Industrial Electronics

FPGA Obsolescence Resolution

Problem: Obsolete Altera/Intel FPGAs threatening production lines.
Solution: Migrated design to modern Xilinx FPGAs with minimal timing impact.
Result: Restored production stability and extended product lifecycle.

6 Layer PCB 12V / 5V DC Xilinx Spartan-7 PCIe Gen2 Altium Xilinx Vivado
Embedded Systems

Legacy MCU Migration

Problem: Obsolete AMD and Intel MCUs used in legacy controller boards.
Solution: Replaced with modern STM32 MCUs while maintaining original board outline and interfaces.
Result: Drop-in replacement with enhanced performance and lower power.

4 Layer PCB 24V Industrial STM32F429 Isolated RS485 Altium STM32 ARM Cortex
Industrial Communication

Legacy Product Connectivity Upgrade

Problem: Legacy products lacked modern communication interfaces for IoT integration.
Solution: Integrated UART and CAN interfaces into existing hardware architecture.
Result: Enabled real-time monitoring and control for legacy systems.

2 Layer PCB Battery Powered BLE + WiFi Ultra Low Power Altium CAN Bus UART
IoT Hardware

IoT Hardware DFM Optimization

Problem: High-volume IoT node facing manufacturing bottlenecks.
Solution: DFM-focused layout optimization and part consolidation.
Result: 22% reduction in assembly time and stable supply path.

4 Layer PCB USB-C / Li-ion ESP32-S3 DFM Optimized Altium RF Integrated

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Send your existing design files and we will identify cost reduction and obsolescence risks.