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ARM1136J(F)-S

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The award-winning ARM1136J-S™ and ARM1136JF-S™ processors deliver up to 660 Dhrystone 2.1 MIPS in 0.13µ process. Both processors feature the ARM v6 instruction set with media extensions, ARM Jazelle® technology for efficient embedded Java execution, ARM Thumb® code compression, and optional floating point coprocessor. Media processing extensions offer up to 1.9x acceleration of media-processing tasks such as MPEG4 encode.

Instruction and data cache sizes are configurable, and optional Tightly Coupled Memories can be added to accelerate interrupt handling and data-processing. These processors feature AMBA® 2.0 AHBTM interfaces compatible with a wide range of system IP and peripherals. The ARM1136JF-S processor also features an integrated floating point coprocessor, which makes it particularly suitable for embedded 3D-graphics applications.

 ARM1136J-S Pic
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Applications:

  • Networking – Control processor in network infrastructure, switch, and router products
  • Consumer – Digital TV, Set-top Box, Games Console
  • Automotive infotainment – in-Car entertainment, DVD player, navigation equipment


Features:

  • Powerful ARMv6 instruction set architecture
  • ARM Thumb instruction set reduces memory bandwidth and size requirements by up to 35%
  • ARM Jazelle technology for efficient embedded Java execution
  • ARM DSP extensions
  • SIMD (Single Instruction Multiple Data) media processing extensions deliver up to 2x performance for video processing
  • Energy-saving power-down modes
  • Reduce static leakage currents when processor is not in use
  • CoreSight™ technology
    • A framework for complete system debug and trace
    • Consists of the CoreSight ETM11 embedded trace macrocell and many other CoreSight components
  • High performance integer processor
  • 8-stage integer pipeline delivers high clock frequency
  • Separate load-store and arithmetic pipelines
  • Branch Prediction and Return Stack
  • Up to 660 Dhrystone 2.1 MIPS in 0.13µ process
  • High performance memory system
  • Supports 4-64k cache sizes
  • Optional tightly coupled memories with DMA for multi-media applications
  • Multi-ported AMBA 2.0 AHB bus interface speeds instruction and data access
  • ARMv6 memory system architecture accelerates OS context-switch
  • Vectored interrupt interface and low-interrupt-latency mode speeds interrupt response and real-time performance
  • Optional Vector Floating Point coprocessor (ARM1136JF-S)
  • Powerful acceleration for embedded 3D-graphics
  • ARM-EDA Reference Methodology deliverables significantly reduce the time to generate a specific technology implementation of the core and to generate industry standard views and models.

Related Links:
Microprocessor Report article - MPF Hosts Premiere of ARM1136- (235K PDF)
Press Release: ARM Announces Class-Leading BDTI DSP Scores for the ARM1136J-S Processor (May 2005)

 

 

 

Performance Characteristics
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*90 nm
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*  Speed
Opt
Area
Opt
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*Standard Cells Advantage-HSMetro
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*Memories AdvantageMetro
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*
*    
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*Frequency* (MHz) 620320
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*Area with cache (mm²) 2.501.55
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*Area without cache (mm²) 1.800.90
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*Cache Size 16K/16K16K/16K
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*Power with cache (mW/MHz) 0.450.24
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*Power w/o cache (mW/MHz) 0.370.18
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*

Core area, frequency range and power consumption are dependent on process, libraries and optimizations. The numbers quoted above are illustrative of synthesized cores using general purpose TSMC process technologies and ARM Artisan standard cell libraries and RAMs.

The speed optimized implementations refer to the library choices and synthesis flow decisions and tradeoffs made in order to achieve the target frequency performance. The area optimized implementations refer to the library choices and synthesis flow decisions and tradeoffs made in order to achieve a target area density.

The cache sizes are specified as InstructionCache/DataCache. The area w/o cache numbers quoted exclude RAM area, but include all logic including memory management, cache control and debug. The area with cache numbers quoted includes the core, the specified instruction and data caches and all necessary RAMs.

* Worst case conditions –   0.18µm process - 1.62V, 125C, slow silicon ;  0.13µm process - 1.08V, 125C, slow silicon ;  90nm process - 0.9V, 125C, slow silicon
† Typical case conditions– 0.18µm process–1.8V, 25C, typical silicon ;  0.13µm process - 1.2V, 25C, typical silicon ; 90nm process - 1V, 25C, typical silicon

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