We bring deep expertise in RTL and SoC design, with successful engagements across networking, processor, multimedia, mobile, and automotive domains. Our specialists come with decades of hands-on experience and in-depth knowledge of leading tools, flows, and methodologies (TFM). Their strengths ensure our clients receive high-quality deliverables with faster, more predictable time-to-market.

Our capabilities span from system-level requirements gathering, architecture definition, and micro-architecture specification to RTL design, sanity testing, collateral creation, and compliance checks. We offer seamless integration with Verification, DFT, and Physical Implementation teams, covering both IP-level and complex SoC/subsystem design projects. Our strong exposure to Tier-1 customer engagements has refined our expertise in UPF creation, static checks, PPA trade-offs, DFT/DFV requirements, and more.

At Siplont, we provide expert back-end physical design services tailored for cutting-edge semiconductor technologies. Our team is highly proficient in using industry-leading tools from Synopsys, Cadence, and Mentor, and ensures seamless methodology implementation across all platforms. Our team has extensive physical design expertise for block and SoC designs spanning technology nodes from 28nm to 2nm from all fabs (TSMC, Intel and Samsung).

Our expertise covers the complete physical design flow, from synthesis and place & route to signoff verification. We specialize in low-power design techniques such as clock gating, power gating, multi-Vt, and voltage islands, delivering optimized solutions for major CPU, GPU, and AI processor chip manufacturers. Additionally, our successful track record in wireless and CDMA technologies spans technology nodes from 7nm to 28nm for mobile processor projects.

With deep expertise in every facet of ASIC/FPGA verification, hardware design verification, and system-level validation, we help semiconductor companies achieve first-time-right silicon while reducing cost and time-to-market. We use cutting-edge EDA tools, advanced verification methodologies, and automation frameworks to ensure robustness and functionality of designs.

Our services include functional verification, formal verification, low-power verification, and performance validation, ensuring your designs are robust, compliant, and production-ready. Our team specializes in delivering solutions to our clients in domains like Compute, Mobile / Consumer, HPC, Networking and Automotive.

As semiconductor devices become more complex, it has become increasingly important to test their reliability and manufacturability. Our industry-leading DFT methodologies help semiconductor companies enhance their test coverage, detect faults early, improve silicon yield, and achieve first-pass success.

Our DFT experts specialize in developing robust chip-level DFT architectures and implementing strategies to significantly improve IC test coverage, yield, and overall quality. Supported by a large-scale ATE test team and advanced infrastructure, we offer an end-to-end DFT solution designed to enhance post-silicon testability, reduce debug cycles, and enable first-pass silicon success.

With experience in most popular FPGAs (Xilinx & Altera), we are fully equipped to provide custom FPGA solutions for high-performance computing applications requiring real-time data processing, low-latency operations, and high-speed connectivity. Our team excels in FPGA-based signal processing, AI/ML acceleration, and image processing and is equipped to deliver robust, future-ready solutions. Our services also include prototyping, verification, system-level validation, and debugging to guarantee functional accuracy and performance optimization.

We provide end-to-end FPGA design, prototyping, and emulation services for rapid system validation, early software development, and efficient debugging. Our expertise spans multiple domains, including Networking, Automotive, Industrial, and Consumer Electronics. With a proven track record of delivering cutting-edge FPGA-based solutions, we ensure seamless hardware-software integration, optimized performance, and accelerated time-to-market.

Our team specializes in high-speed interfaces, ASIC-to-FPGA conversions, custom board development, and multi-platform prototyping. Leveraging industry-leading tools and methodologies, we help clients achieve scalable, high-performance designs tailored to their specific needs.