The comprehensive report surveyed data center professionals to determine implementation trends and buying patterns in areas, such as servers, cooling, edge computing, storage, DCIM, and security.

The SMM100A vector signal generator meets the need to test across the entire frequency range from 100 MHz to 44 GHz.

With next-generation technologies, such as 5G, AI, and edge computing, becoming increasingly mainstream, it’s more important than ever for data center operators to put power at the forefront of upgrade considerations.

Estimates suggest 5G networks can be up to 90% more efficient per traffic unit than their 4G predecessors, but they still require far more energy due to increased network density, heavy reliance on IT systems and infrastructure, and increased network use and accelerated traffic growth.

For police officers on the front line, connectivity is their lifeline. They rely heavily on fast, uninterrupted access to critical applications and data to perform their duties — whether at the station, at home, in a vehicle, or on foot while patrolling the streets.

True network slicing will enable multiple operators to share a common distributed cloud infrastructure with each entity enjoying full isolation down to the hardware level for better security and a better quality of experience.

LWS’s Cyber Range 5G infrastructure provides customers with a secure and flexible testing environment where they can ensure the viability, performance, and security of their 5G solutions.

The increased connectivity promised by 5G brings along increased usage with it, so what does that mean for security and sustainability — the two biggest challenges facing the data center industry?

The pandemic effectively established a new baseline for digital infrastructure as the industry adjusts to and eventually moves beyond the global shutdown.