We know you have questions about the data center cabling industry, and how to maximize the effectiveness of your cabling, so we compiled a list of frequently asked questions by our customers to help you understand more about your data center needs.
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It depends on the physical size of the DC, but speeds of 10/40/100/200/400/800G are currently being deployed.
E-W architecture relates to the current logical movement of information in the DC. As requirements force users to move closer and closer to the edge of the network, DC managers are deploying E-W architectures to reduce latency and provide instant network access.
Wideband Multimode Fiber, or WBMMF, is designed to operate in the 850-953 spectrum using shortwave wavelength division multiplexing (SWDW).
Currently, optics fall into one of two families: Serial or Parallel. As speeds increase, we are seeing some singlemode options become viable. SFP, SFP+, QSFP are all becoming more prevalent. As speeds increase, more and more singlemode options are becoming available.
Any predictions at this point are educated guesses, but as network speeds increase and the cost of singlemode optics decrease, it is inevitable that we will see more singlemode infrastructure in the DC. This is especially true in hyperscale applications.
We currently hold the industry’s best insertion loss results for pre-terminated solutions, and we offer them as standard product. We recently received the Gold Innovators award from Cabling Installation & Maintenance magazine for our multi-path solution.
The American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE) maintain a number of standards and guidelines. These regulations will have a significant impact on DC cooling and power requirements. DCs must have a footprint that is flexible, scalable and adaptable.
Layer 1 has evolved significantly over the past few years. Probably the greatest impact on Layer 1 has been pre-terminated applications for both fiber and copper. Pre-terminated solutions have provided DC managers a greater level of flexibility, scalability, and diversification. Pre-terminated solutions consist of complete factory-terminated links, including cabling, modules, and enclosures.
This question has been asked for a long time. We’ve recently seen a movement to overhead applications when space on the floor is limited. The key aspect to any cable routing decision is to ensure a path that provides accessibility and does not limit air flow.
Ensuring proper polarity in the DC is crucial to minimizing downtime and maintaining a scalable infrastructure. The industry allows a number of acceptable solutions, but it is vitally important to select the correct solution for your application.
Power usage effectiveness (PUE) is simply the ratio of total data center energy consumption to the amount of energy consumed by the IT equipment alone. Since the data center’s primary purpose is to supply IT resources to a company or consumers, an ideal PUE is 1.0. The average PUE for a DC is 2.5. Our solutions are developed to help maximize efficiencies in the area of power consumption. By minimizing the outside diameter of our cable solutions, we are able to reduce the restriction of air flow in the DC and improve power consumption ratios. This equates to true cost savings when it comes to power.
Port replication™ “mirrors” the ports of active fiber optic hardware in a passive component (fiber patch panel), creating a direct, one-to-one relationship between the active hardware ports and the passive structured cabling environment.
As long as Fibre Channel continues to innovate as our industry deals with factors such as latency and increased speeds it can remain relevant and in use. Brocade currently has about 70% market share on Fibre Channel and it does not appear to be shrinking.
Brocade and Cisco are attacking this market from different angles, but it appears there’s more than enough space for both to survive. Unfortunately, we’ve observed that sometimes price may have more of an effect than the effectiveness of the actual technology. In these cases, technology usually wins in the end.
The spine and leaf architecture was originally implemented in DCs as a way to improve performance when handling predominately east-west traffic. It does this by decreasing the number of “hops” between any two devices in the network to just one because every leaf switch has a direct connection to every spine switch. The traditional three-tier network may consist of many hops depending on where the gear is located in the network.
Software-defined storage (SDS) can allow for greater flexibility, efficiency and scalability with programmable storage functionality. At CABLExpress, we embrace new architecture because it involves a requirement to keep your Layer 1 infrastructure updated. As new architectures are developed, the need for improved infrastructure will keep us at the forefront of the industry.