Smart IC Design:

Innovating Silicon Solutions for a Smarter Future.

Bringing your innovations to life with comprehensive SoC and SiP turnkey solutions—from design and verification to fabrication, packaging, and testing—for seamless delivery of high-performance, custom silicon tailored precisely to your requirements.

We’re delivering only Exceptional Quality Work

20+ Years of Expertise in ASIC and FPGA Design
Specializing in advanced system solutions for communications and consumer electronics:

  • Low-Power Transceiver ICs
  • Smart Card Solutions
  • DSP Systems
  • AI Inference Accelerators and Engines

Delivering optimized, high-performance hardware tailored to your unique requirements.

100+

Project Completed

20+

Years of Experience

40+

Clients Worldwide

Rayano Services

Rayano provides comprehensive services in Digital ASIC and Embedded System Design, offering end-to-end solutions from specification to silicon. Our expertise spans high-performance ASIC design, advanced RTL methodologies, low-power optimization, and cutting-edge deep-nanometer technology nodes, complemented by specialized hardware/software co-design, FPGA prototyping, and seamless integration of embedded processor platforms like ARM and RISC-V.

Digital ASIC Design

High-Performance SoC Design, End-to-End ASIC Flow (Specification to GDSII), RTL Design, Synthesis, and Place & Route, CAD Tool Expertise, Advanced Deep Nanometer Technology Nodes, Low-Power Design Methodologies

Embedded System Design & Integration

Hardware/Software Co-Design, SoC Integration (ARM, RISC-V, etc.), eFPGA & MPSoC Prototyping and Accelerator Development, Custom Embedded Solutions, Processor-based Embedded Platforms

FPGA & MPSoC Solutions

FPGA Prototyping,

Custom Hardware Accelerators,

Multi-Processor System-on-Chip (MPSoC) Designs

Expert Consulting

Rayano provides specialized consulting services tailored to your project’s unique challenges. Leverage our extensive ASIC and FPGA experience to ensure technical excellence, design efficiency, and optimal system performance.