EtherNet/IP™ Adapter3.09.01
 
Loading...
Searching...
No Matches
Datasheet

Supported EtherNet/IP™ Functionality

Feature Description Standard Premium
EtherNet/IP Device Class Adapter Yes Yes
Scanner No No
Device Profile Examples Generic Device (0x2B)
General Purpose Discrete I/O Device (0x07)
Yes Yes
Device Configuration EDS File Yes Yes
Connection Types Exclusive Owner Yes Yes
Input Only Yes Yes
Listen Only Yes Yes
Connection Trigger Types Cyclic Yes Yes
Application Triggered No No
Change of State Yes Yes
Maximum Connections Class 1 8 8
Class 3 32 32
Explicit Messaging Connected Yes Yes
Unconnected Yes Yes
Standard Objects Identity Object (0x01) Yes Yes
Message Router Object (0x02) Yes Yes
Assembly Object (0x04) Yes Yes
Connection Manager Object (0x06) Yes Yes
Time Sync Object (0x43) Yes Yes
Device Level Ring Object (0x47) Yes Yes
QoS Object (0x48) Yes Yes
TCP/IP Interface Object (0xF5) Yes Yes
Ethernet Link Object (0xF6) Yes Yes
LLDP Management Object (0x109) Yes Yes
LLDP Data Table Object (0x10A) Yes Yes
Supported Elementary Data Types BOOL Yes Yes
SINT Yes Yes
INT Yes Yes
DINT Yes Yes
LINT Yes Yes
USINT Yes Yes
UINT Yes Yes
UDINT Yes Yes
ULINT Yes Yes
REAL Yes Yes
LREAL Yes Yes
STRING Planned Planned
BYTE Yes Yes
WORD Yes Yes
DWORD Yes Yes
LWORD Yes Yes
STRING2 Planned Planned
SHORT_STRING Yes Yes
EPATH Yes Yes
Supported Constructed Data Types Formal Array Yes Yes
IP Addressing Modes DHCP Yes Yes
BOOTP Yes Yes
Static Yes Yes
VLAN tagging IEEE802.1Q, 3 bit PCP (8 levels) Yes Yes
Switch queues 4 4
Statistics Media counters supported per interface (dual port switch) Yes Yes
Interface counters supported per interface Yes Yes
CIP Sync (PTP/IEEE1588) Supports Drives Profile : E2E clock Yes Yes
PTP over UDP Yes Yes
Transparent Clock supported Yes Yes
Ordinary Clock supported Yes Yes
Single and Two Step Clock supported Yes Yes
Supported Network Features Link Layer Discovery Protocol (LLDP) Yes Yes
Device Level Ring (DLR) Yes Yes
Device Level Ring Supervisor (DLR Supervisor) ℹ️ No Yes
Address Conflict Detection (ACD) Yes Yes
Quality of Service (QoS) Yes Yes
CIP Reset Services Identity Object Reset Services of Typ 0, 1, and 2 Identity Object Reset Services of Typ 0, 1, and 2
Device Level Ring (DLR) Beacon based Yes Yes
Self configuring Yes Yes
Min. beacon interval 200 µs 200 µs
Min. beacon timeout 400 µs 400 µs
Baud Rate 100 Mbit/s Yes Yes
10 Mbit/s Yes Yes
Duplex Mode Half Yes Yes
Full Yes Yes
Auto Negotiation Yes Yes
Conformance ODVA CT21 ODVA CT21

‍ℹ️ This feature is part of premium SDK. In case you are using standard and need premium, please contact your regional TI sales representative for additional details.

Key Performance Parameters

Feature Description Setting
Process Data Image max. I/O assembly (size) 1480 Bytes
Connection Trigger Types and Cycle Times Cyclic (Class 1) 1 ms
Change of State 1 ms
Bridge Delay Min Bridge Delay 2.71 μs
Max Bridge Delay 3.19 μs

Task Priorities

Task Prio Changeable Description
uart_task 2 yes UART printing
cmn_app_task 8 yes User application
lldpRcv 8 yes Stack LLDP
WriteEeprom 8 yes Write thread for non volatile data
WriteFlash 8 yes Write thread for non volatile data
phymdix task 12 yes Stack MDIX Configuration
statistic 14 yes Stack statistics
tcpip_thread 14 yes LWIP thread
TimeSync_Background 14 yes TimeSync Driver
TimeSync_NRT 16 yes TimeSync Driver
cyclicio 20 yes Stack cyclic communication
packet 20 yes Stack explicit messages
RxTask 20 yes FWHAL RX Task
TimeSync_DelayReqTx 20 yes TimeSync Driver
TimeSync_TxTimestamp_P1 20 yes TimeSync Driver
TimeSync_TxTimestamp_P2 20 yes TimeSync Driver
linkTask 24 yes FWHAL Link Task

All priorities are changeable, but it is highly recommended to not change the order.

General Stack Parameters

The table below lists resource requirement for the Generic Device (0x2B) and Discrete I/O Device (0x07) examples. Please note that this application has only a limited functional scope that does not contain the basic web server that is include with the example code. More complex application code will result in higher ROM and RAM requirements.

Stack Memory Usage (LP-AM263P)
Generic Device Discrete I/O
Code 264.61 kB 272.02 kB
RO Data 71.39 kB 72.97 kB
RW Data 584.64 kB 584.77 kB