Customizable Industrial Computing Platforms
Hybrid Architecture × Military-Grade Reliability
Technical Parameter Matrix
Hardware Configuration
CPU
Dual-platform options: Intel 12th Gen i7/i5 or AMD Ryzen 7, ARM architecture expansion modules require separate configuration.
Industrial Interface
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Communication InterfaceSIM Slot (Pre-installed for 4G Module) + Triple-isolated COM Port (COM1/485 Jumper-selectable)
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Control BusIsolated RS-485×4 (2500V<sub>rms</sub>) + CAN Bus×2 (w/ Terminating Resistor Jumper)
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Expansion CapabilityPCIe 3.0 x4 Slot (FH/HL compatible) + GPIO 16-ch (5V/12V Programmable)
Reliability Verification
Military-Grade Protection Design
Operating Temp: -40℃~85℃ Continuous
Intelligent Management Suite
Dual-mode Watchdog: HW Reset Circuit + SW Heartbeat (min.50ms)
Application Scenario
Standard Config: Core i5 + 16GB RAM + 4×CAN Bus
Function: Real-time AGV Dispatch Control (Linux RT Kernel Optimized)
Standard Config: AMD Embedded CPU + 8GB ECC RAM + RS-485 Hub
Function: Modbus-TCP Gateway for Substation Device Clusters
Customization Process
Execute on-site operational mapping, quantify vibration/temperature-humidity/EMI parameters. Synchronize interfacing with PLC protocol stacks and SCADA system specifications.
01. Diagnostic Survey Requirement
Based on TCO (Total Cost of Ownership) model, compare x86 vs ARM architectures for real-time/power/computing trade-offs. Determine heterogeneous computing topology.
02. Architecture Selection
Perform 72-hour HALT (Highly Accelerated Life Testing) at certified 3rd-party lab. Expose latent design flaws (e.g. PCB deformation at 85℃/95%RH).
03. Environmental Testing
Deploy to customer's operational line for MTBF testing. Collect data to demonstrate compliance with ISO 13849-1 PLc safety level.
04. Prototype Validation
Implement serialized traceability management. Each unit includes dedicated test report and EMC (Electromagnetic Compatibility) certification copy.