EtherCAT starter kit for industrial Ethernet development

July 04, 2017 //By Graham Prophet
EtherCAT starter kit for industrial Ethernet development
Avnet Silica’s flexible starter kit is intended to enable easier development of Ethernet nodes for a range of industrial applications.

The kit, for the development of a wide range of fast industrial Ethernet technology-based applications, implements the standard Ethernet data-packet format, which provides connectivity to existing Ethernet networks without special routers or switches. EtherCAT delivers highly-efficient, real-time performance enabling data insertion and/or extraction ‘on the fly’.


Based on Microchip’s LAN9252 EtherCAT slave controller chip, the node-development starter kit offers Pmod- and Arduino-compatible interfaces including SPI/QSPI, in addition to a header with all I/Os of the LAN9252, which enables direct connection to a wide selection of microcontroller or microprocessor starter kits for fast prototyping.


Target applications for the kit include motor-based motion control, robotics, communication modules and I/O interface cards in factory and process automation, rotary encoders and sensors, or control of devices such as actuators, valves and drives in hydraulic and pneumatic valve systems, among many other applications. In addition, the new EtherCAT starter kit can be integrated into the Avnet Silica Visible Things platform for the development of Internet of Things (IoT) projects and applications.


Central to the new EtherCAT kit is the LAN9252 from Microchip, which is a 2/3-port EtherCAT slave controller with dual integrated Ethernet PHYs, each including a full-duplex 100Base-TX transceiver. The chip also supports auto-MDIX, allowing the use of direct-connect or crossover LAN cables, as well as offering support for a 100Base-FX external fibre transceiver. Other features of the LAN9252 include 4K-bytes dual-port memory (DPRAM), four SyncManagers, three Fieldbus MMUs, a 64-bit distributed clock and extended temperature range from -40°C up to 105°C.


The LAN9252 slave controller offers three operational mode options including microcontroller, digital I/O and expansion modes. In microcontroller mode, the LAN9252 communicates with the host MCU via a flexible 8/16-bit host bus interface or SPI or quad-SPI interface; in digital I/O mode, the LAN9252 controls 16 digital I/O signals without the need of a host MCU; and in expansion mode, use of the LAN9252’s third external PHY Ethernet

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