Brilliant at the Edge

Leading fabless semiconductor company specializing in RF design, AI
processing, and wireless communication innovation

About Brilliant Silicon

Founded in 2022, BSi is a professional fabless semiconductor company with complete SoC design capabilities, providing end-to-end solutions from concept to mass production.

Successful Designs

Team Members

Global Offices

Founded Year

Core Competencies

RF & Mixed-Signal Design

Digital Design & SoC

AI Algorithms

AI Algorithms & Software

Acoustic Systems

Wireless Communication

Optical Communication

Products & Solutions

Comprehensive IP portfolio meeting modern application needs

RF ASIC Service

LEO satellite RF chipset, advanced RF technology

User equipment solutions
Customized design
Technical support

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Wireless Communication

BSi 12000/13000 BT 5.4 SoC, Dual-band 2.4/5.8GHz solutions

Ultra-compact RF design
High-speed HDT mode
Low power consumption

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AI Edge Computing

Hybrid neural network models, edge computing optimization

2x power reduction
20% cost reduction
AI processor IP

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Optical Communication

25/50/100 Gbps TIA, supporting 800Gbps

High-speed TIA series
PON OLT solutions
Optical communication applications

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Audio Processing

24-bit high-precision ADC/DAC, AI noise reduction technology

SNR 97dBA ADC
SNR 98dBA DAC
Class AB/D amplifier

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Leo Chip Series

Featured product series, innovative technology applications

Innovative design
High performance
Versatile applications

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LEO ASIC Solutions & Design Services

Breakthrough in Innovation

LEO ASIC Design Service delivers advanced semiconductor solutions tailored to mission-specific requirements. By combining cutting-edge process technologies, deep system integration expertise, and capabilities in RF and Digital Beamforming (DBF) design, we provide end-to-end services—from architecture design and IC development to tape-out and volume production. We empower customers to achieve high-performance, power-efficient, and highly customized chip solutions for next-generation communications and high-speed data transmission.