Where Our Engineering Applies

Silicon and Embedded Engineering Across Connected Products

VLSI and embedded engineering applied where connectivity, compute, power and product reliability matter.

Telecom & NetworkingSmart DevicesIoT DevicesIndustrial Electronics
Telecom & Networking
CONNECTIVITY • HIGH-SPEED INTERFACES

Telecom & Networking

Engineering support for connectivity silicon, network platforms and high-speed interfaces where throughput, timing and dependable operation matter.

  • RTL and verification for connectivity-focused IP and SoCs
  • FPGA and emulation support for protocol and data-path development
  • High-speed interface validation and root-cause debug
  • Embedded firmware for platform control and board support
  • Post-silicon lab automation and regression workflows
  • Performance, timing and reliability validation
Consumer & Smart Devices
CONNECTED PRODUCTS • EDGE DEVICES

Consumer & Smart Devices

Engineering for connected consumer products where power, responsiveness, peripheral integration and dependable product behaviour all matter.

  • Low-power RTL and verification support
  • Firmware, RTOS and device-driver development
  • Sensor and peripheral integration
  • Connectivity stack integration
  • Board bring-up and product validation
  • Power, boot-time, performance and reliability testing
IoT Devices
LOW POWER • CONNECTIVITY • EDGE COMPUTE

IoT Devices

Engineering for IoT products that combine low-power operation, sensing, connectivity and maintainable embedded software at the edge.

  • Low-power design and verification support
  • Embedded firmware and RTOS integration
  • Wireless and wired connectivity interfaces
  • Sensor integration and edge-processing support
  • Automated regression and long-duration testing
  • Hardware bring-up and field-reliability validation
Industrial Electronics
CONTROL • MONITORING • RELIABILITY

Industrial Electronics

Engineering for industrial control and monitoring systems where repeatable operation, interface robustness and long-term maintainability are priorities.

  • SoC and FPGA design support
  • Embedded control firmware
  • Industrial communication interfaces
  • Board bring-up and interface debug
  • Regression, soak and long-duration validation
  • Maintainability-focused documentation and handover

Engineering for connected products

Tell us where your product sits in the silicon-to-system lifecycle and we’ll map the right capabilities.

Talk to Our Team →