● We have Deep knowledge in functional verification using advance verification methodologies such as VERA, VMM, OVM, UVM, SystemVerilog.

   ● We have Worked on all stages of functional verification from defining verification strategy, testplan development, defining functional coverage goals, development of full verification testbench & environment components like driver, monitor, reference model, scoreboard, sequences, testscases to bug reporting, regression runs and coverage closure.

   ● Our team has Developed Test strategy derived from RISC V specifications and comprehensive test suites in assembly for extensions I, M, A, C, Zfhmin, Za64rs, single and double precision floating points F And D and Vector. Also developed confirmatory test suit in assembly for each of the above extensions. Used SPIKE RISC-V reference model for tests suite development.

   ● We are Working on Modem based SOC. Developing UVM based subsystem level verification testbench for Control plan block which is responsible for full chip configuration.

   ● Block level, cluster or subsystem level and SOC level verification.

   ● We have been Developing testbench from basics.

   ● We have Developed sequence layering, virtual sequences.

   ● We have Register Abstraction Layer based register verification.

   ● Our team has Applied constrained random techniques to find early bugs.

   ● Our team has Exposure to formal equivalence technique of Jasper.

   ● We have Worked on GLS.

Various domains worked on:

   ● We have Developed RISC-V ISA confirmatory test suites for extensions I, A, M, C, F single and double precision Floating point, Misaligned load/stores, Machine mode, Supervisor mode and Vector Ext.

   ● We have done Assembly language test suite development with SPIKE RISC V ISA simulator.

   ● UVM based subsystem verification testbench for Modem SOC.

   ● Exposure to transport layer functionality and verification.

   ● OTN 400G FPGA bridge 8x 50G to 16x 25G interfaces.

   ● 5G integrated digital transceiver used in Broadband Direct-RF (DRF) application.

   ● Motion sensor chips

Director

Shailesh Vasekar