Add to Company Favorites
Add to My Favorites

C2G MSA Compliant 40GBase-SR MMF QSFP+ Transceiver Module


MSRP$889.99
$566.00
C2G MSA Compliant 40GBase-SR MMF QSFP+ Transceiver Module - QSFP+ transceiver module - 40 Gigabit LAN

Mfr Part #:
Copied To Clipboard
 Click To Copy
SHI Part #:
Copied To Clipboard
 Click To Copy
Quick Details
  • QSFP+ transceiver module
  • 40 Gigabit LAN
  • 40GBASE-SR
  • LC multi-mode
  • up to 150 m
C2G MSA Compliant 40GBase-SR MMF QSFP+ Transceiver Module
  • QSFP+ transceiver module
  • 40 Gigabit LAN
  • 40GBASE-SR
  • LC multi-mode
  • up to 150 m
  • 850 nm
  Additional Details
Price: $566.00
MSRP: $889.99
Mfr Part #: 39482
SHI Part #: 31157823
Category: Channel converter
UNSPSC: 43201540
Manufacturer: C2G
Product Type: Hardware
General Information
CategoryChannel converter
DescriptionC2G MSA Compliant 40GBase-SR MMF QSFP+ Transceiver Module - QSFP+ transceiver module - 40 Gigabit LAN - 40GBASE-SR - LC multi-mode - up to 150 m - 850 nm
ManufacturerC2G
MSRP$889.99
UNSPSC43201540
Main Specifications
Dimensions & Weight / Depth1.88 cm
Dimensions & Weight / Height7.11 cm
Dimensions & Weight / Weight109 g
Dimensions & Weight / Width1.35 cm
Header / BrandC2G
Networking / Connectivity TechnologyWired
Networking / Data Link Protocol40 Gigabit Ethernet
Networking / Data Transfer Rate40 Gbps
Networking / Form FactorPlug-in module
Networking / TypeQSFP+ transceiver module
Packaged Quantity1
Service & Support / TypeLimited lifetime warranty
Dimensions & Weight
Depth1.88 cm
Height7.11 cm
Weight109 g
Width1.35 cm
Expansion / Connectivity
Interfaces1 x Ethernet 40GBASE-SR - LC multi-mode female
General
ColorSilver
Device TypeQSFP+ transceiver module
Form FactorPlug-in module
Manufacturer Warranty
Service & SupportLimited warranty - lifetime
Miscellaneous
Compliant StandardsMSA
Networking
Cabling Type40GBASE-SR
Connectivity TechnologyWired
Data Link Protocol40 Gigabit LAN
Data Transfer Rate40 Gbps
FeaturesDigital Optical Monitoring (DOM) support
Max Transfer Distance150 m
Optical Wave Length850 nm