
REF · edp-ultra-thin-hinge-cable
Ultra-Thin Hinge eDP Cable Assembly with Micro-Coax Right-Angle Routing
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REF · edp-ultra-thin-hinge-cable
SPEC SHEETeDP Cable Assemblies
SEC · 01
Product Overview
This micro-coax eDP assembly uses a controlled exit and fold to pass through a thin hinge. Connector orientation, fold datum, local reinforcement and the moving bend zone must be defined together to avoid interference or shield damage.
Application Scenarios
- Mainboard-to-panel display links in notebooks, tablets and compact displays
- Industrial HMI, embedded display and remote panel programs
- Thin-bezel or hinge-routing designs with restricted cable space
- Prototype and production builds requiring controlled impedance and repeatable assembly
Custom Options
- Pin count, connector series, exit direction and cable length can be customized
- Micro-coax, twisted-pair or hybrid structures can be selected per signal requirement
- PI stiffeners, EMI tape, foam, grounding tabs and adhesive fixing can be added
- Sample validation can be aligned with the actual LCD panel, mainboard connector and hinge path
RFQ Inputs & Material Requirements
Provide the two connector part numbers, panel pin map, exit orientation, hinge cross-section, fold and adhesive datums, finished length, motion profile, shield termination and post-flex display-link checks.
SEC · 02
Technical Specifications
SPECIFICATIONS · 11 ROWS
- 01Structure Direction
- ultra-thin hinge eDP display cable
- 02Cable Type
- micro-coax
- 03Connector Combination
- eDP fine-pitch connector (defined per project)
- 04Exit Direction
- straight exit / right-angle / custom folded exit direction
- 05Differential-Impedance Acceptance
- Target, tolerance, finished length, fixtures and method defined by the panel or link validation plan
- 06Finished Length
- Controlled drawing dimension and tolerance
- 07Local Reinforcement
- PI stiffener / foam / EMI Tape optional
- 08Installed Bend Limit
- Minimum radius and method defined by the route drawing and validation plan
- 09Dynamic Bend Life
- structure validation per project
- 10Environmental Exposure
- Limits taken from the approved cable, connector and material BOM for the installed environment
- 11Validation Focus
- continuity / assembly interference / bend path / shielding integrity
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