Ultra Spec Cables FTTA Outdoor Rated Screw-type Stainless Steel Plug to LC-UPC Singlemode Duplex TPU Cable - 10 Meter

Ultra Spec Cables FTTA Outdoor Rated Screw-type Plug to LC-UPC Singlemode Duplex TPU Cable is designed for use with FTTX/FTTA Systems, PON, CATV and Optical Signal Distribution and is suitable for both outdoor and harsh environments. The TPU or Thermoplastic Polyurethane Jacket protects the cable from damage caused by environmental conditions and is both extremely flexible and resistant to lubricants, heat, cracks and tears. These properties make it perfect for use in Wireless Base Station Applications and meet FTTA Requirements. The 2 core (Duplex) Singlemode Antenna Feeder Cable consists of an Outdoor Rated, Corrosion Resistant, Stainless Steel Screw-type Plug with a Screw-locking Mechanism and Dust Cap with retaining chain for when the cable is not in use. The opposite end is a standard LC-UPC Duplex. Primarily used in Telecommunication Systems, this cable is designed for FTTA (Fiber To The Antenna) applications and would commonly connect the BBU (Baseband Unit) in the equipment room to the RRU (Remote Radio Unit) or RRH (Remote Radio-Head) in a Wireless Base Station Application. The FTTA Outdoor Rated Screw-type Connectors, along with fiber have been widely adopted as the standard used in many wireless communication technologies, since they provide more capacity to the cell towers, therefore supporting the demand for faster speeds and are considerably cheaper and easier to install than coaxial cables. The cable is also appropriate for use in transportation, industrial, agricultural, marine, drilling, surveillance, lighting, Aerospace and Defense Applications due to its durable construction and resistance to interference and high vibration/shock. This specific cable is also available in a 4 Core Option as well as with a Screw-type Socket instead of a Plug and custom lengths are available. Please review our catalog for our full line of cabling that supports Fiber To The Antenna Applications and Mobile Communication Systems.