Fiber Optic Connectivity Solutions

15 Dic. 2025 - Fiber Optic Connectivity Solutions Introduction 1.1 Overview This document details the FS fiber optic connectivity system, a comprehensive solution that supports scalable migration to 40G, 100G, 200G, 400G, and beyond through both duplex (2-fiber) and parallel (8/12/16/24-fiber) link designs. The system portfolio features pre-terminated MTP®/MPO cables, patch cables, and MTP® cassettes & panels—each designed to future-proof your network infrastructure. 1.2 Benefits The Pre-terminated Design Provides Quick Connection and Deployment for Network Applications Available in Base-2/8/12/16/24 Cabling Systems to Maximize Network Design Flexibility Available in OS2, OM3, OM4, and OM5 Fiber Optic Connectivities Available in FHD, FHX, FHU, and FHZ Series Cassettes, Panels, and Enclosures Used to Connect with SFP, QSFP, QSFP 28, QSFP-DD, or OSFP Transceivers Offer A Seamless Migration Path from 10/25/100G to 40/100/400G and Higher Data Rates 1.3 Connectivity Speeds Data Rate Transceiver Fiber Type Fiber Count Fiber Connector Polish Type Max. Distance 10G SFP-10GSR-85 OM4/OM3 2 LC Duplex UPC OM4 400m OM3 300m 10G SFP-10GLR-31 OS2 2 LC Duplex UPC 10km 25G SFP-25GSR-85 OM4/OM3 2 LC Duplex UPC OM4 100m OM3 70m 25G SFP-25GLR-31 OS2 2 LC Duplex UPC 10km 40G QSFP-BIDI-40G OM5/OM4/OM3 2 LC Duplex UPC OM5 500m OM4 400m OM3 300m 40G QSFP-LR4-40G OS2 2 LC Duplex UPC 10km 40G QSFP-SR4-40G OM4/OM3 12 MTP®/MPO-12 UPC OM4 150m OM3 100m 40G QSFP-PLR4-40G OS2 12 MTP®/MPO-12 APC 10km 50G SFP-50GSR-85 OM4 2 LC Duplex UPC 100m 50G QSFP-LR-50G OS2 2 LC Duplex UPC 10km 100G QSFP-BIDI-100G OM5/OM4/OM3 2 LC Duplex UPC OM5 150m OM4 100m OM3 75m 100G QSFP-LR4-100G OS2 2 LC Duplex UPC 10km 100G QSFP-SR4-100G OM4/OM3 12 MTP®/MPO-12 UPC OM4 100m OM3 70m 100G QSFP-PSM4-100G OS2 12 MTP®/MPO-12 APC 500m 100G CFP-SR10-100G OM4/OM3 24 MTP®/MPO-24 UPC OM4 150m OM3 100m 200G QSFP-FR4-200G OS2 2 LC Duplex UPC 2km 200G QSFP-SR4-200G OM4/OM3 12 MTP®/MPO-12 UPC OM4 100m OM3 70m 200G QDD-SR4-2x100G OM4 24 MTP®/MPO-24 UPC 100m 400G OSFP-FR4-400G OS2 2 LC Duplex UPC 2km 400G QSFP112-FR4-400G OS2 2 LC Duplex UPC 2km 400G QDD-FR4-400G OS2 2 LC Duplex UPC 2km 400G QDD-SR4.2-400G OM4/OM3 12 MTP®/MPO-12 UPC OM4 150m OM3 70m 400G OSFP-SR4-400G-FL OM4/OM3 12 MTP®/MPO-12 APC OM4 50m OM3 30m 400G QDD-SR4-400G OM4/OM3 12 MTP®/MPO-12 APC OM4 50m OM3 30m 400G QSFP112-SR4-400G OM4/OM3 12 MTP®/MPO-12 APC OM4 50m OM3 30m 400G OSFP-DR4-400G-FL OS2 12 MTP®/MPO-12 APC 500m 400G QSFP112-DR4-400G OS2 12 MTP®/MPO-12 APC 500m 400G QDD-DR4-400G OS2 12 MTP®/MPO-12 APC 500m 400G OSFP-SR8-400G OM4 16 MTP®/MPO-16 APC 100m 400G QDD-SR8-400G OM4/OM3 16 MTP®/MPO-16 APC OM4 100m OM3 70m 800G OSFP-2FR4-800G OS2 2x2 Dual LC Duplex UPC 2km 800G QDD-2FR4-800G OS2 2x2 Dual LC Duplex UPC 2km 800G OSFP-SR8-800G OM4/OM3 2x12 Dual MTP®/MPO-12 APC OM4 50m OM3 30m 800G QDD-SR8-800G OM4 2x12 Dual MTP®/MPO-12 APC 50m 800G OSFP-DR8-800G OS2 2x12 Dual MTP®/MPO-12 APC 500m 800G OSFP224-DR4-800G-FL OS2 12 MTP®/MPO-12 APC 500m 1.6T OSFP-2FR4-1.6T-FL OS2 2x2 Dual LC Duplex UPC 2km 1.6T OSFP-DR8-1.6T-FL OS2 2x12 Dual MTP®/MPO-12 APC 500m Connectivity Solutions 2.1 Duplex Applications 2.1.1 Duplex Direct When directly connecting one SFP transceiver to another SFP transceiver, an A (Tx) to B (Rx) LC duplex fiber cable is required. This type of direct connectivity is only suggested within a given row of racks/cabinets. Base 2 1-Base 2 Duplex Direct_看图王.jpg Number Description OM4 OS2 1 2F, LC-LC Duplex Fiber Cable, A (Tx) to B (Rx) OM4LCDX SMLCDX 2 2F, LC-LC Uniboot Duplex Fiber Cable, A (Tx) to B (Rx) HD-OM4FULCDX HD-SMFULCDX 2.1.2 Duplex Interconnect The structured cabling solution allows for patching on both ends of the optical network. An MTP® jumper or trunk is deployed with MTP®-LC cassettes connected to its end. LC duplex fiber cables provide connectivity to the active components. It allows for easier moves, adds, and changes (MACs). Base 8 2-Base 8 Duplex Interconnect.jpg Number Description OM4 OS2 1 2F, LC-LC Duplex Fiber Cable, A (Tx) to B (Rx) OM4LCDX SMLCDX 2 2F, LC-LC UPC Uniboot Duplex Fiber Cable, A (Tx) to B (Rx) HD-OM4FULCDX HD-SMFULCDX 3 8F, MTP®-8 (Male) to 4 x LC Duplex Cassette, Universal FHD-1MTP4LCDOM4U FHD-1MTP4LCDOS2U 4 8F, MTP®-8 (Female) to MTP®-8 (Female) Jumper, Type B 8FMTPOM4 8FMTPSMF 5 8F, MTP®-8 (Female) to MTP®-8 (Female) Trunk Cable, Type B 8FMTPOM4 8FMTPSMF Base 12 3-Base 12 Duplex Interconnect.jpg Number Description OM4 OS2 1 2F, LC-LC Duplex Fiber Cable, A (Tx) to B (Rx) OM4LCDX SMLCDX 2 2F, LC-LC UPC Uniboot Duplex Fiber Cable, A (Tx) to B (Rx) HD-OM4FULCDX HD-SMFULCDX 3 12F, MTP®-12 (Male) to 6 x LC Duplex Cassette, Universal FHD-1MTP6LCDOM4U FHD-1MTP6LCDOS2U 4 12F, MTP®-12 (Female) to MTP®-12 (Female) Jumper, Type B 12FMTPOM4 12FMTPSMF 5 12F, MTP®-12 (Female) to MTP®-12 (Female) Trunk Cable, Type B 12FMTPOM4 12FMTPSMF Base 24 4-Base 24 Duplex Interconnect.jpg Number Description OM4 OS2 1 2F, LC-LC Duplex Fiber Cable, A (Tx) to B (Rx) OM4LCDX SMLCDX 2 2F, LC-LC Uniboot Duplex Fiber Cable, A (Tx) to B (Rx) HD-OM4FULCDX HD-SMFULCDX 3 24F, MTP®-24 (Male) to 12 x LC Duplex Cassette, Type A FHD-1MTP12LCDOM4A FHD-1MTP12LCDOS2A 4 24F, MTP®-24 (Female) to MTP®-24 (Female) Jumper, Type A 24FMTPOM4 24FMTPSMF 5 24F, MTP®-24 (Female) to MTP®-24 (Female) Trunk Cable, Type A XXMTPOM4 XXMTPSMF 6 24F, MTP®-24 (Male) to 12 x LC Duplex Cassette, Type AF FHD-1MTP12LCDOM4AF FHD-1MTP12LCDOS2AF Note: Universal cassettes are used as a pair with a type B trunk cable. Type A and AF cassettes are used as a pair with a type A trunk cable. Learn more about fiber polarity technical white paper. 2.1.3 Duplex Interconnect with Harness The solution is also a duplex interconnect solution, but it deploys an MTP®-8 harness on one end of the link. An MTP® adapter panel and an MTP®-8 harness replace the MTP®-LC cassette and LC duplex fiber cable used in the previous solution. This cabling solution is ideal for use when high-port-count switches require connectivity. Base 8 5-Base 8 Duplex Interconnect With Harness.jpg Number Description OM4 OS2 1 2F, LC-LC Duplex Fiber Cable, A (Tx) to B (Rx) OM4LCDX SMLCDX 2 2F, LC-LC Uniboot Duplex Fiber Cable, A (Tx) to B (Rx) HD-OM4FULCDX HD-SMFULCDX 3 8F, MTP®-8 (Male) to 4 x LC Duplex Cassette, Universal FHD-1MTP4LCDOM4U FHD-1MTP4LCDOS2U 4 8F, MTP®-8 (Female) to MTP®-8 (Male) Jumper, Type B XXMTPOM4 XXMTPSMF 5 8F, MTP®-8 (Female) to MTP®-8 (Male) Trunk Cable, Type B XXMTPOM4 XXMTPSMF 6 MTP®-8/12/24 Adapter Panel, Up to Up/Down FHD-FAP8MTPHB FHD-FAP12MTPHA 7 8F, MTP®-8 (Female) to 4 x LC Duplex Harness, Type B 8FMTPLCOM4 8FMTPLCSMF Note: The two sides of the MTP® adapter panel should have a male connector and a female connector. 2.1.4 Duplex Cross Connect The final solution for a duplex link deploys a structured cabling solution with cross-connect connectivity. This solution will allow all patching to be made at the Main Distribution Area (MDA) with maximum flexibility for “any port” to “any port” connection. Base 8 6-Base 8 Duplex Cross Connect.jpg Number Description OM4 OS2 1 2F, LC-LC Duplex Fiber Cable, A (Tx) to B (Rx) OM4LCDX SMLCDX 2 2F, LC-LC Uniboot Duplex Fiber Cable, A (Tx) to B (Rx) HD-OM4FULCDX HD-SMFULCDX 3 8F, MTP®-8 (Male) to 4 x LC Duplex Cassette, Universal FHD-1MTP4LCDOM4U FHD-1MTP4LCDOS2U 4 8F, MTP®-8 (Female) to MTP®-8 (Female) Jumper, Type B 8FMTPOM4 8FMTPSMF 5 8F, MTP®-8 (Female) to MTP®-8 (Female) Trunk Cable, Type B 8FMTPOM4 8FMTPSMF Base 12 7-Base 12 Duplex Cross Connect.jpg Number Description OM4 OS2 1 2F, LC-LC Duplex Fiber Cable, A (Tx) to B (Rx) OM4LCDX SMLCDX 2 2F, LC-LC Uniboot Duplex Fiber Cable, A (Tx) to B (Rx) HD-OM4FULCDX HD-SMFULCDX 3 12F, MTP®-12 (Male) to 6 x LC Duplex Cassette, Universal FHD-1MTP6LCDOM4U FHD-1MTP6LCDOS2U 4 12F, MTP®-12 (Female) to MTP®-12 (Female) Jumper, Type B 12FMTPOM4 12FMTPSMF 5 12F, MTP®-12 (Female) to MTP®-12 (Female) Trunk Cable, Type B 12FMTPOM4 12FMTPSMF Base 24 8-Base 24 Duplex Cross Connect.jpg Number Description OM4 OS2 1 2F, LC-LC Duplex Fiber Cable, A (Tx) to B (Rx) OM4LCDX SMLCDX 2 2F, LC-LC Uniboot Duplex Fiber Cable, A (Tx) to B (Rx) HD-OM4FULCDX HD-SMFULCDX 3 24F, MTP®-24 (Male) to 12 x LC Duplex Cassette, Type A FHD-1MTP12LCDOM4A FHD-1MTP12LCDOS2A 4 24F, MTP®-24 (Female) to MTP®-24 (Female) Jumper, Type A 24FMTPOM4 24FMTPSMF 5 24F, MTP®-24 (Female) to MTP®-24 (Female) Trunk Cable, Type A XXMTPOM4 XXMTPSMF 6 24F, MTP®-24 (Male) to 12 x LC Duplex Cassette, Type AF FHD-1MTP12LCDOM4AF FHD-1MTP12LCDOS2AF Note: Universal cassettes are used as a pair with a type B trunk cable. Type A and AF cassettes are used as a pair with a type A trunk cable. Learn more about fiber polarity technical white paper. 2.2 Parallel Applications 2.2.1 Direct Connect When directly connecting one QFSP+ transceiver to another QFSP+ transceiver, a Type B MTP®-8 Female to MTP®-8 Female fiber cable is required. This type of direct connectivity is only suggested for short distances within a given row of racks/cabinets. Base 8 9-Base 8 Direct Connect_看图王.jpg Number Description OM4 OS2 1 8F, MTP®-8 (Female) to MTP®-8 (Female) Jumper, Type B 8FMTPOM4 8FMTPSMF 2 8F, MTP®-8 (Female) to MTP®-8 (Female) Trunk Cable, Type B 8FMTPOM4 8FMTPSMF Base 12 10-Base 12 Direct Connect_看图王.jpg Number Description OM4 OS2 1 12F, MTP®-12 (Female) to MTP®-12 (Female) Jumper, Type B 12FMTPOM4 12FMTPSMF 2 12F, MTP®-12 (Female) to MTP®-12 (Female) Trunk Cable, Type B 12FMTPOM4 12FMTPSMF Base 16 11-Base 16 Direct Connect_看图王.jpg Number Description OM4 OS2 1 16F, MTP®-16 (Female) to MTP®-16 (Female) Jumper, Crossover 16FMTPOM4 16FMTPSMF 2 16F, MTP®-16 (Female) to MTP®-16 (Female) Trunk Cable, Crossover XXMTPOM4 XXMTPSMF Base 24 12-Base 24 Direct Connect_看图王.jpg Number Description OM4 OS2 1 24F, MTP®-24 (Female) to MTP®-24 (Female) Jumper, Type B XXMTPOM4 XMTPSMF 2 24F, MTP®-24 (Female) to MTP®-24 (Female) Trunk Cable, Type B XXMTPOM4 XXMTPSMF 2.2.2 Direct Connect with Breakout When connecting an MTP® interface to two or three MTP® transceivers, a breakout cable is required. It enables conversion between different fiber counts in MTP® connectors for 100% fiber utilization. This direct breakout solution is recommended only for short‑distance connections within the same row or rack/cabinet. Base 8 13-Base 8 Direct Connect With Breakout_看图王.jpg Number Description OM4 OS2 1 8F, MTP®-12 (Female) to 2 x MTP®-4 (Female) Breakout Cable, Type B 8FMTPOM4 8FMTPSMF Base 16 14-Base 16 Direct Connect With Breakout_看图王.jpg Number Description OM4 OS2 1 16F, MTP®-16 (Female) to 2 x MTP®-8 (Female) Breakout Cable, Crossover 16FMTPOM4 16FMTPSMF 2.2.3 Direct Connect with Harness When directly connecting an MTP® transceiver to the corresponding duplex ports, an MTP®-LC harness is required. The harness will have LC duplex connectors and the fibers will be paired in a specific way, assuring the proper polarity is maintained. This type of direct connectivity is only suggested for short distances within a given row or in the same rack/cabinet. Base 8 15-Base 8 Direct Connect With Harness_看图王.jpg Number Description OM4 OS2 1 8F, MTP®-8 (Female) to 4 x LC Duplex Harness, Type B 8FMTPLCOM4 8FMTPLCSMF Base 16 15-Base 8 Direct Connect With Harness 副本_看图王.jpg Number Description OM4 OS2 1 16F, MTP®-16 (Female) to 8 x LC Duplex Harness, Crossover 16FMTPLCOM4 16FMTPLCSMF 2.2.4 Parallel Interconnect The parallel interconnect solution is similar to the duplex interconnect, but instead of using MTP®-LC cassettes and LC duplex fiber cables, MTP® adapter panels and MTP® jumpers or trunks are deployed. Structured cabling allows for easier moves, adds and changes (MACs). Base 8 16-Base 8 Parallel Interconnect.jpg Number Description OM4 OS2 1 8F, MTP®-8 (Female) to MTP®-8 (Female) Jumper, Type B 8FMTPOM4 8FMTPSMF 2 8F, MTP®-8 (Female) to MTP®-8 (Female) Trunk Cable, Type B 8FMTPOM4 8FMTPSMF 3 MTP®-8/12/24 Adapter Panel, Up to Up/Down FHD-FAP8MTPHB FHD-FAP12MTPHA 4 8F, MTP®-8 (Male) to MTP®-8 (Male) Jumper, Type B XXMTPOM4 XXMTPSMF 5 8F, MTP®-8 (Male) to MTP®-8 (Male) Trunk Cable, Type B 8FMTPOM4 8FMTPSMF Base 12 17-Base 12 Parallel Interconnect.jpg Number Description OM4 OS2 1 12F, MTP®-12 (Female) to MTP®-12 (Female) Jumper, Type B 12FMTPOM4 12FMTPSMF 2 12F, MTP®-12 (Female) to MTP®-12 (Female) Trunk Cable, Type B 12FMTPOM4 12FMTPSMF 3 MTP®-8/12/24 Adapter Panel, Up to Up/Down FHD-FAP8MTPHB FHD-FAP12MTPHA 4 12F, MTP®-12 (Male) to MTP®-12 (Male) Jumper, Type B XXMTPOM4 XXMTPSMF 5 12F, MTP®-12 (Male) to MTP®-12 (Male) Trunk Cable, Type B 12FMTPOM4 12FMTPSMF Base 24 18-Base 24 Parallel Interconnect.jpg Number Description OM4 OS2 1 24F, MTP®-24 (Female) to MTP®-24 (Female) Jumper, Type B XXMTPOM4 XMTPSMF 2 24F, MTP®-24 (Female) to MTP®-24 (Female) Trunk Cable, Type B XXMTPOM4 XXMTPSMF 3 MTP®-8/12/24 Adapter Panel, Up to Up/Down FHD-FAP8MTPHB FHD-FAP12MTPHA 4 24F, MTP®-24 (Male) to MTP®-24 (Male) Jumper, Type B XXMTPOM4 XXMTPSMF 5 24F, MTP®-24 (Male) to MTP®-24 (Male) Trunk Cable, Type B XXMTPOM4 XXMTPSMF Note: The two sides of the MTP® adapter panel should have a male connector and a female connector. 2.2.5 Parallel Interconnect with Harness A disadvantage of using this solution is that flexibility is lost on the SFP+ end because the transceiver ports need to be located in the same chassis. This is because the leg lengths for the LC Duplexed legs will be the same. However, this approach allows for an easy upgrade path moving from 2-fiber to 8-fiber connectivity. An MTP®-8 jumper would be used from the adapter panel for the QFSP+ connectivity, thus allowing a mix-and-match upgrade path without having to change out the fiber panels. Base 8 19-Base 8 Parallel Interconnect With Harness.jpg Number Description OM4 OS2 1 8F, MTP®-8 (Female) to MTP®-8 (Female) Jumper, Type B 8FMTPOM4 8FMTPSMF 2 8F, MTP®-8 (Female) to MTP®-8 (Female) Trunk Cable, Type B 8FMTPOM4 8FMTPSMF 3 MTP®-8/12/24 Adapter Panel, Up to Up/Down FHD-FAP8MTPHB FHD-FAP12MTPHA 4 8F, MTP®-8 (Male) to MTP®-8 (Male) Jumper, Type B XXMTPOM4 XXMTPSMF 5 8F, MTP®-8 (Male) to MTP®-8 (Male) Trunk Cable, Type B 8FMTPOM4 8FMTPSMF 6 8F, MTP®-8 (Female) to 4 x LC Duplex Harness, Type B 8FMTPLCOM4 8FMTPLCSMF 2.2.6 Parallel Cross Connect The solution utilizes MTP® trunk cables to provide a structured cable solution with cross-connect connectivity with complete port replication. This solution will allow all MACs to be made at one location (usually the MDA). Utilizing male MTP® trunks allows all MTP® jumpers to be female to female, thus reducing ordering and inventory complexity. Base 8 20-Base 8 Parallel Cross Connect.jpg Number Description OM4 OS2 1 8F, MTP®-8 (Female) to MTP®-8 (Female) Jumper, Type B 8FMTPOM4 8FMTPSMF 2 8F, MTP®-8 (Female) to MTP®-8 (Female) Trunk Cable, Type B 8FMTPOM4 8FMTPSMF 3 MTP®-8/12/24 Adapter Panel, Up to Up/Down FHD-FAP8MTPHB FHD-FAP12MTPHA 4 8F, MTP®-8 (Male) to MTP®-8 (Male) Jumper, Type B XXMTPOM4 XXMTPSMF 5 8F, MTP®-8 (Male) to MTP®-8 (Male) Trunk Cable, Type B 8FMTPOM4 8FMTPSMF Base 12 21-Base 12 Parallel Cross Connect.jpg Number Description OM4 OS2 1 12F, MTP®-12 (Female) to MTP®-12 (Female) Jumper, Type B 12FMTPOM4 12FMTPSMF 2 12F, MTP®-12 (Female) to MTP®-12 (Female) Trunk Cable, Type B 12FMTPOM4 12FMTPSMF 3 MTP®-8/12/24 Adapter Panel, Up to Up/Down FHD-FAP8MTPHB FHD-FAP12MTPHA 4 12F, MTP®-12 (Male) to MTP®-12 (Male) Jumper, Type B XXMTPOM4 XXMTPSMF 5 12F, MTP®-12 (Male) to MTP®-12 (Male) Trunk Cable, Type B 12FMTPOM4 12FMTPSMF Base 24 22-Base 24 Parallel Cross Connect.jpg Number Description OM4 OS2 1 24F, MTP®-24 (Female) to MTP®-24 (Female) Jumper, Type B XXMTPOM4 XMTPSMF 2 24F, MTP®-24 (Female) to MTP®-24 (Female) Trunk Cable, Type B XXMTPOM4 XXMTPSMF 3 MTP®-8/12/24 Adapter Panel, Up to Up/Down FHD-FAP8MTPHB FHD-FAP12MTPHA 4 24F, MTP®-24 (Male) to MTP®-24 (Male) Trunk Cable, Type B XXMTPOM4 XXMTPSMF 5 24F, MTP®-24 (Male) to MTP®-24 (Male) Trunk Cable, Type B XXMTPOM4 XXMTPSMF Note: The two sides of the MTP® adapter panel should have a male connector and a female connector. Connectivity Components 3.1 Fiber Patch Cables LC Duplex Fiber Cables Available in OS2, OM1, OM2, OM3, OM4, and OM5 Fiber Available in Riser (OFNR), Plenum (OFNP), and LSZH Cable Jacket Available in 0.9/1.2/1.6/1.8/2.0/3.0mm Cable Outside Diameter Available in Yellow, Aqua, Orange, Green, and so on Cable Colors 1_看图王(1).png 2_看图王(1).png LC Uniboot Duplex Fiber Cables Available in Standard/Flat/Switchable Clip and Push Pull Tabs Connector Types Available in OS2, OM3, and OM4 Fiber Available in Riser (OFNR) and LSZH Cable Jacket Available in 1.6 and 2.0mm Cable Outside Diameters 3.2 MTP®/MPO Fiber Cables MTP®/MPO Jumpers Available in OS2, OM3, OM4, and OM5 Fiber MTP®-12 Available in 8, 12, 24, 36, 48, 72, 96, 144, and 288 Fiber Counts MTP®-24 Available in 24, 48, 72, 96, 144, and 192 Fiber Counts Available in Plenum (OFNP), Riser (OFNR), LSZH, and Dual Rated (OFNR/LSZH) Cable Jacket Available in Female (Non-Pinned) and Male (Pinned) Available in Type A, Type B, and Type C Standard Polarity 3_看图王.png 4_看图王.png MTP®/MPO Breakouts Convert from 8/16/24 to 4/8/12 Fibers for 100% Fiber Utilization Available in OS2, OM3, and OM4 Fiber Available in Plenum (OFNP), LSZH, and Dual Rated (OFNR/LSZH) Cable Jacket Available in Female (Non-Pinned) and Male (Pinned) Available in Type A and Type B Standard Polarity MTP®/MPO Trunks Available in OS2, OM3, and OM4 Fiber MTP®-8 Available in 8, 16, 24, 32, 48, 72, 96, 144, 192, and 288 Fiber Counts MTP®-12 Available in 12, 24, 36, 48, 72, 96, 144, 192, 216, 288, 432, and 576 Fiber Counts MTP®-16 Available in 16, 32, 48, 64, 96, 128, 192, and 256 Fiber Counts MTP®-24 Available in 24, 48, 72, 96, and 144 Fiber Counts Available in Plenum (OFNP) and LSZH Cable Jacket Available in Female (Non-Pinned) and Male (Pinned) Available in Type A and Type B Standard Polarity 5_看图王.png 6_看图王.png MTP®/MPO Harnesses Available in OS2, OM3, and OM4 Fiber MTP®/MPO-12 Available in 8, 12, 24, 36, 48, 72, 96, and 144 Fiber Counts MTP®-24 Available in 24, 48, 72, 96, and 144 Fiber Counts Available in Plenum (OFNP) and LSZH Cable Jacket Available in Female (Non-Pinned) and Male (Pinned) Available in Type A and Type B Standard Polarity 3.3 FHD MTP® Cassettes & Panels MTP®-LC Cassettes 0.35dB Ultra Low-loss MTP® Connectors for Longer Link Distances Offered in A Wide Range of Polarity Configurations (A/AF/U) Interface Color-coding Makes It Easy to Identify Fiber Type Snap-in Front Mount Allows for Easy Installation into Enclosures For Main, Horizontal, and Equipment Distribution Areas in Data Center Cabling 7_看图王.png 8_看图王.png MTP® Fiber Adapter Panels Fully Compatible with All FHD Enclosures, Assuring Flexibility and Ease of Network Deployment Interface Color-coding Makes It Easy to Identify Fiber Type Clear Numbering for Quick Fiber Identification Push-lock Rivets Tool-less Installation for One-handed Insertion and Removal and Easier MACs

Fiber Optic Cleaning Guide

25 Nov. 2025 - For details, please click the attachment icon below to view or download for a good reading experience or resources.

04 Jun. 2025 - For details, please click the attachment icon below to view or download for a good reading experience or resources.

11 Abr. 2025 - For details, please click the attachment icon below to view or download for a good reading experience or resources.

MTP®/MPO Jumpers Visio Stencils

22 Oct. 2024 - For details, please click the attachment icon below to view or download for a good reading experience or resources.

28 May. 2024 - For details, please click the attachment icon below to view or download for a good reading experience or resources.

28 May. 2024 - For details, please click the attachment icon below to view or download for a good reading experience or resources.