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Clearfield has launched the NOVA Platform for high-density data center fiber patching

Clearfield has announced the NOVA Platform, a modular, high-density fiber connectivity ecosystem built to simplify installation and scaling in environments including hyperscale and colocation data centers, enterprise campuses, and broadband central offices. The company positions NOVA as a response to rising fiber counts per rack driven by higher-speed optics and more distributed network designs.

Clearfield cites Dell’Oro Group reporting that demand for 100G-and-above optics is accelerating and will drive double-digit growth in data center fiber through the end of the decade. Clearfield also notes that as operators adopt AI-driven designs, fiber density and manageability pressures increase, and it says NOVA is designed to address density, space, and day-to-day operations requirements.

The core hardware includes the NOVA Cassette and NOVA Patch Panels. Clearfield says the NOVA Cassette is its newest and highest-density cassette, designed for fast installation with tool-less handling while keeping technician work at the front of the rack. For labeling and port documentation, each cassette includes an integrated designation card plus a second designation point on the panel.

The NOVA Patch Panels are offered in 1U, 2U, and 4U sizes. Clearfield says a fully loaded 4U panel supports up to 384 LC fibers and is designed to maintain front-of-rack access for moves, adds, and changes. The company adds that cassettes can be installed from either the front or rear of the panel while keeping ongoing technician work at the front of the rack.

Beyond cassettes and patch panels, Clearfield says the NOVA Platform also includes wall-mount panels, trunk and jumper assemblies, and rack and cabinet solutions intended to span core data center deployments and distributed edge environments. Clearfield also reports built-in features such as integrated splice trays, intended to reduce clutter and eliminate additional hardware during field terminations.

Source: Clearfield

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