NEATEL's MPO/MTP multi-fiber jumpers deliver the performance and reliability needed in todays demanding high-speed broadband and data networks. NEATEL's MPO/MTP jumpers utilizes precision ferrules, precise housing dimension and metal guide pins to ensure fiber positioning when mating and give excellent performance. It was tested by Telcordia for compliance with GR-1435, Verizon TPR.9431, IEC-61754-7 and EIA/ TIA-604-5.
NEATEL MTP® to LC staggered harnesses provide breakout from 12-fiber MTP connectors to 12 x DLC connectors. These harnesses are available in six stagger configurations to meet various port-replication needs. Stagger options replicate the specific switch p
This kind of connector is designed for next generation 200/400G transceiver QSFP-DD and OSFP, meeting the requirement for CWDM4, FR4, LR4 and SR2. The reduced size CS connector is not only capable of delivering low insertion and high return loss comparabl
The MPO / MTP® module box is pre-termianted to increase the installation speed. The module box and the external MPO / MTP® port can be easily and efficiently connected to the main line. A single MPO / MTP® provides instant connection to 24 fibers.
400G OSFP DD SR4 Optical Transceiver Module ✓ Hot-pluggable OSFP 400G SR4 multimode transceiver;✓ Compliant with OSFP RHS;✓ Compliant with CMIS Rev 5.0 and a……
Our MTP Trunk Cable used to interconnect cassettes, panels or MTP® fanouts. MTP® trunk assemblies are offered in fibre types in standard 12, 24 or 48 cores versions using a compact and rugged micro cable structure. The compact cables optimise cableway use
Our MTP Trunk Cable used to interconnect cassettes, panels or MTP® fanouts. MTP® trunk assemblies are offered in fibre types in standard 12, 24 or 96 cores versions using a compact and rugged micro cable structure. The compact cables optimise cableway use
Our MTP Trunk Cable used to interconnect cassettes, panels or MTP® fanouts. MTP® trunk assemblies are offered in fibre types in standard 12, 24 or 48 cores versions using a compact and rugged micro cable structure. The compact cables optimise cableway use
NEATEL MTP® to LC staggered harnesses provide breakout from 8-fiber MTP connectors to 4 x DLC connectors. These harnesses are available in six stagger configurations to meet various port-replication needs. Stagger options replicate the specific switch por
NEATEL MTP® to ST staggered harnesses provide breakout from 24-fiber MTP connectors to 24 x LC connectors. These harnesses are available in six stagger configurations to meet various port-replication needs. Stagger options replicate the specific switch po
NEATEL MTP® to ST staggered harnesses provide breakout from 12-fiber MTP connectors to 12 x ST connectors. These harnesses are available in six stagger configurations to meet various port-replication needs. Stagger options replicate the specific switch po
NEATEL MTP® to ST staggered harnesses provide breakout from 12-fiber MTP connectors to 12 x ST connectors. These harnesses are available in six stagger configurations to meet various port-replication needs. Stagger options replicate the specific switch po
NEATEL MTP® to ST staggered harnesses provide breakout from 12-fiber MTP connectors to 12 x ST connectors. These harnesses are available in six stagger configurations to meet various port-replication needs. Stagger options replicate the specific switch po
NEATEL MTP® to LC staggered harnesses provide breakout from 12-fiber MTP connectors to 12 x DLC connectors. These harnesses are available in six stagger configurations to meet various port-replication needs. Stagger options replicate the specific switch p
NEATEL MTP® to LC staggered harnesses provide breakout from 12-fiber MTP connectors to 12 x DLC connectors. These harnesses are available in six stagger configurations to meet various port-replication needs. Stagger options replicate the specific switch p
Our MTP Trunk Cable used to interconnect cassettes, panels or MTP® fanouts. MTP® trunk assemblies are offered in fibre types in standard 12, 24 or 48 cores versions using a compact and rugged micro cable structure. The compact cables optimise cableway use
This cable is factory made, quality controlled fibre optic assembly is specified for short internal optical links. The 2.0mm presentation lends itself to installation within a patch panel, wall box or Optical Distribution Frame (ODF). Crush resistant prot
The single-mode and multimode MPO/MTP® products are multi fiber connectors used in high density backplane and Printed Circuit Board(PCB) applications in data and telecommunications system. The MPO connector offers up to 24 times the density of standard co
NT990 is MPO/MTP® pre-terminated ultra-high density wiring box, 19 inches, 1U height reaches 96 cores, can be applied to data center, computer room, computer center and other high-density wiring places, front and rear removable upper cover, pull-out doubl
12/24 f.o. MPO/MTP® Trunk cable facilitates a rapid deployment in high density environments. Used to interconnect MPO/MTP® cassettes and panels with the active ……
12/24 f.o. MPO/MTP® Trunk cable facilitates a rapid deployment in high density environments. Used to interconnect MPO/MTP® cassettes and panels with the active ……
NEATEL's patch panel mounts up to 16 x 24FMPO/MTP® cassettes in a 19" arrangement taking only 4U height. The Patch Panel has a sliding tray to provide easy access, connection and securing of the MTP® Trunk Cables to the rear of the cassettes. Bla
NT989 is MPO/MTP pre-terminated ultra-high density wiring box, 19 inches, 1U height reaches 144 cores, can be applied to data center, computer room, computer center and other high-density wiring places, front and rear removable upper cover, pull-out doubl
The single-mode and multimode MPO/MTP® products are multi fiber connectors used in high-density backplane and Printed Circuit Board(PCB) applications in data and telecommunications system. The MPO connector offers up to 24 times the density of standard co
NEATEL's MTP® trunk multicore cable assemblies facilitate rapid deployment of high density backbone cabling in data centres and other high fibre environments reducing network installation or reconfiguration time and cost. They are used to interconnect
