RISC-V MCU / MPU development
We design low-power MCUs and multicore MPUs with RISC-V, add custom extensions such as floating-point support, and maintain compatibility with major RTOS environments.
Semiconductor + industrial IoT studio
EdgeNeoTech Co., Ltd. provides cost-effective semiconductor solutions and system services for industrial automation, smart devices, and IoT.
Built around RISC-V architecture and advanced engineering capability, we help customers shorten development cycles and reduce cost through a development philosophy of lightweight design, customization, and high reliability.
We support semiconductor development around RISC-V, analog mixed-signal ICs, embedded software, and tape-out execution as a connected engineering flow.
We design low-power MCUs and multicore MPUs with RISC-V, add custom extensions such as floating-point support, and maintain compatibility with major RTOS environments.
We integrate high-precision ADC/DAC blocks and low-noise amplifiers, supporting 120 dB dynamic range designs for medical measurement and industrial sensor applications.
We provide device drivers, RTOS customization, and application framework adaptation, including support for FreeRTOS and Zephyr.
We support IP licensing, RTL, DFT, SiP/3D packaging, prototype tape-out, and mass-production testing as a one-stop development service.
We support semiconductor development close to real deployment through fast development, mature process optimization, flexible customization, and responsive technical support.
We focus on development flows that shorten the path from chip definition to sample validation by 20% versus industry averages.
We optimize around 40 nm / 28 nm nodes, targeting 98%+ yield and -40 to 85 °C operation.
A base + extension module approach allows functions and configurations to be added for specific product needs.
For issues such as failure analysis and thermal simulation, we aim to provide an initial technical response within 24 hours.
Contact us directly by email for semiconductor and embedded development discussions.
We accept early discussions on RISC-V, analog mixed-signal ICs, embedded software, and chip design.
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