Tag Archives: MIPS Technologies

Mentor Graphics’ Nucleus SMP RTOS Supports Multi-threaded MIPS32 34K Core

Mentor Graphics announced the Nucleus product integration and SMP (symmetric multiprocessing) support for the MIPS32 34K core that utilizes MIPS Technologies’ MT (hardware Multi-Threading) technology. The combined technology increases embedded application performance by over 20%. In addition, it does this without increasing power consumption or silicon size. Nucleus RTOS with MIPS’ 34K core provides embedded developers with system performance gains at a much lower cost.

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Arriba for Android Porting Kit for the MIPS

MIPS Technologies introduced the Arriba for Android Porting Kit (APK) for the MIPS architecture. With the Arriba APK, OEMs can quickly tailor and optimize Android for specific platforms. The Arriba APK is available now. The Arriba APK includes the first year of development tool maintenance, along with 60 days of support from Viosoft. Viosoft’s Arriba tools support single and multi-core platforms, providing support for any MIPS-based Android target. All MIPS processors are supported, from MIPS architecture licensees’ designs to MIPS’ complete offering of licensable cores including the 1004K coherent processing system.

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Designer Must-Haves for Next-Generation Embedded Designs Webinar

MIPS Technologies and Sonics will host a webinar that will illustrate how designers can effectively tune and optimize their wireless SoCs for superior performance, power, price, and system flexibility. The webcast will discuss the key on-chip ‘must-haves’ that are vital to high-performance, power-aware wireless designs. The online event will take plae on Thursday, November 19th, 2009, at 11:00 a.m. Pacific Time. The event is titled The Evolution of Wireless SoCs: Designer ‘Must-Haves’ for Next-Generation Embedded Designs.

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Open-Silicon, MIPS Technologies, Virage Logic Team on Test Chips

Open-Silicon, MIPS Technologies, and Virage Logic teamed to develop test chips showcasing the companies’ technologies for building high-performance processor-based systems. The companies achieved successful 65 nanometer (nm) silicon testing of a processor test chip at 1.1GHz, making it one of the fastest processors built in a 65nm ASIC. In addition, the companies are now working on a follow-on 40nm device targeting frequencies in excess of 2.5GHz and providing over 5000 DMIPS of performance. Both efforts utilize Open-Silicon’s CoreMAX technology as well as the superscalar MIPS32 74K processor core, a fully synthesizable processor core widely used in high-end digital consumer devices, set top boxes, and networking solutions.

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