PROJECTS
MARADIN
A Full Laser Scanning Solution
This project is centered on creating MEMS scanner solution.
Our team was tasked with synchronizing laser and video data to ensure precise alignment between the MEMS mirror position and laser modulation.
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Integration of Video Interfaces such as MIPI, HDMI, LVDS, and FPD-Link
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Integration General Interfaces including UART, I2C, and AXI.
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Laser and Video Data synchronizing
HEQA
Quantum Kye Distribution System
We supported HEQA-Security product development. The product involved aspects of 10G transceivers, Ethernet communication and USB3 interfaces. We were involved through all the product design stages, starting from product-level requirements, through engineering decisions to multi-layer board design and FPGA code. At each stage, HEQA got the required volume of work.
Extensive on-prem joint work during the board bring-up, online support in debugging, helping HEQA provide the best product and service to our customers.
CI Systems
Wind Project
DanisiTECH supported CI System in evaluation and development of "WIND PROJECT". The product involves aspects of Optical Video Sensor interfacing, fast A2D/D2A communication, and USB3 interfaces.
The project was based on Cyclone 5 SOC evaluation board. DanisiTECH contributed at every stage of the product design process, starting from product-level requirements, through engineering decisions to multi-layer board design and FPGA code.
We were involved in system bring-up, online debugging support and many other aspects of development. Ensuring precise alignment between the MEMS mirror position and laser modulation.
Coriolis Systems
Motor Encoder Module
DanisiTECH supported Coriolis Systems in the development of the "Motor Encoder Module." This project encompassed board design, CPLD programming and system testing.
In the second phase, the focus shifted to developing a JIG for mass production. Built on the MAX10 evaluation board, the project included various aspects such as CPLD/ Embedded systems and GUI development.
We played a key role throughout all stages of product design, from defining product-level requirements to making engineering decisions, designing the board and writing FPGA code.
