Below is an abbreviated list of the main projects carried out exclusively by Eli Hait, as well as large projects in which Eli was deeply involved.
We strictly guard the commercial and other secrets of our clients, therefore the list of projects below contains only those for which there is no concern. The topics are not necessarily arranged in chronological order.​

​

Hardware schematic design to implement digital radio using a chipset from ADI and SoC FPGA (schematic and board design for high-speed signals, complex digital and RF schematic, and implementation of reference design from different sources to a single board design).

More than 30 CCD/CMOS MIPI CSI-2 camera reference designs and small/medium volume production for a large
international company for their internal use and distribution to their customers.

Large scale, 2K real-time video rotation algorithm and implementation in FPGA (FPGA design, creative algorithms, management).

Motion control applications, PID control implementation (FPGA design, algorithms implementation, fixed point arithmetic, data processing).

Water quality analyzer machine (FPGA design, motion control, sensors processing, algorithm implementation).

All non-RF electronics and FPGA units in many units of an Electronic Warfare System (digital/analog design, military standards and harsh environment, limited space, multi-disciplinary algorithms, high-speed optical
communication, RF-over-optic).

All electronics in a Nano Satellite targeted for biological & chemical experiments in zero-gravity conditions (immunity to radiation using mainly COTS devices, the adaptation of COTS devices, harsh environment, limited space).

Micro-radar Central Control Board (high-speed digital and analog, FPGA, Comm Express and other high-speed
links, low EMI, reliability, high-speed serial links).

Ballistic fire control and airborne computers (digital/analog design, military standards and harsh environment, limited space​

Video manipulation and transmission, specialized protocols for military application (CPLD, FPGA, military standards, analog and digital design).

Credit card-sized cellular tracker, outdoor & indoor (GPS, Wi-Fi Hotspots, Cellular Communication, ultralow current consumption, small size, design to cost, sensitive RF with digital logic co-existence, FPGA design for ultralow current and noise emission).

Tracker device for cattle herd supervision and control (ultralow current consumption, weather conditions, high reliability, solar energy, design to cost, satellite communication).

Various miniature remote-control devices, ISM 2.4GHz and communication (RF PCB design, design to cost, ultralow current, standards).

Various cellular designs for IoT implementation in 2G and 3G networks (cellular, PCB antennas, low current).

Various designs in the communications and transport area (Ethernet, SDH/SONET, ATM, plesiochronous interfaces, high-speed board design, FPGA design, QoS, queue management, various algorithms, and team management).

Bridging between various busses and protocols (high-speed board design, FPGA design).

FPGA cards with communication I/F for network security/cyber applications (hardware design, design to cost).

Biological signals in medical and para-medical applications (ECG/EMG/EEG, medical standards and patient safety, harsh EMC requirements and immunity, management).

High precision temperature measurement in high noise environment (EMC, strict PCB design, high stability, low edging analog)

3D vision (video cameras & VR glasses) for brain surgical application (FPGA design, digital and analog board design, video manipulation).

Sensing and processing board for acoustic failure analyzer application with large-scale FPGA (system design).

Warehouse assistant device based on specialized camera, optronics, and unique algorithms.

3-Axis IMUs for navigation and control (small size, “bits & bolts” in MEMS devices, analog, small FPGA design, fixed point arithmetic, algorithm).

High-voltage ionography printing (high voltage, harsh environment, high-reliability, team management).

Smart home robotic applications (industrial electronic, standards, high-reliability, design to cost).

ASIC emulation in FPGA (code simulation, agility, and creativity).

Design and consulting for compliance with various standards in consumer, military, industrial, and medical fields, including EMC.

Many consulting jobs for finding solutions to non-standard requirements (the “square eggs” solutions).​

Portfolio​

Video manipulation and transmission, specialized protocols for military application (CPLD, FPGA, military standards, analog and digital design).

Credit card-sized cellular tracker, outdoor & indoor (GPS, Wi-Fi Hotspots, Cellular Communication, ultralow current consumption, small size, design to cost, sensitive RF with digital logic co-existence, FPGA design for ultralow current and noise emission).

Tracker device for cattle herd supervision and control (ultralow current consumption, weather conditions, high reliability, solar energy, design to cost, satellite communication).

Various miniature remote-control devices, ISM 2.4GHz and communication (RF PCB design, design to cost, ultralow current, standards).

Various cellular designs for IoT implementation in 2G and 3G networks (cellular, PCB antennas, low current).

Various designs in the communications and transport area (Ethernet, SDH/SONET, ATM, plesiochronous interfaces, high-speed board design, FPGA design, QoS, queue management, various algorithms, and team management).

Bridging between various busses and protocols (high-speed board design, FPGA design).

FPGA cards with communication I/F for network security/cyber applications (hardware design, design to cost).

Biological signals in medical and para-medical applications (ECG/EMG/EEG, medical standards and patient safety, harsh EMC requirements and immunity, management).

High precision temperature measurement in high noise environment (EMC, strict PCB design, high stability, low edging analog)

3D vision (video cameras & VR glasses) for brain surgical application (FPGA design, digital and analog board design, video manipulation).

Sensing and processing board for acoustic failure analyzer application with large-scale FPGA (system design).

Warehouse assistant device based on specialized camera, optronics, and unique algorithms.

3-Axis IMUs for navigation and control (small size, “bits & bolts” in MEMS devices, analog, small FPGA design, fixed point arithmetic, algorithm).

High-voltage ionography printing (high voltage, harsh environment, high-reliability, team management).

Smart home robotic applications (industrial electronic, standards, high-reliability, design to cost).

ASIC emulation in FPGA (code simulation, agility, and creativity).

Design and consulting for compliance with various standards in consumer, military, industrial, and medical fields, including EMC.

Many consulting jobs for finding solutions to non-standard requirements (the “square eggs” solutions).​

Portfolio​