG_event for timestamp LOGS (LOG.TS=1) does not preserve B30:B31 when called from CLK_F_isr |
SDSCM00013658 | Provide BIOS platform file for TCI6488 |
SDSCM00013629 | lowercase/uppercase problem with 5510 TCF file generated by cdb2tcf |
SDSCM00013384 | 2320 CLK interrupt does not preserve AR0 register |
SDSCM00012584 | Possible corruption to B0 register in case of "fallThrough" of IDLE for 3430 hibernate (3430/PWRM) |
SDSCM00012538 | Default omap3430 configuration will cause linker errors |
SDSCM00010342 | BIOS does not create a reset vector at address 0x800000 for TCI6482 or 6455 |
Codegen versions used in BIOS 5.31.03 product validation. See kernel release notes for the compiler versions used to build the target content.
ISA |
Compiler version(s) |
c6x | v6.0.8 |
c55x | v3.3.2 |
c54x | v4.1.0 |
c28x | v4.1.3 |
Deprecated DSP/BIOS APIs: Some DSP/BIOS APIs are being deprecated and will no longer be supported in the next major release of DSP/BIOS.
These APIs are still supported in DSP/BIOS 5.31.03 and will be supported in any patch releases or minor enhancements to DSP/BIOS 5.31.
The deprecated APIs are:
All APIs associated with the DEV driver interface. Developers are recommended to use the IOM driver interface.
DEV_createDevice
DEV_deleteDevice
DEV_match
Dxx_close
Dxx_ctrl
Dxx_idle
Dxx_init
Dxx_issue
Dxx_open
Dxx_ready
Dxx_reclaim
DGN Driver
DGS Driver
DHL Driver
All APIs associated with the PIP module. Developers are recommended to use the SIO module.
PIP_alloc
PIP_free
PIP_get
PIP_getReaderAddr
PIP_getReaderNumFrames
PIP_getReaderSize
PIP_getWriterAddr
PIP_getWriterNumFrames
PIP_getWriterSize
PIP_peek
PIP_put
PIP_reset
PIP_setWriterSize
Note on BIOS versioning: The BIOS product version follows a version format, M.mm.pp.b , where M is single digit Major version, mm is 2 digit minor version, pp is 2 digit patch, and b is an unrestricted set of digits used as incrementing build counter.
To support multiple installations of different bios versions, the product version is encoded in the top level directory, ex. bios_5_31. Interim deliveries of major baseline bios releases, such as a beta or early adopter (EA), will have a full qualified version (ex. 5.31.00.01 with directory bios_5_31_00_01) and the final release will be bios_5_31 following the convention of stripping the patch and build counter for final release.
Subsequent releases of patch upgrades will be identified by the patch number, ex. bios 5.31.03 with directory bios_5_31_03.
Point releases where new features such as additional device support are released same as major baselines, i.e., with patch counter of zero and removed from directory qualifier, ex. 5.31 with directory bios_5_31. When referring to the release, the term bios "five dot thirty-one" generally refers to the baseline bios 5.31 and the patches (ex. 5.31.03) and point releases (ex. 5.32) that comprise the compatible group.
DSP/BIOS v5.31.02 Release Notes
Last updated: 14 Nov 2006
The DSP/BIOS distribution is composed of sub-component packages each containing specific release notes. This top level release note covers general product level issues related to installation and getting started and is divided into four sections, "General Info", "Known Issues", "Fixed In This Release", and "Validation Info".
Check the following web site for updates: https://www-a.ti.com/downloads/sds_support/targetcontent/bios/index.html
DSP/BIOS Kernel Package | |
DSP/BIOS Kernel Benchmarks | |
XDC Tools (Tconf) Package | |
DSP/BIOS Platforms | |
DSP/BIOS Examples | |
Real Time Data Exchange (RTDX) | |
Power Scaling Library (PSL) |
OsAware (Kernel Object View support) | |
DSP/BIOS Help Files | |
DSP/BIOS Build Tools Interface (BTI) for CCS | |
Real Time Analysis Infrastructure (VBD) | |
DSP/BIOS Graphical Configuration Tool (Gconf) |
DSP/BIOS 5.31.02 is an All ISA release and can be used with CCS 3.2, CCS 3.3 or later. This will be installed in <installdir>/bios_5_31_02.
It is strongly recommended to follow the instructions in the DSP/BIOS Setup Guide, also available from the documentation index for information on updating from previous BIOS releases and instructions on how to use the BIOS Selector in the Component Manager of Code Composer Studio.
All ISA release which includes all changes in BIOS 5.31
Maintenance release with defect fixes and minor enhancements.
Minor documentation updates.
New chip support
Device Support
Devices Supported* | Runtime model | |
*BIOS Configuration DeviceName listed |
||
28xx Devices | ||
F2801 F2806 F2808 F2810 F2811 F2812 |
Large model | |
54xx Devices | ||
5402 5402A 5409A 5416 5470 5471 5405 |
Near and Far model supported | |
55xx Devices | ||
5501
|
Large model on Laijin 2.x
core devices
Note: 55xx small model support has been dropped starting with BIOS 5.10 |
|
5903 (OMAP) 5910 (OMAP) 5948 (OMAP)
TNETV1050 (Titan) |
Large model for 55xx DSP side
of Heterogeneous multi processors (OMAP: ARM + 55xx DSP, Titan: MIPS +
55xx DSP)
Large and Huge model for 55xx DSP on Laijin 2.x/3.x, such as OMAP1710, OMAP2420 Note: 55xx small model support has been dropped starting with BIOS 5.10 |
|
62xx Devices | ||
Not Supported: C6201 6202 6203 6204 6205 6211
|
Big and Little Endian | |
67xx Devices | ||
6701 6711 6711 - 250 6712 6713 6713 - 300 DA705
(Antara)
|
Big and Little Endian | |
64xx Devices | ||
6410 6411 6412 6413 6414 6415 6416 6418 DRI300 DM640 DM641 DM642 |
Big and Little Endian | |
64P Devices | ||
DM420 DM647 DM648
DM6431 DM6437
6421
TCI6482
TCI6486
DRA442
|
Big and Little Endian | |
67P Devices | ||
6727 | Little Endian | |
IAG Devices | ||
DM270 DM310 DM320 DM420 |
Please check the following link for additional information when upgrading from 4.90 to 5.x -- Knowledge base with known 4.90 to 5.x upgrade issues
Memory heap issue when updating existing configuration files -- Prior versions of the configuration tool allowed for an inconsistent memory heap configuration. The tool allowed users to enable heaps when no heaps were actually configured and the default for bios.MEM.MALLOCSEG and bios.MEM.SEGZERO were still set to 'MEM_NULL'. This was causing problems in applications since malloc() and MEM_alloc() were failing even when user thought they had configured BIOS for dynamic memory allocation. The configuration tool is now checking to make sure that configurations that have heaps also have bios.MEM.MALLOCSEG and bios.MEM.SEGZERO set to a valid heap. Update from existing projects might yield an error message. The work around is to either remove the 'bios.enableMemoryHeaps(prog);' line from your configuration, or to add a heap and set bios.MEM.MALLOCSEG and bios.MEM.SEGZERO accordingly. See the ti/bios/examples/common/evmDM6446_common.tci file (or others) for an example of how to do this.
RTA/RTDX problem when load/run different programs -- After running RTA successfully on a DaVinci program, if another program is then loaded without restarting CCS 3.2 then RTA may not work sometimes. This problem is intermittent. If displays do not update, the workaround is to restart CCS before loading a new program. This is tracked by SDSCM00003318.
DSP/BIOS RTA plugins update very slowly via RTDX on DaVinci -- (CCS 3.2 issue) When RTA plugins are opened after a program is loaded and started. To work around this problem, open the DSP/BIOS RTA plugins before starting the program. This is tracked by SDSCM00002472
Gconf uses wrong parameters when more than one pjt is opened and they share the same .tcf file -- When more than one CCS project (.pjt file) share the same .tcf file, and two or more of the projects are opened in CCS, opening a .tcf from one of the projects will launch GConf using the DspBiosBuilder builder parameters defined for the most recently opened project. This may result in incorrect base seed properties and import file paths in the .tcf file being edited. To workaround, do not share .tcf files between projects. This is tracked by SDSCM00003834
BIOS RTA has problems reading data in stop mode for some 64x+ devices -- Currently, stop mode reads will only work for DaVinci. This is tracked by SDSCM00010400
DSP/BIOS examples that are using RTA halt when run every other time on DSK5510/DSK5509A via XDS560. This is tracked by SDSCM00005820.
DSP/BIOS does not create a reset vector at address 0x800000 for TCI6482 or dsk6455. This is tracked by SDSCM00010342.
CCS window closes on refreshing KOV Window when it receives illegal values -- KOV will crash if Module Objects have illegal values. For e.g if a dynamic task has a bad name, KOV will try to print the illegal name and crash. This is tracked by SDSCM00006694.
KOV window shows wrong names for dynamic objects -- This is tracked by SDSCM00007151.
KOV displays wrong names for memory sections -- This is tracked by SDSCM00004917.
Incorrect platform name in Tconf User's Guide in "Create New Platform" section -- The spru0007h.pdf document contains the correct instructions for creating a new platform using the Tconf's User's Guide, the help files were not updated to reflect the same naming convention. This is tracked by SDSCM00003471.
RTDX error comes up on Debug -> Run when executing examples on 5912 via XDS 510 -- This is tracked by SDSSCM00005600.
RTDX tutorial examples do not all execute as expected when run on TCI6482 simulator little endian -- This is tracked by SDSSCM00010736.
RTDX Hot-Connect does not work for C64P -- This is tracked by SDSSCM00011954.
RTA (VBD) crash after lots of disconnects and connects -- This is tracked by SDSSCM00012471.
The following bugs and enhancements have been fixed in this release. These are also listed in the sub-component release notes, but provided here for convenience.
id | Headline |
SDSCM00013408 | DSP/BIOS installer does not set RTDX paths correctly in registry |
Codegen versions used in BIOS 5.31.02 product validation. See kernel release notes for the compiler versions used to build the target content.
ISA |
Compiler version(s) |
c6x | v6.0.1, v6.0.5, v6.0.7 |
c55x | v3.3.1, v3.3.2 |
c54x | v4.1.0 |
c28x | v4.1.0, v4.1.3 |
Deprecated DSP/BIOS APIs: Some DSP/BIOS APIs are being deprecated and will no longer be supported in the next major release of DSP/BIOS.
These APIs are still supported in DSP/BIOS 5.31.02 and will be supported in any patch releases or minor enhancements to DSP/BIOS 5.31.
The deprecated APIs are:
All APIs associated with the DEV driver interface. Developers are recommended to use the IOM driver interface.
DEV_createDevice
DEV_deleteDevice
DEV_match
Dxx_close
Dxx_ctrl
Dxx_idle
Dxx_init
Dxx_issue
Dxx_open
Dxx_ready
Dxx_reclaim
DGN Driver
DGS Driver
DHL Driver
All APIs associated with the PIP module. Developers are recommended to use the SIO module.
PIP_alloc
PIP_free
PIP_get
PIP_getReaderAddr
PIP_getReaderNumFrames
PIP_getReaderSize
PIP_getWriterAddr
PIP_getWriterNumFrames
PIP_getWriterSize
PIP_peek
PIP_put
PIP_reset
PIP_setWriterSize
Note on BIOS versioning: The BIOS product version follows a version format, M.mm.pp.b , where M is single digit Major version, mm is 2 digit minor version, pp is 2 digit patch, and b is an unrestricted set of digits used as incrementing build counter.
To support multiple installations of different bios versions, the product version is encoded in the top level directory, ex. bios_5_31. Interim deliveries of major baseline bios releases, such as a beta or early adopter (EA), will have a full qualified version (ex. 5.31.00.01 with directory bios_5_31_00_01) and the final release will be bios_5_31 following the convention of stripping the patch and build counter for final release.
Subsequent releases of patch upgrades will be identified by the patch number, ex. bios 5.31.02 with directory bios_5_31_02.
Point releases where new features such as additional device support are released same as major baselines, i.e., with patch counter of zero and removed from directory qualifier, ex. 5.31 with directory bios_5_31. When referring to the release, the term bios "five dot thirty-one" generally refers to the baseline bios 5.31 and the patches (ex. 5.31.02) and point releases (ex. 5.32) that comprise the compatible group.
DSP/BIOS v5.31.01 Release Notes
Last updated: 06 Oct 2006
The DSP/BIOS distribution is composed of sub-component packages each containing specific release notes. This top level release note covers general product level issues related to installation and getting started and is divided into four sections, "General Info", "Known Issues", "Fixed In This Release", and "Validation Info".
Check the following web site for updates: https://www-a.ti.com/downloads/sds_support/targetcontent/bios/index.html
DSP/BIOS Kernel Package (updated) | |
DSP/BIOS Kernel Benchmarks | |
XDC Tools (Tconf) Package (updated) | |
DSP/BIOS Platforms (updated) | |
DSP/BIOS Examples (updated) | |
Real Time Data Exchange (RTDX) (updated) | |
Power Scaling Library (PSL) |
OsAware (Kernel Object View support) | |
DSP/BIOS Help Files | |
DSP/BIOS Build Tools Interface (BTI) for CCS | |
Real Time Analysis Infrastructure (VBD) (updated) | |
DSP/BIOS Graphical Configuration Tool (Gconf) |
DSP/BIOS 5.31.01 is an All ISA release and can be used with CCS 3.2, CCS 3.3 or later. This will be installed in <installdir>/bios_5_31_01.
It is strongly recommended to follow the instructions in the DSP/BIOS Setup Guide, also available from the documentation index for information on updating from previous BIOS releases and instructions on how to use the BIOS Selector in the Component Manager of Code Composer Studio.
All ISA release which includes all changes in BIOS 5.31
Maintenance release with defect fixes and minor enhancements.
Minor documentation updates.
New chip support
Device Support
Devices Supported* | Runtime model | |
*BIOS Configuration DeviceName listed |
||
28xx Devices | ||
F2801 F2806 F2808 F2810 F2811 F2812 |
Large model | |
54xx Devices | ||
5402 5402A 5409A 5416 5470 5471 5405 |
Near and Far model supported | |
55xx Devices | ||
5501
|
Large model on Laijin 2.x
core devices
Note: 55xx small model support has been dropped starting with BIOS 5.10 |
|
5903 (OMAP) 5910 (OMAP) 5948 (OMAP)
TNETV1050 (Titan) |
Large model for 55xx DSP side
of Heterogeneous multi processors (OMAP: ARM + 55xx DSP, Titan: MIPS +
55xx DSP)
Large and Huge model for 55xx DSP on Laijin 2.x/3.x, such as OMAP1710, OMAP2420 Note: 55xx small model support has been dropped starting with BIOS 5.10 |
|
62xx Devices | ||
Not Supported: C6201 6202 6203 6204 6205 6211
|
Big and Little Endian | |
67xx Devices | ||
6701 6711 6711 - 250 6712 6713 6713 - 300 DA705
(Antara)
|
Big and Little Endian | |
64xx Devices | ||
6410 6411 6412 6413 6414 6415 6416 6418 DRI300 DM640 DM641 DM642 |
Big and Little Endian | |
64P Devices | ||
DM420 DM647 DM648
DM6431 DM6437
6421
TCI6482
TCI6486
DRA442
|
Big and Little Endian | |
67P Devices | ||
6727 | Little Endian | |
IAG Devices | ||
DM270 DM310 DM320 DM420 |
Memory heap issue when updating existing configuration files -- Prior versions of the configuration tool allowed for an inconsistent memory heap configuration. The tool allowed users to enable heaps when no heaps were actually configured and the default for bios.MEM.MALLOCSEG and bios.MEM.SEGZERO were still set to 'MEM_NULL'. This was causing problems in applications since malloc() and MEM_alloc() were failing even when user thought they had configured BIOS for dynamic memory allocation. The configuration tool is now checking to make sure that configurations that have heaps also have bios.MEM.MALLOCSEG and bios.MEM.SEGZERO set to a valid heap. Update from existing projects might yield an error message. The work around is to either remove the 'bios.enableMemoryHeaps(prog);' line from your configuration, or to add a heap and set bios.MEM.MALLOCSEG and bios.MEM.SEGZERO accordingly. See the ti/bios/examples/common/evmDM6446_common.tci file (or others) for an example of how to do this.
RTA/RTDX problem when load/run different programs -- After running RTA successfully on a DaVinci program, if another program is then loaded without restarting CCS 3.2 then RTA may not work sometimes. This problem is intermittent. If displays do not update, the workaround is to restart CCS before loading a new program. This is tracked by SDSCM00003318.
DSP/BIOS RTA plugins update very slowly via RTDX on DaVinci -- (CCS 3.2 issue) When RTA plugins are opened after a program is loaded and started. To work around this problem, open the DSP/BIOS RTA plugins before starting the program. This is tracked by SDSCM00002472
Gconf uses wrong parameters when more than one pjt is opened and they share the same .tcf file -- When more than one CCS project (.pjt file) share the same .tcf file, and two or more of the projects are opened in CCS, opening a .tcf from one of the projects will launch GConf using the DspBiosBuilder builder parameters defined for the most recently opened project. This may result in incorrect base seed properties and import file paths in the .tcf file being edited. To workaround, do not share .tcf files between projects. This is tracked by SDSCM00003834
BIOS RTA has problems reading data in stop mode for some 64x+ devices -- Currently, stop mode reads will only work for DaVinci. This is tracked by SDSCM00010400
DSP/BIOS examples that are using RTA halt when run every other time on DSK5510/DSK5509A via XDS560. This is tracked by SDSCM00005820.
DSP/BIOS does not create a reset vector at address 0x800000 for TCI6482 or dsk6455. This is tracked by SDSCM00010342.
CCS window closes on refreshing KOV Window when it receives illegal values -- KOV will crash if Module Objects have illegal values. For e.g if a dynamic task has a bad name, KOV will try to print the illegal name and crash. This is tracked by SDSCM00006694.
KOV window shows wrong names for dynamic objects -- This is tracked by SDSCM00007151.
KOV displays wrong names for memory sections -- This is tracked by SDSCM00004917.
Incorrect platform name in Tconf User's Guide in "Create New Platform" section -- The spru0007h.pdf document contains the correct instructions for creating a new platform using the Tconf's User's Guide, the help files were not updated to reflect the same naming convention. This is tracked by SDSCM00003471.
RTDX error comes up on Debug -> Run when executing examples on 5912 via XDS 510 -- This is tracked by SDSSCM00005600.
RTDX tutorial examples do not all execute as expected when run on TCI6482 simulator little endian -- This is tracked by SDSSCM00010736.
RTDX Hot-Connect does not work for C64P -- This is tracked by SDSSCM00011954.
The following bugs and enhancements have been fixed in this release. These are also listed in the sub-component release notes, but provided here for convenience.
id | Headline |
SDSCM00003180 | Flash plugin error: BIOS version is not compatible with RTA |
SDSCM00003322 | BCACHE/2430 should do dummy read after writeback/wait to ensure data has been completely written back |
SDSCM00010300 | big endian should not be an option for OMAP3430 |
SDSCM00010460 | Resource special handler functions needs typedef |
SDSCM00010747 | Typo on SPRU403: C example code of C64_enableIER function |
SDSCM00011053 | The wugen event mask is lost during pwrm retention mode. |
SDSCM00011055 | DSP stuck in idle state after early wake-up event. |
SDSCM00011213 | TCF file does not open in environment of DSK5509 |
SDSCM00011276 | Latency example has incorrect parameter to main |
SDSCM00011678 | SK library missing from BIOS 5.31 |
SDSCM00011892 | memory maps in catalog files for LC are incorrect for L1P/D and L2 |
SDSCM00011933 | Bogus exception generated on C64x+ HW, affecting BIOS EXC module |
SDSCM00012114 | Add 'far' to BCACHE_bootInit() prototype in boot.c to avoid trampoline problem |
SDSCM00012191 | Real MSGQ constraints are not documented |
SDSCM00012243 | BIOS HWI module does not enable exceptions (TSR.XEN) |
SDSCM00012246 | BIOS EXC processing should not use existing SP (B15) if not a system trap (SWE instruction) |
Codegen versions used in BIOS 5.31_01 product validation. See kernel release notes for the compiler versions used to build the target content.
ISA |
Compiler version(s) |
c6x | v6.0.1, v6.0.5 |
c55x | v3.3.1, v3.3.2 |
c54x | v4.1.0 |
c28x | v4.1.0, v4.1.3 |
Deprecated DSP/BIOS APIs: Some DSP/BIOS APIs are being deprecated and will no longer be supported in the next major release of DSP/BIOS.
These APIs are still supported in DSP/BIOS 5.31.01 and will be supported in any patch releases or minor enhancements to DSP/BIOS 5.31.
The deprecated APIs are:
All APIs associated with the DEV driver interface. Developers are recommended to use the IOM driver interface.
DEV_createDevice
DEV_deleteDevice
DEV_match
Dxx_close
Dxx_ctrl
Dxx_idle
Dxx_init
Dxx_issue
Dxx_open
Dxx_ready
Dxx_reclaim
DGN Driver
DGS Driver
DHL Driver
All APIs associated with the PIP module. Developers are recommended to use the SIO module.
PIP_alloc
PIP_free
PIP_get
PIP_getReaderAddr
PIP_getReaderNumFrames
PIP_getReaderSize
PIP_getWriterAddr
PIP_getWriterNumFrames
PIP_getWriterSize
PIP_peek
PIP_put
PIP_reset
PIP_setWriterSize
Note on BIOS versioning: The BIOS product version follows a version format, M.mm.pp.b , where M is single digit Major version, mm is 2 digit minor version, pp is 2 digit patch, and b is an unrestricted set of digits used as incrementing build counter.
To support multiple installations of different bios versions, the product version is encoded in the top level directory, ex. bios_5_31. Interim deliveries of major baseline bios releases, such as a beta or early adopter (EA), will have a full qualified version (ex. 5.31.00.01 with directory bios_5_31_00_01) and the final release will be bios_5_31 following the convention of stripping the patch and build counter for final release.
Subsequent releases of patch upgrades will be identified by the patch number, ex. bios 5.31.01 with directory bios_5_31_01.
Point releases where new features such as additional device support are released same as major baselines, i.e., with patch counter of zero and removed from directory qualifier, ex. 5.31 with directory bios_5_31. When referring to the release, the term bios "five dot thirty-one" generally refers to the baseline bios 5.31 and the patches (ex. 5.31.01) and point releases (ex. 5.32) that comprise the compatible group.
DSP/BIOS v5.31 Release Notes
Last updated: 08 Aug 2006
The DSP/BIOS distribution is composed of sub-component packages each containing specific release notes. This top level release note covers general product level issues related to installation and getting started and is divided into four sections, "General Info", "Known Issues", "Fixed In This Release", and "Validation Info".
Check the following web site for updates: https://www-a.ti.com/downloads/sds_support/targetcontent/bios/index.html
DSP/BIOS Kernel Package (updated) | |
DSP/BIOS Kernel Benchmarks (updated) | |
XDC Tools (Tconf) Package (updated) | |
DSP/BIOS Platforms (updated) | |
DSP/BIOS Examples (updated) | |
Real Time Data Exchange (RTDX) (updated) | |
Power Scaling Library (PSL) |
DSP/BIOS 5.31 is an All ISA release and can be used with CCS 3.2, CCS 3.3 or later. This will be installed in <installdir>/bios_5_31.
It is strongly recommended to follow the instructions in the DSP/BIOS Setup Guide, also available from the documentation index for information on updating from previous BIOS releases and instructions on how to use the BIOS Selector in the Component Manager of Code Composer Studio.
All ISA release which includes all changes in BIOS 5.30
Maintenance release with defect fixes and minor enhancements.
Minor documentation updates.
New chip support
Device Support
Devices Supported* | Runtime model | |
*BIOS Configuration DeviceName listed |
||
28xx Devices | ||
F2801 F2806 F2808 F2810 F2811 F2812 |
Large model | |
54xx Devices | ||
5402 5402A 5409A 5416 5470 5471 5405 |
Near and Far model supported | |
55xx Devices | ||
5501
|
Large model on Laijin 2.x
core devices
Note: 55xx small model support has been dropped starting with BIOS 5.10 |
|
5903 (OMAP) 5910 (OMAP) 5948 (OMAP)
TNETV1050 (Titan) |
Large model for 55xx DSP side
of Heterogeneous multi processors (OMAP: ARM + 55xx DSP, Titan: MIPS +
55xx DSP)
Large and Huge model for 55xx DSP on Laijin 2.x/3.x, such as OMAP1710, OMAP2420 Note: 55xx small model support has been dropped starting with BIOS 5.10 |
|
62xx Devices | ||
Not Supported: C6201 6202 6203 6204 6205 6211
|
Big and Little Endian | |
67xx Devices | ||
6701 6711 6711 - 250 6712 6713 6713 - 300 DA705
(Antara)
|
Big and Little Endian | |
64xx Devices | ||
6410 6411 6412 6413 6414 6415 6416 6418 DRI300 DM640 DM641 DM642 |
Big and Little Endian | |
64P Devices | ||
DM420 DM647
DM6431 DM6437
6421
TCI6482
TCI6486
DRA442
|
Big and Little Endian | |
67P Devices | ||
6727 | Little Endian | |
IAG Devices | ||
DM270 DM310 DM320 DM420 |
Memory heap issue when updating existing configuration files -- Prior versions of the configuration tool allowed for an inconsistent memory heap configuration. The tool allowed users to enable heaps when no heaps were actually configured and the default for bios.MEM.MALLOCSEG and bios.MEM.SEGZERO were still set to 'MEM_NULL'. This was causing problems in applications since malloc() and MEM_alloc() were failing even when user thought they had configured BIOS for dynamic memory allocation. The configuration tool is now checking to make sure that configurations that have heaps also have bios.MEM.MALLOCSEG and bios.MEM.SEGZERO set to a valid heap. Update from existing projects might yield an error message. The work around is to either remove the 'bios.enableMemoryHeaps(prog);' line from your configuration, or to add a heap and set bios.MEM.MALLOCSEG and bios.MEM.SEGZERO accordingly. See the ti/bios/examples/common/evmDM6446_common.tci file (or others) for an example of how to do this.
BCACHE_wb()/OMAP2430 Problem -- BCACHE_wb() and BCACHE_wbInv() implementation for the OMAP2430 does not contain extra logic to ensure that the data has reached the destination memory before the 'wait' returns. The cache registers correctly indicate that the data has been written from the cache to memory, but there may be additional delay before the data reaches its final destination memory. This may be a problem when this memory is accessed by another CPU or peripheral before the final write has completed. The workaround is to do dummy read of the last word of the buffer passed to BCACHE_wb() since this read will not complete until the writeback has completed. This is not a problem for Davinci, 6455 or TCI6482 implementation which contain extra logic to ensure that the 'wait' does not return until the destination memory has been completely updated. This is tracked by SDSCM00003322.
RTA/RTDX problem when load/run different programs -- After running RTA successfully on a DaVinci program, if another program is then loaded without restarting CCS 3.2 then RTA may not work sometimes. This problem is intermittent. If displays do not update, the workaround is to restart CCS before loading a new program. This is tracked by SDSCM00003318.
DSP/BIOS RTA plugins update very slowly via RTDX on DaVinci -- (CCS 3.2 issue) When RTA plugins are opened after a program is loaded and started. To work around this problem, open the DSP/BIOS RTA plugins before starting the program. This is tracked by SDSCM00002472
Gconf uses wrong parameters when more than one pjt is opened and they share the same .tcf file -- When more than one CCS project (.pjt file) share the same .tcf file, and two or more of the projects are opened in CCS, opening a .tcf from one of the projects will launch GConf using the DspBiosBuilder builder parameters defined for the most recently opened project. This may result in incorrect base seed properties and import file paths in the .tcf file being edited. To workaround, do not share .tcf files between projects. This is tracked by SDSCM00003834
BIOS RTA has problems reading data in stop mode for some 64x+ devices -- Currently, stop mode reads will only work for DaVinci. This is tracked by SDSCM00010400
DSP/BIOS examples that are using RTA halt when run every other time on DSK5510/DSK5509A via XDS560. This is tracked by SDSCM00005820.
CCS window closes on refreshing KOV Window when it receives illegal values -- KOV will crash if Module Objects have illegal values. For e.g if a dynamic task has a bad name, KOV will try to print the illegal name and crash. This is tracked by SDSCM00006694.
KOV window shows wrong names for dynamic objects -- This is tracked by SDSCM00007151.
KOV displays wrong names for memory sections -- This is tracked by SDSCM00004917.
Incorrect platform name in Tconf User's Guide in "Create New Platform" section -- The spru0007h.pdf document contains the correct instructions for creating a new platform using the Tconf's User's Guide, the help files were not updated to reflect the same naming convention. This is tracked by SDSCM00003471.
RTDX error comes up on Debug -> Run when executing examples on 5912 via XDS 510 -- This is tracked by SDSSCM00005600.
The following bugs and enhancements have been fixed in this release. These are also listed in the sub-component release notes, but provided here for convenience.
id | Headline |
SDSCM00003321 | EXC exception handler not calling SYS_abort correctly |
SDSCM00003849 | Message Log updated incorrectly for Mem_Management/SWI |
SDSCM00003850 | Message Log updating Issue with CLK and HELLO example |
SDSCM00006878 | Message log is not updated for MPC examples on evmDM6446 |
SDSCM00007169 | Bug in PWRM_init can cause BIOS init failures on C64x+ |
SDSCM00007313 | RTDX still being built w/ far code, far data |
SDSCM00007348 | Documentation error in sleep example. |
SDSCM00007452 | CLK ISR, CLK functions, and PRDs can still run following a call to CLK_stop() |
SDSCM00007508 | Enhance HWI_dispatchPlug to not plug the IST if the interrupt is already configured for the HWI dispatcher |
SDSCM00007574 | BIOS for omap3430 not initializing the timer correctly |
SDSCM00007580 | bios.setMemCodeSections silently fails when not able to set segments correctly |
SDSCM00007643 | Utility Programs chapter should be pulled from BIOS API guide |
SDSCM00007677 | Proper rts library file is not linked when compiled tconf file for 6713 |
SDSCM00007812 | Text of DSP/BIOS help pages refer to old version of DSP/BIOS |
SDSCM00007893 | TConfCmdObject should add RTDX link path when updating a BIOS 4.x project to BIOS 5.x |
SDSCM00008003 | 3430: GP timers 7 and 8 available in CLK selection drop down box, but cannot be selected because "interrupts not mapped" |
SDSCM00008030 | Heap is not allocated properly when "Reuse startup code space" is checked |
SDSCM00008048 | Error in automated TConf script in DSP/BIOS examples |
SDSCM00008088 | DSP/BIOS tutorial steps for Creating a Simple Application are incorrect |
SDSCM00008131 | DSP/BIOS does the register PERLOCK and PERCFG0 intialization which user should be doing |
SDSCM00009838 | Need update to HWI_dispatchPlug API description for C6x devices |
SDSCM00009840 | 672x big endian libraries should be removed from Bios, Si does not support it. |
SDSCM00009931 | TConfCmdObject does not handle case sensitive cdb file correctly when checking for conversion to tcf |
SDSCM00010007 | bios.setMemDataNoHeapSections needs to handle PWRM fields for OMAP3430 (and others??) |
SDSCM00010122 | Notify clients of target state upon target connect |
SDSCM00010204 | TSK_delete() must free TSK_Obj before task stack to keep KOV (and user switch hooks) happy |
SDSCM00010426 |
GConf uses latest DspBiosBuilder options when more than one project is opened and the projects are in the same directory |
SDSCM00010796 | BCACHE_wait() may write to address '0' causing memory violation |
Codegen versions used in BIOS 5.31 product validation. See kernel release notes for the compiler versions used to build the target content.
ISA |
Compiler version(s) |
c6x | v6.0.1, v6.0.4 |
c55x | v3.3.1, v3.3.2 |
c54x | v4.1.0 |
c28x | v4.1.0, v4.1.3 |
Deprecated DSP/BIOS APIs: Some DSP/BIOS APIs are being deprecated and will no longer be supported in the next major release of DSP/BIOS.
These APIs are still supported in DSP/BIOS 5.31 and will be supported in any patch releases or minor enhancements to DSP/BIOS 5.31.
The deprecated APIs are:
All APIs associated with the DEV driver interface. Developers are recommended to use the IOM driver interface.
DEV_createDevice
DEV_deleteDevice
DEV_match
Dxx_close
Dxx_ctrl
Dxx_idle
Dxx_init
Dxx_issue
Dxx_open
Dxx_ready
Dxx_reclaim
DGN Driver
DGS Driver
DHL Driver
All APIs associated with the PIP module. Developers are recommended to use the SIO module.
PIP_alloc
PIP_free
PIP_get
PIP_getReaderAddr
PIP_getReaderNumFrames
PIP_getReaderSize
PIP_getWriterAddr
PIP_getWriterNumFrames
PIP_getWriterSize
PIP_peek
PIP_put
PIP_reset
PIP_setWriterSize
Note on BIOS versioning: The BIOS product version follows a version format, M.mm.pp.b , where M is single digit Major version, mm is 2 digit minor version, pp is 2 digit patch, and b is an unrestricted set of digits used as incrementing build counter.
To support multiple installations of different bios versions, the product version is encoded in the top level directory, ex. bios_5_31. Interim deliveries of major baseline bios releases, such as a beta or early adopter (EA), will have a full qualified version (ex. 5.31.00.01 with directory bios_5_31_00_01) and the final release will be bios_5_31 following the convention of stripping the patch and build counter for final release.
Subsequent releases of patch upgrades will be identified by the patch number, ex. bios 5.31.01 with directory bios_5_31_01.
Point releases where new features such as additional device support are released same as major baselines, i.e., with patch counter of zero and removed from directory qualifier, ex. 5.31 with directory bios_5_31. When referring to the release, the term bios "five dot thirty-one" generally refers to the baseline bios 5.31 and the patches (ex. 5.31.01) and point releases (ex. 5.32) that comprise the compatible group.
DSP/BIOS v5.30 Release Notes
Last updated: 14 Jun 2006
The DSP/BIOS distribution is composed of sub-component packages each containing specific release notes. This top level release note covers general product level issues related to installation and getting started and is divided into four sections, "General Info", "Known Issues", "Fixed In This Release", and "Validation Info".
DSP/BIOS Kernel Package (updated) | |
DSP/BIOS Kernel Benchmarks (updated) | |
XDC Tools (Tconf) Package (updated) | |
DSP/BIOS Platforms (updated) | |
DSP/BIOS Examples (updated) | |
Real Time Data Exchange (RTDX) (updated) | |
Power Scaling Library (PSL) |
DSP/BIOS 5.30 is an All ISA release and can be used with CCS 3.2, CCS 3.3 or later. This will be installed in <installdir>/bios_5_30.
It is strongly recommended to follow the instructions in the DSP/BIOS Setup Guide, also available from the documentation index for information on updating from previous BIOS releases and instructions on how to use the BIOS Selector in the Component Manager of Code Composer Studio.
All ISA release which includes all changes in BIOS 5.30 and BIOS 5.20.05
RTDX examples have been updated to support current platforms and moved to the BIOS directory structure. The RTDX and the examples are provided with the BIOS release package.
Maintenance release with defect fixes and minor enhancements.
Minor documentation updates.
New Stairstep BIOS example added.
Memory heap issue when updating existing configuration files -- Prior versions of the configuration tool allowed for an inconsistent memory heap configuration. The tool allowed users to enable heaps when no heaps were actually configured and the default for bios.MEM.MALLOCSEG and bios.MEM.SEGZERO were still set to 'MEM_NULL'. This was causing problems in applications since malloc() and MEM_alloc() were failing even when user thought they had configured BIOS for dynamic memory allocation. The configuration tool is now checking to make sure that configurations that have heaps also have bios.MEM.MALLOCSEG and bios.MEM.SEGZERO set to a valid heap. Update from existing projects might yield an error message. The work around is to either remove the 'bios.enableMemoryHeaps(prog);' line from your configuration, or to add a heap and set bios.MEM.MALLOCSEG and bios.MEM.SEGZERO accordingly. See the ti/bios/examples/common/evmDM6446_common.tci file (or others) for an example of how to do this.
RTA/RTDX problems on simulators -- Real time analysis (RTA) and RTDX are not reliable on the 64x+ simulators. For some applications, a few LOG entries are not displayed and other applications have no LOG output at all. This problem appears to be unique to the simulator since the same examples run fine on the sdp2430 or evm6446 boards. These issues are tracked by SDSCM00003849, SDSCM00003850, SDSCM00003851 and SDSCM00006695.
BCACHE_wb()/OMAP2430 Problem -- BCACHE_wb() and BCACHE_wbInv() implementation for the OMAP2430 does not contain extra logic to ensure that the data has reached the destination memory before the 'wait' returns. The cache registers correctly indicate that the data has been written from the cache to memory, but there may be additional delay before the data reaches its final destination memory. This may be a problem when this memory is accessed by another CPU or peripheral before the final write has completed. The workaround is to do dummy read of the last word of the buffer passed to BCACHE_wb() since this read will not complete until the writeback has completed. This is not a problem for Davinci, 6455 or TCI6482 implementation which contain extra logic to ensure that the 'wait' does not return until the destination memory has been completely updated. This is tracked by SDSCM00003322.
RTA/RTDX problem when load/run different programs -- After running RTA successfully on a DaVinci program, if another program is then loaded without restarting CCS 3.2 then RTA may not work sometimes. This problem is intermittent. If displays do not update, the workaround is to restart CCS before loading a new program. This is tracked by SDSCM00003318.
DSP/BIOS RTA plugins update very slowly via RTDX on DaVinci -- When RTA plugins are opened after a program is loaded and started. To work around this problem, open the DSP/BIOS RTA plugins before starting the program. This is tracked by SDSCM00002472
DSP/BIOS examples that are using RTA halt when run every other time on DSK5510/DSK5509A via XDS560. This is tracked by SDSCM00005820.
CCS window closes on refreshing KOV Window when it receives illegal values -- KOV will crash if Module Objects have illegal values. For e.g if a dynamic task has a bad name, KOV will try to print the illegal name and crash. This is tracked by SDSCM00006694.
KOV window shows wrong names for dynamic objects -- This is tracked by SDSCM00007151.
KOV displays wrong names for memory sections -- This is tracked by SDSCM00004917.
Incorrect platform name in Tconf User's Guide in "Create New Platform" section -- The spru0007h.pdf document contains the correct instructions for creating a new platform using the Tconf's User's Guide, the help files were not updated to reflect the same naming convention. This is tracked by SDSCM00003471.
RTDX error comes up on Debug -> Run when executing examples on 5912 via XDS 510 -- This is tracked by SDSSCM00005600.
The following bugs and enhancements have been fixed in this release. These are also listed in the sub-component release notes, but provided here for convenience.
id | Headline |
SDSCM00001268 | Help file shows incorrect number of buttons for new config |
SDSCM00001419 | Mailbox example in SABIOS for ezdsp2812 gives 57005 instead of 2 in Msg Size |
SDSCM00002869 | DSP/BIOS Config Run in Graphical Debugger fails to open .tcf file if spaces in pathname |
SDSCM00002893 | L1 cache configuration for c64+ devices is not complete |
SDSCM00003277 | BIOS install dialog title are "Panel *" |
SDSCM00003313 | MSGQ should allow anonymous queues |
SDSCM00003321 | EXC exception handler not calling SYS_abort correctly |
SDSCM00003329 | BIOS cache initialization for Joule/GEM needs to be done before cinit processing |
SDSCM00003359 | MPC library for omap2430 doesn't handle global addresses for local memories |
SDSCM00003471 | Incorrect platform name in Tconf User's Guide in "Create New Platform" section |
SDSCM00003472 | Project Update fails in CCStudio_v3.2 because of missing CDB files |
SDSCM00003508 | Linux and Solaris installs should be '.sh' (not '.bin') for InstallShieldX and later |
SDSCM00003748 | Need way to modify processor Id for BIOS application |
SDSCM00003809 | BIOS CLK_gethtime still has 'backwards movement' symptom |
SDSCM00003813 | Graphical Edit broken when target has older BIOS |
SDSCM00003815 | Broken links in BIOS help file |
SDSCM00003816 | separate load should be created for .hwi section |
SDSCM00003818 | Description for eZdsp2812 configuration seed file needs correction |
SDSCM00003819 | In eZdsp2812 configuration seed file, comment for OTP memory incorrect |
SDSCM00003821 | C2800 DSP/BIOS Should Limit Task Stack to Lower 64K Memory |
SDSCM00003824 | DSP/BIOS C28x Statistics View window showing negative values |
SDSCM00003825 | Application does not build for 5507 and 5503 when PWRM is being used. |
SDSCM00003827 | Update 4.90 cdb to bios 5.20 tcf fails when file open used for sim55xx |
SDSCM00003828 | TSK 'Stack Peak' value on KOV might not be correct if stacksize > 0x7FFF |
SDSCM00003832 | Stairstep example needs to get added to examples in sabios |
SDSCM00003837 | TNETV1050 CLK_gethtime() isn't bulletproof |
SDSCM00003841 | TSK_create should align user-supplied stack |
SDSCM00003845 | Gconf throws JavaScript Exception message and fails to save the tcf file |
SDSCM00004066 | BIOS config needs to support timer rate driven by external clock for Himalaya |
SDSCM00004067 | Bigtime has an error in millenium roll over |
SDSCM00004265 | BIOS 5.20.02.28 release notes do not match DDTS query for fixed bugs |
SDSCM00004322 | Update BIOS UG/API RG to mention support of anonymous message queues. |
SDSCM00004326 | LOG should allow >32K buffer sizes for 64x |
SDSCM00004434 | MEM_undefine and locks for MEM_(re)define for Bridge |
SDSCM00004561 | KOV causes CCS to hang for certain 54x programs |
SDSCM00004662 | remove PWRM from dm420.cdb file |
SDSCM00004678 | BIOS examples still not portable (makefile) |
SDSCM00004873 | Antara config should error if ROM selected for 5.30, emove Antara/ROM libs, update examples! |
SDSCM00004877 | Initialization of reserved MARs 0-2 causing exception |
SDSCM00004952 | BCache creates un-necessary code footprint |
SDSCM00004992 | Remove all .set to float values |
SDSCM00005101 | GTconf does not take "macro.ini" into account |
SDSCM00005102 | BIOS shouldnt recommend tweaking product tci files |
SDSCM00005104 | 6000 RTDX Header File rtdx_access.h Should Not Check Memoey Model |
SDSCM00005106 | RTDX RTDX_SetInterrupt Clears all IFR |
SDSCM00005110 | RTDX_access.h for c6x broken (refers to C55 compiler macros) |
SDSCM00005469 | __TMS320C55X_PLUS__ is always defined by assembler. std.h55 must use .if $isdefed and .if to define _55P_ |
SDSCM00005618 | BIOS needs to allocate extra word for RTDX recieve buffer (HS-RTDX rx overrun) |
SDSCM00005690 | Need to document new BIOS MEM APis (undefine and increaseTableSize) |
SDSCM00005721 | latency example int14 monitor address incorrect for dsk6455 platform |
SDSCM00005781 | Remove support for HS-RTDX for 64+ and 67+ |
SDSCM00005792 | Building issue with C6711 Cycle Accurate Sim Ltl Endian for volume example using volume.pjt file. |
SDSCM00006290 | SWI_enable/disable, TSK_enable/disable usage must be carefully managed. |
SDSCM00006308 | Tconf User Guide need updates for BIOS 5.30 |
SDSCM00006424 | Gconf.exe platform listing shows too many platforms |
SDSCM00006438 | On Titan platform, lower 16 bits of PCNTL access register should not be written. |
SDSCM00006442 | C55x BIOS should clear SST in ST3 upon reset |
SDSCM00006458 | cdb2tcf fails to convert cdb to tcf file while opening a Bios4.9 pjt file |
SDSCM00006467 | New TConfCmdObject doesn't get registered |
SDSCM00006492 | RTA needs to set RTDX.dll buffer size to max frame size |
SDSCM00006515 | RTDX 28x libraries should be built with 4.1.3 or later codegen |
SDSCM00006527 | BIOS config should check that RTDX buffer size is greater tha RTA frame size |
SDSCM00006545 | IDMA0 bug workaround is required for HWI_dispatcher for Davinci |
SDSCM00006581 | Volume example : CPU load graph does not update according to given in help files |
SDSCM00006799 | BIOS Timer does not work on c6455 when no L1P cache |
The following defects were fixed in 5.20.02 but were not mentioned in the release notes for that version.
Identifier | Headline |
SDSsq43312 | Setting odd stack size (MAUs) for c55x causes error with RTDX |
SDSsq43347 | DSP/BIOS Benchmark errors |
SDSsq43653 | Cdb2tcf fails if there is a whitespace in the path |
SDSsq43666 | Sim64P latency example timer address is specific to dm420 |
SDSsq43962 | CCS 3.1 hangs when examples run out of ROM on padk6727 and KOV open |
SDSsq43063 | CCS requires gconf to be registered in order to register it |
Codegen versions used in BIOS 5.30 product validation. See kernel release notes for the compiler versions used to build the target content.
ISA |
Compiler version(s) |
c6x | v6.0.1, v6.0.3 |
c55x | v3.3.1, v3.3.2 |
c54x | v4.1.0 |
c28x | v4.1.0 |
Deprecated DSP/BIOS APIs: Some DSP/BIOS APIs are being deprecated and will no longer be supported in the next major release of DSP/BIOS.
These APIs are still supported in DSP/BIOS 5.30 and will be supported in any patch releases or minor enhancements to DSP/BIOS 5.30.
The deprecated APIs are:
All APIs associated with the DEV driver interface. Developers are recommended to use the IOM driver interface.
DEV_createDevice
DEV_deleteDevice
DEV_match
Dxx_close
Dxx_ctrl
Dxx_idle
Dxx_init
Dxx_issue
Dxx_open
Dxx_ready
Dxx_reclaim
DGN Driver
DGS Driver
DHL Driver
All APIs associated with the PIP module. Developers are recommended to use the SIO module.
PIP_alloc
PIP_free
PIP_get
PIP_getReaderAddr
PIP_getReaderNumFrames
PIP_getReaderSize
PIP_getWriterAddr
PIP_getWriterNumFrames
PIP_getWriterSize
PIP_peek
PIP_put
PIP_reset
PIP_setWriterSize
Note on BIOS versioning: The BIOS product version follows a version format, M.mm.pp.b , where M is single digit Major version, mm is 2 digit minor version, pp is 2 digit patch, and b is an unrestricted set of digits used as incrementing build counter.
To support multiple installations of different bios versions, the product version is encoded in the top level directory, ex. bios_5_30. Interim deliveries of major baseline bios releases, such as a beta or early adopter (EA), will have a full qualified version (ex. 5.30.00.01 with directory bios_5_30_00_01) and the final release will be bios_5_30 following the convention of stripping the patch and build counter for final release.
Subsequent releases of patch upgrades will be identified by the patch number, ex. bios 5.30.01 with directory bios_5_30_01.
Point releases where new features such as additional device support are released same as major baselines, i.e., with patch counter of zero and removed from directory qualifier, ex. 5.30 with directory bios_5_30. When referring to the release, the term bios "five dot thirty" generally refers to the baseline bios 5.30 and the patches (ex. 5.30.01) and point releases (ex. 5.31) that comprise the compatible group.
DSP/BIOS v5.21 Release Notes
Last updated: 05 January 2006
The DSP/BIOS distribution is composed of sub-component packages each containing specific release notes. This top level release note covers general product level issues related to installation and getting started and is divided into four sections, "General Info", "Known Issues", "Fixed In This Release", and "Validation Info".
DSP/BIOS Kernel Package (updated) | |
DSP/BIOS Kernel Benchmarks (updated) | |
XDC Tools (Tconf) Package (updated) | |
DSP/BIOS Platforms (updated) | |
DSP/BIOS Examples (updated) | |
Real Time Data Exchange (RTDX) | |
Power Scaling Library (PSL) |
DSP/BIOS 5.21 is a 6x-only release and can only be used with CCS 3.2 or later. Documentation for other devices is provided with this release, but no software is provided to support anything but 6x devices. This will be installed in <installdir>/bios_5_21_pp_b (pp_b are optional and used for patch and build counter).
It is strongly recommended to follow the instructions in the DSP/BIOS Setup Guide, also available from the documentation index for information on updating from previous BIOS releases and instructions on how to use the BIOS Selector in the Component Manager of Code Composer Studio.
Cache APIs (BCACHE) for 64x+ devices. Documentation can be found here.
Memory Protection APIs (MPC) and examples for 64x+ devices. Documentation can be found here.
Event Combiner APIs (ECM) for 64x+ devices. Documentation can be found here.
HWI_eventMap() API was added for 64x+ devices. Documentation can be found here.
Memory Protection Examples. See ti/bios/examples/advanced/mpc_*.
Examples for OMAP2430 SDP board (sdp2430).
Examples for 6455 DSK board (dsk6455).
Platform files for dsk6455, dskTCI6482, sdp2430, evmDM420 and evmDM6446.
evmDavinci platform replaced by evmDM6446 and evmDM420 -- The evmDavinci platform support files and examples have been removed from this release. This has been replaced by evmDM420 and evmDM6446 platform support. Examples for the evmDM6446 board are provided with this release. If you are using evmDavinci platform from 5.20, you can change your .tcf file(s) to use 'utils.loadPlatform("ti.platforms.evmDM6446")' or 'utils.loadPlatform("ti.platforms.evmDM420")'. The following changes were also made to these platforms: (1) the 'DDR' memory segment from evmDavinci was renamed to 'DDR2', and (2) the params.clockRate was changed from 594 to 486 to match the default CPU rate for the EVM boards (set via Linux UBOOT and/or Arm .gel file).
Memory heap issue when updating existing configuration files -- Prior versions of the configuration tool allowed for an inconsistent memory heap configuration. The tool allowed users to enable heaps when no heaps were actually configured and the default for bios.MEM.MALLOCSEG and bios.MEM.SEGZERO were still set to 'MEM_NULL'. This was causing problems in applications since malloc() and MEM_alloc() were failing even when user thought they had configured BIOS for dynamic memory allocation. The configuration tool is now checking to make sure that configurations that have heaps also have bios.MEM.MALLOCSEG and bios.MEM.SEGZERO set to a valid heap. Update from existing projects might yield an error message. The work around is to either remove the 'bios.enableMemoryHeaps(prog);' line from your configuration, or to add a heap and set bios.MEM.MALLOCSEG and bios.MEM.SEGZERO accordingly. See the ti/bios/examples/common/evmDM6446_common.tci file (or others) for an example of how to do this.
RTA/RTDX problems on simulators -- Real time analysis (RTA) and RTDX are not reliable on the 64x+ simulators. For some applications, a few LOG entries are not displayed and other applications have no LOG output at all. This problem appears to be unique to the simulator since the same examples run fine on the sdp2430 or evm6446 boards. These issues are tracked by SDSsq44620, SDSsq44630 and SDSsq44631.
BCACHE_wb()/OMAP2430 Problem -- BCACHE_wb() and BCACHE_wbInv() implementation for the OMAP2430 does not contain extra logic to ensure that the data has reached the destination memory before the 'wait' returns. The cache registers correctly indicate that the data has been written from the cache to memory, but there may be additional delay before the data reaches its final destination memory. This may be a problem when this memory is accessed by another CPU or peripheral before the final write has completed. The workaround is to do dummy read of the last word of the buffer passed to BCACHE_wb() since this read will not complete until the writeback has completed. This is not a problem for Davinci, 6455 or TCI6482 implementation which contain extra logic to ensure that the 'wait' does not return until the destination memory has been completely updated. This is tracked by SDSCM00003322.
CACHE initialization is too late if L1D is used for initialized data -- DSP/BIOS initializes the cache within BIOS_init() which is called after .cinit processing. The .cinit processing occurs in the function _auto_init(), and the DSP/BIOS cache configuration happens after the processing of .cinit records. Since some .cinit records initialize data that has possibly been placed in L1D RAM, if that RAM is still configured as cache, L1D cache activity related to L2 or external memory accesses can potentially step on the initialization into L1D. This problem occurs since the device boots with L1D and L1P in '32K mode' (L2 is '0K' at reset). To workaround this, either make sure you don't have any initialized data in L1D, or set L1PCFG and L1DCFG (0x01840020 and 0x01840040) to '0' in a custom boot.c file that you link with your application. This disables the L1P and L1D caches during boot. See the ti/bios/examples/advanced/mpc*/boot.c for an example of the workaround. This is tracked by SDSCM00003329.
PATH inconsistent with CCS 3.2 beta -- The CCS 3.2 beta2 installation sets the "PATH" environment variable to point to the 'bios_5_20_03' directory since CCS 3.2 beta 2 contains BIOS 5.20.03. This can cause problems if you are doing Windows builds from the command line. This will not be a problem if you are doing builds using CCS .pjt files. Make sure that your PATH and BIOS_INSTALL_DIR variables are both pointing to bios_5_21 (or whatever DSP/BIOS release you want to work with). This is tracked by SDSCM00003316.
RTA/RTDX problem when load/run different programs -- After running RTA successfully on a DaVinci program, if another program is then loaded without restarting CCS 3.2 then RTA may not work sometimes. This problem is intermittent. If displays do not update, the workaround is to restart CCS before loading a new program. This is tracked by SDSCM00003318.
MPC examples don't work on sdp2430 board -- The MPC examples don't work correctly for the sdp2430 board. This is tracked by SDSCM00003359.
The following bugs and enhancements have been fixed in this release. These are also listed in the sub-component release notes, but provided here for convenience.
Identifier | Headline |
SDSsq29116 | HWI dispatcher cache control fields should be unwritable for C6x1x DSPs |
SDSsq37229 | DSP BIOS 5.00 install gives vague message when out of space |
SDSsq38132 | SABIOS installation hangs up in certain Linux systems (e.g. RHEL 3) |
SDSsq40713 | Level 2 interrupt support needed for BIOS for Joule/GEM |
SDSsq41788 | Cannot reload volume4 executable through PDM |
SDSsq42249 | HWI_dispatchPlug needs support for selector for GEM cores |
SDSsq42754 | Can't use HWI_dispatchPlug() or C64_plug() if HWI vectors in L1P SRAM |
SDSsq43117 | Linux install does not fail if quota is exceeded |
SDSsq43219 | BIOS 5.10.01.20 incorrectly installed into CCS registry |
SDSsq43614 | BIOS config.importPath gives funky errors if you've spaces between path |
SDSsq43624 | Missing source file for BIOS 64+ exception handler |
SDSsq43625 | Broken links in BIOS help file |
SDSsq43653 | cdb2tcf fails if there is a whitespace in the path |
SDSsq43667 | vbd needs to bypass L1P when reading data (else corrupt logs on 64x+) |
SDSsq43758 | The register use appx should doc that the TSR.INT bit is not maintained in BIOS |
SDSsq43766 | ECM module needs online help |
SDSsq43888 | DispatchMessageWait is being passed incorrect pointer in VSR module |
SDSsq44090 | Need to add imcop and ARM to davinci memory map |
SDSsq44093 | Benchmark for Interrupt latency for Joule/GEM larger than expected |
SDSsq44131 | config scripts can't use variable named "load" |
SDSsq44139 | Need to assert when building 64P without -mv64+ option |
SDSsq44158 | 64x+ benchmarks should remove exception handling NMI |
SDSsq44221 | Graphical config tool fails to open file if install dir contains spaces |
SDSsq44351 | Need MSGQ_isLocalQueue API |
SDSsq44403 | Receiving error messages in trace log when using RTDX on DaVinci |
SDSsq44427 | CACHE_L2 object base address is incorrect for DaVinci |
SDSsq44428 | BIOS config needs to manage CACHE_L1 objects |
SDSsq44431 | CLK_reconfig incorrectly sets CLK_htimePerLtime for c64x+ chips |
SDSsq44432 | MEM_alloc w/ alignment might fail even though a valid block is available |
SDSsq44462 | device_regs is not defined in Platform.tci file for sim62xx |
SDSsq44480 | BIOS not working when running 32-bit unchained mode in big endian |
SDSsq44490 | 'bios.enableMemoryHeaps(prog)' should enable default heap |
SDSsq44492 | Himalaya platforms (.cdb) should hard code CLK freq as 'CPU/6' |
SDSsq44503 | Incorrect stackseg field description for TSK manager |
SDSsq44511 | HWI_ATTRS not documented in BIOS API ref guide |
SDSsq44516 | MSGQ needs more async MQT error codes |
SDSsq44520 | name for evmDaVinci external memory (DDR) in BIOS 5.20.03 is incorrect |
SDSsq44548 | CLK for Davinci/Himalaya and HWI_eventMap() doc updates (64x+ only) |
SDSsq44549 | add examples for Himalaya DSK (dsk6455) |
SDSsq44568 | MEM_alloc() should get memory at start not end of a free block |
Codegen versions used in BIOS 5.21 product validation (as shipped in 3.2 beta2), see kernel release notes for the codegen versions used to build the target content
ISA | Compiler in CCS 3.1 | Compiler in CCS 3.1 for 67x+ |
Compiler in CCS 3.2 beta2 |
6000 (64P) | cl6x v6.0.1b2 |
Note on BIOS versioning: The BIOS product version follows a version format, M.mm.pp.b , where M is single digit Major version, mm is 2 digit minor version, pp is 2 digit patch, and b is an unrestricted set of digits used as incrementing build counter.
To support multiple installations of different bios versions, the product version is encoded in the top level directory, ex. bios_5_20. Interim deliveries of major baseline bios releases, such as a beta or early adopter (EA), will have a full qualified version (ex. 5.21.00.04 with directory bios_5_21_00_04) and the final release will be bios_5_21 following the convention of stripping the patch and build counter for final release.
Subsequent releases of patch upgrades will be identified by the patch number, ex. bios 5.21.03 with directory bios_5_21_03.
Point releases where new features such as additional device support are released same as major baselines, ie with patch counter of zero and removed from directory qualifier, ex. 5.21 with directory bios_5_21. When referring to the release, the term bios "five dot twentyone" generally refers to the baseline bios 5.21 and the patches (ex. 5.21.03) and point releases (ex. 5.22) the comprise the compatible group.
DSP/BIOS v5.20 (5.20.03) Release Notes
Last updated: 07 November 2005
The DSP/BIOS distribution is composed of sub-component packages each containing specific release notes. This top level release note covers general product level issues related to installation and getting started and is divided into four sections, "General Info", "Fixed In This Release", "Known Issues", and "Validation Info".
DSP/BIOS Kernel Package (updated) | |
DSP/BIOS Kernel Benchmarks (updated) | |
XDC Tools (Tconf) Package | |
DSP/BIOS Platforms | |
DSP/BIOS Examples (updated) | |
Real Time Data Exchange (RTDX) (updated) | |
Power Scaling Library (PSL) |
OsAware (Kernel Object View support) | |
DSP/BIOS Help Files | |
DSP/BIOS Build Tools Interface (BTI) for CCS | |
Real Time Analysis Infrastructure (VBD) | |
DSP/BIOS Graphical Configuration Tool (Gconf) (updated) |
DSP/BIOS 5.20.03 is a bug fix update to 5.20.02. This is a full release and will be installed in <installdir>/bios_5_20_03.
No other changes have been made from 5.20.02. See the release notes for 5.20.02 below for more information.
It is strongly recommended to follow the instructions in the DSP/BIOS Setup Guide, also available from the documentation index for information on updating from previous BIOS releases and instructions on how to use the BIOS Selector in the Component Manager of Code Composer Studio.
Critical bug fix for SWI running on TSK stack (SDSsq44207). This problem was introduced by interrupt-to-task time optimizations in 5.20 and is a problem for all 6x ISAs. See kernel release notes for more details.
DSP/BIOS real-time analysis (RTA) has been validated on 64x+ Si (see workaround in Known Issues section).
CLK_reconfig() bug fixes for 64x+ (see kernel release notes for more details).
CLK_countspms()
and CLK_getprd() are in 'htime' units for all devices (see kernel
release notes for more details).
The following bugs have been fixed in this release. These bugs are listed in the sub-component release notes, but provided here for convenience.
Identifier | Headline |
SDSsq42743 | CLK_reconfig needs CLK_inputClock for omap2430 |
SDSsq44027 | CLK_reconfig has problems on Joule/GEM arch |
SDSsq44138 | BIOS 5.20.02.28 install dialog reports incorrect destination dir |
SDSsq44158 | 64x+ benchmarks should remove exception handling NMI |
SDSsq44164 | CLK_countspms and CLK_getprd should relate to htime counts |
SDSsq44183 | bios.CLK.INPUTCLK can only take whole number values for 2430 |
SDSsq44207 | BIOS SWI can erroneously run on a TSK stack |
SDSsq44212 | Makefiles Vs Project files has different flag options |
SDSsq44319 | CLK_gethtime returns higher than expected value, then rolls back |
SDSsq44322 | HWI dispatcher cache control fields should not be visible on C64P |
SDSsq44356 | BIOS needs to update interrupt selector to connect RTDX to 11 and 12 |
Codegen versions used in BIOS 5.20.02 product validation (as shipped in CCS 3.1 / 3.2 beta), see kernel release notes for the codegen versions used to build the target content
ISA | Compiler in CCS 3.1 | Compiler in CCS 3.1 for 67x+ |
Compiler in CCS 3.2 beta1 |
2800 | cl2000 v4.1.0 | ||
5400 | cl500 v4.1.0 | ||
5500 | cl55 v3.2.2 | ||
6000 | cl6x v5.1.0 | ||
6000 (67P) | cl6x v5.3.0 | ||
6000 (64P) | cl6x v6.0.1b1 |
Installation Directory " " problem -- The configuration update tools (cdb2tcf) that update 4.90 configuration files and .pjt files do not work well when BIOS is installed in a directory with spaces (e.g., "Documents and Settings"). Best work-around is to avoid installing into a directory with spaces. Another work-around is to run the 'cdb2tcf' utility from the command line. This is only a problem for the configuration update tools. All other tools work fine when installed in a directory with spaces. There are two bugs related to this -- SDSsq43653 and SDSsq44075 -- which will be fixed in a future release.
64x+ RTA/RTDX problem -- The DSP/BIOS real-time analysis (RTA) plugins are now working but require a workaround when used in CCS 3.2 beta1. The "RTDX enable channel" API from the RTA plugins does not work in CCS 3.2 beta1. The workaround is to change RTDX_fromHost$rtdx and RTDX_toHost$rtdx to 0x1010 in a memory window after loading your program and running to main() (i.e., "go main"). This is covered by SDSCM00002244 which will be fixed in a future release of CCS.
LOG/RTA display problem (SDSsq43667) -- The RTA LOG plugin can display invalid or stale data when the target is halted and the LOG buffer is adjacent to code. This is due to a problem in the vbd.dll where the code does a read of memory using the CCS/JTAG/emulation memory read APIs. The problem only occurs if the log buffer is adjacent to a segment of code that has been loaded in the L1P cache. Since the 64x+ does pre-fetch of code, it is possible for the log data to also reside in the L1P cache. If this happens, the stale data from L1P will be read instead of the correct data from data memory. A new CCS API has been created to allow for bypass of L1P when reading data. vbd.dll will be updated to use this new API in a future release of DSP/BIOS. A good workaround is to reserve a separate MEM segment for your LOG buffers data and the ".rtdx_data" sections. Be sure that the base address of this section is not within 5 fetch packets (160 bytes) of any program memory (anchoring this memory at at low address of a given memory block is an easy way to do this).
RTDX/RTA/L1P problem (SDSsq44403) -- This issue is similar to the "LOG/RTA display problem" noted above but this problem happens in when program is running and the displays are updating in real time. In this case, you will see garbage data in the LOG, STS or CPU load plugins. It appears that the RTDX monitor will find data in the L1P memory if the "RTDX_Buffer" is adjacent to code that is in L1P cache. Workaround for this problem is the same -- create a separate memory section for LOG buffers and RTDX data (.rtdx_data). Both of these issues are being reviewed and fixes will be found in a future version of DSP/BIOS or CCS.
Note on BIOS versioning: The BIOS product version follows a version format, M.mm.pp.b , where M is single digit Major version, mm is 2 digit minor version, pp is 2 digit patch, and b is an unrestricted set of digits used as incrementing build counter.
To support multiple installations of different bios versions, the product version is encoded in the top level directory, ex. bios_5_20. Interim deliveries of major baseline bios releases, such as a beta or early adopter (EA), will have a full qualified version (ex. 5.20.03.31 with directory bios_5_20_03_31) and the final release will be bios_5_20 following the convention of stripping the patch and build counter for final release.
Subsequent releases of patch upgrades will be identified by the patch number, ex. bios 5.20.03 with directory bios_5_20_03.
Point releases where new features such as additional device support are released same as major baselines, ie with patch counter of zero and removed from directory qualifier, ex. 5.21 with directory bios_5_21. When referring to the release, the term bios "five dot two" generally refers to the baseline bios 5.20 and the patches (ex. 5.20.03) and point releases (ex. 5.21) the comprise the compatible group.
DSP/BIOS v5.20 (5.20.02) Release Notes
Last updated: 29 September 2005
The DSP/BIOS distribution is composed of sub-component packages each containing specific release notes. This top level release note covers general product level issues related to installation and getting started and is divided into four sections, "General Info", "Fixed In This Release", "Known Issues", and "Validation Info".
DSP/BIOS Kernel Package (updated) | |
DSP/BIOS Kernel Benchmarks (updated) | |
XDC Tools (Tconf) Package (updated) | |
DSP/BIOS Platforms (updated) | |
DSP/BIOS Examples (updated) | |
Real Time Data Exchange (RTDX) | |
Power Scaling Library (PSL) |
DSP/BIOS 5.20.02 is a patch upgrade that adds support for linking BIOS applications with the BIOS code that is included in the on-chip ROM for the C672x (C67x+) devices. Examples have been added for the PADK C6727 board. These examples are configured to use the BIOS in the on-chip ROM. See the DSP/BIOS Kernel Release Notes for more information on how to use the code in the ROM.
A number of bug fixes have also been included in this release. Check the sub-component release notes (highlighted with "(updated)" above) for the specific bug fixes.
No other changes have been made from 5.20.00 or 5.20.01. See the release notes for 5.20.01 below for more information.
It is strongly recommended to follow the instructions in the DSP/BIOS Setup Guide, also available from the documentation index for information on updating from previous BIOS releases and instructions on how to use the BIOS Selector in the Component Manager of Code Composer Studio.
Validated on initial 64x+ silicon.
Examples for the PADK C6727 board.
Support for linking BIOS apps with the BIOS code in the C672x on-chip ROM (see Kernel Release Notes).
Assorted
bug fixes (listed in sub-component release notes and summarized below).
The following bugs have been fixed in this release. These bugs are listed in the sub-component release notes, but provided here for convenience.
Identifier | Headline |
SDSsq43083 | BIOS 5.20 CCS help doesn't show for 'new' modules |
SDSsq43317 | better handling of cdb backup file in cdb2tcf |
SDSsq43324 | Bios5.2:Could not locate biosTCI6482.a64Pe for Himalaya in Big End. mode |
SDSsq43332 | Statically created MBX objects allocate more memory space than needed |
SDSsq43364 | latency example fails on dsk5510 and teb5561 without -mg option |
SDSsq43394 | PWRM_init should be called before DEV_init |
SDSsq43404 | evmDavinci examples should not pass params when using named platfrom |
SDSsq43423 | Huge Model Dispatcher bug with dispatch table that crosses page boundary |
SDSsq43430 | DSP/BIOS 5.20 Tutorial topics not found |
SDSsq43448 | Davinci/Himalaya timers need to use/doc only 32-bits of 64-bit timers |
SDSsq43464 | TIMER1BASE address is set incorrectly in the BIOS config file |
SDSsq43561 | BIOS generated linker command file doesn't GROUP stack and systack |
SDSsq43602 | TSK_getenv inline version has compile errors |
SDSsq43665 | Joule ITSR register not restored in HWI dispatcher in DSP/BIOS 5.20.0 |
SDSsq43725 | Remove hardcoded x2 factors in 55x CDB files. |
SDSsq43733 | cdb2tcf does not correct all memory references when 'space' changes |
SDSsq43750 | CACHE_L2 object not getting destroyed when cache disabled |
SDSsq43765 | MSGQ STATICPOOL allocator src code should be included in BIOS |
SDSsq43844 | hidden config fields make removal of MEM objects tough (can do frm .tcf) |
SDSsq43846 | CLK_stop is missing return statement for 5501/5502 version of BIOS 5.20 |
SDSsq43876 | Add bios install centralized location notes to Setup Guide |
SDSsq44008 | Makefile,67P is missing from the sabios5.20.02.25 |
SDSsq44019 | re: GBL_initdone not found! DSP/BIOS is not running error window appeari |
SDSsq44020 | makefile,omap is failing to build omap in linux and solaris |
SDSsq44032 | remove 'GBL.CHIPTYPE' from common*.tci and hello examples for 6x |
SDSsq44034 | risky asm/C misc in BIOS's boot.c breaks when update to 6.0.1 tools |
Codegen versions used in BIOS 5.20.02 product validation (as shipped in CCS 3.1 / 3.2 beta), see kernel release notes for the codegen versions used to build the target content
ISA | Compiler in CCS 3.1 | Compiler in CCS 3.1 for 67x+ |
Compiler in CCS 3.2 beta |
2800 | cl2000 v4.1.0 | ||
5400 | cl500 v4.1.0 | ||
5500 | cl55 v3.2.2 | ||
6000 | cl6x v5.1.0 | ||
6000 (67P) | cl6x v5.3.0 | ||
6000 (64P) | cl6x v6.0.1b1 |
Installation Directory " " problem -- The configuration update tools (cdb2tcf) that update 4.90 configuration files and .pjt files do not work well when BIOS is installed in a directory with spaces (e.g., "Documents and Settings"). Best work-around is to avoid installing into a directory with spaces. Another work-around is to run the 'cdb2tcf' utility from the command line. This is only a problem for the configuration update tools. All other tools work fine when installed in a directory with spaces. There are two bugs related to this -- SDSsq43653 and SDSsq44075 -- which will be fixed in a future release.
64x+ RTA/RTDX problem -- The DSP/BIOS real-time analysis plugins do not work for this release due to a possible problem in the RTDX layer for 64x+. This problem is specific to the 64x+. It was not known at release time if the problem is one of the BIOS 5.20.02 components or if the problem is in one of the CCS 3.2 beta1 components or emulation driver. Since the problem might not be in a BIOS component, this might be fixed in a newer release of CCS 3.2 or the emulation driver. If the problem is in one of the BIOS components, a new point release will be made. Investigation is on-going.
Additional Issues -- See known issues in sub-component release notes and 5.20.01 release notes below.
Note on BIOS versioning: The BIOS product version follows a version format, M.mm.pp.b , where M is single digit Major version, mm is 2 digit minor version, pp is 2 digit patch, and b is an unrestricted set of digits used as incrementing build counter.
To support multiple installations of different bios versions, the product version is encoded in the top level directory, ex. bios_5_20. Interim deliveries of major baseline bios releases, such as a beta or early adopter (EA), will have a full qualified version (ex. 5.20.00.15 with directory bios_5_20_00_15) and the final release will be bios_5_20 following the convention of stripping the patch and build counter for final release.
Subsequent releases of patch upgrades will be identified by the patch number, ex. bios 5.20.01 with directory bios_5_20_01.
Point releases where new features such as additional device support are released same as major baselines, ie with patch counter of zero and removed from directory qualifier, ex. 5.21 with directory bios_5_21. When referring to the release, the term bios "five dot two" generally refers to the baseline bios 5.20 and the patches (ex. 5.20.01) and point releases (ex. 5.21) the comprise the compatible group.
DSP/BIOS v5.20 (5.20.01) Release Notes
Last updated: 16 August 2005 (updated release notes)
The DSP/BIOS distribution is composed of sub-component packages each containing specific release notes. This top level release note covers general product level issues related to installation and getting started and is divided into four sections, "General Info", "Fixed In This Release", "Known Issues", and "Validation Info".
DSP/BIOS Kernel Package | |
DSP/BIOS Kernel Benchmarks | |
XDC Tools (Tconf) Package | |
DSP/BIOS Platforms | |
DSP/BIOS Examples | |
Real Time Data Exchange (RTDX) | |
Power Scaling Library (PSL) |
OsAware (Kernel Object View support) | |
DSP/BIOS Help Files | |
DSP/BIOS Build Tools Interface (BTI) for CCS | |
Real Time Analysis Infrastructure (VBD) | |
DSP/BIOS Graphical Configuration Tool (Gconf) |
DSP/BIOS 5.20.01 is a patch upgrade that is intended to replace BIOS 5.20 as an update to release notes and a rebuild of the examples package - no change to the other content in BIOS 5.20
DSP/BIOS 5.20 provides a rollup of 5.1x patches and point releases and provides bug fixes and customer driven enhancements. Device support is listed below. DSP/BIOS 5.20 is available for Windows XP, Linux Red Hat and Solaris host development environments.
It is strongly recommended to follow the instructions in the DSP/BIOS Setup Guide, also available from the documentation index for information on updating from previous BIOS releases and instructions on how to use the BIOS Selector in the Component Manager of Code Composer Studio.
Graphical Configuration Tool that reads / writes Tconf (tcf) files
All ISA support: 28xx, 54xx, 55xx, 62xx, 64xx, 64Pxx (64+), 67xx, 67Pxx
Performance enhanced kernel for 64xx, 64Pxx, and 55xx - configuration option to select non-instrumented kernel.
Updated performance and code size benchmarks
Default DSP/BIOS Exception handler for 64Pxx devices
Configuration option to specify codegen RTS library name
Improved driver support: Include components and documentation for IOM, GIO, and DIO
KOV support for MSGQ data structures, including display of MSGQ names
Support for BIOS Selector in CCS 3.1 / 3.2 Component Manager
Improved product usability - CCS project files in addition to makefiles for all examples
Collateral that explains how to create/use custom ‘platform’ definitions for BIOS configurations
Updated Tutorial - new examples, updated to Tconf configuration.
Updated Help files adding Help support for Tconf
Automated
support for updating CDB based CCS 3.1 Projects to Tconf based Projects
Devices Supported* | Runtime model | |
*BIOS Configuration DeviceName listed |
||
28xx Devices | ||
F2801 F2806 F2808 F2810 F2811 F2812 |
Large model | |
54xx Devices | ||
5402 5402A 5409A 5416 5470 5471 5405 |
Near and Far model supported | |
55xx Devices | ||
5501 5502 5503 5507 5509A DA255 5510 5510A 5561
|
Large model on Laijin 2.x
core devices
Note: 55xx small model support has been dropped starting with BIOS 5.10 |
|
Hetero Devices (OMAP 55xx DSP) | ||
5903 5905 5910 5948
TNETV1050
|
Large model for 55xx DSP side
of Heterogeneous multi processors (OMAP: ARM + 55xx DSP, Titan: MIPS +
55xx DSP)
Large and Huge model for 55xx DSP on Laijin 2.x/3.x, such as OMAP1710, OMAP2420 Note: 55xx small model support has been dropped starting with BIOS 5.10 |
|
62xx Devices | ||
Not Supported: C6201 6202 6203 6204 6205 6211
|
Big and Little Endian | |
67xx Devices | ||
6701 6711 6711 - 250 6712 6713 6713 - 300
|
Big and Little Endian | |
67Pxx Devices | ||
DA705 DA707 DA710 6722 6726 6727 *Note: If you wish to use BIOS in the on-chip ROM use v5.10.02 or newer compatible release. BIOS 5.20 can be used RAM based.
|
Big and Little Endian | |
64xx Devices | ||
6410 6411 6412 6413 6414 6415 6416 6418 DRI300 DM640 DM641 DM642
|
Big and Little Endian | |
64Pxx Devices | ||
TCI6482 6455
|
Big and Little Endian | |
IAG Devices | ||
DM270 DM310 DM320 DA300* *Note: If you wish to use BIOS in the on-chip ROM (DA300 and DA295) use v5.10.02 or newer compatible 5.1x release. BIOS 5.20 can be used RAM based. |
Each DSP/BIOS sub-component provides release notes detailing bug fixes, installer bug fixes are listed here:
BIOS Installer: | ||
SDSsq43186 | Windows DSP/BIOS Installer Destination Browser is Confusing | |
CCS Integration: | ||
SDSsq42791 | CCS does not allow the cdb file type (File->Open) for opening CDB files read-only with BIOS 5.20 selected. | |
See below for product level errata (install, etc.) and issues found in final validation and not covered in sub-component release notes:
BIOS Installer: | ||
SDSsq43196 | Important Note for BIOS 5.20
Early Adopter (EA1 / EA2) users. You must
un-install BIOS 5.20 EA1 / EA2 prior to installing BIOS
5.20. Uninstalling the EA release after installing
the release of BIOS 5.20 will unregister Gconf.exe - the fix for this
is to re-install BIOS 5.20.
Gconf is not unregistered by the uninstaller in the BIOS 5.20 release version. |
|
SDSsq39970 | Uninstaller does not remove/delete base dir bios_5_20 while uninstalling | |
SDSsq39813 | Uninstall removes BIOS Selector registry keys for multiple 5.10 installs | |
SDSsq37229 | DSP/BIOS installer gives vague message when out of space | |
SDSsq43117 | Linux install does not fail if disk quota exceeded | |
SDSsq38132 | DSP/BIOS installer (Installshield) hangs on some
versions of Red Hat Enterprise edition. There is a
workaround for this problem posted on an Installshield discussion site,
excerpted below.
|
|
CCS Integration: | ||
SDSsq42832 | BIOS 5.20 tutorial is not
available in CCS 3.1 Help->Tutorial
menu.
To access the BIOS 5.20 Tutorial, make sure BIOS 5.20 is selected in Component Manager (BIOS Selector), Open in CCS the Help->Contents menu, then expand the DSP/BIOS 5.20 topic to find the tutorial as a subtopic. |
|
SDSsq43335 | Install order
issue. Installing CCS 3.1 after installing BIOS
5.20 requires the update of the TConfCmdObject.ocx plug-in to get
proper operation of BIOS 5.20 in CCS 3.1.
A non-visible CCS plug-in known as the TconfCmdObject is installed into the available CCS 3.1 installations when BIOS 5.20 is installed. Since this update is done as part of the BIOS installation process, the user must manually update CCS if CCS is installed after BIOS. This plug-in implements the automatic project update from CDB to TCF and is responsible for providing the file interface for Tconf path information to Gconf. In the case where BIOS is installed before CCS 3.1, this file will not be updated and the user must run the update utility located in <install_dir>\bios_5_20\packages\ti\bios\bti\bin\UpdateTconfCmdObject.exe. CCS 3.1 users can verify the copy was done correctly by checking the file in CCStudio_v3.1\bin\utilities\tconf\TconfCmdObject.ocx to insure it is the same version as that supplied by BIOS 5.20 in the directory containing the update utility. |
|
SDS43084 | The BIOS Selector allows BIOS
versions to be chosen on a per ISA basis, the CCS project contains a
parameter, CPUFamily, that is used to determine the ISA of the project
that is opened to select the correct BIOS. If users
have copied the project file from a different ISA, then the proper BIOS
version will not be selected.
The workaround is to insure the CPUFamily parameter in the project file matches the ISA intended. Some BIOS 4.90 projects distributed in CCS 3.1, specifically in the sim64xx folder have the CPUFamily set incorrectly to c62xx. |
|
Kernel: | ||
Info | The kernel is not 'binary' compatible with that shipped in BIOS 5.10 due to some bug fixes that changed a data structure - users will need to rebuild applications and dependent libraries. | |
Info | DSP/BIOS Task 'Stack
Size'. The HWI interrupt dispatchers (for 55x and
6x) were optimized for improved performance in this release.
One consequence of this optimization is that all task stacks must be large enough to accommodate one interrupt context (compiler save-on-call registers) along with task function requirements. This same constraint was true in prior releases of the product (BIOS 4.90 and 5.x), but there was an implementation artifact, where the highest priority task (or tasks if there are more than one task at the highest priority) did not have to accommodate these registers. When
updating to this version of the kernel, be sure that your highest
priority task(s) (those that share same exact highest priority level)
have stacks large enough to handle these save-on-call registers. |
|
Info | MEM or RTS functions may
cause SYS_abort() (SDSsq37410)
The DSP/BIOS Kernel uses internal lock/unlock function to protect the MEM heaps and certain runtime support library (RTS) functions from reentrancy. These functions use LCK_pend/post() but these APIs cannot be safely called from HWI or SWI context. There have been several customer problems where customers were unknowingly calling RTS and/or MEM from incorrect context which would cause intermittent/infrequent system crashes. We have therefore updated the internal lock function to verify calling context (with TSK_isTSK()) before calling LCK_pend(). If the calling context is not a TSK, this API will call SYS_abort() which will typically halt the processor with interrupts disabled. Customers
upgrading to 5.20 may have to modify their code if they were previously
calling MEM or RTS from incorrect context (to avoid call to
SYS_abort()). |
|
Info | 55xx small model support has been dropped since BIOS 5.10. BIOS 4.90 users will need to change to large model when updating. | |
SDSsq43324 | Linker error: could not
locate biosTCI6482.a64Pe for C6455 / TCI6482 in Big Endian.
The big endian timer library, biosTCI6482.a64Pe, was inadvertently not included in the BIOS 5.20 release - this will result in a link failure when building big endian for TCI6482 devices. |
|
Configuration | ||
SDSsq42784 |
Commandline users of Tconf must explicitly add the path to the bios packages directory, for example: -Dconfig.importPath=c:\bios_5_20\packages In BIOS 5.10 this path was provided by tconflocal.tci and since this use of tconflocal.tci is being deprecated it h as been removed in BIOS 5.20. GConf and CCS both supply the default path to the BIOS packages directory for CCS users. |
|
SDSsq39373 |
Rhino
TCF Script Debugger: A certain class of syntax errors in tcf
files can cause the Rhino debugger to exit just after starting up.
The following is a simple test.tcf file to produce the error: The recommendation is to debug this class of error by looking at the line number error output from launching Tconf on the script - in CCS, this error can be double clicked and the text editor will start and take you to the line number (provided Gconf is not already open on the tcf file). For example, launching Tconf on a tcf script with the error will result in the following: js: "c:\test.tcf", line 2: missing ; before statement
|
|
Examples: | ||
SDSsq43328 | Sim55xx and DSK5510 examples
have pjt files which use are set to use mnemonic assembly mode, the
other 55xx examples are set to use algebraic with the -mg
flag. The examples when run produce incorrect
results in some cases, for instance the latency
example.
The workaround is to set the -mg (algebraic) flag for the BIOS generated assembly file. |
|
RTA / RTDX: | ||
SDSsq42433 | Problems with RTA / RTDX in
CCS 3.1 when using XDS-560 and 6713 have been
found. The workaround is to specify the JTAG clock
frequency rather than have it auto-configured.
Procedure: Open CC Setup, load the 6713 XDS-560 config file, right->click properties, then choose "Connection Properties" tab. Change TCLK from "Automatic" to "User Defined", this creates a new property called "JTAG Clock Rate", change this from default of '1' to '30'. |
|
SDSsq36236, SDSsq37018, SDSsq37019 | When using the PDM you cannot
get RTA in any CCS windows if you select the "Global Breakpoints" from
the PDM options menu. |
|
Documentation / Help: | ||
SDSsq43178 | DSP/BIOS 5.20 Help
sometimes does not appear when selecting Help->Contents in
CCS. The workaround is:
|
|
Info | The new BIOS tutorial is available in CCS 3.1 / 3.2 by selecting Help->Contents and then expanding the DSP/BIOS 5.20 topic. A link to the tutorial has also been included in the documentation index. | |
SDSsq43363 | C28x Tutorials Steps6: building the project , make sure to specify (-ml) option for compiler as only large model is supported for 28xx devices | |
SDSsq43362 | In the tutorial, section on scheduling multiple tasks step6: building the project-> 4th point refers incorrectly to clk.c , should be mutex.c for this section. | |
BIOS 5.20 is validated against the following versions of Code Composer Studio (CCS).
The release was tested for configuration and build on the following host operating systems
Codegen version dependency:
Codegen versions used in BIOS 5.20 product validation (as shipped in CCS 3.1 / 3.2 EA5), see kernel release notes for the codegen versions used to build the target content
ISA | Compiler in CCS 3.1 |
Compiler in CCS 3.2 EA5 |
2800 | cl2000 v4.1.0 | |
5400 | cl500 v4.1.0 | |
5500 | cl55 v3.2.2 | |
6000 | cl6x v5.1.0 | |
6000 (64P) | cl6x v6.0.0 |
Note on BIOS versioning: The BIOS product version follows a version format, M.mm.pp.b , where M is single digit Major version, mm is 2 digit minor version, pp is 2 digit patch, and b is an unrestricted set of digits used as incrementing build counter.
To support multiple installations of different bios versions, the product version is encoded in the top level directory, ex. bios_5_20. Interim deliveries of major baseline bios releases, such as a beta or early adopter (EA), will have a full qualified version (ex. 5.20.00.15 with directory bios_5_20_00_15) and the final release will be bios_5_20 following the convention of stripping the patch and build counter for final release.
Subsequent releases of patch upgrades will be identified by the patch number, ex. bios 5.20.01 with directory bios_5_20_01.
Point releases where new features such as additional device support are released same as major baselines, ie with patch counter of zero and removed from directory qualifier, ex. 5.21 with directory bios_5_21. When referring to the release, the term bios "five dot two" generally refers to the baseline bios 5.20 and the patches (ex. 5.20.01) and point releases (ex. 5.21) the comprise the compatible group.
DSP/BIOS v5.10.01 Release Notes
Last updated: 20 January 2005
The DSP/BIOS distribution is composed of sub-component packages each containing specific release notes. This top level release note covers general product level issues related to installation and getting started and is divided into four sections, "General Info", "Fixed In This Release", "Known Issues", and "Validation Info".
DSP/BIOS Kernel Package (updated)
XDC Tools Package (updated see below for info)
DSP/BIOS Platforms
DSP/BIOS Examples
Real Time Analysis Infrastructure (VBD)
Real Time Data Exchange (RTDX)
Power Scaling Library (PSL)BIOS Selector components (applicable to Code Composer Studio on Windows):
OsAware (Kernel Object View support)
DSP/BIOS Help Files
DSP/BIOS Build Tools Interface (BTI) for CCS
DSP/BIOS 5.10.01 is an update for BIOS 5.10.00 that fixes a problem found by OMAP Software when building DSP Bridge based apps using v2.77 55xx codegen, see kernel package release notes for details.
Each DSP/BIOS sub-component provides release notes detailing bug fixes. Except:
See below for product level errata (install, etc.) and issues found in final validation and not covered in sub-component release notes:
Same as BIOS 5.10.00 (see below)
BIOS 5.10.01 is validated against the following versions of Code Composer Studio (CCS).
The release was tested for configuration and build on the following host operating systems
Codegen version dependency:
Same as 5.10.00
DSP/BIOS v5.10.00 Release Notes
Last updated: 29 November 2004
The DSP/BIOS distribution is composed of sub-component packages each containing specific release notes. This top level release note covers general product level issues related to installation and getting started and is divided into four sections, "General Info", "Fixed In This Release", "Known Issues", and "Validation Info".
DSP/BIOS Kernel Package
XDC Tools (Tconf) Package
DSP/BIOS Platforms
DSP/BIOS Examples
Real Time Analysis Infrastructure (VBD)
Real Time Data Exchange (RTDX)
Power Scaling Library (PSL)BIOS Selector components (applicable to Code Composer Studio on Windows):
OsAware (Kernel Object View support)
DSP/BIOS Help Files
DSP/BIOS Build Tools Interface (BTI) for CCS
DSP/BIOS 5.10.00 brings new features for messaging and low power development, modifications to allow ROM'ing BIOS with options for updates and rolls up device and feature support released in BIOS 5.01, 5.02, 5.03 and 5.04.
Reading the Getting Started Guide is highly recommended as this gives necessary info for working with supported CCS versions and steps necessary for upgrading projects especially in updating to the new BIOS config (Tconf) and for the removal static CSL configuration.
What's Removed
Each DSP/BIOS sub-component
provides release notes detailing bug fixes.
See below for product level errata (install, etc.) and issues found in final validation and not covered in sub-component release notes:
BIOS 5.10 Install | ||
SDSsq38132 | BIOS 5.10 installer (Installshield) hangs on some
versions of Red Hat Enterprise edition. There is a
workaround for this problem posted on an Installshield discussion site,
excerpted below.
|
|
SDSsq39813 | Uninstall removes entry in "Add/Remove Programs" and BIOS Selector registry keys for multiple BIOS 5.10 installs (Windows only). The workaround is to re-install BIOS 5.10 to repopulate the registry information. | |
BIOS Selector | ||
SDSsq38524 | CCS assumes BIOS generated files are the same name as TCF file name | |
SDSsq38249 | BIOS, TConf and BTI help file support not switch able in BIOS Socket / Selector in CCS 2.4 | |
Configuration (XDC Tools) | ||
SDSsq39828 | cdb2tcf must enable heap in a segment before
assigning it to MEM fields.
The conversion tool cdb2tcf converts configurations from CDB files to TCF scripts that should be executable without any changes. However, in certain cases the order of instructions in generated tcf scripts is incorrect. In this case, script that enables heap in a memory segment happens after the memory segment assignment. The heap needed to be enabled ahead of the assignment, i.e., the script generated by the cdb2tcf utility is not in the correct order and the user will have to edit the generated tcf script to fix the problem. Error
messages that Tconf prints in such situations usually report that there
was a write attempt into a read-only field or that there a value is an
illegal value for a field. As stated above, users who
encounter this issue should try to reorder instructions until Tconf
executes the script successfully and creates a new
configuration. A useful diagnostic is to invoke the
Tconf script debugger by adding '-g' to the TConf command line
(ex. tconf -g my.tcf). |
|
SDSsq39270 | 4.90 Gconf Generates Error Dialog for new device
cdb file from BIOS 5.10
Workaround is to click OK through the two dialog boxes. Tconf is used for configuration in BIOS 5.10. The Gconf supplied in CCS with BIOS 4.90 can be used to view the generated configuration but not to edit the configuration. For devices not present in BIOS 4.90, when a user tries to view the configuration for the new chip (such as da700.cdb), Gconf is going to compare the current cdb version with that in the base seed. The base seeds found by Gconf will be those from BIOS 4.90 not BIOS 5.10 since Gconf only knows the BIOS 4.90 search path. Since da700 was not present in BIOS 4.90, Gconf will generate the error message "Error retrieving version in file da700.cdb: fail to open file". This is a harmless error since Gconf is being used for viewing not editing - the user should click OK and then OK again to acknowledge the read-only dialog.
|
|
SDSsq39986 | Tconf / BIOS configuration should generate warning
for huge model when RTDX is configured.
The workaround is to make sure that RTDX is disabled and RTA is used in stop mode. Huge
model support has been added in Bios 5.10, but is not yet available in
RTDX. The h3omap1710 and h4omap2420 platforms can
be configured and built using huge model for stop mode
RTA. |
|
Kernel | ||
SDSsq39951 | BIOS Timer Clock Rate for DA700 should be 1/4 of
SYS_CLK1.
The workaround is to set the period to 1/2 of the desired value in the BIOS configuration to achieve the correct timing (BIOS is off by a factor of 2). BIOS uses Timer0 as BIOS timer in DA700. In BIOS configuration, the Timer0 clock rate is set to 1/2 CPU Rate. In the DA700 device family, the timer clock source should be SYS_CLK2, which is 1/2 SYS_CLK1. But since BIOS uses Up Counter0 as bypass counter to Free Running Counter0 and the minimum Up Counter period is 2, the actual clock rate for Free Running Counter0 is 1/4 SYS_CLK1. Consequently, BIOS should configure Timer clock rate as 1/4 of CPU Rate. |
|
SDSsq39074 | Duplicate types defined for BIOS 5.10 and CSL 2.x
The std.h file provided with DSP/BIOS 5.10 has some duplicate type definitions with the 2.x CSL types (csl_stdinc.h for 54x and 6x, csl_std.h for 55x). Source files that include both of these files will yield warnings about redefining same type. Workaround is to use the -pds303 compiler option to suppress this warning. |
|
SDSsq33561 | CLK manager in DM642 cdb should also support timer2
Workaround: Users can use timer2, however an extra step in
configuration is required. First set "Timer 2" as a Hardware
Interrupt Vector source before selecting "Timer 2" for the BIOS CLK for
c64xx devices.
|
|
RTA Infrastructure | ||
SDSsq39707 | Can't run RTA by just loading symbols in CCS 2.4 /
3.0.
This problem does not occur in CCS 2.21, so a workaround is to use CCS 2.21. Note: this problem happens in CCS 2.4 and 3.0 using the integrated BIOS 4.90 as well as the updated independently released 5.10. Details: when only loading symbols with the Message Log window open gives error: "Not a BIOS/SPOX program" if using pre-BIOS 5.10 RTA and "Bad COF file or invalid COF path" if using BIOS 5.10 RTA. Also, if you load symbols and then bring up the message log it is not getting initialized correctly (you will not see any log names in the drop down list and there will still be a message in the Message Log window that says you need to load a program.
|
|
SDSsq39380 | Subsequent reload and run of c6x program fails in
CCS 3.0
Subsequent reload and run of c6x program, such as the tsk example, fails in CCS 3.0. While executing a SWI and TSK examples on DM642 it throws an error:
|
|
BIOS 5.10.00 is validated against the following versions of Code Composer Studio (CCS). The dependent components XDAIS and CSL used for sanity tests are supplied in the CCS used for validation.
The release was tested for configuration and build on the following host operating systems
Codegen version dependency:
Note: kernel release notes lists this table, but has an error on 54xx compiler version (should show 3.83).
Runtime model suffix |
Description |
Codegen version for kernel build |
Codegen options |
Codegen version for examples and validation |
28 |
28xx small model |
N/A |
|
N/A |
28L |
28xx large model |
N/A |
|
N/A |
54 |
54xx near model |
3.83 |
-c -o2 |
3.83 |
54f |
54xx far model |
3.83 |
-c -o2 –mf –v548 |
3.83 |
55 |
55xx small model |
N/A |
|
N/A |
55L |
55xx large model |
2.77 |
-ml –o2 |
2.77 |
55H |
55xx huge model |
v3.2.0B3 |
-c -o2 --memory_model=huge -vcore:3 |
v3.2.0B3 |
62 |
62xx little endian |
5.0.0 |
-c -o2 -ml0 –mi10 |
5.0.0 |
62e |
62xx big endian |
5.0.0 |
-ml0 –mi10 –o2 -me |
5.0.0 |
67 |
67xx little endian |
5.0.0 |
-c -o2 -ml0 -mi10 -mv6700 |
5.0.0 |
67e |
67xx big endian |
5.0.0 |
-c -o2 -ml0 -mi10 -mv6700 -me |
5.0.0 |
67P |
67Pxx little endian |
5.2.0B4 |
-c -o2 -ml0 -mi10 -mv67p |
5.2.0B4 |
67Pe |
67Pxx big endian |
5.2.0B4 |
-c -o2 -ml0 -mi10 -mv67p -me |
5.2.0B4 |
64 |
64xx little endian |
5.0.0 |
-c -o2 -ml0 -mi10 -mv6400 |
5.0.0 |
64e |
64xx big endian |
5.0.0 |
-c -o2 -ml0 -mi10 -mv6400 –me |
5.0.0 |
64P |
64Pxx little endian |
5.2.0B4 |
-c -o2 -ml0 -mi10 -mv64p |
5.2.0B4 |
64Pe |
64Pxx big endian |
5.2.0B4 |
-c -o2 -ml0 -mi10 -mv64p -me |
5.2.0B4 |
|
|
|
|
Device validation was performed on the following platforms;
28xx Devices | ||
No 28xx devices in this release. | ||
54xx Devices | ||
Not supported: C5401 C5402 C5402A C5409A C5416 C5470 C5471 |
||
55xx Devices | ||
C5501 C5502 C5503 C5507 C5509A DA255 C5510 C5510A C5561 |
||
OMAP Devices (55xx DSP) | ||
OMAP 5903 OMAP 5905 OMAP 5910 OMAP 5912 OMAP
5948
|
||
62xx Devices | ||
Not Supported: C6201 C6202 C6203 C6204 C6205 C6211 |
||
67xx Devices | ||
C6701 C6711 C6711 - 250 C6712 C6713 C6713 - 300 DA7xx |
||
64xx Devices | ||
C6410 C6411 C6412 C6413 C6414 C6415 C6416 C6418 DRI300 DM640 DM641 DM642 |
||
IAG Devices | ||
DM270 DM310 DM320 DA300 |