Expertise
Design Services
At Thess-IC, we provide end-to-end chip design services, turning ideas into high-performance silicon. Leveraging Cortus IPs and technologies, developed by twelve of the original founding members of the RISC-V Foundation, along with advanced analog and digital technologies, our team delivers reliable, low-power, and scalable solutions for industrial, automotive, avionics, AI, and security applications.
Our IP and design platforms are already deployed in the market, with more than 18 billion chips shipped and 1.2 billion chips delivered annually, demonstrating proven reliability and scalability.
Services
Our Services
SoC and MCU Design
Complete system architecture, RTL development, and integration using Cortus IPs.
Analog and Mixed-Signal Design
High-precision circuits for demanding applications.
Verification & Validation
In-house testing and multi-generation tape-out expertise.
Safety & Security
Design for safety-critical and secure applications, meeting industry standards.
By combining proven IP with our design expertise, Thess-IC accelerates time-to-market while ensuring robust, high-quality chips tailored to your project needs.
Disciplines
Deep expertise across the project chain
Digital Design
- RTL / Logic design
- Low-power & radiation-hardened ICs
- FPGA & ASIC flows
- DSP & SoC architecture
Analog / RF Design
- VCO, Mixers, PA, LNA
- DC-DC converters
- PLL systems
- AMS integration
- Baseband components
Mixed-Signal
- ADC / DAC design
- Sensor interfaces
- Power management
- Hearing aid & wearable ICs
- IoT front-ends
Embedded Software & Tools
- Bare-metal drivers, RTOS integration & HAL libraries
- Motor control & DSP algorithms for our MCU architectures
- End-to-end toolchain: compilers, debuggers & profiling tools
- Reference designs & application software for target markets
Process
Concept to production
We support you at every stage of the chip development lifecycle.
Concept & Specification
Architecture definition, specification development, and feasibility analysis.
Design & Implementation
RTL design, analog/mixed-signal block design, and physical implementation.
Test Platforms
Test board design, FPGA prototyping, and platform bring-up.
Validation & Samples
Engineering sample testing, measurement, characterization, and validation.
Production Ramp
Production test development, yield analysis, and ramp-up support.
Process Nodes
Foundries
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