X
TRIPP LITE 40Gb to 10Gb Breakout Cassette
TRIPP LITE 40Gb to 10Gb Breakout Cassette

TRIPP LITE 40Gb to 10Gb Breakout Cassette - (x2) 12-Fiber OM4 MTP/MPO (Male w/Pins) to (x12) LC (N482-2M12-LC12)

Product ID : 52916129


Galleon Product ID 52916129
UPC / ISBN 373321845422
Shipping Weight 0.75 lbs
I think this is wrong?
Model N482-2M12-LC12
Manufacturer Tripp Lite
Shipping Dimension 7.91 x 4.8 x 2.01 inches
I think this is wrong?
-
39,035

*Price and Stocks may change without prior notice
*Packaging of actual item may differ from photo shown

Pay with

TRIPP LITE 40Gb to 10Gb Breakout Cassette Features

  • High Density Fiber Cassette for use with Tripp Lite N482-01U and N482-02U High Density Fiber Enclosure Panels

  • 40Gb to 10Gb Breakout Cassette, with (x12) LC connections to (x2) 12-Fiber MTP/MPO connections

  • Installation is simple, with the cassette being easily installed or removed using push / pull tabs to lock or unlock it from the panel; no tools required.

  • Factory terminated connectors reduce the time and labor required of field connector terminations

  • Complies with IEEE 802.3ae (10GbE) and ANSI T11.2 (Fiber Channel) requirements

  • Max insertion loss of 0.35dB falls well under the IEEE 802.3ae maximum channel loss spec of <25dB

  • Constructed of heavy-duty steel housing

  • Lifetime limited warranty


About TRIPP LITE 40Gb To 10Gb Breakout Cassette

Tripp Lite's N482-2M12-LC12 is a High Density 40Gb to 10Gb Breakout Cassette, with (x12) LC connections to (x2) 12-Fiber MTP/MPO connections. For use with Tripp Lite's N482-01U and N482-02U High Density Fiber Enclosure Panels; up to 5 cassettes per N482-01U, or up to 14 cassettes per N482-02U. Installation is simple, with the cassette being easily installed or removed using push / pull tabs to lock or unlock it from the panel; no tools required. Furthermore, each cassette features factory terminated connectors that reduce the time and labor required of field connector terminations. Complies with IEEE 802.3ae (10Gbe) and ANSI T11.2 (Fibre Channel) requirements, with a maximum insertion loss of 0.35dB falling well under the IEEE 802.3ae maximum channel loss spec of