MTP/MPO – 24 FC Fiber Optic Harness Breakout/Fanout Cable
MTP/MPO - 12 FC Harness cable, support G 652D/G 657A/OM2/OM3/OM4 fiber, support PC/UPC/APC polishing, polarity type A/type B. different lengths available
MTP/MPO – 12 SC Fiber Optic Harness Breakout/Fanout Cable
MTP/MPO - 12 SC Harness cable, support G 652D/G 657A/OM2/OM3/OM4 fiber, support PC/UPC/APC polishing, polarity type A/type B. different lengths available
MTP/MPO – 24 SC Fiber Optic Harness Breakout/Fanout Cable
MTP/MPO - 24 SC Harness cable, support G 652D/G 657A/OM2/OM3/OM4 fiber, support PC/UPC/APC polishing, polarity type A/type B. different lengths available
MPO-32 to 4 x 8 LC Fiber Optic Harness Breakout/Fanout Cable
MTP/MPO - 4 x 4 DLC Harness cable, support G 652D/G 657A/OM2/OM3/OM4 fiber, support PC/UPC/APC polishing, polarity type A/type B. different lengths available
MTP/MPO – 12 FC Fiber Optic Harness Breakout/Fanout Cable
MTP/MPO - 12 FC Harness cable, support G 652D/G 657A/OM2/OM3/OM4 fiber, support PC/UPC/APC polishing, polarity type A/type B. different lengths available
100G MPO to 20x LC Fan-out Fiber Cable Assembly
MPO to 20-LC Fan out cable assembly is for 100G CFP+ SR10 Module to 10G SFP+ Module connection, with 10-Tx and 10-Rx channels
MPO-16 to 8x Duplex Fan-out Fiber Cable Assembly SM OS2 Fiber
MPO-16 16 fiber to 8x duplex LC Fan-out cable assembly is for the 200G/400G network connection.
MPO-16 to 8 Duplex Fan-out Fiber Cable Assembly
MPO-16 16 fiber to 8 duplex LC Fan out cable assembly is for 400G network connection
MTP Pro Fiber Optic Patch Cord Field Pin and Polarity change
Gender Changeable, Polarity Changeable, for SM and MM Fiber
OM5 MTP Pro Patch Cord, Field Pin and Polarity change, lime green
Gender Changeable, Polarity Changeable, for SM and MM Fiber
Ultra Low Loss MTP Fiber Optic Patch Cord Male/Female
Ultra Low Loss MTP connector, 12 fibers, Multimode OM3, OM4 single mode OS2 fiber
Ultra Low Loss OM5 MTP Fiber Optic Patch Cord Male/Female, lime green
MTP connector, 12 fibers, Multimode OM5 fiber, lime green, ultra low insertion loss