Custom circuit board designs and hardware prototypes
The central brain of the electric vehicle. It manages driver inputs, controls auxiliary systems (lights, horn), and communicates with the battery and motor controller to ensure safe and efficient operation.
A comprehensive communication module enabling remote connectivity via LTE/4G, Wi-Fi, and BLE. Features an automotive-grade CAN 2.0 interface for real-time telemetry and vehicle tracking.
High-performance dashboard display driver with ARM core architecture. Supports high-resolution TFT displays and integrates seamlessly via CAN/SPI. Features robust 12V power architecture with EMI suppression for automotive environments.
Advanced Charging Management System with 4G/LTE, WiFi, and Ethernet connectivity. Features automatic network failover, RFID authentication, and Fan Control. Designed for 2-wheeler and 4-wheeler EV chargers with robust noise filtering.
Intelligent Power Management System converting 85V-220V AC to 12V DC (4A). Features zero-latency (<10µs) UPS switching with onboard Li-ion battery backup. Ensures continuous operation for critical embedded systems.
Custom Raspberry Pi CM4 carrier board designed for high-end display and HMI applications. Features HDMI output, RTC, CAN bus, and dual 5V regulators with fan control. Robust 12V input with extensive I/O (USB, GPIO, SD Card).
Industrial grade protocol converter bridging RS-232 and CAN 2.0B. Features dual-channel CAN, RF/NRF card reader support, and automotive-grade 12V inputs. Ideal for secure user authentication systems and industrial automation.
High-performance CAN Multiplexer using 480MHz RISC-V architecture. Aggregates 4 isolated CAN buses (GBT, CCS2.0) into a single master bus. Features advanced error monitoring and high-traffic load handling for fast charging stations.
Unified single-board monitoring for SRT, SMG, and SWP systems. Measures 1000V DC, 500A AC, and Solar parameters with GSM connectivity. Features AC surge protection, DC filtering, and real-time telemetry.
Complete secure access solution comprising a low-power Key Fob (2.0-3.1V) and a Receiver Unit. Features 3-button control, secure rolling code transmission, and seamless VCU integration.
USB Power Delivery trigger and monitoring board. Enables use of USB Type-C PD power supplies with selectable voltages and high currents for your projects. Features OLED display for monitoring V, I, P, and E.