Product: 2 Core FTTH Indoor Fiber Optic Drop Cable Multi Mode OM3
Introducing the ALDOTTS 2 Core FTTH Indoor Fiber Optic Drop Cable Multi Mode OM3, a high-performance and reliable Fiber solution designed for in-building and home networking. Engineered with OM3 multimode Fiber, this cable ensures high-speed optical transmission for short- to medium-range indoor networks, making it ideal for Fiber-to-the-Home (FTTH), LAN, and indoor broadband deployments.
Key Features
● OM3 Multimode Fiber: Optimized for high-speed, short- to medium-range indoor data transmission.
● 2-Core Design: Allows multiple point-to-point FTTH connections or provides redundancy for indoor networks.
● Indoor-Rated Construction: Flame-retardant, flexible, and compact jacket suitable for walls, ceilings, or conduits.
● Easy Installation: Lightweight, bend-resistant, and flexible for fast and convenient indoor routing.
● Reliable Connectivity: Provides consistent optical performance for broadband, IPTV, VoIP, and other indoor Fiber applications.
● Compact & Flexible: Designed for tight indoor spaces without compromising Fiber integrity.
Product Specifications
● Type: Indoor FTTH Fiber Optic Drop Cable
● Fiber Count: 2 Cores
● Fiber Type: Multimode OM3
● Jacket Material: Flame-Retardant Indoor Grade
● Bend Radius: Minimum 10mm
● Operating Temperature: -20°C to +60°C
● Applications: FTTH, LAN, Indoor Broadband, IPTV, VoIP, Indoor Network Connections
Reliable Indoor Performance
The ALDOTTS 2 Core FTTH Indoor Fiber Optic Drop Cable Multi Mode OM3 delivers stable, high-speed connectivity in residential and commercial indoor environments. Its compact and flexible design protects the Fiber while enabling fast and efficient installation.
Why Choose This Product
Designed for low-loss indoor transmission, ease of deployment, and reliable performance, this 2-core OM3 multimode FTTH drop cable is perfect for delivering multiple high-speed Fiber connections within homes or offices. Choose ALDOTTS for professional-grade indoor Fiber solutions that ensure stability, performance, and convenience.