Micro Digital smx USB 2.0 Stack for CodeWrights CW5631 Processor

ChipWrights worked closely with the Micro Digital development team to implement both the host stack (smxUSBH) and the device stack (smxUSBD) on the CW5631.

January 28th, 2009

January 28, 2009, Bedford, MA based ChipWrights Inc – part of AD group – and Costa Mesa,CA based Micro Digital announce the port of the smx USB 2.0 stack, from Micro Digital, to the powerful CW5631 Visual Signal Processor (ViSP) embedded System-on-Chip (SoC) development platform. ChipWrights worked closely with the Micro Digital development team to implement both the host stack (smxUSBH) and the device stack (smxUSBD) on the CW5631. Unlocking this new capability will enable ChipWrights to provide cost effective support for a USB host and device on the CW5631 which, crucially, will be portable to many target operating systems.

Commented Cary Robins, President of ChipWrights: “We are delighted with the work and support of Micro Digital to realise this portable USB stack which they have delivered to us on the eCos operating system. The host stack element provides us with an expandable, hot-swap, plug-and-play USB interface for the CW5631, while the device stack ensures that we can rapidly add USB device capabilities for specific projects.”

Said Ralph Moore, President of Micro Digital: “From our perspective being able to deploy smxUSB, which is designed specifically for embedded systems, on the CW5631 offers the perfect platform to demonstrate the potential of this

capability when implemented on the latest generation System-on-Chip (SoC)

processors – particularly those designed for portable or embedded digital media products.”

For more information on ChipWrights please visit www.chipwrights.com and for Micro Digital’s smxUSB products log on to www.smxrtos.com/usb.htm.

About ChipWrights

ChipWrights – part of AD Group – is a fabless semiconductor company that designs and develops breakthrough video processing technology to reproduce life-like imagery. Our programmable Visual Signal Processor (ViSP) architecture is targeted at the insatiable demand for increased performance, programmability and flexibility in emerging video and audio applications.

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