106283-1025

Molex
538-106283-1025

106283-1025

Fabrikant:

Omschrijving:
Glasvezelkabel onderdelen MOLEX QSFP HB OPTICA AL CABLE ASSY 25.0m

ECAD-model:
Download de gratis bibliotheeklader om dit bestand voor uw ECAD-hulpmiddel om te zetten. Meer informatie over het ECAD-model.

Beschikbaarheid

Voorraad:

Niet in voorraad

Fabriekslevertijd:

 
Minimum: 10   Veelvouden: 1

€ -,--
€ -,--
Dit product wordt GRATIS verzonden

Prijsbepaling (EUR)

Hvh. Eenheidsprijs
Ext. Prijs
€ 243,49 € 2.434,90
100 Offerte
Productkenmerk Kenmerkwaarde
Molex
Productcategorie: Glasvezelkabel onderdelen
RoHS:  Details
106283
Multimode
Simplex
Plenum
MTP
MTP
Jumper
50 um, 125 um
25 m
8 Fiber
Orange
Optical Fiber Non Conductive Plenum (OFNP)
Merk: Molex
Kabeldiameter: 3 mm
Functies: Quad small form factor pluggable plus (QSFP+)
Montagehoek: Straight, Straight
Producttype: Fiber Optic Cable Assemblies
Verpakkingshoeveelheid af fabriek: 1
Subcategorie: Fiber Optic
Gewicht per stuk: 205,800 g
TARIC:
8544700000
CNHTS:
8544700000
CAHTS:
8544700090
USHTS:
8544700000
MXHTS:
85447001
ECCN:
EAR99

5G Technology

Molex 5G Technology includes optical, copper, RF connectivity, FPGA solutions, and signal integrity engineering. The Molex 5G Technology components enable 5G networks and deliver increased bandwidth for higher data rates at a lower latency.

High-Speed Solutions

Molex High-Speed Solutions meet the most stringent high-speed performance requirements. The broad connector portfolio supports a wide range of data rates in multiple sizes and shapes. High-speed interconnect solutions provide the flexibility and scalability required to meet the demands of next-generation systems.

QSFP Connectors

Molex QSFP Connectors are designed for high-density applications. Components of this Molex system include the electromagnetic interference (EMI) shielding cage, passive cable assembly, and a 38-circuit SMT host connector. Molex QSFP connector, cage and cable assemblies, and loopbacks are part of a highly integrated system that combines optimal real estate, power, and port density.