New Release: PCLE Gen6 Controller IP for High-Speed Computing.

Explore Now
Contact Us

Logic Fruit

Automated Verification, Validation & Test Systems for Production-Grade Hardware

We build CI-driven verification and test infrastructures that automate integration, validation, and regression across hardware, firmware and accelerated compute platforms.

Logic Fruit enables faster bring-up, predictable quality and scalable validation by integrating test automation directly into system architecture and CI pipelines

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

Automated Integration & Validation Flow

A structured, automation-first flow that integrates verification early and continuously across the system lifecycle.

Design & Requirement Capture

  • Testable requirements mapped to system and interface specifications
  • Early definition of acceptance criteria
  • Traceability from requirement to test case

Hardware & Firmware Bring-Up

  • Board-level validation and interface sanity checks
  • Automated power, clock, reset, and link validation
  • Early fault detection during first silicon and board bring-up

System Integration

  • Hardware–firmware–software integration testing
  • Interface-level validation (PCIe, Ethernet, JESD, Display, custom links)
  • Multi-board and multi-node system testing

Continuous Validation (CI)

  • Automated test execution on every commit
  • Regression suites triggered via CI tools
  • Artifact capture (logs, traces, waveforms)

Release & Production Readiness

  • Compliance and stress testing
  • Production test flow handoff
  • Validation reports and quality metrics

Automated Verification and Test Architecture

A modular and scalable automation architecture designed for repeatable validation across platforms and deployments.

Test Orchestration & CI

  • Integration with CI tools (Jenkins, GitLab CI, GitHub Actions)
  • Automated build, deploy, and test triggers
  • Parallel test execution across test beds

FPGA-SoC

Crafting custom FPGA and SoC architectures for optimized compute and connectivity.

Embedded Software

Developing real-time, efficient, and scalable embedded software solutions.

Signal Processing

Implementing high-speed, deterministic, and precision signal pipelines.

Co-Design

Integrating hardware, software, and algorithms for seamless system performance.

Validation

Ensuring quality and reliability through rigorous testing and compliance workflows.

TEST AUTOMATION ARCHITECTURE

Automated Verification and Test Architecture

A modular and scalable automation architecture designed for repeatable validation across platforms and deployments.

Test Orchestration & CI

  • Integration with CI tools (Jenkins, GitLab CI, GitHub Actions)
  • Automated build, deploy, and test triggers
  • Parallel test execution across test beds

Test Framework & Control

  • Python-based and scriptable test frameworks
  • Hardware abstraction layers (HAL)
  • Reusable test libraries and drivers

Hardware & Instrument Control

  • Board power cycling and reset control
  • Oscilloscope, logic analyzer, and protocol analyzer automation
  • Networked access to lab infrastructure

Device Under Test (DUT)

  • SBCs, VPX platforms, accelerators, and custom boards
  • FPGA, SoC, and heterogeneous systems
  • Multi-node and distributed setups

Reporting & Analytics

  • Automated log capture and parsing
  • Test pass/fail dashboards
  • Trend analysis across builds and releases

METRICS & OUTCOMES

Quantifiable improvements delivered through automation-driven verification systems.

Time-to-Integration

Key Results
  • Reduced manual integration cycles
  • Faster bring-up and debug turnaround
  • Continuous feedback to design teams
What it shows

Acceleration of development timelines through automation.

PCIe Accelerator Board Bring-Up

Test Coverage & Repeatability

Key Results
  • Higher interface and system-level test coverage
  • Fully repeatable regression runs
  • Elimination of environment-dependent failures
What it shows

Consistency and confidence in system behavior across releases.

CXL 3.0 Controller IP

Quality & Defect Detection

Key Results
  • Early detection of integration defects
  • Reduced escape defects into production
  • Clear traceability from issue to fix
What it shows

Improved product quality and reliability.

Reference Platforms & Compliance Suites

Scalability

Key Results
  • Scalable test beds supporting multiple products
  • Parallel validation across variants and configurations
  • Reusable test infrastructure across programs
What it shows

Long-term efficiency and reuse of validation investments.

Reference Platforms & Compliance Suites

Build Scalable, Automated Validation into Your System Lifecycle

Logic Fruit’s CI-driven verification and test systems help teams integrate faster, validate continuously and deliver reliable hardware and firmware with confidence.

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