Industrial Automation & Embedded Systems

Deterministic control infrastructure for industrial automation

Engineering continuous-function industrial automation and embedded computing systems from Taichung's central manufacturing corridor.

10 Gbps

Backplane throughput

< 5ms

Cycle latency

99.999%

Target MTBF

Core Architectures

Three technical integration divisions

Rigorous hardware-software interfaces designed for continuous industrial operation.

Programmable Logic & Fieldbus

Ruggedized Embedded Units

Legacy Telemetry Interfacing

Programmable logic controllers, distributed fieldbus networks, and deterministic SCADA implementations configured for zero downtime.

Fanless embedded computing hardware engineered to operate reliably across harsh industrial temperature and vibration parameters.

Hardware-level signal conditioning and protocol conversion bridging legacy factory machinery with modern digital supervisory networks.

Operational Telemetry

System reliability benchmarks

100 Gbps

Bus network capacity

1.2 ms

Average cycle latency

150,000h

Calculated MTBF

100%

Specification compliance

Validation Protocol

Hardware integration workflow

01
02
03

Schematic & Requirement Review

Embedded Assembly & Interface

Environmental & Stress Testing

Rigorous analysis of industrial I/O requirements, electrical constraints, and network topology specifications before physical integration.

Precision hardware population, real-time operating system flashing, and deterministic bus configuration at our Taichung facility.

Extended thermal chamber exposure, vibration isolation verification, and continuous-load endurance trials prior to deployment.

Initiate direct engineering dialogue

Connect with our integration specialists in Taichung to discuss technical parameters, compliance standards, and custom architecture requirements.