Datasheet

Supported EtherNet/IP™ Functionality

Feature	Description	Implementation
EtherNet/IP Device Class	Adapter	Yes
	Scanner	No
Device Profile	Generic Device	Yes
Device Configuration	EDS File	Yes
Connection Types	Exclusive Owner	Yes
	Input Only	Yes
	Listen Only	Yes
Connection Trigger Types	Cyclic	Yes
	Application Triggered	No
	Change of State	Yes
Maximum Connections	Class 1	8
	Class 3	32
Explicit Messaging	Connected	Yes
	Unconnected	Yes
Standard Objects	Identity Object (0x01)	Yes
	Message Router Object (0x02)	Yes
	Assembly Object (0x04)	Yes
	Connection Manager Object (0x06)	Yes
	Time Sync Object (0x43)	Yes
	Device Level Ring Object (0x47)	Yes
	QoS Object (0x48)	Yes
	TCP/IP Interface Object (0xF5)	Yes
	Ethernet Link Object (0xF6)	Yes
Supported Elementary Data Types	BOOL	Yes
	SINT	Yes
	INT	Yes
	DINT	Yes
	LINT	Yes
	USINT	Yes
	UINT	Yes
	UDINT	Yes
	ULINT	Yes
	REAL	Yes
	LREAL	Yes
	STRING	Planned
	BYTE	Yes
	WORD	Yes
	DWORD	Yes
	LWORD	Yes
	STRING2	Planned
	SHORT_STRING	Yes
	EPATH	Yes
Supported Constructed Data Types	Formal Array	Yes
IP Addressing Modes	DHCP	Yes
	BOOTP	Planned
	Static	Yes
VLAN tagging	IEEE802.1Q, 3 bit PCP (8 levels)	Yes
	Switch queues	4
Statistics	Media counters supported per interface (dual port switch)	Yes
	Interface counters supported per interface	Yes
CIP Sync (PTP/IEEE1588)	Supports Drives Profile : E2E clock	Yes
	PTP over UDP	Yes
	Transparent Clock supported	Yes
	Ordinary Clock supported	Yes
	Single and Two Step Clock supported	Yes
Supported Network Features	Link Layer Discovery Protocol (LLDP)	Planned
	Device Level Ring (DLR)	Yes
	Address Conflict Detection (ACD)	Yes
	Quality of Service (QoS)	Yes
	CIP Reset Services	Identity Object Reset Services of Typ 0, 1, and 2
Device Level Ring (DLR)	Beacon based	Yes
	Self configuring	Yes
	Min. beacon interval	200 µs
	Min. beacon timeout	400 µs
Baud Rate	100 Mbit/s	Yes
	10 Mbit/s	Yes
Duplex Mode	Half	Planned
	Full	Yes
	Auto Negotiation	Yes
Conformance		ODVA CT18.1

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

EtherNet/IP QuickConnect™

Scope

QuickConnect is an optional functionality that may be enabled on a node-by-node basis. When enabled, QuickConnect will allow EtherNet/IP devices to quickly power up and join an EtherNet/IP network.

QuickConnect connection time is comprised of several key time durations. One factor of the QuickConnect connection time is devices power-up time. Another factor is the amount of time it takes a controller to detect the newly attached device and send a Forward Open request to start the connection process.

QuickConnect targets 500 ms as the time between initial power-up and the establisment of IO connections.

EtherNet/IP QuickConnect Target

QuickConnect measurements have been performed on the LP-AM243 launchpad and the TMDS64GPEVM evaluation module with an attached TMDS64DC01EVM high-speed extension card.

For the measurements an oscilloscope is connected to a GPIO pin on the particular board which was set to high on application start and reset to low on the first Forward Open request. The measurements were triggered by the MCU_PORz signals available on the evaluation modules. The power-up time is the time interval between the MCU_PORz signal and application start. The connection establishment is the time interval between application start and the detection of the Forward Open request.

Evaluation Module	MCU_PORz Signal	GPIO	Pin
LP-AM243	Header J6 pin 56	GPIO1_21	Header J7 pin 57
TMDS64GPEVM	Safety connector pin 24	GPIO0_41	TMDS64DC01EVM, header J8 pin 24

To enable GPIO control the example application shipped with the EtherNet/IP Adapter software is extended by two functions:

uint32_t    gpioBaseAddr;
 
void GPIO_init(void)
{
    gpioBaseAddr = (uint32_t) AddrTranslateP_getLocalAddr(CONFIG_GPIO0_BASE_ADDR);
    GPIO_setDirMode(gpioBaseAddr, CONFIG_GPIO0_PIN, CONFIG_GPIO0_DIR);
}
 
void GPIO_set(bool set)
{
    if(set)
        GPIO_pinWriteHigh(gpioBaseAddr, CONFIG_GPIO0_PIN);
    else
        GPIO_pinWriteLow(gpioBaseAddr, CONFIG_GPIO0_PIN);
}

GPIO_init and GPIO_set are called in App.c at application start and later in the Forward Open callback function.

void EI_APP_mainTask(
    void* pvTaskArg_p)
{
    uint32_t err;
 
    Board_init();
 
    Drivers_open();
    Board_driversOpen();
    GPIO_init();
    GPIO_set(true);
 
    ......

EtherNet/IP QuickConnect Controller

The QuickConnect controller device is emulated by a Python script that triggers the connection establishment upon detection of ARP announce frames.

ARP announce frame received	Request of TCP connection	Request of Register Session	Forward Open request
0.0 ms	2.494 ms	15.215 ms	26.398 ms

EtherNet/IP QuickConnect Measurement Results

Evaluation Module	Application start	Forward Open Request
LP-AM243	252 ms	318 ms
TMDS64GPEVM	180 ms	269 ms

General Stack Parameters

Stack Memory Usage - CIP Sync	Read Only Memory	966 KB
	Random Access Memory	971 KB