adss fiber cable
Found 180 Products
SC to SC FC Connector Patch Cord Simplex Duplex Om2 om3 om4 Fiber Distribution Frame networking
Description OM2 patch cables are a type of fiber optic cable designed to transmit data over a maximum distance of 550 meters. They are typically used in short to medium-range networks, such as local area networks (LANs) and building backbones. OM2 cables use a 50-micron core and are available in various connector types, including LC, SC, ST, and MT-RJ. These cables provide high-speed and reliable data transmissions, making them an ideal choice for enterprise networks and data
ST/PC-ST/PC Fiber Optic Patch Cable Om3 Duplex Aqua color Quality om3 om4 Fiber Distribution Frame networking
OM3 patch cable connection, this cost-effective solution offers high-speed 10 gigabit performance through the use of Laser-Optimized Multimode Fiber (LOMMF). Specifically designed for Ethernet applications, this high-quality multimode fiber optic patch cable offers exceptional durability and is resistant to pulls, strains, and impacts that may occur during installation. Every cable is 100% optically inspected and rigorously tested for insertion loss before it is delivered to
LC/PC-LC/PC Patch Cord Fiber Cable Multimode Om3 OM4 Duplex 2.0mm with High Quality 5G high speed
The OM3 50/125m multi-mode fiber has less attenuation when bent or twisted. It offers improved performance and is designed for 10G Base-SR, 10G Base-LRM connectivity in data centers. The LC 50/125m OM3 duplex fiber jumper has different lengths, outer sheath material, finishes and diameters. It ensures testing with low insertion and return loss, providing superior performance. OM3 Patch Cable Features: Low insertion loss and reverse reflection loss Good changeability, good
2-144 core GYTS53 GYTA53 underground optical cable SM G652D PE jacket Double Armored long distance communication
Main structure: The center reinforcement is made of steel wire Loose tube filling compound 100% cable core filling PSP enhances moisture resistance Main Features: Good mechanical properties and temperature properties High strength loose sleeve, resistant to hydrolysis Special tube filling compounds ensure critical protection of the fiber Specially designed compact structure is conducive to preventing loose tube shrinkage Compression resistance and flexibility PE sheath
GYFTY Aerial Fiber Optic Cable with FRP Strength Member 24 Core PE sheath G652D for LAN communication
This GYFTY Outdoor Aerial and Duct 2-48 Core Fiber Optic Cable has been designed for long haul / backbone application. Our stranded loose tube design provides stable performance over a wide temperature range and is compatible with any telecommunication grade optical fiber. GYFTY Outdoor Aerial and Duct 2-48 Core Fiber Optic Cable are designed for easy and economical installation. GYFTY cable features: Good mechanical and temperature properties waterproof loose tube Loose tube
GYTA Outdoor Fiber Optic Cable 144 Core direct laying plastic coated for rinternet
GYTA stranded armored cables are stranded with loose tubes. The fibers are placed in loose tubes filled with a waterproofing compound. A steel wire is located in the center of the cable as a metal strength member. Loose tube (and filler) is twisted around the strength member to form a compact round cable. Aluminum Polyethylene Laminate (APL) is applied around the cable core, then a PE jacket is applied as the outermost layer. Features: Optical cables can do up to 288 fibers.
Rodent protection GYTA33 Outdoor Fiber Optic Cable 36 48 60 Core Lake Crossing for Undertwater
GYTA33 optical cable is made by inserting SM/MM optical fiber into a loose tube, and the tube is filled with waterproof compound. The center of the cable core is a metal reinforcing core. A layer of polyethylene is extruded outside the reinforcing core. The loose tube is twisted around the central reinforcing core to form a compact circular cable core. The gaps in the cable core are filled with water-blocking fillers. . After being wrapped longitudinally with plastic-coated
MGTSV Mining Cable SM 12 Core Armored G652D flame retardant sheath directly buried installations roadways tunnel shafts
MGTSV adopts loose tube fiber optic cable stranded structure, optical fiber into the pine casing made of high modulus polyester material, waterproof casing filling compound. The loose sleeve (and filling rope) is twisted around the metal center strengthening core (phosphating steel wire) to form a compact cable core, and the gap in the cable core is filled with water blocking ointment. Blue flame-retardant PVC sheath extruded from cable core. MGTSVCable Features: -Using blue
Outdoor Gjxh Self-supporting Fiber Optic Cable G652S G657A1 For Indoor Outdoor Internet Project
Description The optical ber unit is positioned in the center. Two parallel Fiber Reinforced(FRP) are placed at the two sides. A steel wire as the additional strength member is also applied. Then, the cable is completed with a black or white color LSZH sheath./PVC sheath. Characteristics 1. High bandwidth and excellent communication transmission property. 2. 2 parallel FRP strength members ensure good performance of crush resistance to protect the ber. 3. Additional strength
GJYXFCH FTTH Drop Cable Single mode G657A G652D Fiber 1 core White or Black JacketLSZH FRP strengh
Description FTTH cable is directly connected to the household, and its bandwidth, wavelength and transmission technology type are not limited. The fiber optic unit is located in the center. Two parallel stiffeners are placed on both sides. Steel wire is also used as an additional reinforcement, and the cable is then finished with a black HDPE sheath or LSZH sheath. Application Use outdoor horizontal and vertical distribution. Suitable for connection with communication devices
OPGW Fiber Optic Cable price Aerial Overhead Power Ground Wire G652D Stranded 12 24 36 48 Core
The OPGW cable is made of aluminum clad steel wire, which is equivalent to a good conductor overhead ground wire. It can play a variety of roles in reducing the potential power supply flow of transmission lines, reducing power frequency overvoltage, and improving the interference and dangerous effects of power lines on communication lines. Because the optical fiber has the characteristics of anti-electromagnetic interference and light weight, it can be directly installed on
