RTL Design Services for High-Performance, Energy-Efficient Silicon
Holistic RTL, ASIC and SoC design using proven methods and industry-standard EDA tools
Design, Develop and Deliver RTL with Proven Methods and EDA Flows
RTL design describes a hardware system’s functional behaviour in an HDL such as Verilog or SystemVerilog — modelling synchronous logic, data paths, control logic and timing, ready for synthesis into gate-level hardware. It is the bridge between high-level architecture and low-level physical design.
At PulseWave Semiconductor, our RTL process ensures correctness, scalability and efficiency from day one, minimising costly iterations later in the development cycle. We deliver for networking, automotive, AI/ML and consumer electronics programs, working alongside your architecture team so RTL meets functional and performance targets.
Why Teams Bring Us Their RTL
Optimised for Power, Performance and Area
Scalable, modular RTL tuned against your PPA targets, with trade-offs made explicit rather than discovered at synthesis.
Synthesis-Ready and DFT-Compatible
Code that hands off cleanly to implementation and test teams, lint-clean and verified with industry-standard flows.
Quality Checks at Every Milestone
CDC, RDC, linting and logical equivalence run continuously, so issues surface where they are cheapest to fix.
One Partner from Spec to Sign-Off
The same team can carry your block through verification, FPGA prototyping and post-silicon validation.
RTL Design Across Every Demanding Workload
Modern electronic systems integrate multiple subsystems onto a single SoC. Our RTL team has hands-on experience creating the blocks that make that possible.
Multi-Core Processor Subsystems
Cores, caches and coherency brought together with the fabric that connects them — designed modular so derivatives reuse the same RTL rather than forking it.
Accelerators for AI/ML, Cryptography and Multimedia
Datapath-heavy blocks where throughput, latency and area are all under pressure, verified against the performance targets that justified them.
USB, PCIe and DDR Interfaces
Protocol-compliant interface logic and the interconnect behind it — AXI, AHB and APB fabrics that carry the traffic without becoming the bottleneck.
Clocking, Reset and Low-Power Design
Clock and reset architectures designed for CDC and RDC sign-off from the start, with power domains and gating that survive synthesis intact.
Reusable IP That Integrates Cleanly
Specification, RTL coding, integration support and verification — built for configurability, protocol compliance and faster time-to-market.
Serial Controllers
UART, SPI and I2C controllers ready for integration into ASIC and SoC programs.
Custom DMA Engines
Direct memory access engines built for high-throughput data movement.
Bus Interconnects
AMBA-compliant fabrics connecting processors, memory and peripherals.
Related Reading
Questions Teams Ask Us
Can’t find your answer? Our engineers are happy to talk through your program.
Contact usVerilog, SystemVerilog and VHDL — we match your existing coding guidelines or bring a proven style guide of our own.
Yes. We engage at block, subsystem, IP or full SoC level, and can extend your in-house team or own a scope end-to-end.
We run simulation and formal checks during design, and our dedicated Design Verification team can provide independent UVM-based sign-off.
Industry-standard EDA flows for simulation, lint, CDC/RDC, LEC and synthesis — we work within your licensed tool environment.
