FPGA & SoC Implementation Technology

FPGA & SoC Implementation for High-Performance Systems

We engineer deterministic, timing-closed, production-grade FPGA and SoC designs that integrate compute, connectivity, memory, and firmware into a unified programmable architecture.

Our work spans architecture definition, resource partitioning, RTL development, timing closure, verification, and system bring-up — across Xilinx/AMD, Intel/Altera, Lattice, and custom SoCs.

T a l k t o E n g i n e e r i n g

T a l k t o a n A r c h i t e c t

DESIGN APPROACH DIAGRAM

A Structured, Architecture-First Approach to FPGA/SoC Design

Our methodology ensures clean architecture, efficient partitioning, and predictable implementation even in complex, high-speed systems.

System Requirements → Architecture Definition

Workload characterization
Latency & throughput constraints
High-speed I/O requirements

Partitioning & Floorplanning

Compute vs control vs pipeline
Resource budgeting (LUT/BRAM/DSP)
Clock & reset domain design

RTL Development & IP Integration

Custom logic + standard interfaces
PCIe/CXL, JESD204x, Ethernet, MIPI
Simulation-first flow

Timing Closure & Implementation

Constraint authoring (XDC, SDC)
CDC/SDC checks
Pipelining & retiming

System Bring-Up & Validation

On-board tests
Firmware integration
Performance validation

TIMING CLOSURE PROCESS

Achieving Deterministic Timing at Scale

Timing closure is where high-performance systems succeed or fail. Our process is engineered for predictable convergence across multi-clock, multi-interface designs.

Architecture & Partitioning

Compute, memory, and interconnect planning
FPGA/SoC partitioning (resources, clocks, resets, IP integration)
BOM optimization and component selection

High-Speed Schematic Design

PCIe Gen5/Gen6, CXL 3.0, JESD204x, MIPI, Display, Ethernet
Multi-rail power domains and sequencing
Clocking networks with jitter-constrained design
Protection, isolation, redundancy design for mission-critical systems

PCB Layout & Routing

Multi-layer HDI boards (10–20+ layers)
High-speed differential routing (PCIe/CXL, SerDes, JESD, SATA)
Length tuning & skew management
Thermal mitigation & copper balancing
EMI/EMC-aware layout best practices

SI/PI (Signal & Power Integrity)

Pre-layout simulations (stack-up + constraints)
Post-layout simulations for eye diagrams, return loss, crosstalk
Power-delivery network (PDN) analysis
Compliance preparation (PCIe, CXL, JESD, Display protocols, Avionics standards)

System Bring-Up & Validation

Oscilloscope + logic analyzer based validation
Firmware bootstrapping and diagnostics
Thermal, environmental, and reliability testing
Production test development

REPRESENTATIVE INTEGRATION CASES

Examples of firmware and embedded software powering Logic Fruit platforms.