RTL Design & IntegrationFrom Design Intent to Silicon-Ready RTL
We deliver high-quality, production-ready RTL spanning IP development to full SoC integration. Our approach emphasizes clean design practices, power-aware implementation, and protocol-compliant interfaces to enable scalable and efficient silicon.
IP Design & RTL Development Read More →
SoC Integration & System Assembly Read More →
Low-Power & Power-Aware RTL Design Read More →
RTL Quality, Compliance & Protocol Expertise Read More →
IP Design & RTL Development
Design and implementation of synthesizable, high-performance RTL for custom IPs and subsystems.
- Microarchitecture-driven RTL development (SystemVerilog/Verilog)
- Design for performance, area, and scalability
- Parameterized and reusable IP design
- Integration-ready, synthesis-friendly coding practices
SoC Integration & System Assembly
Seamless integration of IPs into subsystems and full SoCs with a focus on interoperability and scalability.
- SoC and subsystem-level integration
- Interconnect integration (AXI/AHB/APB, NoC-based systems)
- Interface adaptation and protocol bridging
- Clocking, resets, and system-level bring-up considerations
Low-Power & Power-Aware RTL Design
Implementation of power-efficient designs aligned with modern low-power methodologies.
- UPF/CPF-based power intent integration
- Clock gating, power gating, and retention strategies
- Multi-voltage domain design and isolation
- Power-aware simulation and verification readiness
RTL Quality, Compliance & Protocol Expertise
Ensuring robust, silicon-ready RTL through rigorous quality checks and deep protocol expertise.
- RTL quality checks: Lint, CDC/RDC, reset and X-propagation analysis
- : Compliance with industry-standard protocols
- HSIO: PCIe, CXL, UCIe
- AMBA: AXI, AHB, APB
- Memory: DDRx, LPDDRx, HBM
- Peripheral: SPI, UART, I2C, etc