The IT industry is evolving at a rapid pace, and people from the sector should expect to see even more innovations this year. Some new solutions will come up to resolve serious, pesky issues, which data centers can use to their advantage.
The first company leading the change is Facebook, which recently introduced the final piece of its data redesign. The tech giant proves it is not just good at helping business owners promote products and services, but also reliable and knowledgeable in developing an approach in the network space.
Dubbed as 6-pack, Facebook have created the first open modular switch platform. The company shares that it features six trays: open, all Ethernet, reduced complexity, more visibility, more accessibility, and front access only.
Here’s why Facebook’s recent move matters:
Facebook, just like other big companies, designs its own hardware. The 6-pack system, according to the company, has two fabric cards and eight 16-port Wedge switches. It connects with the top-of-rack switches, which makes the network more accessible and easy to use than before.
Facebook’s approach with 6-pack aims to create massive server clusters and connect them. Industry online magazine, such as Datacenterjournal.com, states that data center operators can use this strategy to redesign or modify their own networks.
Better Infrastructure, Better Service
The key information to understand regarding Facebook’s Six Pack is the separation between hardware and software. When these two have different storage, each part of the system became easy and fully programmable. The social networking company designed the system with flexibility in mind to meet their needs.
As Facebook improved its infrastructure, analysts expect a change in old networking technologies. The company announces its plans to share its entire design, wherein data center operators and engineers can build, design, and configure the component until they see fit.
Many companies today face the challenge and complexity of their aging data centers. The dynamic team of Facebook engineers spent months of determining how to improve computing infrastructure in the most efficient way.