Behind the Scenes: Emerging Technologies in Cloud Computing

The cloud computing, an on-demand computing service, has become a fundamental pillar of modern computing. This technology relies on a robust network infrastructure, a complex network of hardware and software that distributes enormous amounts of data around the world. The almost instant delivery of cloud services and applications depends entirely on a connected network.

This article explores the technological marvel, often overlooked, that makes this possible.

Connecting Data Centers in Cloud Computing

The “cloud” represents a network of remote servers that provide services over the Internet. Servers, high-performance computers designed to handle storage, processing, and data distribution, are the heart of cloud computing. However, a robust and diverse set of connectivity components and cables (the metaphorical veins and capillaries) enable the functionality and scalability of the cloud beyond the servers themselves.

Cloud Computing Through Fiber Optic Cables

Fiber optic cables are the veins and arteries of the cloud infrastructure as they transmit data across the network, either from one server to another or across the ocean. These cables can vary drastically in their construction, some with only a few centimeters in length with a handful of fibers, while others can have thousands of fibers stretching thousands of kilometers.

An example is the TE Connectivity 760054239 fiber optic cable, which features 96 individual fibers and has a thickness of 12.2 mm. Although fiber optic cables are delicate compared to durable copper cables, the trade-off is valuable because they transmit data in the form of light rather than electricity, offering higher bandwidth and lower latency.

Optical Fiber Connectors in the Cloud

While fiber optic cables are impressive on their own, the true wonder of fiber optic technology lies in the connectors between servers. These connectors are built with high precision so that the optical detector hardware properly receives the light transmitted through the cables.

For example, the Molex 1063971664 is a metal optical connector ideal for optical connections in high-vibration and shock environments, such as telecommunications antennas and the military industry.

Ethernet Routers and Switches

Routers and switches act as traffic managers within the cloud network. Network routers, like the Phoenix Contact 2701877, direct data packets between networks and optimize data transmission. Network switches, like the Microchip Technology KSZ9897RTXI-TR, facilitate communication within local networks.

Ethernet Adapters

Ethernet adapters are crucial in cloud applications, allowing connectivity between physical devices and the cloud infrastructure. These adapters, or network interface cards (NICs), facilitate data transfer between a local network and the cloud environment.

The Backbone of Cloud Computing

The hardware that enables the cloud is constantly evolving and innovating, with new data speed records being broken annually in almost every aspect. Robust network infrastructure technologies enable the reliability of cloud computing. Components such as fiber optic cables, optical interconnections, routers, switches, and Ethernet adapters work together to enable high-speed data transfer, ensuring connectivity between local networks and the cloud.

As the demand for cloud services grows in the public and private sectors, hardware innovations, even outside of data centers, will provide necessary improvements to the cloud infrastructure.

Scroll to Top