FPGA/SoC Architecture, Partitioning
and Co-Design Expertise
We are experts in the fields of high-performance computing, AI/ML, PCIe & CXL, and FPGA.
With our experience, we create innovative solutions that push the limits of performance, dependability, and scalability.
Value Highlights
Domain-driven partitioning
Optimal hardware-software boundaries via application-tuned architecture mapping.
Deterministic timing
Precise pipeline/clock modeling for guaranteed latency and throughput.
Proven flows
Expertise across Intel/ Altera, Xilinx/AMD, Lattice FPGAs and custom SoCs.
End-to-End FPGA/SoC Design Framework
Architecture Partitioning
We assess workloads, bandwidth, timing, memory flow, and concurrency to assign functions to FPGA fabric, soft processors, DSP slices, or software layers.
HW-SW Boundary Definition
Using co-design principles, we map algorithms, control interfaces, and compute units to the most optimal execution layer.
Pipeline & Dataflow Optimization
Stage pipelining, deep FIFOs, dual-clock domains, and AXI/NoC fabrics enable workload parallelization and high throughput.
Resource & Timing Budgeting
Upfront budgeting of DSPs, LUTs/FFs, BRAM, clock topology, and I/O timing ensures reliable design closure.
Model-Based Simulation & Early Prototyping
Algorithm models, cycle-accurate simulations, HLS prototypes, and rapid FPGA bring-up speed up validation.
Architecture Overview
Brief overview of Logic Fruit as a global programmable-systems partner
Logic Fruit provides end-to-end FPGA and SoC engineering, combining hardware,
firmware, and software expertise to deliver reliable, performance-focused programmable systems worldwide.
Compute Layers
- DSP slices & math blocks for heavy computation
- Custom accelerators for ML, signal processing, compression, and encoding
- Hardware state machines for control‑critical paths
Memory & Dataflow
- High‑bandwidth AXI interconnects for scalable data movement
- DDR/LPDDR controllers and cache‑coherent bridges for memory consistency
- Stream‑based pipelines to sustain real‑time data flows
Control & Integration Plane
- ARM cores, MicroBlaze, and Nios II for control and application tasks
- BSPs, middleware, secure boot, and firmware integration for system readiness
- Hardware state machines for deterministic control paths
Clocking & Timing Domains
- Multi‑clock topologies separating datapath and control domains
- PLL‑based domain isolation and clock management
- Real‑time deterministic scheduling across interacting clock domains
Timing Closure & Optimization Excellence
Deterministic Timing
Reliable timing closure is achieved through rigorous static timing analysis, targeted constraint refinement, and automated cross-build consistency checks to prevent regressions.
Floorplanning & Placement
Custom floorplans and placement strategies shorten critical paths, balance resource utilization, and account for thermal gradients to improve timing and routability.
Multi-Clock Optimization
Jitter mitigation, robust CDC handling, handshake protocols, and selective retiming stabilize interactions between clock domains and preserve functional integrity.
Pipeline Balancing
Build Next-Gen FPGA & SoC Systems Seamlessly
Our expert team architects, partitions, and optimizes high-performance compute and connectivity platforms.