Electronics Overview

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FPGA Design Flow Offer

Our electronics team has experience in developing digital IP for FPGA and ASIC technologies, as well as systems and PCB design.

We have comprehensive experience of FPGA and digital ASIC design flows from planning and HDL coding through to simulation, synthesis, post-layout verification and evaluation.

Our design methodologies focus on quality at every stage and include detailed peer reviews and high-coverage automated testing in both simulation and evaluation.

To learn more about our FPGA design flow and maybe get some ideas to apply to your own projects, take a guided interactive tour of our flow.

 

IP Development FPGA Design
  • Bespoke/Complex Algorithms
  • High Speed Interfaces
  • Memory Controllers
  • Softcore Processors
  • Signal Processing
  • Low Power Design
  • Resource Optimisation
  • Frequency Optimisation
  • Block Level to System Implementation
  • High Coverage Verification
  • Behavioural Modelling
  • Scripted Build/Synthesis Flows
  • Timing Analysis and Simulation
  • Clock Domain Crossing Analysis
  • Analogue Modelling
  • System Simulation
PCB Design Test and Evaluation
  • Low Power
  • Low Noise
  • High Frequency
  • Prototypes and Demonstrators
  • ASIC Evaluation PCBs
  • Design Evaluation and Characterisation
  • Automated Regression/Production Testing
  • Hardware Evaluation FPGA Builds
  • Defect Investigation and Resolution
  • Production Test FPGA Builds

Latest News

Mentor - the missing piece of the puzzle.
Posted 13th November 2017
As a business, we are committed to the future of engineering in the UK. As part of this commitment, we look to engage with local universities at various levels ...more
Southampton Careers Fair
Posted 26th October 2017
Having reviewed our strategic plans we are pleased to have published our vacancies for graduates and summer internships for 2018. As a company, we invest time ...more
Photo of IBC
Posted 13th September 2017
ITDev is excited to announce that its specialist video technology division, Imicast, is presenting Imicast Impulse™ in the Ruby Lounge, between Hall 8 and Hall ...more
Cyclists
Posted 6th July 2017
The fitness, performance and health of athletes has never been of greater interest to sports fans as it is today. With the range of sports statistics currently ...more

Latest Blog Posts

Posted 26th October 2017, By James H
Even in the most expertly designed critical, real time operating systems have some “gotchas”. The most infamous is “priority inversion”. This article outlines ...more
Posted 19th October 2017, By James H
Disabling interrupts can cripple system responsiveness. This article discusses how RTOSes minimise interrupt disabling to give the best possible response time ...more
Starting line
Posted 12th October 2017, By James H
In the embedded world, the use of a real-time operating system (RTOS) is commonplace, and with the advent of the Internet of Things (IoT) they are becoming ...more
A Google self-driving car at the intersection of Junction Ave and North Rengstorff Ave in Mountain View.
Posted 4th October 2017, By James H
Critical systems must meet deadlines reliably. A driverless car must stop in time to avoid collisions, so how does it try to ensure this? This blog is the ...more