Features:

--Key Features:
Flame Retardant: All indoor fiber optic cables must be equipped with a flame-retardant jacket to ensure fire safety and comply with building codes.
Jacket Type: Different jacket types are suitable for different applications:
Riser (OFNR): Suitable for vertical risers (between floors), but not for use in air conditioning plenums.
Plenum: A higher fire rating, suitable for use in air conditioning plenums.
LSZH (Low Smoke Zero Halogen): These cables produce virtually no toxic fumes when burned, making them suitable for horizontal installations where safety is paramount.

--Physical Characteristics:
Lighter and with lower tensile strength than outdoor fiber optic cables.
They typically use non-metallic reinforcement elements, such as aramid yarn.
They have a smaller bend radius, allowing for tighter turns and installations in confined spaces.

--Common Applications:
Interconnecting equipment within buildings, such as servers, switches, and user equipment.
Horizontal and vertical backbone subsystems.
Patch cords and distribution cables.

Applications:

1. Indoor installations: Tight buffer optical cables are commonly used in indoor applications such as LAN (Local Area Network) connectivity, data centers, and premise wiring where frequent handling and flexibility are required.
2. Direct connectorization: The direct termination capability of tight buffer cables makes them suitable for applications that require fast and convenient field terminations, such as patch cords, pigtails, or fiber optic connectors.
3. Broadcast and multimedia: These cables are also used in various audio/video transmission systems, television studios, and multimedia installations that demand reliable and high-quality signal transmissions.

Options:

Fiber Type: G.652D, G.657A1 or G.657A2 single mode fiber and OM1, OM2, OM3, OM4,OM5 multimode and so on