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Hardware design

Certified WiFi module for EV Charger Hardware design

Certified WiFi module for EV Charger

Problem A leading provider of EV charging solutions faced significant challenges integrating reliable WiFi connectivity into their next-generation charging stations. The demanding environment of charging stations – often exposed to electrical noise and requiring secure, consistent communication – necessitated a robust solution. Initial attempts with readily available WiFi modules proved inadequate, exhibiting inconsistent performance under load and failing preliminary EMC…
gt3036p9tc
26 February 2020
High-Voltage Bi-Directional EV Power Supply Unit Hardware design

High-Voltage Bi-Directional EV Power Supply Unit

At Onplick, we are committed to developing advanced power electronics solutions that push the boundaries of efficiency and reliability. One of our key innovations is a high-voltage, high-power AC/DC power supply unit designed for bi-directional EV chargers. This cutting-edge system delivers up to 20kW of bidirectional power, enabling both charging from the grid to the vehicle and energy return from…
gt3036p9tc
24 February 2020
Unlocking Performance and Efficiency with Our i.MX93 System on Module Hardware design

Unlocking Performance and Efficiency with Our i.MX93 System on Module

At ONPLICK, we’re always pushing the boundaries of embedded computing to provide innovative solutions for modern applications. That’s why we’re excited to introduce our i.MX93 System on Module (SoM) - a compact, high-performance, and energy-efficient solution designed to power the next generation of industrial and IoT devices. Built for Performance, Designed for Versatility Our i.MX93 SoM is engineered with a…
gt3036p9tc
24 February 2020
Rugged Industrial IoT Gateway – Bespoke Hardware Design and Linux Driver Development Hardware designLinux driver

Rugged Industrial IoT Gateway – Bespoke Hardware Design and Linux Driver Development

Introduction In modern industrial environments, capturing reliable data from diverse operational technology (OT) sensors and integrating it seamlessly with IT infrastructure is paramount for efficiency and predictive maintenance. While off-the-shelf IoT gateways exist, they often lack the specific interface mix, environmental resilience, or processing capabilities required for demanding applications, necessitating custom-engineered solutions. The Challenge A client specializing in heavy machinery…
gt3036p9tc
20 February 2020