Velocity Software
Velocity, AllianceATE's flagship EDA platform, is a best-in-class solution for design-to-test automation. For many customers, converting design-to-test programs requires weeks of developing custom code and tools — but not with Velocity. See faster validation and deployment with Velocity.
Services
Our EDA-to-ATE consultation service delivers a direct, one-step integration from design simulation to tester execution, combining pre-silicon validation, massively parallel pattern conversion, and bi-directional data feedback. This enables seamless correlation between simulation and silicon, rapid debug through digital twin environments, and continuous optimization across the entire design-to-test lifecycle.
Discover More About Velocity
Velocity software provides modern, industry-leading automation and processing, enabling unparalleled translation capabilities of WGL, STIL and EVCD simulation vectors to Automatic Test Equipment (ATE) platforms.
Velocity REPLAY creates Verilog test benches encoded with the ATE's exact specifications for "Guaranteed-by-Design" pre-silicon validation and post-silicon ATE test program automation. This process ensures first-pass success, eliminating the resource-draining requirement of design engineers having to revisit old Verilog test benches months later in the release cycle, delaying time-to-market. Velocity REPLAY gets the correct patterns to the ATE test team without the headaches of fixing non-working patterns.
Use Parallel mode to speed up simulation vector conversions to ATE patterns for real time-to-market time and cost savings. Our software compresses patterns on the same pass using intelligent automation to save memory space on your ATE test platform, and automatically handles Multiple Time Domains, all Xmodes (1X-8X), and Common Wavetables. No manual or PERL pattern stitching is required in the post-conversion process!
Velocity REPLAY Simulation-to-Tester and Tester-to-Simulation conversion tool offers best-in-class automation built and designed by expert ATE users who wanted greater efficiency — and fewer headaches — when creating ATE test programs.