Fiber Optic Distribution Terminal Box

This distribution box is designed for use with PLC splitters in FTTx networks. The TX-FTTH-618 features 2 input ports and 16 output ports located on the bottom.

Request a Quote Download PDFPDF

Technical Specifications

Overview

FTTH Network Solution

The TX-FTTH-618 Optical Termination Box is a robust solution designed to connect feeder or distribution cables to subscriber drop cables in FTTx networks. Featuring a high-impact, UV-resistant, and rainfall-resistant plastic construction, it is engineered for both indoor and outdoor reliability. The dual-tray system allows for efficient splicing of feeder cables with PLC splitters on the rear tray, while the front tray manages subscriber connections, supporting up to 16 FTTH drops.

Technical Specifications

FTTH Drop Capacity

16 lines

Max Drops

Input Ports: 2 ports
Output Ports: 16 ports
Supported PLC Splitters: 1x8 PLC1x16 PLC

Installation & Design

Mounting Options

Wall MountPole Mount

Environmental Resistance

Ultra violet (UV) resistant
Rainfall resistant
High impact plastic construction

Interested in Sourcing This Product?

Submit a request to connect with verified manufacturers who produce this product.

Electronic Components, Accessories & Telecommunications

Telecommunications

Fiber Optic Equipment

Related Products

More products from the Fiber Optic Equipment category

FTTH Optical Receiver

This optical receiver is applicable to GPON and EPON networks, ensuring compatibility with any FTTx PON technology. It is designed for Fiber To The Home (FTTH) networks and can operate without a power supply.

View Details →

C-Band Erbium-Doped Fiber Amplifier

This C-band erbium-doped fiber amplifier (EDFA) is available in pre-amplifier, booster, and in-line configurations. It features a user-friendly RS485 interface and is suitable for analog and digital CATV systems, long-distance transmission, LANs, and WANs.

View Details →

Gigabit Ethernet Fiber Media Converter

This media converter transmits 1000M Ethernet electrical signals through one optical fiber. It facilitates 10/100/1000M Base-TX Ethernet over 1000Base-FX single fiber transmission, extending network transmission distance.

View Details →