Tosil

Built on Silicon

Silicon Engineering Services

Comprehensive silicon design and implementation services covering the entire ASIC/FPGA development lifecycle

High-Performance RTL for Complex Digital Systems
Expertise in Verilog / SystemVerilog / VHDL
IP core design and seamless SoC integration
Clock domain crossing (CDC) handling
Low-power RTL techniques (UPF, MV design)
Configurable and reusable IP libraries

RTL Design & Development

Custom RTL design and development for complex digital systems using industry-standard HDLs.

High-Performance RTL for Complex Digital Systems
Expertise in Verilog / SystemVerilog / VHDL
IP core design and seamless SoC integration
Clock domain crossing (CDC) handling
Low-power RTL techniques (UPF, MV design)
Configurable and reusable IP libraries

Verification & Validation

Comprehensive verification methodologies ensuring first-time-right silicon success.

High-Performance RTL for Complex Digital Systems
Expertise in Verilog / SystemVerilog / VHDL
IP core design and seamless SoC integration
Clock domain crossing (CDC) handling
Low-power RTL techniques (UPF, MV design)
Configurable and reusable IP libraries

Design for Test (DFT)

Comprehensive DFT solutions for enhanced testability and manufacturing yield.

High-Performance RTL for Complex Digital Systems
Expertise in Verilog / SystemVerilog / VHDL
IP core design and seamless SoC integration
Clock domain crossing (CDC) handling
Low-power RTL techniques (UPF, MV design)
Configurable and reusable IP libraries

Physical Design & Implementation

Complete physical implementation from netlist to GDSII with timing closure.

High-Performance RTL for Complex Digital Systems
Expertise in Verilog / SystemVerilog / VHDL
IP core design and seamless SoC integration
Clock domain crossing (CDC) handling
Low-power RTL techniques (UPF, MV design)
Configurable and reusable IP libraries

ASIC/FPGA Design

End-to-end ASIC and FPGA design services from concept to production.

High-Performance RTL for Complex Digital Systems
Expertise in Verilog / SystemVerilog / VHDL
IP core design and seamless SoC integration
Clock domain crossing (CDC) handling
Low-power RTL techniques (UPF, MV design)
Configurable and reusable IP libraries

Silicon Bring-up & Debug

Post-silicon validation and debug services for successful product launch.

Built on Silicon

Our Silicon Design Process

A proven methodology that ensures successful silicon delivery from concept to production.

Requirements Analysis

In-depth capture of performance, functionality, and interface requirements We engage early to define specifications aligned with product goals and silicon constraints.

Architecture Design

System-level planning and micro-architecture definition Optimal partitioning and block-level specifications to balance performance, area, and power.

RTL Implementation

Clean, scalable, and synthesis-friendly RTL development Coding with industry best practices for timing closure, reuse, and power efficiency.

Verification & Testing

Comprehensive pre-silicon validation strategy UVM, formal methods, and system-level testbenches ensure first-pass silicon success.

Physical Implementation

Full flow from synthesis to GDSII Including placement, clocking, routing, DRC/LVS, and power/timing sign-off.

Silicon Validation

Post-silicon debug, tuning, and production enablement Includes board bring-up, test program development, bench validation.

Built on Silicon

Why Choose Our
Silicon Engineering Services

Partner with us for reliable, efficient, and innovative embedded system solutions.

Faster Time-to-Market

Proven methodologies and automation tools accelerate your design closure and tape-out schedule.

First-Pass Silicon Success

Comprehensive verification and signoff processes ensure your silicon works right the first time.

Maximum Test Coverage

Advanced DFT techniques achieve industry-leading test coverage with minimal area overhead.