Clearfield Launched High-Density Fiber Management Panel
The NOVA Velocity Panel supports 2,304 fibers in 2RU to address increasing rack density requirements in AI data centers.
Updated on Sept. 28, 2026 in Data Centers
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Clearfield has released the NOVA Velocity Panel, a modular fiber management solution designed to handle up to 2,304 fibers within a 2RU (rack unit) space. The product is intended to simplify high-density cabling in demanding data center environments.
Why it matters
As data center capital expenditures are forecast to exceed $3 trillion by 2030, operators are prioritizing infrastructure that maximizes rack space for dense AI hardware deployments. The panel reduces the technician time previously required for manual splicing and routing.
The NOVA Velocity Panel supports a maximum of 2,304 fibers in a 2RU configuration and accommodates MPO, LC, SC, and VSFF connectors. This design replaces traditional methods that required up to four hours of manual preparation for panel installation.
The players
Clearfield
A manufacturer specializing in fiber management and connectivity hardware for communications and data center networks.
Dell'Oro Group
A market research firm providing data and analysis on telecommunications and data center infrastructure spending.
The details
The system utilizes a modular architecture, allowing data center operators to deploy panels incrementally as density needs scale. Installers can manage large fiber volumes directly at the top of the rack, a placement that improves physical organization compared to legacy routing methods. It is compatible with various connector standards including MPO (multi-fiber push-on), LC, SC, and VSFF (very small form factor) types.
Timeline
2030: Estimated date for global data center capital expenditures to surpass $3 trillion.
The Tech Race
The push for high-density management tools follows the Dell'Oro Group forecast of $3 trillion in total data center capital expenditures by 2030. This competition centers on enabling operators to sustain extreme rack densities without exceeding manual maintenance labor limits.
Data center operators and network installers can utilize this modular system to reduce the time spent on complex fiber routing at the top of the rack. By adopting this panel architecture, facilities can scale density incrementally rather than performing larger, time-intensive equipment retrofits.
The takeaway
The move toward modular, high-density fiber management reflects the industry-wide necessity to manage extreme interconnect volumes within limited rack footprints. Keep track of future infrastructure benchmarks as data centers continue to optimize for the space constraints of AI-scale compute hardware.
Further reading
For more on the current state of infrastructure for high-density environments, browse the Data Centers section.
Source note: This article includes information reported by Thefastmode.
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