Product Description:
MPO-DVI fiber Ultra HD video micro transceiver uses the company's latest image parsing and optical engine technology, integrates DVI electrical signal to optical signal conversion system in limited space, fully supports dual link DVI2.0 standard, including up to 10.2Gbps data transmission rate, Secure transmission of uncompressed, undelayed 4K@30Hz video signals via a single MPO fiber. This product is a true plug and play DVI full fiber transmitter that does not require a converter box or signal amplifier.
Features:
- Product Name: MPO-DVI fiber
- Resolution: Up To 4K 3480x2160 @30Hz
- Transmission delay: ＜2ms
- EDID: Support
- Standard signal port: DVI Latest Standard
- MPO fiber: Supports One MPO Fiber Output, Standard MPO Fiber Connector
Technical Parameters:
| Standard signal port: | DVI Latest Standard |
| Transmission delay: | <2ms |
| Distance: | Up To 1000 Feet |
| EDID,RS-232: | Support |
| Data rate: | Up To 10.2Gbps |
| Resolution: | Up To 4K 3480x2160 @30Hz |
| MPO fiber: | Supports One MPO Fiber Output, Standard MPO Fiber Connector |
| Fiber optic cable pull strength: | 60 Pounds |
| Power | 5V USB |
Applications:
The MPO Fiber Cable DVI is designed to support one MPO fiber output, with a standard MPO fiber connector. This optical HDMI cable is the perfect solution for long-distance, high-definition video and audio transmissions, with a transmission delay of less than 2ms.
The MPO Fiber Cable DVI supports the latest standard signal port, ensuring a stable and reliable connection for all your devices. With a resolution of up to 4K 3480x2160 @30Hz, this HDMI fiber cable delivers crystal-clear, high-definition video and audio, making it perfect for home theaters, conference rooms, and other professional settings.
In addition to its high-performance capabilities, the MPO Fiber Cable DVI also features EDID support, allowing devices to communicate with each other and exchange information about their capabilities. This ensures that your devices work together seamlessly, without any compatibility issues.
