Increase Fiber Density
The datasheet states that MTP® connectivity offers more than 12 times the density of standard connectors, reducing the space required for multi-fiber connections.
MTP® bundle and fanout assemblies are used where a high-density multi-fiber link needs to transition to individual or duplex equipment connections. The MTP® side concentrates multiple fibers into a compact interface, while the fanout side can be configured with LC, SC, FC, ST, LC Uniboot or another MTP® connection.
The source identifies data centers, high-density environments, storage area networks, communications rooms and data communication networks as target applications.
The datasheet states that MTP® connectivity offers more than 12 times the density of standard connectors, reducing the space required for multi-fiber connections.
Configure the fanout side for LC, SC, FC, ST, LC Uniboot or MTP® based on the equipment and patching architecture.
MTP® Elite connectors, durable strain relief and optional pull-eye configurations support faster field deployment.
Insertion loss, return loss and ferrule-geometry testing are documented for each fiber.
OM5 is listed in the standards section but does not appear in the Build Your Order matrix, so it is not shown as a standard orderable option.
| Parameter | MM MT Low Loss | SM MT Low Loss |
|---|---|---|
| Insertion Loss | 0.1 dB typical (all fibers) / 0.35 dB maximum (single fiber) | 0.1 dB typical (all fibers) / 0.35 dB maximum (single fiber) |
| Return Loss | >35 dB | >60 dB (8° angle polish) |
| Durability | ≤0.2 dB change after 500 matings | ≤0.3 dB change after 500 matings |
| Operating Temperature | -20°C to +70°C | -20°C to +70°C |
The datasheet notes that the stated maximum insertion loss refers to 12-fiber MTP®. For 24- or 48-fiber MTP® products, contact Fibernet for the applicable optical-performance specification.

High-density breakout between MTP® backbone links, panels, modules and active equipment.
Consolidate multiple fibers into compact multi-fiber interfaces where rack or pathway space is constrained.
Pre-terminated multi-fiber distribution for storage and compute architectures.
Flexible MTP®-to-discrete connector breakout inside structured fiber infrastructure.
The source also positions MTP® products for high-density backplane and PCB applications.
Technical QA hold: the source also lists “IEEE 802.3ab-2010 – ETL lab verified (up to 100G Ethernet)”. This claim is intentionally omitted from visible public compliance content pending Fibernet Engineering validation.
Source pattern: FIB XX X X X X X XXXX XXX XXX X
| Selection | Code | Published Options |
|---|---|---|
| No. of Fibers / Bundles | 8 / 12 / 16 / 24 / 48 / 2x / 3x / 4x | 8F / 12F / 16F / 24F / 48F / 2×12F / 3×12F / 4×12F |
| Fiber Type | 5 / 6 / 7 / 9 / O / G | 50/125 / 62.5/125 / G.657A2 BI / SM / OM3 BI / OM4 BI |
| Connector Type 1 | F / M | MTP® Female / MTP® Male |
| Connector Type 2 | 0 / 1 / 2 / 3 / 4 / 9 / K / U / L / F / M | No Connection / ST / FC / SC Simplex / SC Duplex / LC Duplex / LC Simplex / LC Uniboot / LX 0.5 / MTP® Female / MTP® Male |
| Polish Side 1 | U / A | UPC / APC |
| Polish Side 2 | U / A | UPC / APC |
| Cable Length | CXXX / XXXX | XXX cm / XXXX m |
| Fanout Side 1 | XXX | XXX cm |
| Fanout Side 2 | XXX | XXX cm |
| MTP® Type / Polarity | blank / E / Q / L / P / D | Standard Loss Cross / Low Loss Cross / Low Loss Cross + Pull Eye / Low Loss Direct / Low Loss Direct + Pull Eye / Standard Loss Direct |
Published example: FIB12X7MMAA0150030070E — described by the source as “12×12 MTP/Male-MTP/Male SM BI 15M Low Loss Cross.”
SKU QA: the example description references a 12×12 configuration, while the visible matrix only lists bundle codes through 4×12F. Confirm the commercial code and bundle-count range before connecting this page to Shopify, ERP or an automated configurator.