VERSION RELEASED COMMENTS DOWNLOAD 1.0.3rc1 2016-01-08 PDF 1.0.2rc1 2015-07-28 PDF 1.0.1rc1 2015-06-23 PDF 1.0.0rc1 2015-06-19 PDF
AN00203: Gigabit Ethernet AVB endpoint example using TDM master Read More »
This application note demonstrates a Gigabit Ethernet AVB endpoint that streams uncompressed audio
over an Ethernet AVB network with guaranteed Quality of Service, low latency and time synchronization.
It shows how to interface with a high performance audio codec via the I2S/TDM library.
The application is configured to provide four Talker and Listener streams of 8 audio channels each,
at 48 kHz sampling rate.
The example also shows plug-and-play multichannel recording and playback with Apple Mac hardware running OS X 10.10.
The code in this application note is known to work on
version 14.1.1 of the xTIMEcomposer tools suite, it may work on other versions.
The application does not have any dependencies (i.e. it does not rely on any libraries).
The application note is designed to run on the XMOS xCORE-200 Multichannel Audio platform version 2.
There is no dependency on this hardware and the firmware can be modified to run on any xCORE XE/XEF
series device with the required external hardware.
The firmware was interoperability tested with a Late 2013 MacBook Pro running OS X version 10.10.3.
- This document assumes familiarity with the XMOS xCORE architecture, the IEEE AVB/TSN standards,
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 descriptions of XMOS related terms found in this document please see the XMOS Glossary [1]
.- The example uses various libraries, full details of the functionality
of a library can be found in its user guide [2]
.
[1]
[2]
Gigabit Ethernet AVB endpoint example using TDM master Read More »
VERSION RELEASED COMMENTS DOWNLOAD 1.0.3rc1 2016-01-08 ZIP 1.0.2rc1 2015-07-28 ZIP 1.0.1rc1 2015-06-23 ZIP 1.0.0rc1 2015-06-19 ZIP
AN00203: Gigabit Ethernet AVB endpoint example using TDM master [sw] Read More »
This application note demonstrates a Gigabit Ethernet AVB endpoint that streams uncompressed audio
over an Ethernet AVB network with guaranteed Quality of Service, low latency and time synchronization.
It shows how to interface with a high performance audio codec via the I2S library.
The application is configured to provide a single Talker and Listener stream of 8 audio channels
at up to 192kHz sampling rate.
The example also shows plug-and-play multichannel recording and playback with Apple Mac hardware running OS X 10.10.
The code in this application note is known to work on
version 14.1.1 of the xTIMEcomposer tools suite, it may work on other versions.
The application does not have any dependencies (i.e. it does not rely on any libraries).
The application note is designed to run on the XMOS xCORE-200 Multichannel Audio platform version 2.
There is no dependency on this hardware and the firmware can be modified to run on any xCORE XE/XEF
series device with the required external hardware.
The firmware was interoperability tested with a Late 2013 MacBook Pro running OS X version 10.10.3.
- This document assumes familiarity with the XMOS xCORE architecture, the IEEE AVB/TSN standards,
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 descriptions of XMOS related terms found in this document please see the XMOS Glossary [1]
.- The example uses various libraries, full details of the functionality
of a library can be found in its user guide [2]
.
[1]
[2]
Gigabit Ethernet AVB endpoint example using I2S master Read More »
This application note shows how to create a USB device compliant to
the standard USB Communications Device Class (CDC) on an XMOS multicore microcontroller.
The code associated with this application note provides an example of
using the XMOS USB Device Library (XUD) and associated USB class descriptors
to provide a framework for the creation of a USB CDC device that implements
Abstract Control Model (ACM).
This example USB CDC ACM implementation provides a Virtual Serial port
running over high speed USB. The Virtual Serial port supports the
standard requests associated with ACM model of the class.
A serial terminal program from host PC connects to virtual serial port and
interacts with the application. The application provides a menu to toggle
on-board LEDs, read an I2C device, monitor buttons and loopback characters.
This application demo code demonstrates a simple way in which USB CDC class
devices can easily be deployed using an xCORE-200 device.
Note: This application note provides a standard USB CDC class device and as a
result does not require external drivers to run on Windows, Mac or Linux.
This application note extends AN00124 to provide a virtual serial port
application that interfaces to hardware demostrating how to build a system
which allows a USB host to connect to custom hardware using an XMOS device.
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 explorerKIT but there is no dependancy on this board
and it can be modified to run on any development board which uses an xCORE-USB series device.
- This document assumes familiarity with the XMOS xCORE architecture, the Universal Serial Bus 2.0 Specification and related specifications, 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 descriptions of XMOS related terms found in this document please see the XMOS Glossary [1]
.- For the full API listing of the XMOS USB Device (XUD) Library please see the document XMOS USB Device (XUD) Library [2]
.- For information on designing USB devices using the XUD library please see the XMOS USB Device Design Guide for reference [3]
.- For information on the USB CDC class using the XMOS USB library see AN00124
- For information on using the xCORE-200 explorerKIT accelerometer see AN00181
[1]
[2]
[3] http://1m2n3b4v.xmos.com/published/xmos-usb-device-design-guide
USB CDC Class as Virtual Serial Port – Extended on xCORE-200 Explorer Read More »
VERSION RELEASED COMMENTS DOWNLOAD 1.0.1rc1 2016-01-08 PDF 1.0.0rc2 2015-03-23 PDF
AN00185: Boot an xCORE-200 device from QuadSPI flash memory Read More »
This applcation note shows how to program an application into QuadSPI flash
memory and therefore boot the application from QuadSPI flash memory on an XMOS
xCORE-200 device.
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 explorerKIT core module board but there is no dependancy on
this board and it can be modified to run on any development board which uses an
xCORE-200 series device.
- This document assumes familiarity with the XMOS xCORE-200 architecture,
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.- This document assumes familiarity with QuadSPI flash memory, the xCORE
quadflash library and the XMOS tool XFLASH.- For descriptions of XMOS related terms found in this document please see
the XMOS Glossary [1]
.- The XMOS tools manual contains information regarding the use of xCORE
devices [2]
.
| [1] |
| [2] |
Boot an xCORE-200 device from QuadSPI flash memory Read More »
VERSION RELEASED COMMENTS DOWNLOAD 1.0.2rc1 2016-04-06 PDF 1.0.1rc1 2016-01-08 PDF 1.0.0rc2 2015-03-23 PDF
AN00188: Using QuadSPI flash memory for persistent storage with xCORE-200 Read More »
This application note demonstrates how to use XFLASH option --data to
store persistent data within QuadSPI flash memory.
This application note provides an example that uses the boot partition in
QuadSPI flash memory to store the application and the data partition in QuadSPI
flash memory to store persistent application data. Once booted the application
reads data from the data partition using the xCORE quadflash library and uses
it to illuminate the LED’s in various patterns.
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 explorerKIT core module board but there is no dependancy on
this board and it can be modified to run on any development board which uses an
xCORE-200 series device.
- This document assumes familiarity with the XMOS xCORE-200 architecture,
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.- This document assumes familiarity with QuadSPI flash memory, the xCORE
quadflash library and the XMOS tool XFLASH.- For descriptions of XMOS related terms found in this document please see
the XMOS Glossary [1]
.- The XMOS tools manual contains information regarding the use of xCORE
devices [2]
.
| [1] |
| [2] |
Using QuadSPI flash memory for persistent storage with xCORE-200 Read More »
This application note demonstrates how to use overlay regions and how to use
QuadPSI flash memory for storing and loading overlay data.
This application note provides an example that will load an overlay function
from QuadSPI flash memory to illuminate a colored LED depending on which, if any
buttons are pressed.
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 explorerKIT core module board but there is no dependancy on
this board and it can be modified to run on any development board which uses an
xCORE-200 series device.
- This document assumes familiarity with the XMOS xCORE-200 architecture,
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.- This document assumes familiarity with QuadSPI flash memory, the xCORE
quadflash library and the XMOS tool XFLASH.- For descriptions of XMOS related terms found in this document please see
the XMOS Glossary [1]
.- The XMOS tools manual contains information regarding the use of xCORE
devices [2]
.
| [1] |
| [2] |
Using QuadSPI for application overlay data Read More »
HR Director
Anna joined XMOS in 2022 and brings extensive experience in Human Resources having worked within rapidly expanding international organisations across a variety of sectors in pharmaceutical, communications and FMCG.
Anna is responsible for enabling XMOS to continue to be a great place to work.
Sorry, we don't have any vacancies in this location at the moment. However, feel free to send us your CV by clicking the button below and we will let you know when we have an opening suitable for you.
If we don’t have a vacancy currently suitable to your skills, feel free to send us your CV by clicking the button below and we will let you know when we have an opening suitable for you.
Executive VP Global Sales & Business Development
Rohit is a semiconductor veteran with more than 33 years’ experience of working across applications, marketing, and sales with global companies. During this time, he has nurtured key relationships across the semiconductor industry. While passionate about work, in his spare time, Rohit enjoys cars, golf and gadgets.
Hongquan is a partner and “Deep Tech” investor at Robert Bosch Venture Capital GmbH (RBVC). In the last decade, he has led multiple successful investments in the area of IoT, artificial intelligence, augmented reality and Automotive in Europe, US and China. Prior to RBVC, Hongquan worked at across Bosch, amassing broad experience in the automotive and electronic industries. He holds a doctoral and a diploma degree in physics from the Technical University Berlin, Germany.
Jan-Hendrik holds a Diploma in Economics and Business Engineering (focus: Telematics) from the Karlsruhe Institute of Technology, Germany and studied in Seville, Spain. He was a research fellow at QUT Brisbane, LBS London and IESE Barcelona. He obtained a Dr. rer. pol. from Technical University Dortmund, Germany.
Paul Goodridge has many years’ experience as a CFO in both public and private companies, and international finance management. As CFO of CSR, Goodridge delivered its successful IPO in 2004 and helped grow the company internationally into an $800m revenue business, significantly growing it in value to become a member of the FTSE 250. While working as CFO and then non-exec of GFI Software, he oversaw exits of over $1.5bn.
Goodridge has spent the last half decade as a non-executive director for software companies with a combined exit value of over $800m, and a consultant working with a large European VC.
Jalal boasts over 35 years of experience in both public and private semiconductor businesses – most recently as CEO of Dialog Semiconductor, a specialist chip company for mobile and IoT devices – he is well-versed in the nuances of a complex and multifaceted industry that is one of the strongest value-generators world-wide.
Bill co-founded Foundation Capital in 1995. Investing primarily in cloud applications and infrastructure, he operates on the belief that substantial, sustainable companies are the result of matching technology and market opportunity with the right entrepreneur and management team.
Bill has a BSEE and an MSEE from Purdue University, and an MBA from the Stanford GSB. But he learns the most from the entrepreneurs, whom he helps to build strong organizations from the ground up.
Charles’ is Founder and Chairman of Cambridge Phenomenon Ltd. He co-authored The Cambridge Phenomenon 50 Years of Innovation and Enterprise and The Cambridge Phenomenon: Global Impact. His focus is on building global hi-tech companies and the development of technology clusters.
An experienced director of public companies, Charles’ specialist areas include strategy, marketing, compensation, board and team building, coupled with the diplomacy and organisational know-how needed to identify and solve problems. He holds a BA Hons in Physics from Oxford University and is a Fellow of the Institute of Physics and a Fellow of the Royal Society of Arts.
In 2015 Hermann was awarded an KBE for services to Engineering and Industry.
Serial Entrepreneur and Co-founder of Amadeus Capital Partners, Dr Hermann Hauser KBE has wide experience in developing and financing companies in the information technology sector. He has founded and co-founded a significant number of companies across a wide range of technology sectors, including Acorn Computers which spun out ARM.
Among his many accolades, Hermann is a Fellow of the Royal Society, the Institute of Physics, the Royal Society of Chemistry and of the Royal Academy of Engineering, as well as an Honorary Fellow of King’s College, Cambridge and Distinguished Fellow of BCS, the Chartered Institute for IT.
Peter Flach has been Professor of Artificial Intelligence at the University of Bristol since 2003. An internationally leading researcher in the areas of mining highly structured data and the evaluation.
David May is a Professor in the Department of Computer Science at the University of Bristol and founder of XMOS Semiconductor. He served as Chief Technology Officer at XMOS until February 2014.
Sir Robin Keith Saxby was Chief Executive and then Chairman of ARM Holdings, which he built to become a dominant supplier of embedded systems.
Mark leads XMOS. His main focus is to encourage innovation, enable profitable growth and look to the future.
Jochen has over 25 years of experience of managing technology and machinery companies with significant operational and international expertise.
Hitesh is a co-founder of XMOS. He has extensive experience as a venture capital investor in European high technology companies as well as significant operational experience as CEO.
Prior to Acacia Capital Partners – successful exits include Shazam (acquired by Apple) and Solarflare (acquired by Xilinx), Hitesh was a General Partner of Amadeus Capital Partners Limited. At Amadeus, Hitesh served on the firm’s Investment Committee and was involved in some of Amadeus’ most successful investments, including Entropic (acquired by Microsoft), Element 14 (acquired by Broadcom), and Whereonearth (subsequently acquired by Yahoo).
Hitesh was awarded a scholarship from IBM and obtained an Honours degree in Computer Science from Warwick University.
Alan has been in the venture capital industry for more than twenty years, initially through establishing a corporate venturing fund for Ferranti and then with Foreign & Colonial Ventures, Newmarket Venture Capital and Prelude Ventures. He joined DFJ Esprit when it was formed in 2006. Alan is responsible for a portfolio of Draper Esprit’s electronics investments including Phyworks, Lime Microsystems, SiConnect, XMOS and DisplayLink. His previous investments have included Alphamosaic (sold to Broadcom) and nCipher (IPO on LSE).
Alan has an electronic engineering background and gained his industrial experience in computer systems with Ferranti plc. Alan is a past member of the European Venture Capital Association High Tech Committee and lecturer on the EVCA’s venture capital professional training courses.
CEO & President
Mark leads XMOS. His main focus is to encourage innovation, enable profitable growth and look to the future.
Mark joined XMOS in 2008 and held the roles of COO and VP Engineering before taking the helm as CEO. Mark has extensive experience across the electronics industry, with involvement in both blue-chip and start-up companies.
CTO
Henk provides the strategic direction for our future developments in Silicon devices, applications, and underpinning technologies.
Prior to joining XMOS, Henk was a Reader at the University of Bristol, where he was involved in the research and teaching of Computer Architecture, Compilers, Ubiquitous Computing, and Wearable computing. He’s also held positions at the University of Amsterdam and Philips Research Labs.
CFO
After qualifying as a Chartered Accountant with Smith & Williamson, Stuart spent six years advising listed- and PE-backed businesses before moving to Somerfield Stores as Director of Financial Reporting. After Somerfield, he joined a fast-growing high-end bike distribution business, Saddleback Limited. Since then, Stuart has operated as FD and CFO of a number of business across multiple sectors including distribution, ad-tec, property services and latterly the charitable sector.
Executive VP Marketing & Product Management
Aneet leads strategy and development, his main focus is to set and execute company strategy and build key relationships.
Aneet joined in 2018 and prior to that was Business Head AR / VR at Intel Corporation. Aneet has extensive, international experience in building ecosystems around and shaping the future of Speech and compute vision technologies.
Executive VP Sales
Joe steers the global sales team. His main focus is to build new relationships, nurture existing clients and drive top-line growth. Joe has extensive experience across sales and marketing.
Senior VP Operations
Sunny leads the factory, his main focus is to run supply chain, look after our vendor partnerships and manage production quality.
Sunny joined in 2009 and prior to that held senior engineering, test management and field application positions across the industry.
Executive VP Engineering
Andrew is responsible for all core engineering activities, delivering our applications, tools, silicon and technology infrastructure.
With over 30 years technical leadership across high-tech ventures, Andrew has extensive experience in the consumer, automotive and defence sectors.
General Manager, Boston
Jochen has over 25 years of experience of managing technology and machinery companies with significant operational and international expertise.
As CEO of Setem Technologies he pursued the merger with XMOS and currently serves on the boards of XMOS, Snappii, ICT and Burgess Industries.
Sorry, we don't have any vacancies in this location at the moment. However, feel free to send us your CV by clicking the button below and we will let you know when we have an opening suitable for you.
Sorry, we don't have any vacancies in this location at the moment. However, feel free to send us your CV by clicking the button below and we will let you know when we have an opening suitable for you.
