The published LC connection insertion loss is 0.1 dB typical and 0.15 dB maximum for both multimode and single-mode versions.
FAQ’s
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The key advantage is field reconfiguration. The MTP® PRO design allows polarity changes and pin reconfiguration without removing the connector housing or handling loose pins, using the dedicated MTP® PRO tool.
The published operating temperature range is -20°C to +70°C for both multimode and single-mode versions.
The datasheet specifies cable retention of 2300 N for 12- to 144-fiber armored trunk cables.
The datasheet specifies 0.1 dB typical insertion loss across all fibers and 0.35 dB maximum for a single fiber. The maximum insertion-loss statement applies to 12-fiber MTP®; the datasheet directs customers to contact Fibernet for 24- or 48-fiber MTP® configurations.
For the low-loss configurations, the datasheet lists 0.1 dB typical insertion loss and 0.35 dB maximum. It also lists a single-mode standard configuration at 0.25 dB typical and 0.75 dB maximum.
The datasheet lists 0.1 dB typical insertion loss and 0.3 dB maximum, with 0.6 dB total end-to-end loss for assemblies up to 5 meters.
The datasheet identifies corrugated steel armor as part of the cable construction. Together with the FRP strength elements, water-blocking tape and outer jacket, it forms the protected cable structure used for the armored outdoor trunk.
The ordering table includes Standard Loss Cross, Low Loss Cross, Low Loss Cross with Pull Eye, Low Loss Direct, Low Loss Direct with Pull Eye and Standard Loss Direct.
It helps use an installed 12-fiber MTP® backbone with equipment or optical interfaces that use 8-fiber connectivity. In common 2×MTP12-to-3×MTP8 and 4×MTP12-to-6×MTP8 configurations, the harness maps 24 or 48 backbone fibers into 8-fiber interfaces, supporting efficient use of the existing fiber plant.
The Fibernet datasheet positions MTP® bundle and fanout products for high-density backplane and PCB applications in data and telecommunications systems. The product family is also presented for data centers, high-density environments, storage area networks, communications rooms and data communication networks.
The Fibernet datasheet identifies campus backbone, direct-burial and outdoor plant duct installations as applications. It also states that the armored trunk is dedicated for installation in outdoor duct systems.
Typical applications include data centers, high-density fiber environments, storage area networks (SANs), communications rooms and data communication networks. It is especially relevant when a Base-12 structured cabling backbone must interface with 8-fiber parallel-optics ports.
The datasheet positions the product for data centers, high-density environments, storage area networks, communications rooms and data communication networks, and notes field-proven deployments in DRP, BCP and central data-center sites.
The published connector options include no connection, ST, FC, SC Simplex, SC Duplex, LC Duplex, LC Simplex, LC Uniboot, LX 0.5, MTP® Female and MTP® Male.
The published ordering structure includes 8, 12, 16, 24 and 48 fiber options, as well as bundled 2×12F, 3×12F and 4×12F configurations.
The published ordering table includes 8-fiber and 12-fiber MTP® PRO patch-cord configurations.
The published ordering table explicitly lists bend-insensitive OS2 based on G.657.A2, OM3 bend-insensitive and OM4 bend-insensitive fiber.
The published Build Your Order table lists bend-insensitive OS2 based on G.657.A2, OM3 bend-insensitive and OM4 bend-insensitive fiber.
The published ordering structure lists bend-insensitive OS2 single-mode fiber based on G.657.A2 and OM3, OM4 and OM5 bend-insensitive multimode fiber.
The ordering table lists 50/125 and 62.5/125 multimode fiber, bend-insensitive G.657.A2 single-mode fiber, single-mode, OM3 bend-insensitive and OM4 bend-insensitive options.
The datasheet references bend-insensitive OM3, OM4 and OM5 multimode fiber as well as OS2 single-mode fiber. The published FCH ordering example explicitly shows OM3 and OM4 options; for OM5 or OS2 ordering codes, confirm the required configuration with Fibernet.
The datasheet states support for OM1, OM2, OM3, OM4 and single-mode fiber. The ordering table specifically lists 50/125, 62.5/125, G.657.A2 bend-insensitive single-mode, OM3 bend-insensitive and OM4 bend-insensitive options.
The published ordering table includes 1×MTP12 to 2×MTP8, 2×MTP12 to 3×MTP8, and 4×MTP12 to 6×MTP8 configurations. Connector gender, cable length, fan-out length, polarity and loss class are selected as part of the FCH ordering code.
The patch cord is available in direct or crossed polarity. The datasheet also describes Method A polarity management and on-site reversible polarity for deployment flexibility.
The harness is available in direct or crossed polarity and is designed for deployment using polarity management Method A. The ordering structure lists Standard Cross, Low Loss Cross, Standard Direct and Low Loss Direct options.
It depends on what the front side connects to. Use the MTP®-LC module when equipment takes duplex LC (10G/25G ports). Use the conversion module when migrating Base-12 trunks to Base-8 40G/100G ports with full fiber utilization. Use the adapter module when both sides are native MTP® – trunk-to-harness or trunk-to-trunk cross-connects.
Yes. The LC adapters include built-in shutters that block invisible laser light when no connector is inserted, protecting technicians’ eyes, and all connectors ship with dust caps to keep ferrules clean until patching.
Yes – that is a core purpose of the adapter module architecture. The backbone trunk terminates once at the adapter and stays untouched; migrating to 40G or 100G means changing the electronics and the cords in front of the module, while the same trunk cable keeps carrying the traffic.
Yes. The removable top cover and the STAR sliding-tray system give front, side and rear access to the module, so splices, pigtails and adapters can be inspected or reworked without removing adjacent modules – and individually numbered ports make identifying the right fiber straightforward.