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Logic Fruit

Signal Processing & Intelligent Algorithms for High-Performance Systems

We design, optimize, and accelerate digital signal processing and intelligent algorithms across FPGA, SoC, and heterogeneous compute platforms for real-time, data-intensive applications.

From algorithm modeling to hardware acceleration, Logic Fruit enables deterministic performance for beamforming, compression, filtering, and analytics—meeting strict latency, throughput, and power constraints.

T a l k t o a S i g n a l P r o c e s s i n g E x p e r t
T a l k t o a S i g n a l P r o c e s s i n g E x p e r t

SUPPORTED RTOS / MCUs / OS PLATFORMS

Real-world signal processing workloads engineered and accelerated by Logic Fruit.

We develop real-time firmware and embedded software across major MCU families, heterogeneous SoC platforms, and OS environments.

Adaptive Beamforming

What we solve
Design and acceleration of adaptive beamforming algorithms for multi-antenna and sensor-array systems requiring real-time spatial filtering and direction-of-arrival estimation.
Key Capabilities
  • Time- and frequency-domain beamforming
  • Adaptive algorithms (MVDR, LMS, beam steering)
  • Multi-channel synchronization and phase alignment
  • Fixed-point and floating-point optimization
  • FPGA and SoC-based acceleration
Typical Applications
  • Radar and EW systems
  • Phased-array antennas
  • Satellite and wireless communication
  • Sensor fusion platforms
Visual
  • Antenna array with converging beams
  • Highlighted phase and amplitude control blocks
PCIe Gen5/Gen6 Endpoint on Leading FPGAs

High-Speed Compression & Data Reduction

What we solve
Efficient compression and data reduction pipelines to manage massive data streams while preserving signal fidelity and meeting bandwidth constraints.
Key Capabilities
  • Lossless and domain-aware lossy compression
  • Real-time streaming compression pipelines
  • FPGA-optimized entropy coding and transforms
  • Low-latency decompression for playback and analytics
  • Memory and bandwidth-aware design
Typical Applications
  • High data rate recorders
  • Remote sensing and imaging
  • RF and sensor data capture
  • Edge analytics systems
Visual
  • Data stream narrowing through compression stages
  • Before/after bandwidth comparison graphic
PCIe Gen5/Gen6 Endpoint on Leading FPGAs

Validated Performance Across Real-Time DSP Workloads

Measured performance gains achieved through algorithm-hardware co-design and acceleration.

Latency & Throughput

Highlights
  • Sub-microsecond processing latency for critical DSP pipelines
  • Multi-gigabit per second sustained throughput
  • Deterministic timing for real-time systems
What it demonstrates

Ability to meet strict real-time constraints in mission- and safety-critical environments.

Visual

Latency vs throughput bar/line comparison (CPU vs FPGA-accelerated)

Low-Level Firmware & Bootloaders

Compute Efficiency

Highlights
  • 5×–20× acceleration over software-only implementations
  • Optimized use of FPGA DSP slices, BRAM, and memory bandwidth
  • Scalable architectures for multi-channel expansion
What it demonstrates

Efficient mapping of algorithms to hardware for predictable scaling.

Visual
  • Resource utilization blocks (DSP, LUT, BRAM)
  • Acceleration factor callouts
High-Speed Driver Development

Power & System Efficiency

Highlights
  • Significant power reduction compared to GPU/CPU processing
  • Optimized fixed-point pipelines without accuracy loss
  • Sustained performance under thermal constraints
What it demonstrates

Suitability for embedded, edge, and rugged platforms where power is limited.

Visual
  • Power vs performance comparison chart
  • Thermal envelope outline
Middleware & Abstraction Layers

Accelerate Your Signal Processing Pipeline with Logic Fruit

From algorithm development to FPGA acceleration and system integration, Logic Fruit delivers high-performance signal processing solutions tailored for bandwidth-heavy and compute-intensive applications.

T a l k t o a D S P A r c h i t e c t
T a l k t o a D S P A r c h i t e c t