High performance ARM9-based processor
10 March 2004
DSP, Micros & Memory
NetSilicon NS9750, the first in a new family of ARM9-based NET+ARM microprocessors is based on the ARM 926EJ-S, ARM's most powerful ARM 9 core. It provides a high level of performance and integration for embedded device networking.
The NS9750 focuses on flexible connectivity solutions by integrating a broad set of industry-standard peripherals, such as PCI, USB (host or device), I2C, 1284, serial ports, GPIO, and a cost-effective LCD controller. Featuring DSP instructions, a Java byte code accelerator, and an MMU, the NS9750 is a high-performance 32-bit processor that operates at speeds up to 200 MHz. It provides wire-speed, full duplex 10/100Base-T Ethernet, with more than enough additional processing performance and bandwidth to handle very sophisticated embedded applications.
The NS9750 expands the company's NET+ARM family of 32-bit processors. Designed to network enable embedded electronic equipment, it is supported by NetSilicon's royalty-free NET+Works software development tool suite and networking software. The integrated approach of the NET+Works development tool suite helps customers achieve time-to-market reductions, reduce product unit costs, save engineering resources and reduce design risk.
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