NEATEL's MMC24 jumpers feature US Conec’s new, high performance Very Small Form Factor (VSFF) multi-fiber optical connector. Connectors offer 3X the density of MTP (MPO), and can be used for single-mode and multimode applications. Individual connector
NEATEL's MMC24 jumpers feature US Conec's new, high performance Very Small Form Factor (VSFF) multi-fiber optical connector. Connectors offer 3X the density of MTP (MPO), and can be used for single-mode and multimode applications. Individual conne
3.0mm FDDI LC Fiber Optical Patch Cable OM1 62.5/125um LSZH JacketNEATELSimplex patch cable are manufactured from the highest quality G.655D optical fibre,offer……
3.0mm FDDI ST Fiber Optical Patch Cable OM1 62.5/125um LSZH JacketNEATELSimplex patch cable are manufactured from the highest quality G.655D optical fibre,offer……
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
CHINA NEATEL provide a cost-effective solution that provides high bandwidth and transmission rates over long distances. This high-quality singlemode fiber optic cable is specifically designed using SMF-28e fiber for ethernet applications. Each connection
CHINA NEATEL provide a cost-effective solution that provides high bandwidth and transmission rates over long distances. This high-quality singlemode fiber optic cable is specifically designed using SMF-28e fiber for ethernet applications. Each connection
CHINA NEATEL provide a cost-effective solution that provides high bandwidth and transmission rates over long distances. This high-quality singlemode fiber optic cable is specifically designed using SMF-28e fiber for ethernet applications. Each connection
NEATEL duplex patch leads are manufactured from the highest quality G.652.D optical fibre, terminated with ceramic ferrule connectors of various types. The singlemode are compatible with OS1 & OS2 optical fibre channels. Cable preparation, termination
NEATEL duplex patch leads are manufactured from the highest quality G.652.D optical fibre, terminated with ceramic ferrule connectors of various types. The singlemode are compatible with OS1 & OS2 optical fibre channels. Cable preparation, termination
NEATEL duplex patch leads are manufactured from the highest quality G.652.D optical fibre, terminated with ceramic ferrule connectors of various types. The singlemode are compatible with OS1 & OS2 optical fibre channels. Cable preparation, termination
NEATEL duplex patch leads are manufactured from the highest quality G.652.D optical fibre, terminated with ceramic ferrule connectors of various types. The singlemode are compatible with OS1 & OS2 optical fibre channels. Cable preparation, termination
NEATEL duplex patch leads are manufactured from the highest quality G.652.D optical fibre, terminated with ceramic ferrule connectors of various types. The singlemode are compatible with OS1 & OS2 optical fibre channels. Cable preparation, termination
NEATEL duplex patch leads are manufactured from the highest quality G.652.D optical fibre, terminated with ceramic ferrule connectors of various types. The singlemode are compatible with OS1 & OS2 optical fibre channels. Cable preparation, termination
Fibre pigtails are used in permanent connections between patch panels and incoming cables / single blown fibres. Pigtails are preconstructed with connectors. Our connector options include small form factors such as LC or E2000 as well as SC, FC and ST. We
Fibre pigtails are used in permanent connections between patch panels and incoming cables / single blown fibres. Pigtails are preconstructed with connectors. Our connector options include small form factors such as LC or E2000 as well as SC, FC and ST. We
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
