ARM Introduces ARM922T[tm] Core
ARM Introduces ARM922T[tm] Core
CAMBRIDGE, UK - July 26, 2000 -- ARM [(LSE:ARM); (Nasdaq:ARMHY), the industry's leading provider of 16/32-bit embedded RISC processor solutions, today introduced the ARM922T[tm] core, a new member of the ARM9[tm] Thumb® family of microprocessor cores.
The ARM922T core offers designers a high-performance architecture for price & power sensitive portable applications running MP3 audio, Java, Voice recognition and MPEG-4 video. The ARM922T solution is a 32-bit microprocessor macrocell that combines the ARM9TDMI[tm] CPU core with 8k instruction and 8k data caches, instruction and data Memory Management Units (MMUs), a write buffer, an AMBA[tm] bus interface and an Embedded Trace Macrocell (ETM) interface. The core targets applications that require an optimal mix of performance and power, and provides an ideal solution for applications running industry-proven operating systems such as EPOC, Linux and WindowsCE.
The ARM922T core is backward compatible with the ARM7[tm] Thumb® and StrongARM® families, and upward compatible to the ARM9E[tm] Thumb and ARM10[tm] Thumb family, giving designers software-compatible processors with a range of price/performance points up to 500 MIPS. The core is supported by ARM's development tools and real-time debug solution, and the Multi-ICE[tm] debug interface.
The ARM922T core will be licensed as an intellectual property (IP) core for implementation within an application specific integrated circuit (ASIC) or application specific standard product (ASSP) design.
About ARM
Related News
- ARM Introduces Trace Debug Tools for ARM Developer Suite[tm]
- ARM Optimizes PacketVideo Wireless Software for ARM Powered[tm] Cores
- Ericsson Licenses ARM ® Microprocessor Cores for Bluetooth[tm] and Fast Internet Access
- ARM Announces improved Tools Support for ARM Powered[tm] solutions
- Parthus Licenses NavStream[tm] Platform to ARM Enabling GPS Integration into Next Generation Mobile Phones and Automotive
Breaking News
- Vector Informatik and Synopsys Announce Strategic Collaboration to Advance Software-Defined Vehicle Development
- Allegro DVT Launches its First AI-Based Neural Video Processing IP
- Weebit Nano fully qualifies ReRAM module to AEC-Q100 for automotive applications
- Rambus Enhances Data Center and AI Protection with Next-Gen CryptoManager Security IP Solutions
- Crypto Quantique demonstrating device security platform that accelerates CRA-compliant development
Most Popular
- Axelera AI Secures up to €61.6 Million Grant to Develop Scalable AI Chiplet for High-Performance Computing
- Arm vs. Qualcomm: The Legal Tussle Continues
- Baya Systems Revolutionizes AI Scale-Up and Scale-Out with NeuraScale™ Fabric
- Synopsys Introduces Virtualizer Native Execution on Arm Hardware to Accelerate Software-defined Product Development
- Imagination GPU Powers Renesas R-Car Gen 5 SoC
![]() |
E-mail This Article | ![]() |
![]() |
Printer-Friendly Page |