Description

Looking for Rosenberger RFE?

You found it. This ABPTEL assembly is a Direct Replacement for the classic Rosenberger RFE (Fiber Extender) interface.
It is engineered to be 100% Intermateable with RFE sockets found on Ericsson / Nokia base station equipment and distribution boxes.

---

📊 Technical Data: RFE Compatible

Feature	Specification
Connector Interface	RFE Type (Circular Screw Lock)
Fiber Count	2 Cores (Duplex LC inside)
Operating Temp	-40°C to +85°C
Mating Durability	> 500 Cycles
Cable Material	LSZH (UV Resistant Black) / TPU (Optional)

🏗️ Ideal For

Base Station Maintenance

Replace damaged OEM jumpers at a fraction of the cost.

New FTTA Rollout

Reliable IP67 connection for tower-top Remote Radio Units (RRU).

⚠️ Visual Check:

This connector has a Large Circular Body (approx 20-25mm diameter) with a screw nut.
(If you need the smaller “bullet-style” connector, that is Q-RMC. Please contact us for Q-RMC.)

Product Introduction

• Built for FTTA CPRI links between BBU/DU and outdoor RRU/RRH in 4G/5G sites
• Reduces “wrong interface” risk with clear connector-family options and assembly drawings
• Pre-terminated & factory tested, target up to IP68 when fully mated (per interface spec)

ABPTEL Rosenberger-compatible waterproof CPRI patch cords are designed for outdoor FTTA deployments where connector mis-match and ingress protection are the most common field risks. The interface uses a hardened coupling design with sealing features for dust/water protection, while the cable side can be built as interface↔interface for tower/cabinet patching or interface↔LC duplex / LC fanout for indoor patch panels and equipment ports. Default fiber is OS2 singlemode (G657A1) to support tight routing and reliable bend performance. Every assembly is end-face inspected and insertion-loss tested before shipment.

Core Technical Bullets

• Connector family: Rosenberger-compatible hardened FTTA interface (plug / socket / adapter options)
• Typical assemblies: Interface↔Interface, Interface↔LC duplex, Interface↔LC fanout
• Fiber type (default): OS2 singlemode G657A1 (G652D optional)
• Endface (default): LC/UPC (LC/APC optional); fanout available on request
• Core count: 2-core / 4-core / MT multi-fiber options
• Cable OD: project-dependent (commonly 5.0 / 7.0 mm class; confirm per build)
• Jacket: LSZH / TPU / PE options based on site environment
• Ingress protection target: up to IP68 when fully mated (per interface design)
• QC & report: IL/RL test, end-face inspection; test report available
• Customization: length, labeling, breakout length, tubing, packaging, dust caps

Structure & How It Works

• The hardened interface uses a mechanical coupling + sealing concept to protect the optical contact area in outdoor exposure.
• Strain relief + outer jacket are selected to withstand repeated handling during tower/cabinet maintenance.
• For indoor side integration, LC duplex / LC fanout tails allow direct connection to patch panels, SFP/QSFP breakouts, or test ports.
• To avoid field mating issues, confirm connector family + keying + plug/socket type before ordering (see RFQ checklist below).

Compatibility

Compatible with FTTA equipment ecosystems commonly used in the field, including:

• Ericsson
• Nokia
• Huawei
• ZTE
  (Interface compatibility depends on the exact connector family and keying—ABPTEL can provide a sample for physical verification.)

FAQ

1. How do I confirm this will mate with my existing Rosenberger interface?
   Send a photo of your plug/socket and the connector family name (or drawing). We can confirm keying and provide a mating sample.
2. What is the default fiber and why?
   Default is OS2 G657A1, commonly selected for FTTA routing with tighter bends and stable performance.
3. Do you offer interface↔LC fanout assemblies?
   Yes. We can build interface↔LC duplex or interface↔LC fanout with defined breakout length and labeling.
4. Is it IP68?
   Target up to IP68 when fully mated. Actual protection depends on correct mating, caps, and installation conditions.
5. 2-core vs 4-core vs MT—how to choose?
   2-core is typical CPRI duplex; 4-core is used for spare/parallel links; MT is for high-density multi-fiber architectures—choose per your RRU/box design.
6. What cable jacket should I choose for outdoor sites?
   TPU for abrasion/flex, PE for outdoor durability; LSZH for indoor/fire-regulated areas.
7. What test reports can you provide?
   Insertion loss (IL), return loss (RL) where applicable, end-face inspection photos, and assembly records.
8. Can you supply the adapter / panel socket as well?
   Yes, connector accessories (adapters/sockets, caps) can be supplied as part of the BOM.
9. What are typical lengths and tolerances?
   Common FTTA jumpers vary by site. Provide your routing length; we will confirm tolerance and labeling.
10. Lead time and MOQ?
    Depends on connector family and quantity. We support samples and small batches for verification-first projects.

Not sure which interface you need? Read the selection guide