This requires a greater number of fiber connections, which puts further strain on already limited rack space. Traditional high-density fiber panels have historically had a maximum limit of 144 LC connections per rack unit, often forcing operators to allocate additional rack space as networks expanded.
PIVOT helps solve this challenge by fitting more fiber into a compact 1RU panel without sacrificing service access or ease of maintenance. Its patent-pending midplane connector architecture is accessible via a pivoting front module, which positions a front row of connectors opposite a recessed center row.
During maintenance, the front row rotates down to expose the middle row, giving technicians clear access for inspection, cleaning, and connection without disturbing adjacent circuits. Additionally, each module is mounted on a sliding service tray to improve access in dense environments.
The design also makes the most of the unused depth of the cabinet in standard four-upright racks, allowing for greater density without increasing the space occupied by the rack.
Key features include:
● 192 LC connections or 96 MPO ports in 1RU
● 33% higher density than conventional 144 LC panels
● 24 circuits of 400G/800G per 1RU
● Up to 25% space savings in the rack
● Access via a twist and slide system for "Day 2" maintenance
● Compatibility with Base-8, VSFF, 400G/800G, 1.6T and 3.2T architectures
