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Codasip – Fertigung

Develops safety-oriented RISC-V processor IP and the processor design tool Codasip Studio

Codasip Logo

Codasip GmbH

Munich (Headquarters) · Brno · Prague · Villeneuve-Loubet · Heraklion · Athens · Barcelona · Bristol · Cambridge · USA · South KoreaNew on Amplifa

2014Founded
approx. 250Employees
57%Hardware engineers

About Codasip

Codasip is a European semiconductor design company that develops RISC-V processor IP (embedded and application cores) as well as the electronic design automation tool Codasip Studio. Rather than physical manufacturing, its value creation lies in processor architecture, verification through simulation and formal methods, and the customization of processor cores via the CodAL description model. The portfolio includes standardized RISC-V cores, CHERI-enabled security cores against memory-safety vulnerabilities, custom vector processing, and automotive-grade processors per ISO 26262 and ISO/SAE 21434; in October 2025 the RISC-V processors were certified up to ASIL-D. Target industries are regulated markets such as critical infrastructure, defense, and aerospace, automotive, industrial, IoT, as well as HPC and AI. Codasip was founded in 2014 after ten years of research at Brno University of Technology, employs around 250 staff (of whom 57% hardware and 30% software engineers), and is headquartered in Munich with design centers in Europe and offices in the USA and South Korea.

Site
München
Processes
RISC-V processor IP licensing (embedded and application cores), Codasip Studio (EDA tool for processor design and custom compute), CHERI-enabled secure RISC-V cores, Custom vector processing, Processor co-design / bounded customization, Simulation (including SIM-V integration), Verification (simulation and formal verification), Automotive-grade processors (ISO 26262, ISO/SAE 21434)
Materials
CodAL description language, CHERI security architecture, RISC-V ISA
Certificates
ASIL-D (ISO 26262, product-related)
Founded
2014 (acco
Employees
approx. 250
Industries
Semiconductors, Critical national infrastructure, Defense, avionics & aerospace, Automotive, Industrial, IoT
  1. 01

    Processor architecture in CodAL

  2. 02

    RTL and SDK generation with Codasip Studio

  3. 03

    Bounded Customization / Custom Compute

  4. 04

    Simulation (including SIM-V integration) and formal verification

  5. 05

    Licensing of processor IP

Technologies & Processes

CodAL

CodAL description language

Captures a processor's instruction set architecture and microarchitecture from a single source and generates RTL and SDK from it.

CHERI

CHERI security architecture

Open standard for memory safety that architecturally addresses the root cause of around 70% of critical CVEs.

RISC-V

RISC-V ISA

Open instruction set architecture serving as the basis of the licensable processor cores.

Locations

Munich

DE

Headquarters

Brno

CZ

Office / R&D origin

Prague

CZ

Office

Villeneuve-Loubet

FR

Design Center

Heraklion

GR

Design Center

Athens

GR

Design Center

Barcelona

ES

Design Center

Bristol

GB

Design Center

Cambridge

GB

Design Center

Products

SIM-V plugin in Codasip Studio
SIM-V plugin in Codasip StudioSimulation · Custom RISC-V
Simulation with Codasip Studio
Simulation with Codasip StudioVerification · Processor design

Inside the production

Codasip locations worldwide
Codasip locations worldwide
Codasip – Resilient by Design
Codasip – Resilient by Design

Industries

SemiconductorsCritical national infrastructureDefense, avionics & aerospaceAutomotiveIndustrialIoTHigh-performance computing (HPC)Artificial intelligence / machine learning

Additional services

RISC-V processor IP licensing (embedded and application cores)Codasip Studio (EDA tool for processor design and custom compute)CHERI-enabled secure RISC-V coresCustom vector processingProcessor co-design / bounded customizationSimulation (including SIM-V integration)Verification (simulation and formal verification)Automotive-grade processors (ISO 26262, ISO/SAE 21434)

Reference customers

Vidtoo TechnologyEnSilica (licensing agreement)

Quality & Certification

The RISC-V processors are developed according to ISO 26262 and ISO/SAE 21434 and were certified up to ASIL-D in October 2025. Verification is performed through simulation (including MachineWare SIM-V) and formal methods.

EvidenceMunich
ASIL-D (ISO 26262, product-related)

History

  1. 2004

    Karel Masařík begins his doctorate on hardware/software co-design, which becomes the core of Codasip Studio.

  2. 2014

    Founding of Codasip after ten years of research at Brno University of Technology.

  3. 2015

    Seed funding of USD 4.5 million from Credo Ventures.

  4. 2017

    Co-founding of RISC-V International; first commercial RISC-V processor IP; first 64-bit RISC-V core.

  5. 2018

    Series A of USD 10 million; joins the CHIPSAlliance; Vidtoo Technology licenses the Bk3 RISC-V core.

  6. 2019

    EU Horizon 2020 funding; new strategic design center in France.

  7. 2020

    100 employees reached.

  8. 2021

    New design center in the United Kingdom; Ron Black becomes CEO.

  9. 2022

    Design centers in Greece and Spain; acquisition of Cerberus (secure IoT products).

  10. 2025

    RISC-V processors certified up to ASIL-D; accelerated sales process initiated; licensing agreement with EnSilica for a CHERI-enabled embedded CPU.

  11. 2026

    Strategic pivot and divestiture announced.

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