Capabilities
VPX System Integration & Engineering Design Services
Complete VPX system integration and engineering services: multi-discipline engineering covering electronics, signal integrity, mechanical design, and thermal management — all under one roof, engineered to MIL-STD, NATO STANAG, and UK DEF STAN. SOSA-aligned design practices throughout.
Electronics Design & Engineering Services
- VPX backplane design and validation
- Component Selection & Counterfeit Avoidance (MIL-STD-1163)
- Defense & Aerospace Design to MIL-STD-461G, MIL-STD-810H
- Design Validation Testing and qualification services
- DFX Component Engineering for mission-critical systems
- SOSA-aligned interconnect design
- Microelectronics Design for radiation-hardened applications
- MIL-STD Compliance Testing and verification
- NPI (New Product Introduction) Engineering
- Power Distribution and Management for embedded systems
Signal Integrity & System Integration Analysis
- VPX backplane signal integrity verification
- Time Domain Reflectometry (TDR) for high-speed interconnects
- Frequency Domain Analysis for VITA 66 RF systems
- Eye Diagram Analysis and jitter characterization
- S-Parameter Measurements for PCIe and optical interfaces
- Crosstalk Analysis in multi-layer VPX designs
- Impedance Matching for MIL-STD compliance
- Signal-to-Noise Ratio (SNR) optimization
- System-level EMC coordination (MIL-STD-461G)
Mechanical Design & Manufacturing Engineering
- VPX enclosure and ATR rack design for system integration
- CNC Machining (5-axis) per MIL-spec requirements
- 3D Printing & Extrusion for rapid prototyping and low-volume manufacturing
- Injection Molding for high-volume VPX components
- Sheet Metal Fabrication with EMI shielding
- Laser and Waterjet Cutting for precision I/O panel manufacturing
- Brazing and Soldering per MIL-STD-1312 specifications
- Powder Metallurgy for custom heat path components
- Electroplating and surface finishing for environmental protection
Thermal Engineering & System Integration
- VPX system-level thermal design and validation
- AI-driven ANSYS thermal simulation for mission-critical systems
- Blade-Jet™ forced-air cooling design for high-power VPX enclosures
- Heat pipe network optimization (16+ pipes per VPX chassis)
- Hybrid cooling architectures (forced-air + conduction)
- Thermal vacuum qualification for aerospace platforms
- Junction-to-ambient modeling with system margin analysis
- MIL-STD-810H thermal cycling validation
- Battlefield-ready cooling IP and thermal management solutions
- Patent portfolio development in VPX thermal technology