Suresh Chips and Semiconductor

Organization

First seen 6/21/2026

Last seen 6/21/2026

Evidence 2 chunks

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RELATIONSHIPS

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Physical Memory Protection (PMP) uses → 95% 2e

Suresh Chips and Semiconductor implements PMP for security in their RISC-V cores.

Universal Verification Methodology (UVM) uses → 95% 2e

Suresh Chips and Semiconductor uses UVM testbench methodology for RISC-V core verification.

Instruction Set Simulator (ISS) uses → 96% 2e

Suresh Chips and Semiconductor uses an ISS as the golden reference model in verification.

Privilege Modes uses → 95% 2e

Suresh Chips and Semiconductor enforces privilege modes in hardware in their RISC-V cores.

Formal Verification (FV) uses → 97% 2e

Suresh Chips and Semiconductor uses formal verification for proving correctness of critical modules.

RISC-V implements → 98% 2e

Suresh Chips and Semiconductor designs and implements RISC-V cores at the RTL level.

Suresh Chips and Semiconductor implements register bypassing to mitigate data hazards.

speculative execution uses → 92% 1e

Suresh Chips and Semiconductor implements speculative execution with precise trap handling.

Non-Blocking Cache uses → 92% 1e

Suresh Chips and Semiconductor implements non-blocking caches to maximize memory bandwidth.

spike uses → 93% 1e

Suresh Chips and Semiconductor uses Spike as a golden reference ISS for RISC-V verification.

QEMU uses → 93% 1e

Suresh Chips and Semiconductor uses QEMU as a golden reference ISS for RISC-V verification.

CocoTB uses → 92% 1e

Suresh Chips and Semiconductor uses cocotb as a Python-based testbench framework for verification.

Constrained-Random Verification (CRV) uses → 96% 1e

Suresh Chips and Semiconductor applies constrained random verification to generate billions of instruction streams.

SystemVerilog Assertions (SVA) uses → 94% 1e

Suresh Chips and Semiconductor writes SystemVerilog Assertions for property checking in formal verification.

Verification IP (VIP) uses → 95% 1e

Suresh Chips and Semiconductor treats the RISC-V core as a verification IP in their methodology.

UVM Sequence Layer uses → 95% 1e

Suresh Chips and Semiconductor uses the UVM Sequence Layer to generate constrained-random instruction and interrupt streams.

Bus Functional Model (BFM) uses → 95% 1e

Suresh Chips and Semiconductor uses a BFM for memory and peripheral simulation in their verification environment.

Scoreboard uses → 96% 1e

Suresh Chips and Semiconductor uses a scoreboard to continuously compare RTL architectural state with the reference ISS.

Interrupt Controller evaluates → 90% 1e

Suresh Chips and Semiconductor applies formal verification to the interrupt controller module.

Suresh Chips and Semiconductor uses RTL design methodology for implementing RISC-V cores.

Parameterization uses → 96% 1e

Suresh Chips and Semiconductor emphasizes parameterization as a core RTL design principle.

Smepmp uses → 90% 1e

Suresh Chips and Semiconductor considers Smepmp for embedded security implementations.

Cache Coherency Protocol uses → 88% 1e

Suresh Chips and Semiconductor implements cache coherency protocols for multi-core RISC-V designs.

RISC-V Weak Memory Ordering (RVWMO) uses → 90% 1e

Suresh Chips and Semiconductor implements RVWMO memory consistency model in their RISC-V cores.