End-to-end SoC verification with automated regression flows
Hardware-in-the-loop validation with post-silicon debug and PHY tuning
Semiconductor & Validation Solutions for High-Performance Systems
From early silicon bring-up to system validation, we help semiconductor leaders accelerate FPGA/SoC development across AI compute, CXL memory, networking, and sensor interfaces.
FPGA validation platforms for PCIe, CXL, JESD204x, ARINC 818, and Ethernet/UDP
Modular, reusable interface IP for fast subsystem assembly
DATA CENTER CHALLENGES
HPC and Cloud Teams Face Extreme Interconnect Demands
As compute becomes disaggregated and memory becomes shared, interconnects—not cores—become the bottleneck.
Low-Latency I/O Across
Accelerators
AI/ML training loops and HPC jobs require predictable, sub-microsecond interconnects across GPUs, FPGAs, and DPUs.
Bandwidth Explosion
in AI Era
PCIe 5/6 and CXL links must sustain peak throughput across multi-rail configurations and mixed workloads.
Fabric Coherency
at Scale
CXL.cache and CXL.mem require robust validation, multi-host topologies, and predictable coherency behavior.
ASIC Time-to-Market
Pressure
Complex accelerator SoCs need rapid bring-up with proven reference designs and pre-verified IP.
Common Bottlenecks in Semiconductor Validation
Subsystem integration challenges and compliance readiness increasingly dictate program timelines.
Exploding Verification Load
As SoCs integrate PCIe/CXL, SerDes, JESD, Ethernet, and accelerators, verification effort scales far faster than design complexity.
High-Speed Interfaces Are Failure Points
PAM-4 signaling, lane alignment, jitter tolerance, protocol timing, and LTSSM behavior demand specialized, protocol-level expertise.
FPGA Prototype Bring-Up Is Slow
IP integration, platform setup, software enablement, and link bring-up often take weeks without proven reference platforms.
Post-Silicon Debug Is Unpredictable
Limited visibility and a lack of robust VIP, stress tools, and analyzers push critical issues late into the schedule.
REFERENCE PLATFORMS USED IN ROBOTICS
Platform Architectures for Autonomous Machines
COTS FPGA/SoC platforms that robotics teams use to prototype and deploy real-time autonomous systems.
Kritin VPX SBC Family (Flagship Robotics Controller)
- High-performance FPGA + ARM control
- Multi-camera ingest + IMU + encoder support
- Deterministic control-loop execution
- Suitable for mobile robots, UAVs, ground robots, and AMRs
Avant G70 PCIe Mini Board
- Compact ML inference accelerator
- Ideal for robotic arms, industrial gantries, small AMRs
- PCIe-connected edge AI coprocessor
Aquila DAQ Platform
- Multi-sensor DAQ for perception workloads
- Camera + ADC ingest with FPGA preprocessing
- Used in robot inspection and navigation subsystems
ARINC 818 Displays & Video Chain (A-3.1.2)
- High-speed, low-latency visual pipelines
- Rugged displays for robotics HMIs
- Multi-format video processing for teleoperation
Interface IP Designed for High-Speed, Scalable Systems
Our interface IP portfolio enables PCIe, serial, and sensor systems with architectures proven across FPGA and ASIC deployments.
Flagship: PCIe & CXL IP
- PCIe Gen3/4/5/6 Controller IP
- PCIe Gen6 PHY IP
- Compliance suite + diagnostics
High-Speed Serial Interface IP: JESD204x
- JESD204B/C TX/RX
- Deterministic latency alignment
- High-rate ADC/DAC interface support
Video & Transport: ARINC 818 Suite
- ARINC 818-2/3 transmitter & receiver
- Analyzer + generator
- DVI/ARINC converters for display systems
Networking & Storage Interfaces
- 10G/40G/100G UDP stacks
- CPRI Master/Slave
- SATA-III Controller IP
- CAN, LIN, FlexRay IPs
CUSTOMER CASE EXAMPLE
How Our Platforms Accelerate Telecom Innovation
A representative deployment with a global telecom equipment manufacturer.
A Tier-1 telecom OEM needed a flexible validation platform for a 5G radio-unit (RU) subsystem integrating JESD204C ADC/DAC data paths, eCPRI fronthaul transport, and PCIe connectivity to an accelerator SoC.
Logic Fruit delivered:
- JESD204C TX/RX integrated with RF front-end
- eCPRI fronthaul transport on FPGA fabric
- 40G/100G UDP packet generator for stress testing
- PCIe-based data movement pipeline into the RU accelerator
- Hardware-in-loop validation on Aquila + HDRR
- Full coverage-driven verification suite
Outcome Highlights
- Reduced bring-up time by 50%
- Validated multi-gigabit JESD links under stress
- Improved RU latency stability under high-load conditions
- Rapid ASIC handoff using reusable IP-based pipelines
CERTIFICATIONS & ENGINEERING PRACTICES
Aligned to Global Aerospace Standards
Our engineering processes follow the rigor required for mission-critical aviation and defense systems.
DO-254 / DO-178 Friendly Flows
- Requirements traceability
- Peer reviews & verification checkpoints
- Structured documentation packages
- Deterministic verification & coverage metrics
AS9100D / Quality Systems
- Configuration management
- Change control
- Risk evaluation
- Manufacturing documentation alignment
Environmental & Reliability Testing
- Thermal stress, vibration, shock
- EMI/EMC compliance
- Environmental sealing and ruggedization
Safety & Reliability Engineering
- FMEA / FTA support
- Redundancy & fail-safe mechanisms
- Long-term lifecycle and obsolescence planning
Deterministic Validation from Design to Deployment
A structured, automated, and coverage-driven approach built for predictable semiconductor validation.
Build Production-Ready Systems with Confidence
Engage with our experts or explore proven validation workflows used across Tier-1 programs.