Engineering The Physical Core of Intelligent Products
Delivering robust hardware platforms – from schematic to system-level validation – optimized for embedded, edge, and industrial applications
Why MosChip for Hardware & System Engineering
Proven Engineering Across Board Design, Validation, and Integration
Over 100+ boards designed and deployed for embedded, industrial, and IoT systems
End-to-end capabilities from schematic to bring-up and validation
High-speed interfaces (DDR, PCIe, USB, Ethernet, MIPI) and power-aware designs
Compliance-aware engineering: signal integrity, thermal, EMI/EMC, pre-cert
Strong collaboration with SoC vendors and firmware teams
What We Deliver?
High-speed, multi-layer PCB design (HDI, flex-rigid, BGA) optimized for cost, manufacturability, and volume production
Rugged, thermally-optimized, miniaturized enclosures (HE30/31, single-piece heatsinks)
Post-silicon bring-up, hardware validation, characterization (PVT, thermal, electrical), pre-certification testing
Obsolescence handling, cost-optimized redesigns, platform modernization
SI/PI, TDR, thermal & EMC simulation
Key Technologies
Expertise in Core Technologies for Intelligent, Connected Systems Development
Compute & Processing
ARM SoCs and microcontrollers
RISC-V based platforms
FPGAs and RFSoCs (Xilinx, Intel, Lattice)
Interfaces & Connectivity
DDR2, DDR3, DDR4, DDR5, LPDDR
PCIe Gen2/Gen3/Gen4/Gen5
MIPI CSI/DSI
USB 2.0, USB 3.0
HDMI, SATA, SERDES
BLE, CAN, RS232, RS485, Ethernet
Design & Simulation Tools
PCB Design: Altium Designer, OrCAD, Cadence, KiCad
Mechanical Design: SolidWorks, Creo, Fusion 360
SI/PI & Compliance: Ansys SI/PI, Cadence Sigrity, HyperLynx, TDR tools
Design Considerations
SI/PI analysis and power-aware design
Thermal and mechanical integration
EMI/EMC pre-certification practices
Products Enabled
- Industrial Gateways and Controllers
- Smart Meter Communication Modules
- Edge AI Boards and Inference Platforms
- Automotive Interface and Logging Devices
- Connected Diagnostic and Imaging Equipment
- Consumer Control Boards for Home Automation
Featured Case Study
Software Support for USB Device IP
We’ve delivered over 100 production-grade boards across industrial gateways, edge AI modules, smart meters, automotive loggers, and medical diagnostic devices – supporting both high-speed digital and mixed-signal requirements.
Yes. Our team integrates EMI/EMC design best practices, performs thermal profiling, and supports pre-certification testing aligned with global regulatory standards.
We use industry-standard tools including Altium, Cadence, OrCAD, SolidWorks, Ansys SI/PI, Sigrity, HyperLynx, and TDR tools – and can adapt to customer-preferred flows.
Yes. We’ve engineered thermal and mechanically optimized enclosures for industrial, medical, and automotive use-cases, including compact, passively cooled, and high-IP-rated designs.
Absolutely. We support bring-up, signal integrity and functional validation, characterization across voltage and temperature (PVT), and support board-level debug, diagnostics, and hardware-assisted firmware validation.
Engineering The Physical Core of Intelligent Products
Delivering robust hardware platforms – from schematic to system-level validation – optimized for embedded, edge, and industrial applications
Why MosChip for Hardware & System Engineering
Proven Engineering Across Board Design, Validation, and Integration
Over 100+ boards designed and deployed for embedded, industrial, and IoT systems
End-to-end capabilities from schematic to bring-up and validation
High-speed interfaces (DDR, PCIe, USB, Ethernet, MIPI) and power-aware designs
Compliance-aware engineering: signal integrity, thermal, EMI/EMC, pre-cert
Strong collaboration with SoC vendors and firmware teams
High-speed, multi-layer PCB design (HDI, flex-rigid, BGA) optimized for cost, manufacturability, and volume production
Rugged, thermally-optimized, miniaturized enclosures (HE30/31, single-piece heatsinks)
Post-silicon bring-up, hardware validation, characterization (PVT, thermal, electrical), pre-certification testing
Obsolescence handling, cost-optimized redesigns, platform modernization
SI/PI, TDR, thermal & EMC simulation
What We Deliver?
Key Technologies
Expertise in Core Technologies for Intelligent, Connected Systems Development
Compute & Processing
ARM SoCs and microcontrollers
RISC-V based platforms
FPGAs and RFSoCs (Xilinx, Intel, Lattice)
Interfaces & Connectivity
DDR2, DDR3, DDR4, DDR5, LPDDR
PCIe Gen2/Gen3/Gen4/Gen5
MIPI CSI/DSI
USB 2.0, USB 3.0
HDMI, SATA, SERDES
BLE, CAN, RS232, RS485, Ethernet
Design & Simulation Tools
PCB Design: Altium Designer, OrCAD, Cadence, KiCad
Mechanical Design: SolidWorks, Creo, Fusion 360
SI/PI & Compliance: Ansys SI/PI, Cadence Sigrity, HyperLynx, TDR tools
Design Considerations
SI/PI analysis and power-aware design
Thermal and mechanical integration
EMI/EMC pre-certification practices
Products Enabled
- Industrial Gateways and Controllers
- Smart Meter Communication Modules
- Edge AI Boards and Inference Platforms
- Automotive Interface and Logging Devices
- Connected Diagnostic and Imaging Equipment
- Consumer Control Boards for Home Automation
Featured Case Study
Software Support for USB Device IP
We’ve delivered over 100 production-grade boards across industrial gateways, edge AI modules, smart meters, automotive loggers, and medical diagnostic devices – supporting both high-speed digital and mixed-signal requirements.
Yes. Our team integrates EMI/EMC design best practices, performs thermal profiling, and supports pre-certification testing aligned with global regulatory standards.
We use industry-standard tools including Altium, Cadence, OrCAD, SolidWorks, Ansys SI/PI, Sigrity, HyperLynx, and TDR tools – and can adapt to customer-preferred flows.
Yes. We’ve engineered thermal and mechanically optimized enclosures for industrial, medical, and automotive use-cases, including compact, passively cooled, and high-IP-rated designs.
Absolutely. We support bring-up, signal integrity and functional validation, characterization across voltage and temperature (PVT), and support board-level debug, diagnostics, and hardware-assisted firmware validation.
