Risc-V Dev Board HM-RV1
Risc-V Dev Board (ARM A76 Performance Level),Features 8 X60 cores with homogeneous fusion, delivering 50K DMIPS and 2 TOPS to run 0.5B/1B local LLMs efficiently;High-Performance RISC-V Board with Linux.
$150.00
DIMENSIONS
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CPU |
50KDMIPS、2.0 TOPS |
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RCPU |
Real-time RISC-V CPU,300MHz |
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Operation Systems |
Bianbu OS、Linux |
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Memory |
Max to 16 GB，Bandwidth max to 10.6GB/s |
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Interface |
PCIe2.1、USB2.0/3.0、GMAC、SPI、I2C、UART、CAN-FD、PWM |
PRODUCT DETAILS
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Storage |
Supports SPI flash、eMMC 5.1、SDIO3.0 SD card、SSD |
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Power Consumption |
TDP: 3～5W |
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Multimedia |
Support 4K H.265 / H.264 / VP9 / VP8, and other |
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Operating Temperature |
-40 ℃ - 85 ℃ |
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GPIOs |
GPIO-3.3V: 24 ；GPIO-1.8V: 104 |
Versatile Hardware Interfaces
Rich MIPI interfaces and 40-pin GPIO expansion, integrating multiple communication protocols for easy connection to various accessories, efficiently enabling innovative application development
Customized services
We offer one-stop customized service based on open source products to shorten the path from technology to application
Universal AI Computing
AI computing via CPU core fusion. Seamless integration with AI ecosystems. Runs all edge-side large models
Industrial-grade Standard
Stable computing from -40°C to 85°C for demanding industrial applications.
Exceptional CPU
8-core RISC-V AI CPU with 50K DMIPS & 2.0 TOPS AI. Outperforms ARM A55 by 30%+
Powerful Vector Computing
World's first RISC-V CPU with RVA22 & 256-bit RVV 1.0 support, offering 2x Neon's SIMD performance
Rich I/O Capabilities
Integrates multiple PCIe, USB, GMAC, SPI interfaces, providing comprehensive peripheral connectivity options
Compact Design
Credit card-sized 1.8-inch single board computer
Product Diagram
Customer Reviews
FAQ
1. Q: Does the HM-RV1 support AI computing workloads?
A: Yes. The HM-RV1 integrates approximately 2.0 TOPS AI computing capability through CPU core fusion and vector extensions, enabling efficient execution of AI inference tasks on edge devices.
2. Q: What operating systems are supported?
A: The HM-RV1 supports Linux-based operating systems such as Bianbu OS and OpenHarmony, providing a standard RISC-V development environment for application deployment and system integration.
3. Q: What type of memory does the board support?
A: The HM-RV1 supports LPDDR4X memory with configurations such as 4GB or 8GB, offering sufficient bandwidth for embedded computing and AI workloads.
4. Q: What interfaces are available on the HM-RV1 board?
A: The board provides a wide range of interfaces including PCIe, USB 3.0/2.0, Gigabit Ethernet, UART, I2C, SPI, CAN, PWM, GPIO, MIPI-CSI, and MIPI-DSI, enabling flexible integration into embedded and industrial systems.
5. Q: Does the HM-RV1 support hardware acceleration and vector computing?
A: Yes. The HM-RV1 supports RISC-V Vector Extension (RVV 1.0), providing enhanced SIMD parallel computing capability for accelerating data processing and AI workloads.
6. Q: What storage options are supported?
A: The HM-RV1 supports multiple storage interfaces including eMMC, SD card, SPI flash, and NVMe SSD via PCIe, allowing flexible storage expansion depending on application requirements.
7. Q: What is the typical power consumption of the HM-RV1 board?
A: The HM-RV1 is designed for energy-efficient edge computing, with optimized power consumption compared to traditional ARM-based platforms while maintaining stable performance under load.
8. Q: Does the HM-RV1 support camera and display applications?
A: Yes. The board supports MIPI-CSI for camera input and MIPI-DSI or HDMI for display output, making it suitable for vision-based applications such as robotics and AI perception.
9. Q: Is the HM-RV1 development board open and customizable?
A: Yes. The HM-RV1 platform is based on an open RISC-V architecture with open-source software and hardware support, allowing developers to customize system design and reduce development cost.
10. Q: What applications is the HM-RV1 development board best suited for?
A: The HM-RV1 is ideal for applications such as edge AI computing, robotics, industrial IoT, embedded systems development, and RISC-V software ecosystem exploration.
Applications
Robotic Dog
Education Research
Drone
Robot
Contact us
TEL: +8618926195421
Huangmei Road, Huangge Town, Nansha District, Guangzhou City, Guangdong Province, China
Email:[email protected]
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