This MTP/MPO-8/12/24 adapter joins two MPO/MTP connectors with precise ferrule alignment. The SC footprint fits standard panel cut-outs, so existing panels can be upgraded to multi-fiber connections without new hardware.
Product Highlights
- Connector Type: US Conec MTP®/MPO
- Keyway: Opposed (Up-Down)
- Adapter Port: Single
- Footprint: SC
- Insertion Loss: ≤0.35dB
- Factory tested, individually packed
Specifications
| Part Number | AD-MPO-SX-KD |
|---|---|
| Manufacturer | HT |
| Connector Type | US Conec MTP®/MPO |
| Keyway | Opposed (Up-Down) |
| Adapter Port | Single |
| Footprint | SC |
| Insertion Loss | ≤0.35dB |
| Durability | 1000 times |
| Flammability Rate | UL 94V-0 |
| Working Temperature | -25~70°C |
Applications
Typical installations include MPO patch panels, transition cassettes and distribution frames. The adapter keeps both connectors precisely aligned so the full multi-fiber array mates with consistent loss.
Keyway and Mounting Details
The opposed (up-down) keyway holds both connectors in the correct orientation for the polarity scheme of your cabling. The adapter body follows the standard SC footprint, so it clips into the same cut-outs used for duplex SC and LC duplex panels.
Ordering Information
To order, quote AD-MPO-SX-KD together with the length and quantity you need. Private labeling, custom packaging and project specific documentation are all handled in-house.
How We Pack
Each assembly is coiled, capped and sealed in an individual bag, then packed into foam lined export cartons. Test reports can be attached per unit or per batch, and carton marks follow your shipping instructions.
Built to Your Spec
As a factory we can modify almost every detail of this product: length, jacket material and color, polarity, gender, breakout geometry, labeling and packaging. Non-standard variants are routine work for us, not a special project.
Quality and Testing
Our test routine covers insertion loss, return loss and ferrule end face inspection on every assembly. Because testing is done in-house, custom variants receive exactly the same verification as standard models.