UNITEKFIBER

Riser-rated OM3 Laser Optimized Multi-mode MPO/MTP fiber patch cord can be deployed in any multi-mode 50/125 MPO/MTP network. OM3 is fully backwards compatible with existing OM2 or OM1 systems. This MPO/MTP fiber patch cord is a 24 cores MPO/MTP connector connected to 2*12 cores MPO/MTP connectors. The MPO/MTP connector's push-pull release mechanism makes it easy to engage and disengage, and its latch design also prevents the plug from becoming jammed when routing jumper cables.

24 cores MPO/MTP fiber connectors are connected to 2*12C MTP/MPO connectors, the MTP/MPO fiber patch cords are designed to provide a more flexible multi-fiber cabling system based on MTP/MPO products. This conversion is to accommodate the need for fiber optic cable connections between different devices. Containing a flexible outer sheath, like PVC and LSZH. The MPO/MTP fiber cable are slim and easy to route within a rack. MPO/MTP conversion cable are used to connect directly to transmission equipment, and generally used to support parallel optical communications, and high density date center.

MTP PRO cable is a cutting-edge solution for high-speed data transmission. The MTP PRO fiber assemblies can be reconfigured easily for changing polarity, thus eliminates the need for a skilled technician to remove the MTP fiber connector housing, exposing delicate optical fibers and putting the fiber optic cable assembly at risk. MTP PRO fiber optic jumper supports single mode and multimode optical fiber and is available in different lengths and configurations to meet various networking requirements. The MTP PRO fiber optic jumper provides stable signal transmission, even over long distances, and its flexibility and bend radius make it ideal for tight spaces.The MTP jumper is a cutting-edge solution for high-speed data transmission. The MTP PRO fiber assemblies can be reconfigured easily for changing polarity, thus eliminates the need for a skilled technician to remove the MTP fiber connector housing, exposing delicate optical fibers and putting the fiber optic cable assembly at risk. MTP PRO fiber optic jumper supports single mode and multimode optical fiber and is available in different lengths and configurations to meet various networking requirements. The MTP PRO fiber optic jumper provides stable signal transmission, even over long distances, and its flexibility and bend radius make it ideal for tight spaces.

UnitekFiber's 144F MPO|MTP fiber trunk cable delivers high density, low loss connectivity for demanding fiber optic networks. Built with singlemode G657A2 fiber, the MPO|MTP fiber trunk cable ensures exceptional bend performance and compatibility with tight routing spaces. Featuring Type B polarity, this assembly streamlines system integration and polarity matching, cutting down on deployment time and human error for field technicians. Encased in LSZH jacket, MPO|MTP fiber trunk cable adheres to global fire safety regulations by producing minimal smoke and zero toxic halogens in case of combustion, making it a safe fit for data centers, 5G base stations and enterprise backbone networks.

Crafted with Corning G657A1 bend insensitive fiber, MTP|MPO cable could routing scenarios with a 10mm static bend radius. And MTP|MPO cable is equipped with elite low loss MPO|MTP connector boasting maximum insertion loss ≤0.35dB to ensure minimal signal degradation for high speed transmissions. Come with OFNR rated jacket, the 72cores MTP|MPO cable is suitable for vertical riser installations, making it ideal for deployment in data centers, enterprise backbones, and telecom closets where reliable fire protection and space efficient connectivity are critical. 

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UnitekFiber’s 48Fiber MPO fiber cable is factory pre-terminated, equipped with premium 4x12 MPO connectors at both ends. Adopting elite low loss MPO connectors, this high performance MPO cable minimizes signal loss during transmission, supporting long distance transmission and multi-connection applications. MPO cable come with robust double LSZH jacket ensuring lasting durability and stable performance for long term use. The bundled structure reduces the quantity of multi-core fiber optic components, thereby decreasing cable clutter and lowering overall costs. Ideal for high density network deployments, 48Fiber MTP cables are widely utilized in back-end fiber optic backbone links.

Engineered for high density data center, 96Cores MPO to MPO fiber cable features an 8x12C fiber configuration that maximizes connectivity efficiency while minimizing rack space. Built with corning OM4 multimode fiber, the MTP|MPO cable delivers exceptional high bandwidth performance at 100m, supporting 40/100/400Gbps transmission speeds to meet the demands of next-gen network infrastructure. The PVC OFNP jacket of MTP|MPO cable ensures compliance with strict fire safety standards for installation in plenum spaces, offering reliable flame retardancy to safeguard critical environments. Designed with elite low loss MPO connectors, it guarantees consistent alignment, low insertion loss, and durable, plug and play connectivity for mission critical applications.

DWDM technology uses the bandwidth and low loss characteristics of single-mode fiber and uses multiple wavelengths as carriers to allow each carrier channel to transmit simultaneously in the fiber. Compared with the universal single-channel system, dense WDM-DWDM not only greatly improves the communication capacity of the network system, fully utilizes the bandwidth of the optical fiber, but also has many advantages such as simple expansion and reliable performance, especially it can directly access A variety of services make its application prospects very bright.

 Details of 4 Channel 1528~1562nm 100G DWDM Mux Demux Applied for Optical Access Network

Features

 Low Insertion Loss

 High Channel Isolation

 Optical path epoxy free

 Excellent thermal stability and reliability

 Good channel-to-channel uniformity

 Wide Operating Wavelength: 1270nm-1610nm /(1261nm~1611nm)

 Wide Operating Temperature: -20 to +70℃

 Telcordia GR-1221 Compliance and RoHS Environmental Protection Standard

 Application

 DWDM Network

 Add/Drop System

 CATV Fiberoptic System

 Metro/Access Network

 Fiber Optical Amplifier

 DWDM Transmission Solutions

 DWDM peer-to peer case, chain network case, DWDM+OLP Optical Line protection case.

With the advent of the age of cloud computing and big data, the network is being forced to develop at a high rate and density, and the utilization of virtualized servers is increasing. In order to provide sufficient I / O (input / output) bandwidth, many new access switches have been developed to 2 or 4-port 40G Ethernet that can connect to core switches. The rapid development of interconnected data transmission is inseparable from the 40G QSFP + optical Transceiver, because it can provide sufficient bandwidth to ensure unhindered data conversion, thereby meeting the network requirements of data centers and enterprise campuses.  

 Types of 40G QSFP+ Optical Transceiver

 40G QSFP+ ER Fiber Optical Transceiver Transmission Distance 40km SM LC Connector

40G QSFP+ SR4 Fiber Optic Transceiver Wavelength 850nm With LC Connector

40G QSFP+ Fiber Optical Transceiver 1310nm 30km Compatible With Network Equipment

40G QSFP+ Optical Transceiver Up to 40km With Duplex LC Connector 1320nm DOM SMF

High Speed 40G QSFP+ CSR4 Optical Transceiver Low Consumption MMF 850nm 400M OM4

Supplying Optical Transceiver QSFP+ 40G Compatible With MPO Connector 850nm 150m DOM

Long Distance 40G QSFP+ Optical Transceiver for Data Center with Duplex LC Connector 1310nm

Hot Pluggable 40G QSFP+ Optic Transceiver SR4 ER4 LR4 100m 40KM 1310nm 850nm

High Speed 40G QSFP+ Optical Transceiver 4-Channel CWDM for Telecommunication Equipment

High Technology 40G QSFP+ Fiber Optical Transceiver Module With DMM Function.

250um Bare fiber PLC splitter consists of PLC splitter chip and input, output optical fiber array in a square metal tube. The input and output parts are in 250um bare fibers.

 Details of 250um Bare fiber PLC Splitter without Connector

Features:

 Low Insertion loss

 Low PDL

 Compact Design

 Good channel-to-channel uniformity

 Wide Operating Wavelength:

 From 1260nm to 1650nm

 Wide Operating Temperature:

 High Reliability and Stability

 Applications:

 FTTX Systems

 PON Networks

 CATV Links

 Optical Signal Distribution

 Compliance:

 Telcordia GR-1209-CORE

 Telcordia GR-1221-CORE.

MPO/MTP fiber optical patch panel can be mounted with 4 cassette modules. The maximum Capacity is 96 fibers. This Patch panel is made of high-quality cold-rolled steel plate, electrostatic sprayed. And sprayed with a thickness of 80μm-100μm, which is in line with European ROHS environmental protection standards.

 Details of 1U Rack Mount Fiber optic MTP MPO Patch Panel 4 Module MTP to 6 x LC Duplex

Features:

 Rack mounting 19” standard size, light weight

 Suitable for ribbon and single fiber

 Various panel plate to fit different adapter interface

 24C, 36C, 48C, 96C,144C optional, with or without fiber optic pigtails and adapters

 Easy for management and operation

 Sprayed surface treatment process

 Customizble color and LOGO

 Applications:

 Telecommunications subscriber loop

 Fiber to the home (FTTH)

 LAN/WAN

 CATV.

This MPO/MTP panel is a 19-inch standard type, with pull-out tray, two ABS rails on both sides of the panel box and front flaps at the front of the box. There are two kinds of fiber cable distribution methods : MPO/MTP module cassettes and melting fiber cables. MPO/MTP module splitting can be achieved by installing the MPO module cassettes. And the splice fiber splitting will be achieved by mountng LC, SC, ST and FC adapter plates and splice trays in the panel box. Our sliding type MPO/MTP optical panel apply in high-density telecommunication constructions and fusible fiber splitting cabling systems. At present, the mass production model is only 1U height, and it can accommodate up to 96 cores. It can be developed 2U, 3U and 4U products according to customer needs.

 Details of 19 Inch Rack Mounted MPO MTP Module Fiber Optic MPO Patch Panel

Features:

 High density wiring application condition

 Standard 19''

 High-density, 1U 96 fibers

 ABS sliding drawer, easily installed

 Can be loaded ABS MPO module box or LC/SC/FC/ST adapters

 Sprayed surface treatment process

 Customizable color and LOGO

 Applications:

 Applied in the computer center and computer room

 Suitable for high density date center and base station cabling construction.

 Telecommunications subscriber loop

 Fiber to the home (FTTH)

 LAN/WAN

 CATV.

Dual-fiber CWDM Mux Demux is a passive device used to multiplex and demultiplex wavelengths to expand network capacity. This component must work in pairs to transmit bi-fiber in both directions. It supports up to 18 channels for sending and receiving 18 signals with wavelengths from 1270 nm to 1610 nm.

 Details of 16 Channel Dual Fiber CWDM Mux Demux Fiber Optic Transmission Equipment

Features

 Low Insertion Loss

 High Channel Isolation

 Optical path epoxy free

 Excellent thermal stability and reliability

 Good channel-to-channel uniformity

 Wide Operating Wavelength: 1270nm-1610nm /(1261nm~1611nm)

 Wide Operating Temperature: -20 to +70℃

 Telcordia GR-1221 Compliance and RoHS Environmental Protection Standard

   Application

  CWDM Network

 Add/Drop System

 CATV Fiberoptic System

 Metro/Access Network

 Fiber Optical Amplifier.

In recent years, with the rapid growth of user demand for 40G and 100G optical module transmission links, cloud computing, mobile broadband and IPTV users have increasingly demanded bandwidth. 40G links have been deployed for several years. Today, 40G optical transceivers are ubiquitous in data centers. In the past two years, 100G optical transceivers have developed rapidly in the data center market due to the development of the optical industry centered on "100G network deployment". The 100G optical module transceiver types currently on the market are: QSFP28 optical tranceiver, CFP optical tranceiver, CFP2 optical tranceiver, CFP4 optical tranceiver and CXP optical tranceiver. Here Unitekfiber is briefly introduce all these 100G Optical tranceivers.

 Types of 100G Optical Transceiver

 100G QSFP28 SR4 Optical Transceiver 40 80KM 850nm MPO Ports

100G QSFP28 LR Fiber Optic Transceiver Wavelength 1310nm Transmission Distance 10km

100G QSFP28 Optical Transceiver 1310nm 10km Compatible with HP/HW/Cisco/Juniper

100G QSFP28 Optical Transceiver 1310nm 40km 4WDM Compatible With DELL

QSFP28 100G Fiber Optic Transceiver For Ethernet Networking Up to 10km 1310nm

High Rate 100G QSFP28 CWDM Fiber Optical Transceiver Box 2KM 1310nm

High Quality QSFP28 100G Optical Transceiver for Ethernet and Data Center 850nm 100m

High Reliability QSFP28 100G SR4 Optical Transceiver in Fiber Optic Network Equipment 850nm 100m

High Density 100G QSFP28 LR4 Optic Transceiver with LC Connector 1310nm 25Km

100G QSFP28 SR4 Optical Transceiver With MPO Connector Compatible With Multiple Brands

100G QSFP28 ER4 Optical Transceiver 40km 1310nm Compatible With Alcatel-Lucent Nokia

Supply QSFP28 100G Optic Transceiver Module OM3-OM4 850nm 100M.

http://www.unitekfiber.com/fiber-optic/adss-fiber-optic-cable/

Introduction of ADSS Fiber Optical Cable

ADSS cable, All-dielectric Self-supporting Optical Cable (also known as All-dielectric self-supporting fiber optic cable). All-dielectric fiber optic cable is made of all-dielectric materials. Self-supporting means that the reinforcing member of the optical cable itself can withstand its own weight and external load. Because of its self-supporting , its mechanical strength is very important.

 The use of all-dielectric materials is due to the fact that the cable is in a high-voltage, high-energy environment and must withstand the effects of high voltage. Since it is used overhead on the power pole tower, it must have a matching pendant to fix the cable to the tower. That is, the ADSS cable has three key technologies: the mechanical design of the cable, the determination of the suspension point, and the selection and installation of the matching hardware.

 The mechanical properties of ADSS fiber optic cable are mainly reflected in the maximum operating tension, average running tension and ultimate tensile strength of the cable. The national standard for ordinary optical cables specifies the mechanical strength that optical cables with different modes of use (such as overhead, pipelines, direct burial, etc.) should have. The ADSS cable is a self-supporting overhead cable, so it must withstand the long-term effects of its own gravity and must withstand the baptism of the natural environment. If the mechanical performance of the ADSS cable is not designed properly and is not compatible with the local weather, the cable will have a safety hazard and the life will be compromised. Therefore, each ADSS cable project must be designed with professional software according to the natural environment and span of the cable routing to ensure that the cable has sufficient mechanical strength. When the transmission line is already equipped with a ground wire and the remaining life is still quite long, it is necessary to build the optical cable system with low installation cost as soon as possible, and avoid the power outage operation, etc., the ADSS cable has great advantages.

http://www.unitekfiber.com/fiber-optic/wall-mounted-fiber-optical-terminal-box/

Wall mounted fiber opitcal Terminal Box is a kind of fiber cable management products used to distribute and protect fiber optical connections in fiber optical application. It is available for the distribution and terminal connection of various optical fiber system.These units are available in sizes to fit the most common distribution requirements.

UnitekFiber manufactures a series of wall mount and rack mount fiber optical terminal box and splice enclosures. All our fiber optical data cabinets are available pre-loaded with any connector interface required(ie SC,LC, FC and ST etc.). The wall mount terminal box is so economic and convenient for fiber optic solutions. It is easy to install and maintain.

The classification of the wall mounted fiber optical terminal box

Classified by shell material, it can be divided into ABS plastic shell and metal shell.

According to the fiber optic cable connection, it can be divided into straight-through type and branch type.

According to the assembled method, it can be divided into an adaptable adapter type and a PLC splitter type.