Solutions
Active engineering
Custom TCON, bridge or FPGA timing boards
Custom TCON board development using selected TCON, bridge or FPGA platforms, covering open-cell evaluation, timing, panel rails and image-quality bring-up.
Engineering challenge
- Open cell, timing and panel power sequencing are treated as three unrelated buys.
- AVDD, VGH, VGL, VCOM and gamma are copied from an unrelated reference.
- Image quality is debugged without a documented timing architecture.
Typical applications
- Open-cell bring-up
- Timing, panel rails and image-quality work on selected TCON or FPGA platforms.
- Custom timing boards
- eDP, LVDS or V-by-One conversion with documented power sequencing.
- Panel evaluation
- AVDD, VGH, VGL, VCOM and gamma treated with the timing architecture.
Engineering capabilities
- Open-cell evaluation
- Timing architecture
- TCON, bridge or FPGA platform selection
- eDP, LVDS and V-by-One
- Panel power sequencing
- AVDD, VGH, VGL, VCOM and gamma
- High-speed PCB
- Bring-up and image-quality tuning
Interfaces
- eDP
- LVDS
- V-by-One
Engineering deliverables
- Platform recommendation (TCON, bridge or FPGA)
- Board design and layout when contracted
- Bring-up and image-quality notes
Development & validation
- 01 Cell and timing review
- 02 Platform selection
- 03 Board implementation
- 04 Image-quality bring-up
Signal and power architecture
Scope is board-level TCON, interface conversion and panel power design.
- eDP / V-by-One / LVDS input
- FPGA or bridge processing
- Source / gate timing
- Panel PMIC
- AVDD, VGH, VGL, VCOM and gamma rails
- Power-up and power-down sequencing
- Open-cell bring-up and debugging
Bring Us Your Engineering Challenge
Share your application, key interfaces, performance targets and development schedule. We will review the technical scope and propose a practical starting point.