I will design automotive display pcb for hud lvds mipi dsi hdmi signal integrity
Advanced PCB Design Engineer for RF FPGA AI and Embedded Systems
About this Gig
I design custom automotive display PCBs engineered for reliable video transmission, signal integrity and production ready integration.
I develop display interface PCB solutions using LVDS, MIPI DSI, HDMI and related high speed interfaces, with controlled impedance routing, differential pair matching, stackup planning, grounding and power integrity. Designs can include display controllers, MIPI DSI to LVDS bridges, HDMI interfaces, backlight power, display power sequencing, reset control, touch interfaces and automotive embedded electronics.
For HUD developers, vehicle startups and instrument cluster manufacturers, I focus on the details that often cause display failures: high speed routing, return paths, crosstalk, EMI control, connector placement, power noise and thermal constraints. I can also support FPD Link or GMSL based display architectures where required.
Applications include automotive HUD, digital instrument clusters, infotainment displays, embedded displays, robotics HMI and industrial display controllers.
Deliverables include schematic, multilayer PCB layout, impedance controlled routing, BOM, Gerber, fabrication files and 3D PCB data
FAQ
Can you design a custom automotive HUD PCB?
Yes. I can design custom HUD electronics including display interfaces, MIPI DSI, LVDS, HDMI, display power, backlight control, signal integrity and automotive PCB layout.
Do you support MIPI DSI and LVDS display interfaces?
Yes. I can design high-speed MIPI DSI and LVDS interfaces with differential pair routing, impedance control, power integrity and EMI-aware PCB layout.
Can you design an instrument cluster PCB?
Yes. I can develop instrument cluster and embedded display PCBs with display controllers, high-speed interfaces, power sequencing, control signals and automotive communication interfaces.
Can you design HDMI display PCBs?
Yes. HDMI interfaces can be integrated into custom display hardware with high-speed differential routing, controlled impedance, grounding and signal integrity considerations.
How do you handle high-speed display signal integrity?
I consider stackup, controlled impedance, differential pair matching, return paths, connector placement, trace geometry, crosstalk and power noise during the PCB layout.
Can you integrate display power and backlight control?
Yes. The design can include display power rails, sequencing, reset control, backlight power, protection and supporting power management circuitry.
Can you support FPD-Link or GMSL displays?
Yes, where the project architecture requires automotive display SerDes such as FPD-Link or GMSL, I can integrate the required interface hardware and PCB routing strategy.
What applications do you support?
I support automotive HUDs, digital instrument clusters, infotainment displays, embedded displays, robotics HMI, industrial HMIs and custom automotive display controllers.
Will I receive manufacturing files?
Yes. Depending on the package, deliverables can include schematic, PCB source files, Gerbers, drill files, BOM, fabrication documentation and 3D PCB data.

