How parallelism in project management, synthesis and processing resources can accelerate FPGA-based design
Achieving IoT security means addressing every link in the chain, from the quality of your application code to embedding a root of trust in the hardware.
How to save test time and test costs by doing more tests in parallel, increasing compression, pooling tester memory, managing branching - and more
Part three of our series looks at the choices you face as you decide whether to build or buy a board.
Verification IP can help verify that memory-controller implementations meet standards; test an implementation against specific memories; and drive traffic for SoC verification and power analysis. Here's how to choose it.
A look at what it takes to verify low-power SoC designs, including setting objectives and measuring outcomes in a UPF-driven verification strategy
Part two of our series on FPGA-based prototyping looks at two critical factors to address before a project begins: budgeting and high-level implementation.
This multi-part series addresses various aspects of FPGA-based prototyping. Future installments will address budgeting and implementation, but we start by looking at why the technique is generating so much interest.
Implementing the reversible connector of USB Type-C demands a rethink of the PHY architecture to achieve the most cost-effective IP solution
A look at some of the quality and safety requirements that must be met when developing and applying semiconductor IP to the automotive sector.
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