Mixed-Signal Level Measurement IC
Requirements-based constrained-random verification, custom VIP integration, automated UVM environment generation, SVA checking, scripted Questa/VCS regressions and merged FPGA/ASIC coverage analysis.
Selected examples of ANKASYS implementation, verification and safety-critical work. Customer and product names are omitted where disclosure is not appropriate.
DELIVERED ENGINEERING
The examples below focus on the technical problem, the scope ANKASYS owned and the engineering methods used.
SELECTED ENGINEERING CHALLENGES
Representative implementation and verification problems, described without customer-owned product imagery.
Requirements-based constrained-random verification, custom VIP integration, automated UVM environment generation, SVA checking, scripted Questa/VCS regressions and merged FPGA/ASIC coverage analysis.
Verification-plan development, reusable UVM environment, SPI VIP integration, automatic register-model generation, SVA checkers, scoreboards and metric-driven regression flows.
AXI-based architecture with multi-core/multi-DSP processing and crypto accelerators; requirements capture, OVM/UVM verification, reusable coverage and prototyping support.
SystemVerilog/UVM FPGA and CPLD verification across multiple DAL levels, with structured planning, traceability, regression execution and certification-documentation support.
ANKASYS ENGINEERING ARCHIVE
A small selection of ANKASYS-owned engineering imagery. Customer chip layouts and customer product photography remain intentionally excluded.




GNSS FIELD MEASUREMENT
ANKASYS validates receiver hardware and digital processing with real-world signal measurements in addition to laboratory and synthetic-signal testing. This archive photograph shows an outdoor measurement setup used during GNSS receiver work.
ORGANIZATIONS
Names shown here reflect published project history. The final public reference list will be maintained separately from the technical case studies.
Talk to ANKASYS about ASIC/SoC, FPGA, verification, GNSS, reusable IP or safety-critical engineering.