Oki Electric Cable Unveils Shield-structured FPC, Enabling Gigabit-level High-speed Transmission
- Succeeds in reducing noise by 50% for clearer TV display in automotive systems -
[Reference]
Sales plan
- Sales start: June 1, 2007
- Sales target: 10,000 units per month (at mass-production stage)
- Sales price: varies with size, specifications and volume
Main Features
- Precisely controlled characteristic-impedance
- Characteristic impedance of circuits is precisely controlled. Both of single-ended transmission and differential transmission circuits are available.
- Various shielding structures
- Use various mesh pattern shields, and shield materials including new materials depending on customer's requirement.
- Reduces reflection-loss, cross-talk, conductor-loss, and dissipation-loss to the utmost limit
- Various base-materials for various usage
- New base-material such as LCP (Liquid Crystal Polymer) and PEN (Polyethylene Naphthalate), etc. are available for special environmental requirements such as "moisture-resistance" and "Low-VOC."
These new base-materials also have advantage with its space saving (thinner than conventional material), and low-thermal dissipation properties.
- New base-material such as LCP (Liquid Crystal Polymer) and PEN (Polyethylene Naphthalate), etc. are available for special environmental requirements such as "moisture-resistance" and "Low-VOC."
Major specifications
| Category | Specification |
|---|---|
| Length of flexible cable (Max.) | 500mm |
| Width of flexible cable (Max.) | 230mm |
| Conductor width (closest) | 40µm |
| Signal-transmission | Single ended, differential |
| Layers | 2 to 4 layers |
| Base Materials | Polyimide, LCP, PEN |
| Bending Radius | 0.5mm (with highly flexible type) |
| Surface finishing | Gold plating, solder plating, etc. |
3 layers/pseudo coaxial cable structure
4 layers/ highly flexible shield structure
EYE-PATERN (Reference image)
The larger the opening, the more advanced the transmission characteristic
Conventional
Newly developed
