Embedded FPGA (eFPGA) puts a block of programmable logic on the same die as an automotive SoC's CPU, memory, and analog, so hardware accelerators needed for…
Embedded FPGA (eFPGA) puts a block of programmable logic on the same die as an automotive SoC's CPU, memory, and analog, so hardware accelerators needed for radar, battery management, motor control, and security can be updated in the field with a secure bitstream instead of a year-long, multimillion-dollar respin and requalification of the silicon. Here's where it pays for its area, and where it doesn't.
A vector CPU can match an FPGA’s throughput for a 64-tap FIR filter, but it consumes several times the energy per…
A vector CPU can match an FPGA’s throughput for a 64-tap FIR filter, but it consumes several times the energy per sample. Here’s a practical framework for deciding which signal-processing functions to harden, which to run in software, and which to keep reconfigurable using an embedded FPGA (eFPGA).
Download the white paper to compare eFPGA implementation approaches and identify the right solution for your next SoC design.
Download the white paper to compare eFPGA implementation approaches and identify the right solution for your next SoC design.
As AI data centers race to meet exploding power demands, traditional sensing and power delivery methods are hitting their…
As AI data centers race to meet exploding power demands, traditional sensing and power delivery methods are hitting their limits — learn how advanced magnetic current sensors and high-voltage gate drivers are enabling the efficiency, protection, and power density that next-generation architectures require.
Download the white paper to see how Calibre Vision AI transforms DRC debug with AI-driven insights, faster analysis, and…
Download the white paper to see how Calibre Vision AI transforms DRC debug with AI-driven insights, faster analysis, and smarter error resolution.
Discover how to speed up your design process without sacrificing accuracy using advanced electromagnetic analysis techniques.
Discover how to speed up your design process without sacrificing accuracy using advanced electromagnetic analysis techniques.
Download this white paper to learn about the timing, power, and physical signoffchallenges of multi-die designs, along…
Download this white paper to learn about the timing, power, and physical signoffchallenges of multi-die designs, along with advanced electronic design automation (EDA) solutions available today.
Learn how to create a new verification flow that combines emulation and X STEP, a platform that can generate, capture,…
Learn how to create a new verification flow that combines emulation and X STEP, a platform that can generate, capture, and analyze bit-accurate fronthaul traffic.
This paper describes how a PreScan, Veloce, and AMEsim tool flow provides the thoroughness of verification to get new…
This paper describes how a PreScan, Veloce, and AMEsim tool flow provides the thoroughness of verification to get new cars on the road quickly, efficiently, and safely.
Explore the advantages and benefits of Veloce VirtuaLAB emulation, backed up by three test cases.
Explore the advantages and benefits of Veloce VirtuaLAB emulation, backed up by three test cases.
Take a look at verification challenges and walk through a proven automated ESD verification methodology for 2.5D and 3D ICs.
Take a look at verification challenges and walk through a proven automated ESD verification methodology for 2.5D and 3D ICs.
Learn how to quickly and accurately analyze and fix (or waive) a wide range of complex error conditions with automated…
Learn how to quickly and accurately analyze and fix (or waive) a wide range of complex error conditions with automated post-processing DRC debugging flows.
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