Overview

MOFE is a custom-engineered solution designed for the secure, organized, and aesthetic positioning of ONT devices during indoor fiber deployments. While securing the ONT device in a fixed position, it also protects incoming fiber optic cables against impacts, micro-bending, and environmental factors.

Eliminates cluttered cable appearance.

Secures the ONT device in a stable and safe position.

Accelerates installation and maintenance workflows.

Provides a sleek and professional look for end-users.

Features a dedicated management area for slack cable storage and looping.

Engineered based on real-world field requirements and challenges.

It aims to enhance the indoor user experience (UX) in FTTH applications.

Application Areas

Offering ease of assembly, dedicated entry-exit ports, and a compact footprint, it ensures practical use for both technical teams and end-users.

Product Details

MalzemeABS
RenkRAL9016 (Beyaz)
SonlandırmaFast-Konnektör ya da füzyon ek
Genişlik85 mm
Yükseklik200 mm
Derinlik41 mm
MontajÇift Taraflı Bant ya da vida-dübel
ONT Genişliği 60-95 mm arası
MaterialHigh-Quality ABS
ColorRAL9016 (Traffic White)
TerminationMechanical fast-connector or fusion splicing
Width85 mm
Height200 mm
Depth41 mm
MountingHeavy-duty double-sided tape or screws and wall plugs
ONT Compatibility WidthBetween 60 mm and 95 mm

Technical Documents

MOFE Technical Datasheet

Click here to download the file.

Click here to download the file. 

Related Topics

NEWS

Continued Partnership with Turk Telekom

As Argedit, we have signed a procurement agreement for multiple FTTH product groups with Turkey’s ISP giant, Turk Telekom A.S. We continue our journey with the innovative models we’ve introduced to Turk Telekom’s network.

SOLUTIONS

We develop tailor-made products for your requirements.

Our R&D team provides innovative ideas to build FTTH architectures that are easy to manufacture and operate under any condition.


PRODUCTS

MOFE ONT Holder


MOFE is a custom-designed solution developed for the secure, organized, and aesthetic placement of ONT devices during indoor fiber distribution.