By Andrew Weaver, Lead Specialist Solutions Architect, Databricks
Read MoreCloud computing gets headlines every day, with predictions about the percent of workloads moving to large public cloud providers. While there is some momentum in the IT industry to move to public cloud environments, this choice is not automatic. Several decisions must be looked at closely before moving critical workloads to a public cloud provider. Different computing environments serve different needs of IT organisations, and one environment is not ideal for every enterprise.
Read MoreBy Alex Roditis & James Arias, Co-founders of Weaver Labs
Read MoreEdge computing delivers information at the moment it is needed. Edge computing, simply said, is about reducing the information located in a centralized server, so it is freed up from the issues surrounding latency, bandwidth and geographic distance, making applications such as AI, IoT and 5G much easier to successfully accomplish. By definition, edge computing is moving user data away from a server of origin and closer to the user who needs it – at the edge. By Laura Roman, CMO at EDJX
Read MoreIt’s no secret that edge computing and 5G are intrinsically linked. 5G networks can be up to 500% faster than 4G and support a 100x increase in traffic capacity, but edge computing is central to realising this promise, providing compute and storage power that eliminates backhaul latency issues inherent to a reliance on a central data centre. By Jon Abbot, EMEA Telecom Strategic Clients Director for Vertiv
Read MoreAndy Connor, EMEA Channel Director, Subzero Engineering, outlines this edge explosion and examines the crucial role of the modular, micro data center in delivering digital transformation.
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