Fiber Access Terminal Box FTBN-16W1 is the IP65 fiber terminal box suitable for install the PLC steeless tuber type 1×16, 16units of SC simplex adapters. 2 waterproof connectors. Features:…
FDB-N24A is a 24-subscriber optical fiber distribution box. It provides a protected access point between the distribution cable and drop cable. To simplify network installation and maintenance. Its flexible configuration supports 4 kinds of cable…
Aerial Fiber Access Terminal NAP BOX FTBN-16N is a 16-subscriber optical fiber distribution box. It provides a protected access point between the distribution cable and drop cable. To simplify network installation and maintenance. Aerial Fiber Access…
Fiber Access Terminal Box FATN08C is a plastic fber optis splitter distribution box used in FTTX projects. Suitable for corridor, basement, room and building’s outer walls application; It may distribute cables after installed splitters, it also…
FABN08D fiber access terminal box is best choice for your fiber to home or fiber to building fiber optic distribution box applications. Suitable for indoor or outdoor fiber optic drop cable or flat cables to…
12ports Mini DIN Rail mounted fiber splice closure is avaiable with up to 24fiber is available with up to 24 fibers and available in patch, splice and MPO fan-out configurations. If more space is needed,…
Fiber Access Terminal Box FATN08B applicable in FTTH project; Suitable for corridor, basement, room and building’s outer walls application; Fiber Access Terminal Box FATN08B distribute cables after installed splitters, it also may draw out room fiber…
Fiber optic splitter distribution box FAT-24P is the ftth access terminal box . suitable for pole and wall mounting application. This FAT-24P fiber optic terminal box used for fiber storge, split and distribution . Outdoor…
FAT08E Fiber access terminal box applicable in FTTH project and suitable for outdoor application. FAT08E Fiber access terminal box can distribute cables with a splitter. FAT08E Fiber access terminal box has the subsequent functions of…
FTTX NAP Caja Distribucion Fibra Optica 8 ports Fiber access terminal box FAT-8T
FOTB-C01 4 Adapter Slot, 4 Splice Termination Box, 2 Ports fiber optic terminal box
LGX adapte plate
Outdoor DSC DLC MPO IP67 FTTA Waterproof Mini SC Optitap Connector Fiber Optic Junction Box
FTTX terminal BOX CTO16MC
The CTO48 multioperator distribution cabinet is fiber optic hub, up to 48cores
FTTH Solutions
FTTH Solutions is the fiber to home solutions that bring fiber optic to the house.
Advantages of optical fiber communication lies in the following aspects: large communication capacity, transmission distance; anti-electromagnetic interference, transmission quality; small signal crosstalk, good security performance; manufacturing fiber-rich sources of raw materials, can…. save a lot of non-ferrous materials, better environmental protection. So, take FTTH fiber to the home technology is the ideal way to access network. PON (passive optical network) and active optical access technology compared to, PON due to the elimination of the active equipment between the central office and the client, making simple maintenance, high reliability, low cost, and can save fiber resources It is the main solution for FTTH. FTTH systems ranging from room OLT (Optical Line Terminal Optical Line Terminal) equipment has been ODN (Optical Distribution Network) to the user ONU (Optical Network Unit Optical Network Unit, also known as light cat, light MODEM), its advantages are as follows: FTTH genus passive optical network, from the central office OLT through ODF room out over the cross light box, optical splitter to the home, the intermediate device is basically passive. The communication capacity, transmission distance, very suitable for the current demand for high bandwidth services; use multipoint single-fiber system, save a lot of fiber resources; ONU can be processed quickly through remote network management, fault, maintenance efficient, easy maintenance, high reliability, and low cost. FTTH total splitting ratio is generally controlled within 1:64, it can be used in two spectral structure based on business needs: one is save optic fiber resources generally use two spectroscopic structure; 2 In addition to government and enterprise customers or cluster users like. for ease of maintenance, reduce ODN point of failure, reducing the optical path attenuation may recommend using a spectral structure