Revision History

Release date: December, 2023

• [CC26xx, CC13xx] The back-end library used by RTLib and SmartRF Studio updated. See Revision history of SmartRF Studio for details.

• [CC26xx, CC13xx] The frequency offset value retrieved from the function doLinkTest() is not supported for CC2650_BLE, CC2650_IEEE_15_4, CC1350_BLE, CC2652_IEEE_15_4, CC1352_IEEE_15_4 and CC2640R2F. The frequency offset is read from the device after a packet has been received and at that point the offset value is no longer valid for these device and PHY combinations. As an alternative the function readFrequencyOffsetCW() could be used to measure the frequency offset of a continuous wave signal.
• [CC26x4, CC13x4] Flash programming with Radio Test Library not supported.

Release date: May, 2023

• [CC26xx, CC13xx] The back-end library used by RTLib and SmartRF Studio updated. See Revision history of SmartRF Studio for details.

• [...] ... (SRFSTUDIO-...).

• [CC26xx, CC13xx] The frequency offset value retrieved from the function doLinkTest() is not supported for CC2650_BLE, CC2650_IEEE_15_4, CC1350_BLE, CC2652_IEEE_15_4, CC1352_IEEE_15_4 and CC2640R2F. The frequency offset is read from the device after a packet has been received and at that point the offset value is no longer valid for these device and PHY combinations. As an alternative the function readFrequencyOffsetCW() could be used to measure the frequency offset of a continuous wave signal.

Release date: December, 2022

• [CC26xx, CC13xx] The back-end library used by RTLib and SmartRF Studio updated. See Revision history of SmartRF Studio for details.

• [CC13x2x7] Fixed issue with application example for CC1352P7 where the wrong settings was used (SRFSTUDIO-3413).

• [CC26xx, CC13xx] The frequency offset value retrieved from the function doLinkTest() is not supported for CC2650_BLE, CC2650_IEEE_15_4, CC1350_BLE, CC2652_IEEE_15_4, CC1352_IEEE_15_4 and CC2640R2F. The frequency offset is read from the device after a packet has been received and at that point the offset value is no longer valid for these device and PHY combinations. As an alternative the function readFrequencyOffsetCW() could be used to measure the frequency offset of a continuous wave signal.

Release date: September/October, 2022

• [CC26xx, CC13xx] The back-end library used by RTLib and SmartRF Studio updated. See Revision history of SmartRF Studio for details.

• [CC2651P3] The link test example did not work because the Output power was not set correctly (SRFSTUDIO-3364).

• [CC26xx, CC13xx] The frequency offset value retrieved from the function doLinkTest() is not supported for CC2650_BLE, CC2650_IEEE_15_4, CC1350_BLE, CC2652_IEEE_15_4, CC1352_IEEE_15_4 and CC2640R2F. The frequency offset is read from the device after a packet has been received and at that point the offset value is no longer valid for these device and PHY combinations. As an alternative the function readFrequencyOffsetCW() could be used to measure the frequency offset of a continuous wave signal.

Release date: July 1, 2022

• [CC26xx, CC13xx] The back-end library used by RTLib and SmartRF Studio updated. See Revision history of SmartRF Studio for details.
• [CC2653] Added code example for the CC2653P10 device (SRFSTUDIO-3344).

• [Document] Aligned document with latest version of the Radio Test Library (SRFSTUDIO-3340)

• [CC26xx, CC13xx] The frequency offset value retrieved from the function doLinkTest() is not supported for CC2650_BLE, CC2650_IEEE_15_4, CC1350_BLE, CC2652_IEEE_15_4, CC1352_IEEE_15_4 and CC2640R2F. The frequency offset is read from the device after a packet has been received and at that point the offset value is no longer valid for these device and PHY combinations. As an alternative the function readFrequencyOffsetCW() could be used to measure the frequency offset of a continuous wave signal.

Release date: April 29, 2022

• [CC26xx, CC13xx] The back-end library used by RTLib and SmartRF Studio updated. See Revision history of SmartRF Studio for details.

Release date: January 14th, 2022

• [CC26xx, CC13xx] The back-end library used by RTLib and SmartRF Studio updated. See Revision history of SmartRF Studio for details.
• [CC1314] Added code example for the CC1314R10 and CC1354P10 devices (SRFSTUDIO-3125).

Release date: October 29th, 2021

• [CC26xx, CC13xx] The back-end library used by RTLib and SmartRF Studio updated. See Revision history of SmartRF Studio for details.

Release date: July 16^th, 2021

• [CC26xx, CC13xx] The back-end library used by RTLib and SmartRF Studio updated. See Revision history of SmartRF Studio for details.

Release date: April 20^th, 2021

• [CC26xx, CC13xx] The back-end library used by RTLib and SmartRF Studio updated. See Revision history of SmartRF Studio for details.
• [CC2651P3] Added code example for the CC2651P3 device.

Release date: January 22, 2021

• [CC26xx, CC13xx] The back-end library used by RTLib and SmartRF Studio updated. See Revision history of SmartRF Studio for details.
• [CC26xx, CC13xx] The PHY Category names used in the code examples updated to match the names used in SmartRF Studio.
• [CC1352P7] Added code example for the CC1352P7 device.

• [CC26xx, CC13xx] The frequency offset value retrieved from the function doLinkTest() is not supported for CC2650_BLE, CC2650_IEEE_15_4, CC1350_BLE, CC2652_IEEE_15_4, CC1352_IEEE_15_4 and CC2640R2F. The frequency offset is read from the device after a packet has been received and at that point the offset value is no longer valid for these device and PHY combinations. As an alternative the function readFrequencyOffsetCW() could be used to measure the frequency offset of a continuous wave signal.

Release date: October 09, 2020

• [CC26xx, CC13xx] The back-end library used by RTLib and SmartRF Studio updated. See Revision history of SmartRF Studio for details.

• [CC26xx, CC13xx] Fixed issue when running Packet TX test with the IEEE 802.15.4g PHY. The code examples for link test and Packet TX did not work. The RTLib library updated and the code examples updated to give some guidelines on how to run a test using the IEEE 802.15.4g PHY (SRFSTUDIO-2832)

• [CC26xx, CC13xx] The frequency offset value retrieved from the function doLinkTest() is not supported for CC2650_BLE, CC2650_IEEE_15_4, CC1350_BLE, CC2652_IEEE_15_4, CC1352_IEEE_15_4 and CC2640R2F. The frequency offset is read from the device after a packet has been received and at that point the offset value is no longer valid for these device and PHY combinations. As an alternative the function readFrequencyOffsetCW() could be used to measure the frequency offset of a continuous wave signal.

Release date: July 14, 2020

• [CC26xx, CC13xx] The back-end library used by RTLib and SmartRF Studio updated. See Revision history of SmartRF Studio for details.

• [CC26xx, CC13xx] The frequency offset value retrieved from the function doLinkTest() is not supported for CC2650_BLE, CC2650_IEEE_15_4, CC1350_BLE, CC2652_IEEE_15_4, CC1352_IEEE_15_4 and CC2640R2F. The frequency offset is read from the device after a packet has been received and at that point the offset value is no longer valid for these device and PHY combinations. As an alternative the function readFrequencyOffsetCW() could be used to measure the frequency offset of a continuous wave signal.

Release date: April 17, 2020

• [CC26xx, CC13xx] The back-end library used by RTLib and SmartRF Studio updated. See Revision history of SmartRF Studio for details.

• [CC26xx, CC13xx] The frequency offset value retrieved from the function doLinkTest() is not supported for CC2650_BLE, CC2650_IEEE_15_4, CC1350_BLE, CC2652_IEEE_15_4, CC1352_IEEE_15_4 and CC2640R2F. The frequency offset is read from the device after a packet has been received and at that point the offset value is no longer valid for these device and PHY combinations. As an alternative the function readFrequencyOffsetCW() could be used to measure the frequency offset of a continuous wave signal.

Release date: December 20, 2019

• [CC26xx, CC13xx] The back-end library used by RTLib and SmartRF Studio updated. See Revision history of SmartRF Studio for details.
• [CC26x2, CC13x2] The packet interval used for link test increased to 10 ms to be the same as in SmartRF Studio (SRFSTUDIO-2550).

• [CC26xx/CC13xx] The link test in RTLIB updated to reduce the "timeout" time if transmit/receive fails. (SRFSTUDIO-2532).

• [CC26xx, CC13xx] The frequency offset value retrieved from the function doLinkTest() is not supported for CC2650_BLE, CC2650_IEEE_15_4, CC1350_BLE, CC2652_IEEE_15_4, CC1352_IEEE_15_4 and CC2640R2F. The frequency offset is read from the device after a packet has been received and at that point the offset value is no longer valid for these device and PHY combinations. As an alternative the function readFrequencyOffsetCW() could be used to measure the frequency offset of a continuous wave signal.

Release date: September 30, 2019

• [CC26xx, CC13xx] The back-end library used by RTLib and SmartRF Studio updated. See Revision history of SmartRF Studio for details.
• [CC26x2RB] Code examples for CC2652RB IEEE_15_4 PHY added (SRFSTUDIO-2461).
• [CC2652P] Code examples for CC2652P BLE and IEEE_15_4 PHYs added (SRFSTUDIO-2461).

• [CC26xx, CC13xx] The frequency offset value retrieved from the function doLinkTest() is not supported for CC2650_BLE, CC2650_IEEE_15_4, CC1350_BLE, CC2652_IEEE_15_4, CC1352_IEEE_15_4 and CC2640R2F. The frequency offset is read from the device after a packet has been received and at that point the offset value is no longer valid for these device and PHY combinations. As an alternative the function readFrequencyOffsetCW() could be used to measure the frequency offset of a continuous wave signal.

Release date: July 1, 2019

• [CC26xx, CC13xx] The back-end library used by RTLib and SmartRF Studio updated. See Revision history of SmartRF Studio for details.
• [CC26xx, CC13xx] A new function added to the RTLib API to modify the load capacitor array for the HF crystal on the fly (SRFSTUDIO-2393).
• [CC26x2] Code examples for CC2652R in Proprietary mode added (SRFSTUDIO-2397).

• [CC26xx, CC13xx] The frequency offset value retrieved from the function doLinkTest() is not supported for CC2650_BLE, CC2650_IEEE_15_4, CC1350_BLE, CC2652_IEEE_15_4, CC1352_IEEE_15_4 and CC2640R2F. The frequency offset is read from the device after a packet has been received and at that point the offset value is no longer valid for these device and PHY combinations. As an alternative the function readFrequencyOffsetCW() could be used to measure the frequency offset of a continuous wave signal.

Release date: May 3, 2019

• [CC26xx, CC13xx] The back-end library used by RTLib and SmartRF Studio updated. See Revision history of SmartRF Studio for details.

• [CC26xx, CC13xx] The frequency offset value retrieved from the function doLinkTest() is not supported for CC2650_BLE, CC2650_IEEE_15_4, CC1350_BLE, CC2652_IEEE_15_4, CC1352_IEEE_15_4 and CC2640R2F. The frequency offset is read from the device after a packet has been received and at that point the offset value is no longer valid for these device and PHY combinations. As an alternative the function readFrequencyOffsetCW() could be used to measure the frequency offset of a continuous wave signal.

Release date: March 28, 2019

• [CC26xx, CC13xx] The back-end library used by RTLib and SmartRF Studio updated. See Revision history of SmartRF Studio for details.

• [CC26xx, CC13xx] The frequency offset value retrieved from the function doLinkTest() is not supported for CC2650_BLE, CC2650_IEEE_15_4, CC1350_BLE, CC2652_IEEE_15_4, CC1352_IEEE_15_4 and CC2640R2F. The frequency offset is read from the device after a packet has been received and at that point the offset value is no longer valid for these device and PHY combinations. As an alternative the function readFrequencyOffsetCW() could be used to measure the frequency offset of a continuous wave signal.

Release date: February 22, 2019

• [CC26xx, CC13xx] The back-end library used by RTLib and SRFStudio updated. Support for the CC2652RB device added. See Revision history of SRFStudio for details.

• Code examples updated to include an option for the CC2652RB device.

• [CC26xx, CC13xx] The frequency offset value retrieved from the function doLinkTest() is not supported for CC2650_BLE, CC2650_IEEE_15_4, CC1350_BLE, CC2652_IEEE_15_4, CC1352_IEEE_15_4 and CC2640R2F. The frequency offset is read from the device after a packet has been received and at that point the offset value is no longer valid for these device and PHY combinations. As an alternative the function readFrequencyOffsetCW() could be used to measure the frequency offset of a continuous wave signal.

Release date: December 21, 2018

• [CC26xx, CC13xx]Improved error handling in methods to read frequency offset values (SRFSTUDIO-1862)

• [CC26xx, CC13xx]Improved error handling in the function setMaxOutputPower().
• [CC13x2PCode example in RTLib for CC1352P_IEEE_15_4 updated to set the correct TX power value when the LAUNCHXL-CC1352P-2 is used (SRFSTUDIO-1865).

• [CC13x2P] Fixed issue with frequency offset reading of a Continuous Wave signal in BLE and IEEE 802.15.4 mode. The name of the Radio Setup command used for the RX device was wrong (SRFSTUDIO-1515).

• [CC26xx, CC13xx] The frequency offset value retrieved from the function doLinkTest() is not supported for CC2650_BLE, CC2650_IEEE_15_4, CC1350_BLE, CC2652_IEEE_15_4, CC1352_IEEE_15_4 and CC2640R2F. The frequency offset is read from the device after a packet has been received and at that point the offset value is no longer valid for these device and PHY combinations. As an alternative the function readFrequencyOffsetCW() could be used to measure the frequency offset of a continuous wave signal.

Release date: October 5, 2018

• [...] ...

• [CC1352P].Updated the target board names used in examples for CC1352P. The names now match the GUI of SmartRF Studio. (SRFSTUDIO-1459).

• [CC26xx, CC13xx] The frequency offset value retrieved from the function doLinkTest() is not supported for CC2650_BLE, CC2650_IEEE_15_4, CC1350_BLE, CC2652_IEEE_15_4, CC1352_IEEE_15_4 and CC2640R2F. The frequency offset is read from the device after a packet has been received and at that point the offset value is no longer valid for these device and PHY combinations. As an alternative the function readFrequencyOffsetCW() could be used to measure the frequency offset of a continuous wave signal.

Release date: June 29, 2018

• [CC26xx, CC13xx] The back-end library used by RTLib and SRFStudio updated. See Revision history of SRFStudio for details.

• Example extended to support CC2640R2F proprietary mode (SRFSTUDIO-1711).

• [CC13x2] Fixed issue with frequency offset reading of a Continuous Wave signal in IEEE 802.15.4 mode. The deviation value used to calculate the offset value was wrong (SRFSTUDIO-1712).

• [CC26xx, CC13xx] The frequency offset value retrieved from the function doLinkTest() is not supported for CC2650_BLE, CC2650_IEEE_15_4, CC1350_BLE, CC2652_IEEE_15_4, CC1352_IEEE_15_4 and CC2640R2F. The frequency offset is read from the device after a packet has been received and at that point the offset value is no longer valid for these device and PHY combinations. As an alternative the function readFrequencyOffsetCW() could be used to measure the frequency offset of a continuous wave signal.

Release date: April 6, 2018

• [CC1352P] Code example for CC1352P added (SRFSTUDIO-1261).
• [CC26xx, CC13xx] Built with new tool chain: Visual Studio 2015 Pro + Qt 5.9.2.
• [CC26x2, CC13x2] The method to send packets in the doLinkTest() function have been updated. Sending of packets are now controlled by the target device and is significant faster than the previous solution where sending of each packet was controlled by the host application. (SRFSTUDIO-1083).

• [CC26xx, CC13xx] The frequency offset value retrieved from the function doLinkTest() is not supported for CC2650_BLE, CC2650_IEEE_15_4, CC1350_BLE, CC2652_IEEE_15_4, CC1352_IEEE_15_4 and CC2640R2F. The frequency offset is read from the device after a packet has been received and at that point the offset value is no longer valid for these device and PHY combinations. As an alternative the function readFrequencyOffsetCW() could be used to measure the frequency offset of a continuous wave signal.

Release date: December 20, 2017

• [CC26xx,CC13xx] Improved code example for programming of the target device. The user will now be asked to enter the file name of the image to be programmed. (LPRFTOOLS-946).

• [CC26x2,CC13x2] Fixed issue with frequency offset retrieved from doLinkTest() for CC26x2/CC13x2 BLE devices (SRFSTUDIO-985).

• [CC26xx, CC13xx] The frequency offset value retrieved from the function doLinkTest() is not supported for CC2650_BLE, CC2650_IEEE_15_4, CC1350_BLE, CC2652_IEEE_15_4, CC1352_IEEE_15_4 and CC2640R2F. The frequency offset is read from the device after a packet has been received and at that point the offset value is no longer valid for these device and PHY combinations. As an alternative the function readFrequencyOffsetCW() could be used to measure the frequency offset of a continuous wave signal.

Release date: October 5, 2017

• [CC26x2, CC13x2] Added support for CC26x2R1 and CC13x2R1 devices.
• [XDS110] Improved error message given by RTLib application example if XDS110 firmware needs to be updated (SRFSTUDIO-603).

• [CC26xx,CC13xx] Fixed issue where any call to a function after reset of target made RTLib crash (SRFSTUDIO-443).
• [CC26xx,CC13xx] Fixed issue with calling readRfReg() or writeRfReg() while the Radio CPU is active (SRFSTUDIO-932).
• [CC26xx,CC13xx] Fixed issue where application example reports incorrect progress during link tests (SRFSTUDIO-942).
• [CC26xx,CC13xx] Fixed issue when calling the readCmdSettingsFromFile() with an invalid path name (SRFSTUDIO-941).
• [CC26xx,CC13xx] Fixed issue when calling the eraseFlash() with wrong device ID (SRFSTUDIO-920).

• [CC26x2, CC13x2] The frequency offset value retrieved from the function doLinkTest() is not correct.

Release date: March 10, 2017

• [CC2640R2F] Code example changed to use settings for "Bluetooth 5 1Mbps"(SRFSUTDIO-775).

Release date: December 2, 2016

• [CC2640R2F] CC2640R2F added to the code examples(SRFSUTDIO-720).

Release date: September 2, 2016

• [CC1350] Added characterized 2GFSK 50 kbps settings for the 431 - 527 MHz frequency range (SRFSUTDIO-501).
• [CC1350] Added characterized Long Range Mode 625 bps settings for the 431 - 527 MHz frequency range (SRFSUTDIO-616).

Release date: June 25, 2016

• [CC13xx] Updated GENFSK RFE patch with improved internal PA ramping (SRFSTUDIO-621).

Release date: June 17, 2016

• [CC26xx] Fixed issue where CC2640/30/20 radio configuration did not work correctly (SRFSTUDIO-613).

Release date: June 14, 2016

• New functions to run/halt CPU.
• New functions to read/write CPU registers.
• New functions to set target device in idle.

• Example extended to support CC1350 proprietary and BLE modes (SRFSTUDIO-574).
• Fixed issue where progress information was not displayed when running e.g. Link test for a second time (SRFSTUDIO-593).
• The example to configure IO pins is made more generic.
• Continuous TX test case now uses unmodulated signal.
• Link test, Continuous TX and Continuous RX test cases now set frequency to 2440 MHz in the 2.4 GHz band.
• Added test case "hp" (help) that displays list of available test cases.

Release date: January 29, 2016

• Extended API for eraseFlash(), programFlash() and verifyFlash(). It is now possible to do these actions on specified parts of flash.

• Examples of flash programming changed to using the extended API.

Release date: December 17, 2015

• New functions to do flash programming related actions: eraseFlash(), programFlash() and verifyFlash().
• New functions to read/write memory: readMemory() and writeMemory().
• New function to read frequency offset value while RF device in Continuous RX.

• Examples to flash programming added.
• Examples to read Frequency offset value and RSSI values while in Continuous RX.

Release date: August 20, 2015

This is the first official version distributed together with SmartRF Studio 7.

The library has been renamed from DAL-Sys-Test library to Radio Test Library.

• The function configure() has been renamed to readCmdSettingsFromFile()
• All class names changed from "RSTxxx" to "RTLxxx"
• New function to add dynamic overrides: addDynamicOverride()
• Frequency offset calculation not supported for chip versions prior to RTM.

• Name of category and settings used for the CC1310 examples updated to be in line with SmartRF Studio.

Release date: April 10, 2015

• New functions to start Packet TX/RX independent of each other.
• Improved error messages and added new function to clear all error messages.
• Added description of parameter name and values in help document.
• Structure of configuration files have been changed.

• New examples for Packet TX/RX.

• Added installation of xds110 drivers.

• Fixed problem with printLastError().

Release date: March 25, 2015

• Fixed problem with the Enumeration function. The internal list of devices is cleared before a new enumeration is performed.

Release date: March 23, 2015

• Fixed problem to connect a second time if the first time failed.

Release date: March 20, 2015

• New feature to demonstrate link test with range extender CC2592.

Release date: March 19, 2015

• The DAL API has been change. The group parameter in setParValue() has been removed.
• New function to execute commands: executeCmd().
• New function to get the RF state: getRfState(). Not yet supported in DAL for CC26xx/CC13xx.
• New functions to read/write MCU registers: readMcuReg(), writeMcuReg().
• New function to read Frequency offset when receiving Continuous Wave: readFrequencyOffsetCW().
• New function to get RSSI: getRssi().
• Calculation of frequency offset value given in Hz has been improved.

• New example to test frequency offset value from CW signal.
• New function to delay execution: delay().
• New example to read RSSI.
• Packet interval set to zero to speed-up link test.

• Fixed problem with use of setParameter() when function returns DAL_VALUE_MODIFIED.
• getDeviation() updated in case of IEEE 802.15.4 mode.

Release date: February 3, 2015

First beta version distributed externally.