The construction of data centers should fully consider the changing requirements of future development and meet the ability to process big data. Starting from the structured cabling architecture, in the original EoR, MoR, ToR three-layer network architecture system, seek new ways to connect with the AI network architecture to achieve continuous transformation and improvement of data processing capabilities. The cabling system needs to support network architectures such as Spine-Leaf, POD-Spine, Full-Mesh, and data center network upgrades (such as 40G/100G to 400G) to achieve effective interconnection of "computing network, intranet, extranet, and storage network."

AI server room structured cabling

For the connection between devices, it is recommended to use high-performance, low-loss multimode OM4/OM5 fiber cores, and for long-distance transmission, the bending-resistant single-mode OS2 fiber core should be selected. MPO should use high-quality, low-loss connectors to meet current network transmission requirements and can also be used for future product upgrades. Uniboot connectors can be considered in high-density environments. During the design process, cabling products are tailored according to actual applications to ensure that the overall link loss of different structured cabling meets industry standards.

Link Model: One Long Connection and Two Short Connection



Link Model: One Long Connection and One Short Connection

From the perspective of structured cabling, China's ARTIC has developed a full range of optical and copper supporting products, which can combine different cabling products at will in a 1U space and complete the upgrade of cabling systems conveniently and efficiently.

ARTIC Data Center Products Family

High Density and Low Loss

► Support the use of multiple types of interfaces such as optical and copper;
► Improve the operability of jumper plugging, maintenance and replacement under high-density conditions;
► Reduce the difficulty of maintenance and ensure low loss.

Agile and Flexible

► Rapid and agile deployment of wiring, adapting to various network architectures;
► Pursuing ultra-high bandwidth and ultra-low latency;
► Satisfying high-performance storage solutions.

Scalability

► Support capacity planning, convenient network expansion;
► Reduce deployment and future upgrade costs;
► Can cope with the complexity of network development and upgrades.

Sustainability

► Improve the comprehensive indicators of the data center;
► Continuous innovation, empower product functional diversity;
► Pursue environmental sustainability and adhere to the core concept of customer first.