AN00131: USB CDC-ECM Class for Ethernet over USB
VERSION RELEASED COMMENTS DOWNLOAD 2.0.2rc1 2016-01-08 PDF 2.0.1rc1 2015-09-30 PDF 2.0.0rc3 2015-03-22 PDF
AN00131: USB CDC-ECM Class for Ethernet over USB Read More »
VERSION RELEASED COMMENTS DOWNLOAD 2.0.2rc1 2016-01-08 PDF 2.0.1rc1 2015-09-30 PDF 2.0.0rc3 2015-03-22 PDF
AN00131: USB CDC-ECM Class for Ethernet over USB Read More »
VERSION RELEASED COMMENTS DOWNLOAD 2.0.2rc1 2016-01-08 PDF 2.0.1rc1 2015-09-30 PDF 2.0.0rc3 2015-03-22 PDF
AN00126: USB Printer Device Class Read More »
VERSION RELEASED COMMENTS DOWNLOAD 2.0.2rc1 2016-01-08 PDF 2.0.1rc1 2015-09-30 PDF 2.0.0rc3 2015-03-22 PDF
AN00129: USB HID Class Read More »
VERSION RELEASED COMMENTS DOWNLOAD 2.1.2rc1 2016-01-08 PDF 2.1.1rc1 2015-09-30 PDF 2.0.0rc3 2015-03-22 PDF
AN00136: USB Vendor Specific Device Read More »
VERSION RELEASED COMMENTS DOWNLOAD 2.0.2rc1 2016-01-08 PDF 2.0.1rc1 2015-09-30 PDF 2.0.0rc3 2015-03-22 PDF
AN00125: USB Mass Storage Device Class Read More »
VERSION RELEASED COMMENTS DOWNLOAD 1.0.2rc1 2017-02-03 PDF 1.0.1rc1 2016-01-08 PDF 1.0.0rc1 2015-03-22 PDF
AN00199: XMOS Gigabit Ethernet application note Read More »
Ethernet connectivity is an essential part of the explosion of connected devices known collectively as the Internet of Things (IoT). XMOS technology is perfectly suited to these applications – offering future proof and reliable ethernet connectivity whilst offering the flexibility to interface to a huge variety of “Things”.
This application note shows a simple example that demonstrates the use
of the XMOS Ethernet library to create a gigabit layer 2 ethernet MAC
interface on an XMOS multicore microcontroller.
The code associated with this application note provides an example of
using the Ethernet Library to provide a framework for the creation of an
ethernet Reduced Gigabit Media Independent Interface (RGMII) and
MAC interface for gigabit data rates.
The applcation note uses XMOS libraries to provide a simple IP stack
capable of responding to an ICMP ping message. The code used in the
application note provides both MII communication to the PHY and a MAC
transport layer for ethernet packets and enables a client to connect
to it and send/receive packets.
- xTIMEcomposer Tools – Version 14.0.0
- XMOS Ethernet library – Version 3.0.0
- XMOS OTP Reading Library – Version 2.0.0
This application note is designed to run on an XMOS xCORE-200 series device.
The example code provided with the application has been implemented
and tested on the xCORE-200 Explorer development kit.
There is no dependancy on this board – it can be modified to run on
any xCORE-200 series device with gigabit Ethernet capability.
- This document assumes familarity with the XMOS xCORE architecture,
the Ethernet standards IEEE 802.3u (MII), the XMOS tool chain and
the xC language. Documentation related to these aspects which are
not specific to this application note are linked to in the
references appendix.- For a description of XMOS related terms found in this document
please see the XMOS Glossary [1]
.- For an overview of the Ethernet library, please see the Ethernet
library user guide.
[1] |
XMOS Gigabit Ethernet application note Read More »
VERSION RELEASED COMMENTS DOWNLOAD 2.0.2rc1 2017-02-02 PDF 2.0.1rc1 2016-01-08 PDF 2.0.0rc1 2015-03-22 PDF
AN00120: XMOS 100Mbit Ethernet application note Read More »
VERSION RELEASED COMMENTS DOWNLOAD 2.0.1rc1 2016-01-08 PDF 2.0.0rc1 2015-03-22 PDF
AN00122: Using the XMOS embedded webserver library Read More »
VERSION RELEASED COMMENTS DOWNLOAD 2.0.1rc1 2016-01-08 PDF 2.0.0rc1 2015-03-22 PDF
AN00121: Using XMOS TCP/IP Library for UDP-based Networking Read More »