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Discuss this video with our community at http://www.xcore.com Join David May and Adam Marable as they discuss the potential use of XMOS processors as a means to build a cheap yet extendible parallel computing platform. Adam has already taken the first steps towards this whilst undertaking a summer placement with XMOS in 2009. As XMOS processors can be linked together via XLinks you could potentially make this into a modular platform by which you could add not just more memory as you upgrade, but more processors too! Watch the video to see it in action and to learn more about what could be in store for the future using XMOS technology. About XMOS XMOS is the leader in event-driven processors™ for digital electronics. XMOS event-driven processors ™ are high performance, predictable, processors. They allow complete systems to be implemented in software using interface, DSP and control code. XMOS is an enabling technology for the Open Source Hardware community. Designs, including USB, Ethernet, ...

Discuss this video with our community at http://www.xcore.com Join Kris Jacobs and David May, as they discuss another key feature of our free XMOS design tools - the waveform viewer. One of the very important features of XMOS processors is their ability to behave in a very predictable and deterministic manner. This allows us to link pin outputs on our processors with the software code that caused these outputs to occur. Great news when trying to figure out what line of code made a pin change state. Watch the video to learn more and see this tool in action. You can download our desktop tools for free right now and try out the waveform viewer for yourself at: http://www.xmos.com/ About XMOS XMOS is the leader in event-driven processors™ for digital electronics. XMOS event-driven processors ™ are high performance, predictable, processors. They allow complete systems to be implemented in software using interface, DSP and control code. XMOS is an enabling technology for the Open Source Hardware community.

Discuss this video with our community at http://www.xcore.com Join Kris Jacobs and David May, as they discuss one of the key features of our free XMOS design tools - the static timing analyser. One of the very important features of XMOS processors is its ability to behave in a very predictable and deterministic manner. You can now accurately predict exactly how long it will take to get from one point in a program to another point in a program - in our example we show how this is particularly important when implementing Ethernet. Watch the video to learn more and see it in action. You can download our desktop tools for free right now and try out the static timing analyser for yourself at: http://www.xmos.com/ About XMOS XMOS is the leader in event-driven processors™ for digital electronics. XMOS event-driven processors ™ are high performance, predictable, processors.

Discuss this video with our community at http://www.xcore.com David May, CTO of XMOS explains the advantages to the developer when designing products that utilise XMOS processors. Go from idea to product in days or weeks, rather than months or years. How is this possible? Watch this video to find out. XMOS is the leader in event-driven processors™ for digital electronics. XMOS event-driven processors ™ are high performance, predictable, processors. They allow complete systems to be implemented in software using interface, DSP and control code. XMOS is an enabling technology for the Open Source Hardware community. Designs, including USB, Ethernet, and SD-RAM controllers are available in an ever-expanding library of open source code. Free to download, the XMOS development tools are supported by a vibrant community of digital designers and software engineers.

Discuss this video with our community at http://www.xcore.com Join David May, CTO of XMOS as he goes over some of the key concepts behind the XMOS architecture. XMOS is the leader in event-driven processors™ for digital electronics. XMOS event-driven processors ™ are high performance, predictable, processors. They allow complete systems to be implemented in software using interface, DSP and control code. XMOS is an enabling technology for the Open Source Hardware community. Designs, including USB, Ethernet, and SD-RAM controllers are available in an ever-expanding library of open source code. Free to download, the XMOS development tools are supported by a vibrant community of digital designers and software engineers. XMOS is based in Bristol, UK, Sunnyvale, CA, and Chennai, India with sales offices and representatives across the world.

Discuss this video with our community at http://www.xcore.com Join David May, CTO of XMOS as he goes over some of the key concepts behind "Xlinks" and the variety of methods you can use to connect them between our processors. Typically designed to be connected via tracks on a circuit board (like our XMP-64, a 25.6 GIPS development board which uses 16 quad-core XMOS processors), however inter-board connectivity can also be established using sockets (like on our XK-1 boards) or by using flexible connections. Xlinks allow communication between threads on any number of XMOS processors in a speedy manner. Even better, the programmer does not have to worry about where everything is as the hardware will automatically deal with routing to ensure you get to right processor for you. About XMOS XMOS is the leader in event-driven processors™ for digital electronics. XMOS event-driven processors ™ are high performance, predictable, processors.

Discuss this video with our community at http://www.xcore.com Join Corin Rathbone as he takes us through his final year project, where by he created a web based oscilloscope based around the XMOS platform. The project's boards were designed and laid out using KiCad. For recognition of his projects excellence, Corin went on to win the prestigious Boeing award, presented by Sir Roger Bone. Oscilloscope specification: * Analogue Channels: 2 * Analogue Channels Maximum Sampling Rate: 40 Msps * Analogue Bandwidth: 20 MHz * Vertical Resolution: 12 bits * Dynamic Range: 72 dB * Analogue Input: 1M / 15pF BNC * Analogue Input Coupling: AC/DC (Software Controlled) * Analogue Input Voltage Range: -5V to +5V (In 1x Mode) * Analogue Input Absolute Maximum Voltage Range: -5.5 to 5.5V * Digital Channels: 8 * Digital Channels Maximum Sampling Rate: 50 Msps * Digital Voltage Range: 0-5V * Digital Absolute Maximum Voltage Range: -0.5 to 5.5V * Digital Logic Level High: 2V

Discuss this video with our community at http://www.xcore.com Sam Garcia explains how he created an LED tile display board in a very short time-scale using an XMOS processor, and how by using XMOS processors, one can gain an advantage over say an FPGA with regards development times and future maintenance of deployed hardware. XMOS is the leader in event-driven processors™ for digital electronics. XMOS event-driven processors ™ are high performance, predictable, processors. They allow complete systems to be implemented in software using interface, DSP and control code. For more information post on our channel!

Discuss this video with our community at http://www.xcore.com Join David May and Ali Dixon as they discuss some of the features of the recent XMOS XK1 development board. The XK-1 is a low cost development board for exploring event-driven processor designs based on the XMOS XS1-L1 processor. Multiple XK-1 boards can be linked together in a chain and two I/O expansion areas are provided for connecting additional components to the XK-1. Even with the addition of more boards, programming them is just as simple as if you were dealing with just one using the XMOS development tools. Design files for example add-on boards are available, including an SD card reader, a Bluetooth adapter and a Control Card. For more information visit www.xmos.com/xk1 or feel free to post on our channel.

Discuss this video with our community at http://www.xcore.com Video of a tracked-robot driven by an XMOS XDK and controlled by a second XDK using a wireless connection. A cross-hair on the XDK touch screen is used to change the direction the robot moves and its speed. About XMOS: XMOS is transforming the way in which electronic products are designed. Its revolutionary event-driven multicore processors make it easy to build systems entirely in software. With XMOS, hardware is software. XMOS offers the fastest route from idea to product, dramatically reducing costs and time to market. XMOSs customers range from students to entrepreneurs to designers in leading electronic brands. To learn more about XMOS solutions, and try out our free development tools, visit www.xmos.com

Discuss this video with our community at http://www.xcore.com In the first quarter of 2010, XMOS released the dual core energy-efficient L2 processor. The L2 is a general-purpose device ideally suited to a wide range of embedded applications and systems including audio DSP, USB peripherals, networked LED displays and robotic motor control. Integrate any of these functions without compromise to cost and power requirements. View the video for more information. Have an idea for a project that could use the L2? Discuss it with us on our community site xcore.com. About XMOS XMOS is the leader in event-driven processors™ for digital electronics.

Discuss this video with our community at http://www.xcore.com Two examples of LED tiles driven by XMOS XCard devices. XMOS processors are highly suitable for such applications as demonstrated in this video. About XMOS: XMOS is transforming the way in which electronic products are designed. Its revolutionary event-driven multicore processors make it easy to build systems entirely in software. With XMOS, hardware is software. XMOS offers the fastest route from idea to product, dramatically reducing costs and time to market. XMOSs customers range from students to entrepreneurs to designers in leading electronic brands. To learn more about XMOS solutions, and try out our free development tools, visit www.xmos.com

Discuss this video with our community at http://www.xcore.com An energy-efficient, general-purpose device ideally suited to a wide range of embedded applications and systems including audio DSP, USB peripherals, networked LED displays and robotic motor control. Integrate any of these functions without compromise to cost and power requirements.