
VOL-06C
Non-returnable
SAR10.00 SAR15.00
Out of stock
Tags:
6 core fiber cable multimode indoor
Product Details
6 Core Fiber Cable Multimode Indoor
Type: Multimode Fiber Optic Cable (Indoor)
- Multimode Fiber: This refers to the type of core within the cable. Multimode allows for multiple light rays to travel through the core, enabling good performance for data transmission over shorter distances (typically up to a few hundred meters) at lower costs compared to single-mode fiber.
- 6 Cores: The cable contains six individual fiber cores within a single outer jacket. This allows for transmitting multiple data signals simultaneously through the same cable.
- Indoor Use: This cable is designed for indoor applications. It might have a PVC outer jacket suitable for building environments but may not be water-resistant for outdoor use.
Features (may vary depending on the manufacturer):
- Core Diameter: Multimode fiber cores typically have larger diameters (around 50 or 62.5 microns) compared to single-mode fiber, allowing for easier light propagation within the core.
- Breakout Capability: Some indoor multimode cables might be "breakout" cables, where each individual fiber core has its own separate jacket within the outer sheath. This allows for easier termination of the cable to individual connectors at the end points.
- Flame Rating: Indoor cables might have a flame retardant rating to meet building safety standards.
Benefits:
- Cost-Effective: Multimode fiber is generally less expensive than single-mode fiber for shorter distance applications.
- Higher Bandwidth Compared to Copper: Fiber optic cables offer significantly higher bandwidth compared to traditional copper cables, enabling transmission of large amounts of data at faster speeds.
- Multiple Data Signals: The 6 cores allow for transmitting multiple data channels through a single cable, potentially reducing cable clutter.
- Easy Installation (compared to single-mode): Multimode fiber with larger core diameters can be easier to install and terminate compared to single-mode fiber with smaller cores.