Panduit FOBKF96YM1 QuickNet 96-Fiber Singlemode Breakout Kit

The Panduit FOBKF96YM1 QuickNet breakout kit fans a 96-fiber singlemode trunk into individually jacketed 900µm tight-buffered fibers over a 1-meter transition. Flat ribbon construction keeps the breakout profile under 0.5" in crowded cable trays and tight-radius pathways where round breakouts won't fit. You're installing this between a high-fiber-count trunk and a patch panel or splice enclosure in data centers, carrier hotels, or enterprise backbone closures where every cubic inch of pathway matters and you can't afford re-pulls.

Key Features

• 96-fiber capacity handles full-density trunk cables without requiring multiple breakout points
• Flat ribbon geometry minimizes vertical stack height in horizontal cable managers and overhead ladder rack
• Singlemode OS2 fiber supports 10G/40G/100G over campus and metro distances without modal dispersion penalties
• 1-meter length bridges typical patch panel to splice closure distances while leaving slack for re-termination
• Yellow jacket provides instant visual identification in mixed singlemode/multimode environments
• Pre-assembled QuickNet construction eliminates field furcation labor and consistency issues

High-density fiber deployments hit a wall when you try to terminate 96-strand trunk cables directly to panels — the breakout transition becomes a tangled mess that blocks airflow, prevents moves-adds-changes, and violates minimum bend radius on every service call. The FOBKF96YM1 solves this by managing the splay in a controlled 1-meter length with a flat form factor that routes through 1U horizontal managers and tight-clearance spaces where round breakouts create 4-6" diameter nests. The flat ribbon design maintains <0.1dB insertion loss per connector because fibers aren't forced into helical twist patterns, and the 900µm tight-buffered legs are individually strong enough to support connectorization without additional strain relief. Singlemode OS2 fiber keeps your loss budget clean for 10km+ spans and supports coherent 100G/400G optics without the 300-meter OM4 multimode distance ceiling — critical when you're linking buildings on a campus or connecting to carrier meet-me rooms two floors down.

You're deploying this in scenarios where a 96-strand MTP trunk enters a telecom room or data hall, and you need to break it into duplex LC or SC connections for switch uplinks, storage replication paths, or DCI (data center interconnect) circuits. The 1-meter length is purpose-built for patch-panel-to-splice-enclosure distances — long enough to reach from a wall-mount chassis to a floor-standing rack without tension, short enough that you're not coiling excess length and creating OTDR reflectance issues. The yellow PVC jacket is an ANSI/TIA-598-C singlemode identifier, so six months later when a tech is tracing a circuit in a mixed-mode environment, they know instantly they're working with OS2 and won't plug a 50µm OM4 patchcord into the chain. The flat construction also means you can stack multiple breakouts in a single horizontal manager without the geometric inefficiency of round furcation tubes — critical in 42U racks where you've already allocated 38U to active equipment and have four 1U slots left for all cable management.

Panduit's QuickNet kits are factory-assembled and 100% optically tested, which eliminates the field labor and performance variability of installing separate furcation boots, heat-shrink, and breakout tubing. Each fiber leg is color-coded per TIA-598 so you can maintain fiber position through the entire link without a tone-and-trace session, and the flat ribbon prevents the rotational ambiguity you get with round breakouts where fiber 1 could be at any clock position. This is a direct fit for Panduit's high-density trunk systems and cross-compatible with any 96-fiber ribbon cable that follows IEC 60794-2 diameter specs. Installation typically takes under 10 minutes per breakout — route the trunk, secure the transition boot with a ty-wrap to the cable tray, fan the legs into the patch panel's vertical manager, and you're done. For high-availability links where you're running redundant paths, the flat profile lets you layer primary and secondary breakouts in the same manager without interference, keeping both paths within the same physical protection zone.