|
||||||||||
ARM Collaborates With Seagate For Hard Disc Drive ControlCAMBRIDGE, UK – June 11, 2002 – ARM [(LSE: ARM); (Nasdaq: ARMHY)], the industry's leading provider of 16/32-bit embedded RISC processor technology, today announced its collaboration with Seagate to provide embedded, high-performance microprocessor solutions for next-generation hard disc drives. Seagate's recently introduced Cheetah™ 15K.3 and Cheetah™ 10K.6 disc drives are the first ARM Powered® products to be generated by this collaboration (see press release: Seagate's New Cheetahs Drive Down Storage Total Cost of Ownership – May 6, 2002). "The storage market represents tremendous opportunities for ARM, as the convergence of digital imaging, media and networking is driving the demand for increased enterprise and personal storage capacity," said Dave Steer, Storage segment manager at ARM. "Our extensive experience with embedded system design has enabled us to develop a full range of software and hardware intellectual property (IP) and development systems, providing a complete solution for innovative companies like Seagate, that are developing complex SoC designs." ARM worked closely with Seagate to develop the embedded 'backbone' of the Cheetah disc drives, which use the AMBA® on-chip interconnect technology to incorporate multiple ARM966E-S™ cores. The enhanced level of performance provided by the cores enabled Seagate to create a scalable Cheetah product family of 10K and 15K rpm disc drives for data intensive applications and I/O intensive applications. Seagate used ARM® Embedded Trace Macrocell technology and Real-Time Trace technology for debug support of each core in the Cheetah disc drives. The ARM Developer Suite™ software, the ARM Multi-ICE® debug hardware and the MultiTrace™ debug hardware, which are all part of the RealView™ development solution were used to accelerate firmware design, and reduce time-to-market for the multiple Seagate disc drives. "Using ARM technology within Seagate's new Cheetah products has enabled the implementation of virtually any ASIC design, as well as helped to fine tune the performance of the disc drive," said Michael Robinson, Seagate executive director of VLSI development engineering. "The ARM microprocessor core architecture, as well as a tightly-integrated embedded software design and debug environment, enabled us to introduce a wide variety of high-performance products from the same base platform – minimizing time-to-market and overall development costs." For more information on the ARM architecture, visit www.arm.com or email info@arm.com. For more information on the Seagate Cheetah family of disc drives, visit http://specials.seagate.com/cheetah. About RealView Tools About ARM -ENDS-
Seagate, Seagate Technology and the Seagate logo are registered trademarks of Seagate Technology LLC. Cheetah is either a trademark or registered trademark of Seagate Technology LLC or one of its affiliate companies. All other trademarks are the property of their respective owners. Seagate reserves the right to change, without notice, product offerings or specifications.
|
Home | Feedback | Register | Site Map |
All material on this site Copyright © 2017 Design And Reuse S.A. All rights reserved. |