Overview

At IT Labs, we specialize in providing top-tier FPGA solutions that help you keep up with the latest technological advancements. With a team of experts skilled in cutting-edge hardware design, system customization, and innovative FPGA solutions, we ensure that your projects are executed timely with quality exceeding your expectations.

How Do We Help?

We offer comprehensive FPGA services that cover every aspect of your project needs, including:

Core Competencies

Our team excels in system partitioning and custom HDL solutions, ensuring fast, seamless transitions and high-quality results.

Comprehensive Tool Mastery

We expertly use leading HDL tools like Xilinx Vivado, Lattice Diamond, and Altium Designer, ensuring precision at every development stage.

Dynamic Solution Engineering

From solutions based on HDL technology, to utilization of MCU/SoC systems, our designs include edge computing and cloud-based SW solutions.

Why IT Labs?

Using our FPGA capacity in your projects leads to many benefits, the most important are:

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Accelerated Market Entry

By leveraging the latest in prototyping and high-speed design techniques, we streamline the journey from concept to launch, giving you a decisive advantage in fast-moving industries.

Custom-tailored Excellence

We deliver FPGA solutions precisely tailored to your specific industry needs. Our approach guarantees that your products achieve technical excellence and stand out in the market.

Outstanding Results with Optimized Cost

By focusing on performance improvements while minimizing development and maintenance costs, our expertise ensures that you receive high-value FPGA implementations that deliver outstanding results at a competitive price.

Fresh & Innovative Ideas

We bring fresh perspectives and innovative solutions to every project. Drawing on a wide range of tools and methodologies, we deliver out-of-the-box ideas to solve your current challenges and drive your projects forward with creativity.

What We Do

Our portfolio showcases expertise in developing interface bridge modules, FPGA development boards, and custom IPs that extend and enhance system capabilities, demonstrating our ability to handle complex, multifaceted projects.

Forward-looking hardware solutions that surpass industry standards

  • FMC Extension Cards
  • FPGA/MCU based HW/SW solutions
  • FPGA Development and Evaluation Boards
  • Test Fixtures
  • Custom IP for Interface Bridging, Co-processing, and System Extension
  • Interface Bridge Modules

Digital interfaces that bridge technological elements

  • High-Speed Communication: Ethernet 10Gb+, PCIe, USB, SATA
  • Data Acquisition: MultiGig ADC / DAC, JESD204B, DSP / SDR
  • Video Interfacing: MIPI, LVDS, DisplayPort, HDMI, GMSL2 / FPDLink
  • Memory Interfaces: DRAM DDRx / LPDDRx, NAND / NOR, eMMC
  • Precise timing and control of audio signal acquisition modules
  • Low-Speed Interfaces: UART, SPI, I2C, PWM, I2S, RGMII
  • Hosting of algorithms developed in high-level platforms in FPGA (MATLAB, Python and others)

Automotive Video Grabber

  • Real-time logging and time-stamping of active interface.
  • MIPI CSI2 Logging and Reply capabilities.
  • GMSL + FPD-Link Serialization interfaces
  • FPGA-Based 10G Ethernet data packetization.
  • High-speed coax link for FPGA-to-FPGA configuration with over 2m reach.

Design of ECU for Marine Engineers

  • Design of complex control electronics utilizing multiple FPGAs as a modular design that are part of a new engine control system
  • Clarification of functionality with the application group and register layout with the low-level SW group, implementation, testing and integration of the same on target technology Intel ArriaV/CycloneV
  • Design of register tool, which ensures that SW, FPGA and documentation are synchronized regarding register addresses and bit positions

Large Power Supply Controller Module

  • Redundant safety circuit with 18 bits ADC and DAC and use of Micro Blaze with external LPDDR
  • Digital HW design, VHDL code target technology Xilinx Spartan 6, C code for debugger, data logging, etc.
  • Proprietary serial communication between controller and power supply, VHDL code on target technology Xilinx Spartan3
  • Proprietary 1.25 Gbit serial communication between control unit and power supply, VHDL code on target technology Altera Stratix GX
  • Drive and control of multiple IGBT device banks

Design of Digital HW for the Ground Station and the Terminals in a Satellite Telephone System

  • Implementation of Kasumi encryption algorithm in Xilinx Virtex-II 1000 FPGA
  • Design of digital HW for terminals (satellite phones)
  • Multi-chip design using ASICs, CPLD/FPGA
  • Interfacing to the sensitive RF on same PCB

Design of Production Test Equipment for Wireless Products

  • Used FPGAs are Xilinx Spartan3
  • I/F for USB controller, DAC, ADC, SRAM, DDR2 SDRAM, countless RF circuits via SPI
  • Digital HW for GPS tester and combined GPS/FM tester

High-Speed object tracking

  • An application used and targeted for both UAV and AGV producers
  • Applicable for event-based vision system for real-time and deterministic high-speed tracking,
  • Segmentation and classification of objects with any light and environmental condition
  • Faster decision making and higher accuracy of system perception and planning than concurrent solutions
  • Implementation using Xilinx Zynq7000, Xilinx Zynq UltraScale+, Xilinx Versal AI Core, Xilinx Versal AI Edge, Xilinx Versal Prime, Xilinx Versal Premium, Microchip PolarFire and Microchip PolarFire SoC
  • Integration of Xilinx Vitis AI, Microchip VectorBlox, 3rd party accelerator IP or custom implementation of AI model as an IP

Pro AV and Broadcast

  • Deep Learning based Image Upsampling, Filtering and Compression
  • Analysis of mood and content insights for adv placing
  • Real-time analysis of object tracking, people tracking and behavior for Broadcast TV
  • Implementation using Xilinx Zynq7000, Xilinx Zynq UltraScale+, Xilinx Versal AI Core, Xilinx Versal AI Edge, Xilinx Versal Prime, Xilinx Versal Premium, Microchip PolarFire and Microchip PolarFire SoC
  • Integration of Xilinx Vitis AI, Microchip VectorBlox, 3rd party accelerator IP or custom implementation of AI model as an IP

Autonomous Drones and AMRs

  • Implementation of 2D and 3D vision based algorithm
    • Keypoint Detection and Feature extraction
    • Stereo based Vision, Rectification, Block Matching, Triangulation
    • Feature and Keypoints tracking
    • Structure From Motion
    • Bundle Adjustment and Pose-Graph Optimization
  • Implementation of full Visual Odometry, Visual Inertial Odometry, SLAM and Visual SLAM.
  • Sensor Fusion between cameras, event based cameras and IMU
  • Implementation using Xilinx Zynq7000, Xilinx Zynq UltraScale+, Xilinx Versal AI Core, Xilinx Versal AI Edge, Xilinx Versal Prime, Xilinx Versal Premium, Microchip PolarFire and Microchip PolarFire SoC
  • Integration of Xilinx Vitis AI, Microchip VectorBlox, 3rd party accelerator IP or custom implementation of AI model as an IP

Transforming Businesses

Ilija Mishov

Co-Founder

READY TO TRANSFORM YOUR BUSINESS?