




MPO CONNECTORS
MPO MTP Multi-Fiber Connector
MPO MPO/MTP multi-fiber push-pull connector combining multiple optical channels in one high-density interface for trunk and fan-out harnesses.
Specifications
- Type
- Fiber Adapter & Connectors
- Certifaction
- ISO9001,ROHS
- Connector Type
- SOURIAU RCPOF1000B
- Weight
- 0.01KG
- Insertion Loss
- 0.2
- Transmission loss
- 0.2
- Mating times
- 10000
- Color
- Gold
- Package
- Carton
- Hole diameter
- 1.00mm
MPO MTP Multi-Fiber Connector
The MPO is a JINSHANG TECH MPO/MTP multi-fiber push-pull connector that terminates multiple fibers in one interface for high-density parallel links.

JINSHANG TECH supplies the MPO as a production item; fiber diameter, jacketing, connectorization and length can be confirmed against the specification before ordering.
Key Characteristics
- Fiber diameter: 1.00mm
- Connector/interface: SOURIAU RCPOF1000B
- Certified to ISO9001,ROHS
- Insertion loss: 0.2
- Ideal for trunk cables and fan-out harnesses
- Multiple fibers in one push-pull connector for high density
- Polarity and key orientation for controlled channel mapping
- Compact footprint versus individual connectors


Typical Applications
The MPO is commonly used for high-density parallel optical trunk and harness links, and fan-out / fan-in assemblies and equipment backbones. The result is a reliable, repeatable build that tolerates the routing, vibration and repeated handling typical of production installations.


Frequently Asked Questions
Q: MPO vs MTP? A: MTP is an MPO-compatible, mechanically enhanced version; both mate with standard MPO interfaces.
Q: What is polarity? A: Polarity defines the transmit/receive channel mapping; select the method (A/B/C) so each channel reaches the correct port.
Q: What is an MPO connector? A: MPO/MTP is a multi-fiber connector that aligns several fibers (commonly 8, 12 or more) in one ferrule for high-density parallel links.
For the matching Versatile Link and HFBR assemblies, visit the FEV Electronics fiber catalog at www.fevelectronics.com.

