We are proud to announce that Codethink has joined the Microchip Design Partner program, specializing in Functional Safety and MPU, to assist their clients in the creation of electronic systems. Microchip’s focus on long-term support, avoiding depreciation of parts or support for customer engagements is a perfect match for Codethink’s efforts towards sustainable platform management.
Codethink is a software consultancy specialised in Linux and Embedded systems. Our Fortune 500 clients in the Automotive and IoT industries, among others, have benefited from our bespoke and cutting-edge hardware solutions for over a decade.
Microchip Technology Incorporated is a leading provider of smart, connected and secure embedded control solutions. Customers can create optimal designs with its easy-to-use development tools and broad product range, which reduce risk while decreasing overall system cost and time to market. More than 120,000 customers use the company's solutions in the industrial, automotive, consumer, aerospace and defense, communications, and computing markets.
"We’re excited to be building on our relationship with Microchip, particularly focusing on shared interests in automotive solutions, safety-critical systems and advanced open source technologies, including RISC-V" - Paul Sherwood, CEO at Codethink
Microchip Functional Safety Design Partner
At Codethink, we work closely with safety experts and open source communities to provide state-of-the-art software solutions for our clients. We recently developed a deterministic construction solution for safety-critical software based on open source tooling, which was certified to ISO 26262 / ASIL D by Exida. We are active contributors to the ELISA project and MIT’s STAMP community, which enables us to assist our Automotive OEM and Tier 1 clients in applying safety engineering principles to Linux-based operating systems.
As Microchip Design Partner, we will help their clients to apply safety approaches to modern systems involving multicore processors and Linux-scale software. We will support Microchip’s customers by applying top-down hazard analysis using STPA, coupled with a systematic fault injection approach and statistical analysis of automated test results.
Microchip MPU Design Partner
As an open source consultancy, we address critical hardware projects for a wide range of industries. Our solutions include Linux Kernel and driver development, board bring-up, and optimisation for client-specific workloads for both Android and Linux systems. Codethink’s hardware design team produced one of the first ARM-based servers, and we have expertise scaling all the way down to the smallest of MPU-based systems.
Codethink will support Microchip’s clients on high speed systems design and custom Linux operating systems design, as well as delivery of specialist Board Support Package solutions and support for production systems maintenance.
We look forward to working more closely with Microchip, their clients and associates.
Related blog posts:
- Using Microchip's Polarfire: RISC-V: Codethink's first research about the open instruction set >>
Other Content
- Open Source Summit Europe (OSSEU) 2024
- Watch: Real-time Scheduling Fault Simulation
- Improving systemd’s integration testing infrastructure (part 2)
- Meet the Team: Laurence Urhegyi
- A new way to develop on Linux - Part II
- GUADEC 2024
- Developing a cryptographically secure bootloader for RISC-V in Rust
- Meet the Team: Philip Martin
- Improving systemd’s integration testing infrastructure (part 1)
- A new way to develop on Linux
- RISC-V Summit Europe 2024
- Safety Frontier: A Retrospective on ELISA
- Codethink sponsors Outreachy
- The Linux kernel is a CNA - so what?
- GNOME OS + systemd-sysupdate
- Codethink has achieved ISO 9001:2015 accreditation
- Outreachy internship: Improving end-to-end testing for GNOME
- Lessons learnt from building a distributed system in Rust
- FOSDEM 2024
- Introducing Web UI QAnvas and new features of Quality Assurance Daemon
- Outreachy: Supporting the open source community through mentorship programmes
- Using Git LFS and fast-import together
- Testing in a Box: Streamlining Embedded Systems Testing
- SDV Europe: What Codethink has planned
- How do Hardware Security Modules impact the automotive sector? The final blog in a three part discussion
- How do Hardware Security Modules impact the automotive sector? Part two of a three part discussion
- How do Hardware Security Modules impact the automotive sector? Part one of a three part discussion
- Automated Kernel Testing on RISC-V Hardware
- Automated end-to-end testing for Android Automotive on Hardware
- GUADEC 2023
- Embedded Open Source Summit 2023
- RISC-V: Exploring a Bug in Stack Unwinding
- Adding RISC-V Vector Cryptography Extension support to QEMU
- Introducing Our New Open-Source Tool: Quality Assurance Daemon
- Long Term Maintainability
- FOSDEM 2023
- Think before you Pip
- BuildStream 2.0 is here, just in time for the holidays!
- A Valuable & Comprehensive Firmware Code Review by Codethink
- GNOME OS & Atomic Upgrades on the PinePhone
- Flathub-Codethink Collaboration
- Codethink proudly sponsors GUADEC 2022
- Tracking Down an Obscure Reproducibility Bug in glibc
- Web app test automation with `cdt`
- FOSDEM Testing and Automation talk
- Protecting your project from dependency access problems
- Porting GNOME OS to Microchip's PolarFire Icicle Kit
- YAML Schemas: Validating Data without Writing Code
- Deterministic Construction Service
- Hamsa: Using an NVIDIA Jetson Development Kit to create a fully open-source Robot Nano Hand
- Using STPA with software-intensive systems
- Codethink achieves ISO 26262 ASIL D Tool Certification
- Full archive