Display Flexible Flat Cable
Product Overview
Display Flexible Flat Cable connects display modules with control boards and other electronic assemblies through a compact flat-cable structure. Configurations can be specified by pitch, pin count, cable length, contact direction, reinforcement and connector interface requirements for LCD, TFT, OLED and touch display assemblies.
Display FFC Specifications
|
Specification |
Available Options |
|
Cable Type |
Flexible Flat Cable (FFC) |
|
Application |
LCD / TFT / OLED / Touch Display / Industrial Panels |
|
Pitch |
0.3 / 0.5 / 0.8 / 1.0 mm; custom pitch available |
|
Pin Count |
4–80 pins; custom configurations available |
|
Conductor |
Tinned copper |
|
Insulation |
PET film |
|
Cable Length |
Customized |
|
Contact Direction |
Same side / opposite side / back contact (A/B type) |
|
Reinforcement |
PET stiffener / custom support tape |
|
Operating Temperature |
-20°C to +80°C; other requirements can be confirmed |
|
Electrical Testing |
100% continuity and hipot testing |
How to Select a Display FFC
Before sampling, confirm the interface, cable dimensions and electrical requirements that affect compatibility, production and quotation.
|
Selection Factor |
What to Confirm |
Purchasing Consideration |
|
Connector Compatibility |
Mating connector model, pitch and contact arrangement |
Confirm compatibility before sample production to avoid interface mismatch |
|
Contact Orientation |
Same-side, opposite-side or back-contact configuration |
Must match the connector orientation and required cable routing |
|
Cable Dimensions |
Finished length, width and any cutout or asymmetric requirements |
Provide drawing or sample when dimensional tolerances are critical |
|
Pin Configuration |
Required pin count and pin-out |
Confirm the electrical contact arrangement required by the display interface |
|
Stiffener |
Stiffener position, material and thickness |
Check the connector insertion area and available assembly space |
|
Electrical Requirements |
Impedance, shielding and other specified electrical requirements |
Confirm when the display interface has defined signal characteristics |
|
Operating Temperature |
Standard range: -20°C to +80°C; other requirements to be confirmed |
Should match the equipment's actual operating environment |
|
Reference Data |
Drawing, Gerber file, schematic or physical sample |
Provides the basis for engineering review, sampling and quotation |
Display Types & Configurations
LCD Display FFC
Configurations for LCD modules and display assemblies, with pitch, pin count, contact orientation and cable dimensions matched to the interface requirements.
TFT Display FFC
Configured according to TFT display and control-board interfaces, including connector pitch, pin arrangement and cable routing dimensions.
OLED Display FFC
Cable dimensions, contact arrangement and reinforcement can be specified according to the OLED display assembly and available installation space.
Touch Screen FFC
Configurations for touch display assemblies, with cable dimensions, contact arrangement and connector requirements specified according to the interface.
Industrial Display FFC
FFC configurations for industrial panels and control interfaces where connector compatibility, cable dimensions and defined operating conditions need to be confirmed.
Connector & Interface Compatibility
Display FFCs must match the mating connector in both electrical arrangement and mechanical orientation. Before sampling, the interface can be checked against the following requirements:
|
Interface Item |
What to Confirm |
|
Connector Model |
Mating connector model, manufacturer part number or connector drawing |
|
Contact Arrangement |
Pin sequence, contact position and required pin-out |
|
Contact Orientation |
Same-side, opposite-side or back-contact configuration |
|
Insertion Direction |
Connector insertion direction and cable entry orientation |
|
Cable Exit |
Exit direction and available space around the connector |
|
Contact Area |
Contact length, exposed area and insertion position |
|
Stiffener Area |
Stiffener position and thickness required for connector insertion |
|
Routing Space |
Cable bending path, clearance and installation space |
|
Signal Requirements |
Impedance, shielding or other defined electrical requirements where applicable |
Custom Display FFC Development
Custom development can start from an approved drawing, Gerber file, schematic or existing physical sample.
Dimensional Development
Cable length, width, cutout shape and asymmetric layouts can be specified according to the assembly drawing.
Electrical Configuration
Custom pin-outs, impedance requirements and shielding modifications can be incorporated where required by the display interface.
Mechanical Configuration
Stiffener thickness, support tape, adhesive backing and connector-related requirements can be specified according to the assembly structure.
Prototype & Verification
Engineering review is followed by prototype sampling and testing before volume production. A typical prototype sample lead time of 5–7 business days after drawing approval, subject to material availability and project requirements.
Applications
Consumer Electronics
Internal display and touch-panel connections in laptops, tablets, digital cameras and portable monitors.
Automotive Displays
Display and touch interfaces within infotainment systems, digital instrument clusters and HUD assemblies.
Medical Devices
Display and touch interfaces in patient monitors, portable ultrasound equipment and diagnostic terminals.
Industrial Automation
Display interfaces in PLC control panels, factory automation terminals and robotics interfaces.
Quality Control & Testing
Incoming Material Inspection
Incoming tinned copper, PET film and other specified materials are checked against defined material, dimensional and performance requirements before production.
Conductor & Lamination Inspection
Conductor pitch, conductor width and lamination alignment are checked during production to maintain the specified cable dimensions and conductor arrangement.
Contact Area Inspection
Contact dimensions, contact position and reinforcement alignment are checked against the approved drawing, particularly at connector insertion areas.
100% Electrical Testing
Every cable undergoes 100% continuity and hipot testing to verify electrical connection and insulation performance.
Final Inspection
Finished cables are inspected for cable dimensions, contact area condition, reinforcement position and visible defects before shipment.
Certifications & Compliance
Quality Management
The manufacturing system follows ISO 9001 and IATF 16949 standards.
Environmental Compliance
Display FFC products are specified to comply with RoHS and REACH requirements.
Documentation
Applicable certification and compliance documentation can be provided according to project and order requirements.
RFQ & Specification Review
Drawings, Gerber files, schematics and physical samples can be used to establish the approved product specification before production.
Order Quantity Planning
MOQ, prototype quantities, pilot batches and volume requirements can be discussed according to the approved configuration and production schedule.
Production Scheduling
Volume production can be scheduled after sample approval, with the stated production lead time of 10–15 business days subject to order volume and material availability.
Packaging & Labeling
Packaging, labeling and product identification requirements can be confirmed according to the customer's shipment and warehouse requirements.
Order Documentation
Applicable inspection records, product documentation and compliance documents can be supplied according to project and order requirements.
FAQ
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