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Processor Cores

 

ARM

High Performance ARM-Based SoC Designs




ARM-based SoC designs

LSI Logic, an industry leader in high-performance processor cores, provides a complete portfolio of ARM® processors at speeds up to 450 MHz. LSI Logic has processor cores available from all four families, ARM7, ARM9, ARM10, and ARM11, in both 0.11 and 0.18 micron (drawn) technologies. All the ARM cores are synthesized for seamless ASIC integration. In addition to the traditional timing-closed hardmac cores, FlexCore® ARM cores are also available allowing the cores to be configured to individual customer requirements. System CoreWare™ processor systems and reference designs are also available with all the ARM processor cores.

ARM processor cores, licensed from ARM Ltd. (Cambridge, England), are now the most widely requested embedded processor cores in the industry, being used across a most diverse range of market segments. ARM's focus throughout their 10 year history, has been to provide highly standardized cores with good tool support, and full code compatibility from one generation to the next. Through this strategy ARM has grown to be the highest volume embedded core architecture with over 400 million units shipping in 2001.

ARM has also been very successful in partnering with well over 100 3rd party companies, who between them now offer a broad array of tools, RTOSs, application software, and ARM related services. ARM cores are popular in markets such as portable communications, hand-held computing, multimedia, digital consumer and embedded solutions.

 


Name RC ASIC Speed Process Features
ARM1026EJ-S(CW001020)   X Up to 333 MHz GflxP 0.11 micron (drawn) High-performance 6-stage processor with 16k instruction and data caches, configurable TCMs, MMU and MPU, 64 or 32-bit buses. Product Brief [PDF, 19Kb, Jan 2003]
ARM1136J-S (CW001130)   X Up to 425 MHz GflxP 0.11 micron (drawn) High-performance 32-bit 8-stage processor with 16k Byte instruction and data caches, 16K instruction and data, and an MMU, 64 and 32-bit bussing. Product Brief [PDF, 64.0KB, June 2004]
ARM1136JF-S (CW001133)   X 400 MHz GflxP High-performance 32-bit 8-stage processor with floating point unit, 16k Byte instruction and data caches, 16K instruction and data, and an MMU, 64 and 32-bit bussing.
ARM1156T2-S (CW001145)   X 450 MHz G90P Thumb2, Configurable TCM with ECC, 64-bit AXI, 9-stage pipeline, MPU
ARM7EJ-S (CW001014)   X Up to 167 MHz FlexCore 5-stage pipeline 32-bit FlexCore processor cores with Java hardware acceleration.Product Brief [PDF, 87KB, Jan 2001]
ARM7TDMI-S (CW001012) X X Up to 133 MHz FlexCore High performance FlexCore ARM7TDMI-S processor cores optimized for AMBA AHB interface. Product Brief [PDF, 29 Kb]
ARM926EJ-S (CW001120)   X 266 MHz Gflx 0.11 micron (drawn) High performance ARM926EJ-S, 16kB instruction and 16kB data caches, and Memory Management Unit (MMU). Processor Core Product Brief [PDF, 87KB, Jan 2003], Processor System Product Brief [PDF, 51KB, May 2004]
ARM926EJ-S(CW001107) X X 200 MHz G12P 0.18 micron High performance ARM926EJ-S with Memory Management Unit (MMU), and dedicated hardware support for Java. Processor Core Product Brief [PDF, 87KB, Jan 2003], Processor System Product Brief[PDF, 51KB, May 2004]
ARM926EJ-S(CW001124) X   200 MHz GflxR 0.11 micron (drawn) Supports RapidChip, high performance ARM926EJ-S, 16kB instruction and 16kB data caches, and Memory Management Unit (MMU). Processor Core Product Brief[PDF, 95KB, July 2004], Processor System Product Brief[PDF, 51KB, May 2004]
ARM946E-S (CW001140)   X Up to 230 MHz FlexCore High performance ARM946E-S FlexCore processors with configurable instruction and data caches, configurable TCM RAMs, an AMBA AHB interface and Embedded Trace Macrocell interface. Product Brief [PDF, 93KB, Jan 2001]
ARM966E-S (CW001160)   X 266 MHz FlexCore High performance ARM966E-S FlexCore processors with configurable TCM RAMs, an AMBA AHB interface and Embedded Trace Macrocell interface. Processor Cores Product Brief [PDF, 33KB, Jan 2001]
ARM966E-S (CW001163) X   212 MHz GflxR High performance ARM966E-S processor with configurable TCM RAMs and an AMBA AHB interface for use with RapidChip Platform ASIC.

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March 07, 2005 - LSI Logic Drives High Performance Applications with Synthesized ARM1156t2-S Processor and Reference Design

Oct 19, 2004 - LSI Logic ECC Core Significantly Reduces Die Area and Cost of Adding ECC to Arm Processor Based SoC Designs

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