Open Frame Network Rack — The Backbone of Hyperscale Data Center Cross-Connect Infrastructure

INTRODUCTION

Company “X” a prominent telecom operator, embarked on Project “Optics” to construct a cross-connect hall within one of its hyperscale data centers. In this high-demand environment, reliability, flexibility, and scalability are critical. Following an in-depth analysis, the engineering team chose the PROTON-X open frame network rack to meet the rigorous requirements of the project. These racks are specially designed for dense optical channel management, supporting up to 2,500 pairs of connections, providing ideal support for large-scale data operations.

OPERATING CONDITIONS

The cross-connect hall is designed to handle high network loads, where the quality and reliability of each connection are paramount. The open frame network racks in this environment must support continual infrastructure expansion and facilitate tens of thousands of connections while maintaining operational resilience.

Key Operating Conditions:
– High-density equipment setup in a compact space.
– Capability for continuous upgrades and expansions without service disruptions.
– Physical protection for sensitive network equipment.

OPEN FRAME NETWORK RACK SELECTION CRITERIA

For Project “Optics” the PROTON-X open frame network rack was selected based on its ability to meet the demanding needs of hyperscale data centers, combining flexibility, scalability, and simplified maintenance.

1. High Port Density: Each PROTON-X open frame rack accommodates up to 2,500 pairs of optical connections, a crucial factor in hyperscale environments where space optimization is essential.

2. Scalability: With a modular design and availability in heights up to 52U, the PROTON-X rack supports infrastructure growth, allowing Company “X” to expand its connection capacity without replacing the entire setup.

3. Effective Cable Management: PROTON-X racks feature pivoting mounting frames that can open up to 120 degrees, enhancing access for cable routing and maintenance. This feature prevents cable tangling, reduces error risk, and simplifies connection adjustments during maintenance.

4. Reliability and Security: PROTON-X racks come in both open and closed configurations. The closed models, equipped with lockable doors and removable side panels, provide added protection against unauthorized access—a necessary feature for racks in shared spaces.

5. Customizability: The ability to modify the rack’s height and depth enabled Company “X” to tailor the setup to its unique infrastructure needs, optimizing equipment placement for both current and future demands.

COMPATIBILITY AND INSTALLATION FEATURES

The PROTON-X open frame network rack was selected for its compatibility with standard 19-inch components, ensuring seamless integration within the existing data center setup.

With a depth of 600 mm and width of 1500 mm, each rack supports up to 104U of equipment capacity, allowing for efficient distribution across two pairs of 52U profiles. This extensive capacity is essential in hyperscale data centers, where space utilization is at a premium.

PROJECT IMPLEMENTATION PHASES

1. Preparation Phase:
– The integration team began with a detailed infrastructure analysis to determine port capacity requirements and plan for future expansion.
– Key focus areas included selecting the appropriate rack height and optimizing cable management for accessibility and scalability.

2. Installation and Setup:
– Rack Installation: Both open and closed PROTON-X racks were installed following a strategic layout, with racks placed near trunk channels to optimize connection pathways.
– Cable Routing: Pivoting mounting frames on the open frame racks enabled straightforward cross-connection of optical cables, preventing twists and tangles while ensuring a clean, secure cable arrangement.
– Protective Panel Installation: Closed racks with perforated doors were set up for customer racks, adding security and reducing the risk of unauthorized access.

3. Final Phase:
– Post-installation, engineers tested the stability of all optical connections and the functionality of the cable management infrastructure. All connections were verified, and the pivoting frames were evaluated to ensure easy access.

With the successful completion of Project “Optics,” Company “X” now benefits from a flexible, high-performance optical infrastructure powered by open frame network racks, providing robust support for one of the largest data centers in the region. This infrastructure allows for seamless expansion and reliable service, cementing the company’s capacity to handle high-volume data operations and customer demands.