Cortus IP
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Implementation of the RISC-V RV64GC ISA
- RISC-V 64 bit ISA (RV64)
- RV64GC
- Single and Double Precision Floating Point
- Machine and User Modes
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Compact Implementation of the RISC-V RV32IMAC ISA
- RISC-V 32 bit ISA (RV32)
- Integer Instruction Set (I)
- Compressed Instruction Set (C)
- Integer Multiply & Divide (M)
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Compact Implementation of the RISC-V RV32EMC ISA
- RISC-V 32 bit ISA (RV32)
- Integer Instruction Set (I)
- Compressed Instruction Set (C)
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Low Power IoT Platform for SoC
- Ultra Low Power
- DASH7
- ISM Bands 433, 868 & 915 MHz
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Compact Implementation of the RISC-V RV32IMC ISA
- RISC-V 32 bit ISA (RV32)
- Integer Instruction Set (I)
- Compressed Instruction Set (C)
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Very High Performance Embedded Microcontroller with Dual Issue Pipeline
- Dual Issue, 5-7 Stage Pipeline
- Multiply - Accumulate
- 2 High Performance Integer Multipliers
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Low power 32-bit processor supporting single precision floating point in hardware
- 32-bit core with 16 registers
- 5-7 stage pipeline
- Hardware single precision floating point unit
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High performance, flexible, extendible 32 bit microcontroller core featuring excellent code density
- High Throughput RISC Core
- Excellent Code Density
- 2.21 DMIPS/MHz
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Energy efficient, low cost, 8 bit replacement, 32 bit microcontroller
- Cost Effective 32 bit Core
- Energy Efficient RISC Core
- Ideal 8 bit Replacement
- 64 KBytes of Program
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High performance, flexible, 32 bit Energy Efficient Embedded Microcontroller
- High Throughput RISC Core
- 2.24 DMIPS/MHz
- 5-stage pipeline
- High Clock Frequency (> 400MHz in 90nm)
