32-Bit Microprocessor IP

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Compare 115 32-Bit Microprocessor IP from 22 vendors (1 - 10)
  • Tensilica ConnX 110/120
    • Certified ISO 26262:2018 ASIL-compliant
    • VLIW parallelism issuing multiple concurrent operations per cycle
    • 128-bit or 256-bit SIMD
    Block Diagram -- Tensilica ConnX 110/120
  • Tensilica ConnX B10/B20
    • Single-instruction, multiple-data (SIMD) vector processing
    • Up to 5-issue very long instruction word (VLIW) for parallel load/store, MAC, and ALU ops
    Block Diagram -- Tensilica ConnX B10/B20
  • Tensilica Fusion F1 DSP
    • Specialized design to take advantage of sparsity in weights and activations for compute and bandwidth reduction
    Block Diagram -- Tensilica Fusion F1 DSP
  • Data Movement Engine - Efficient data-processing and simultaneous multi-threading, low latency and deterministic data access
    • Efficient throughput with the first RISC-V core to support up to 4-way multithreading
    • Highly scalable multi-core, multi-cluster coherent computing solution
    • MIPS Enhancements for increased connectivity and throughput
    • Use in 5G/6G Comms Infrastructure, Automotive Gateways, Embedded & Datacenter
    Block Diagram -- Data Movement Engine - Efficient data-processing and simultaneous multi-threading, low latency and deterministic data access
  • 512-bit Vector DSP IP, Single Core with Functional Safety
    • Integrated hardware safety features with minimal area and power impact for full ASIL compliance (ASIL D systematic, up to ASIL C random)
    • Four-way VLIW architecture combining scalar and vector operations
    • 128-bit, 256-bit and 512-bit vector lengths
    • 8, 16, and 32-bit integer SIMD engines
    Block Diagram -- 512-bit Vector DSP IP, Single Core with Functional Safety
  • 512-bit Vector DSP IP, Quad Core with Functional Safety
    • Integrated hardware safety features with minimal area and power impact for full ASIL compliance (ASIL D systematic, up to ASIL C random)
    • Four-way VLIW architecture combining scalar and vector operations
    • 128-bit, 256-bit and 512-bit vector lengths
    • 8, 16, and 32-bit integer SIMD engines
    Block Diagram -- 512-bit Vector DSP IP, Quad Core with Functional Safety
  • 512-bit Vector DSP IP, Dual Core with Functional Safety
    • Integrated hardware safety features with minimal area and power impact for full ASIL compliance (ASIL D systematic, up to ASIL C random)
    • Four-way VLIW architecture combining scalar and vector operations
    • 128-bit, 256-bit and 512-bit vector lengths
    • 8, 16, and 32-bit integer SIMD engines
    Block Diagram -- 512-bit Vector DSP IP, Dual Core with Functional Safety
  • 256-bit Vector DSP IP, Single Core with Functional Safety
    • Integrated hardware safety features with minimal area and power impact for full ASIL compliance (ASIL D systematic, up to ASIL C random)
    • Four-way VLIW architecture combining scalar and vector operations
    • 128-bit, 256-bit and 512-bit vector lengths
    • 8, 16, and 32-bit integer SIMD engines
    Block Diagram -- 256-bit Vector DSP IP, Single Core with Functional Safety
  • 128-bit Vector DSP IP, Single Core with Functional Safety
    • Integrated hardware safety features with minimal area and power impact for full ASIL compliance (ASIL D systematic, up to ASIL C random)
    • Four-way VLIW architecture combining scalar and vector operations
    • 128-bit, 256-bit and 512-bit vector lengths
    • 8, 16, and 32-bit integer SIMD engines
    Block Diagram -- 128-bit Vector DSP IP, Single Core with Functional Safety
  • 512-bit Vector DSP IP, Single Core
    • Four-way VLIW combining scalar and vector operations
    • 128-bit, 256-bit and 512-bit vector word lengths
    • 8, 16, and 32-bit integer SIMD engines
    • IEEE 754-compliant vector floating point unit option offers single-precision or half-precision operations and advanced math functions
    Block Diagram -- 512-bit Vector DSP IP, Single Core
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