Description
A low power, high cost-effective 32-bit RISC-V embedded general purpose processor.

Features
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Architecture: RISC-V RV32IMAC_Zicsr_Zifencei instruction set
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Pipeline: 3-stage pipeline (Fetch, Execute, Writeback)
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Operating Modes: Machine Mode, User Mode
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Hardware Multiplier & Divider: Supported
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Security: Optional Physical Memory Protection (PMP) with up to 16 configurable memory regions
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Memory: Optional Tightly-Integrated Memory (TIM0, TIM1), each configurable from 0KB to 128MB
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Interrupt System:
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Core Local Interrupt Controller (CLIC) with up to 112 fast interrupts
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Non-Maskable Interrupt (NMI) and CLIC software interrupt support
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Debug Support:
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JTAG/cJTAG interface
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Up to 16 hardware breakpoints
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Compatible with GDB, OpenOCD, TRACE32, Segger J-Link, IAR, FTDI
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Bus Interfaces:
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Two 32-bit AHB master and one 32-bit AHB slave interfaces
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Supports RISC-V Atomic (A) extension and clock division up to 1/10
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Hardware Performance Monitor (HPM):
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64-bit counters for cycles, instructions, and up to 29 configurable events
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Power Management:
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Supports WFI (Wait for Interrupt) instruction and low-power mode indication
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CoreMark (CoreMarks/MHz): 3.58
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Dhrystone-Legla (DMIPS/MHz): 1.59
Applications
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Display Screen
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Automotive
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Consumer electronics Markets
Deliverables
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Synthesizable RISC-V CPU IP core
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Simulation Environment with test case demo
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IP User Manual/ Integration Manual/ Simulation Manual/ Functional Safety Manual (if support)
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FPGA Development Board Support Package
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FPGA board
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User manual
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Online technical support
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Offline technical support
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IDE Package
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IDE (Windows + Linux versions)
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User guides
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Pre-built tool suite
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Pre-built project demos
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Automated debug and trace process
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Toolchain Package
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GCC13/GCC14-based toolchain
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Compiler, assembler, linker
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QEMU simulator
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GDB debugger
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Basic libraries
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SDK
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MCU SDK (EMSIS, RTOS support, RTOS interrupt nesting support, etc.) for 32-bit IPs
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Linux SDK (Linux OS support) for 64-bit IPs