EInfochips

Semiconductor design and product engineering are the core of eInfochips, which is part of Arrow. Its work spans digital transformation and connected devices that run on cloud platforms, and it describes its scope as running from silicon and hardware design to embedded software, cloud and testing. Its structure separates chip design, connected product engineering, digital engineering and quality work, so clients can buy the part of the chain they need.

Hardware and embedded engineering

Device engineering covers hardware design, design to manufacturing, embedded systems and software development, and multimedia and digital solutions such as image tuning. The company also lists product sustenance engineering, which keeps products working over their lifetime. It publishes reference designs and evaluation boards, and a reusable camera framework for developers.

Snapbricks frameworks for IoT and cloud

The Snapbricks range includes DevOps tools for IoT, an IoT gateway framework, an IoT device lifecycle management product and video management software. Assessment frameworks cover cloud migration, DevOps maturity and cloud optimisation, and a software as a service platform manages remote devices. Mobility, machine learning and data analytics sit within the digital engineering range, along with robotic process automation and extended reality services.

Test automation and quality engineering

The quality side covers product, IoT and wireless testing, device-to-cloud QA automation, cognitive QA, mobile and web testing and quality process consulting. Test frameworks include a model-based behaviour-driven testing framework, a voice assistant quality automation framework, a battery management system testing framework, a wireless connectivity test automation framework and a Bluetooth qualification framework. A testbed for avionics wireless work is also listed.

Silicon design and verification

Chip work covers ASIC and FPGA design, design verification and validation, physical design and design for test. Its tools include verification IP, the OptiX physical design framework, PerfMon for performance analysis and DAeRT, a design-for-test tool that runs and reports on checks. These sit within a wider offer for clients building connected devices and digital products.