Third generation processor from XMOS simplifies high speed USB audio design
Combined with XMOS industry standard USB audio IP, the XS1-S family of devices deliver the lowest latency digital audio interfaces. The first two products available in the XS1-S Family are the single core device: XS1-SU1 and the dual core device: XS1-SU2.
“The XS1-S Family builds upon the predictable real-time performance of the XS1 architecture, offering increased I/O and processing capabilities together with the convenience of integrated analog peripherals,” said Tom Lee, XMOS vice president of sales and marketing. “Our customers have shipped more than half a million USB audio products using XS1 devices. The higher performance, integrated XS1-S Family and its accompanying software and tools deliver the ideal solution to an even broader range of audio applications.”
The XS1-S Family of single and dual core devices include a rich set of analog and digital features:
- 32bit XCore embedded processor(s) delivering upto 700 MIPS each;
- Software defined I/O for fully-flexible digital peripherals including I2S, TDM, SPDIF AES/EBU;
- High speed USB 2.0 Phy;
- 12bit 1MSPS analog to digital converter;
- USB bus power compatible;
- Standby and deep sleep modes for energy sensitive applications;
- Power On Reset, Watchog timer, brownout detect circuits;
- On-chip crystal oscillator.
The first members of the XS1-S Family include single and dual XCore variants with integrated USB 2.0 High Speed Phy, making them ideal for demanding USB audio interfaces, DJ products, USB speakers and more. Using XMOS unique flexibility, the devices are also perfect for intelligent USB peripherals.
XMOS processors combine flexible interfacing, control and data processing in a single device. The devices, including all digital peripherals, are programmed in software using a C-language development flow, providing both application and I/O flexibility even after deployment.
Visit XMOS at www.xmos.com
If you enjoyed this article, you will like the following ones: don't miss them by subscribing to :
