Empowering RISC-V Single Board Computers with JH7110 Innovation

Empowering RISC-V Single Board Computers with JH7110 Innovation

A single board computer (SBC) integrates a microprocessor, memory, and interface components onto a single printed circuit board. Typically, each single board computer includes a CPU, GPU, chipset, and I/O ports, all soldered onto the board. Because the components are all on one board, single board computers are much smaller compared to most other motherboards. … Read more

Next Generation Embedded AI Control MCU: Haisheng A²MCU for Smarter and More Energy-Efficient Appliances

Next Generation Embedded AI Control MCU: Haisheng A²MCU for Smarter and More Energy-Efficient Appliances

The China Household Appliances and Consumer Electronics Expo (hereinafter referred to as “AWE 2024”) was held in Shanghai on March 14, showcasing unprecedented splendor. Major appliance manufacturers launched new products while also demonstrating innovations in the appliance sector using new technologies such as AI. For example, AI energy-saving air conditioners and AI smart weighing washing … Read more

Implementing Neural Networks on a 10-Cent RISC-V MCU Without a Multiplier

Implementing Neural Networks on a 10-Cent RISC-V MCU Without a Multiplier

For some time now, I have been contemplating setting up an environment to implement algorithms based on neural networks on a smaller (8-pin) microcontroller. After reviewing existing solutions, I found that none truly satisfied me. An obvious problem is that flexibility often comes at the cost of overhead. As usual, for a truly optimized solution, … Read more

Heterogeneous Quad-Core Embedded Processor RV32M1 Series – RI5CY Core Hardware Abstraction Layer Project

Heterogeneous Quad-Core Embedded Processor RV32M1 Series - RI5CY Core Hardware Abstraction Layer Project

Luo Jia Submission: Heterogeneous Quad-Core Embedded Processor RV32M1 Series – RI5CY Core Hardware Abstraction Layer Project: <a href="https://github.com/rv32m1-rust/rv32m1_ri5cy-hal">https://github.com/rv32m1-rust/rv32m1_ri5cy-hal</a> The RV32M1 processor has four cores with different instruction sets, including two different ARM cores and different RISC-V cores, allowing for more adaptable and flexible application frameworks. Each core should be supported by different hardware abstraction layer … Read more

The New Combination of RISC-V and FPGA — BeagleV-Fire

The New Combination of RISC-V and FPGA — BeagleV-Fire

Recently discovered an interesting development board that is based on RISC-V and FPGA. This form is my first encounter. It is the BeagleV®-Fire BeagleV®-Fire adopts Microchip’s PolarFire® FCVG484E 5-core RISC-V system-on-chip and FPGA architecture. It has 4 64-bit RV64GC application cores and 1 64-bit RV64IMAC monitor/boot core, with a performance of 3.125 CoreMarks/MHz and 1.714 … Read more

The Turbulent Future of Arm: Can RISC-V Take on the Challenge?

The Turbulent Future of Arm: Can RISC-V Take on the Challenge?

According to reports from Electronic Enthusiasts Network (by Zhou Kaiyang), there have been numerous reports claiming that Nvidia’s exclusive acquisition negotiations for Arm have entered the final stages, with related parties stating that the transaction could be completed as early as late summer this year. As an architecture that supplies billions of chips to the … Read more