Hardware Architecture
Technical
Discuss Your Project
Silicon & Circuits
FPGA Development.
Verilog/VHDL development for Xilinx and Intel FPGA platforms with HLS optimization and comprehensive testbench validation.
Verilog/VHDLHLSSoCTiming Closure
System Ready
Technical
Capabilities.
Custom RTL design in Verilog, VHDL, and SystemVerilog
High-Level Synthesis (HLS) for rapid algorithm implementation
SoC integration with ARM/RISC-V hard-core processors
Static timing analysis and timing closure for high-fmax designs
UVM-based verification with constrained-random testbenches
PCIe, DDR, and high-speed serial transceiver interface design
Technical Expertise
Deep experience with latest AMD (Xilinx) and Intel (Altera) silicon, delivering optimized RTL that meets strict timing and resource constraints.
- Vivado, Quartus, and Libero toolchain mastery
- PCIe Gen4/5 and NVMe interface implementation
- Hardware-accelerated AI model deployment on programmable logic
Core Focus
Verilog/VHDL, HLS, SoC — delivering measurable impact through deep technical expertise.
Engagement Model
From discrete consulting engagements to full turnkey delivery, we adapt to your program's specific needs and timeline.
Deep Tech FAQ
Which FPGA vendors do you work with?+
We develop for AMD (Xilinx) and Intel (Altera) FPGAs, as well as Microchip (Microsemi) for radiation-tolerant aerospace applications.
Do you provide verification services?+
Yes. We use UVM-based constrained-random testbenches, formal verification, and code coverage analysis to ensure RTL correctness before tape-out or bitstream generation.
ChipTalk.AI Advantage
ChipTalk has delivered 40+ FPGA designs across AMD/Xilinx and Intel/Altera platforms, from high-speed data acquisition to real-time radar processing. Our RTL engineers are experienced in both simulation-driven UVM verification and hardware-timed debugging, ensuring that bitstreams work correctly the first time they hit silicon.
Related Engagements
01
5G Baseband Accelerator
Implemented a 5G NR LDPC decoder on Xilinx VU13P, achieving 20 Gbps throughput with 40% lower latency than the reference soft-core implementation.
02
Hyperspectral Imaging Processor
Built a real-time pixel-processing pipeline on Intel Agilex 7 for satellite hyperspectral imaging, processing 900 MP/s with <5 W power envelope.
We close timing—every time. Our FPGA workflow combines early floorplanning, hierarchical synthesis, and automated timing-closure scripts that reduce place-and-route iterations by 70% compared to ad-hoc methodologies.
Relevant Tags:Verilog/VHDLHLSSoCTiming Closure