Military-grade Digital Signal Processor

Military-grade Digital Signal Processor

ER-DSPC-20B
1. Based on the independent architecture EC104E core;
2. SIMD+VLIW architecture;
3. Meet military temperature requirements;

Military-grade Digital Signal Processor

Military-grade Digital Signal Processor

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    Introduction

    Military-grade Digital Signal Processor

    Introduction

    ER-DSPC-20B processor is a 32-bit floating-point military-grade digital signal processor with an independent architecture design. It was launched in the first half of 2020. This processor is mainly designed for applications with demanding environments, such as missile-borne, airborne radar countermeasures, and SAR imaging.

    Technical Characteristics:

    Based on the independent architecture EC104E core;

    SIMD+VLIW architecture;

    Meet military temperature requirements;

    Typical Technical Indicators

    DSP Frequency: 500MHz

    Computing Performance: 42GFLOPS

    On-chip Storage: 48Mbit

    Communication Bandwidth: 100Gbps

    Typical Power Consumption: 3.5W

    Military-grade Digital Signal Processor diagram

    Interface List

    IO Type Performance Parameter
    DDR Particle Type DDR3/4
    External Data Width 72bit (including ECC)
    Number of Controllers 1
    Maximum Total Bandwidth 204.8Gbp
    RapidIO Support Protocol Version 2.2
    Number of LANE 4
    Number of Controllers 4
    Maximum Total Bandwidth 100 Gbps
    HX-Link

    (Custom protocol)

    Support Protocol Version 1.0
    Number of LANE 4
    Number of Controllers 1
    Maximum Total Bandwidth 20 Gbps
    JESD204B

    (The controller

    which reuse HX-Link)

    Support Protocol Version JESD 204B
    Number of LANE 4
    Number of Controllers 1(AD/DA)
    Maximum Total Bandwidth 32 Gbps
    Ethernet / 10/100/1000MHz Ethernet,S/RGMII
    Parallel Port(EMIF) / 1 bit chip select, 26bit address, 16bit data
    GPIO / 80 bit
    UART/I2C/SPI Support

    Application Techniques

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    5.How do parameters affect the performance of the quartz accelerometer?

    6.Background and Development Status of MEMS Inertial Sensors


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