High-Speed PCB Design
Expert Engineer Based in Germany
High-Speed PCB Design specialist with 5+ years of experience in multilayer boards (4-8 layers), DDR2 routing, MIPI interfaces (DSI/CSI 4-lane), USB 3.0, and industrial electronics. I deliver reliable hardware solutions for automotive and IoT applications across the EU market.
HIGH-SPEED PCB DESIGN EXPERT · Germany · 5+ Years
High-Speed PCB Design Expertise
As a High-Speed PCB Design engineer, I specialize in multilayer boards (4-8 layers) with controlled impedance, signal integrity analysis, and power integrity optimization. My High-Speed PCB Design expertise includes DDR2-400 fly-by topology, MIPI differential pairs (100Ω) for 4-lane DSI/CSI, USB 2.0/3.0, and Ethernet RMII/RGMII interfaces.
Every High-Speed PCB Design project undergoes thorough SI/PI simulation using HyperLynx and Sigrity, ensuring first-pass success. I’ve completed over 50 High-Speed PCB Design projects for clients across Germany and the EU, including automotive BMS systems, industrial gateways, and AI-enabled edge devices based on ESP32-P4 with MIPI interfaces.
High-Speed PCB Design Capabilities
Comprehensive High-Speed PCB Design services for complex embedded systems.
High-Speed PCB Design for DDR2, MIPI & USB
DDR2 Memory Routing
Expert in High-Speed PCB Design for DDR2-400. Fly-by topology, length matching, T-junction termination, and impedance control (40-60Ω). Full SI analysis for signal integrity.
MIPI Interface Design
Specialized High-Speed PCB Design for MIPI DSI (display) and MIPI CSI (camera) interfaces. 4-lane differential routing with 100Ω impedance, intra-pair skew control, and EMI mitigation techniques. Experience with ESP32-P4 MIPI implementation.
USB & Ethernet Layout
Proven High-Speed PCB Design for USB 2.0/3.0 (90Ω differential) and Ethernet RMII/RGMII (100Ω). Controlled impedance routing, via optimization, and ESD protection integration.
Industrial & Automotive High-Speed PCB Design
CAN & RS485 Integration
High-Speed PCB Design for industrial communication including ISO-CAN (11898), RS485, and LIN. Isolated interfaces, common-mode filtering, and EMC/EMI compliant layouts for automotive environments.
Power Integrity (SI/PI)
Comprehensive SI/PI analysis for every High-Speed PCB Design. PDN impedance analysis, decoupling capacitor optimization, IR drop analysis, and crosstalk mitigation using HyperLynx and Sigrity.
High-Speed PCB Design Projects
Real-world High-Speed PCB Design examples for industrial and automotive clients.
Recent High-Speed PCB Design Work
MT7628 Gateway
6-layer · High-SpeedHigh-Speed PCB Design for industrial gateway with MT7628, 4x LAN, and ISO-CAN. Full SI/PI validation with HyperLynx.
ESP32-P4 AI Platform
6-layer · MIPIHigh-Speed PCB Design with MIPI differential routing (100Ω) and length matching for camera/display interfaces on ESP32-P4.
12S BMS System
4-layer · PowerHigh-Speed PCB Design for automotive BMS with isolated CAN and current sensing. EMC/EMI compliant layout.
10kW Motor Drive
4-layer · PowerHigh-Speed PCB Design for motor drive with isolated gate drivers and high-power layout techniques.
High-Speed PCB Design Tools
Industry-standard tools for High-Speed PCB Design and simulation.
Furthermore, I utilize advanced simulation tools for pre-layout and post-layout analysis. Consequently, every High-Speed PCB Design achieves first-pass success. Additionally, I stay updated with the latest IPC standards and manufacturing technologies.
Need High-Speed PCB Design?
Therefore, if you require expert High-Speed PCB Design services for your next project, let’s connect.
[email protected]
📍 Based in Germany · EU Market Focus