Silicon Power Industrial’s Post

The need for enterprise-grade wireless data networks capable of low-latency, high-throughput connectivity is growing. Highway 9 Networks has responded to this demand with a cloud-native private 5G system that leverages 4th Gen Intel Xeon Scalable processors to deliver an automated and flexible solution that integrates with existing systems. Read more: https://intel.ly/404YXo8 #Networking #Private5G #Enterprise

S3CC IT Consulting recommends this video, which shows how #Lenovo infrastructure solutions with industry-leading performance by 3rd Gen #Intel Xeon® Scalable #processors are transforming #Barcelona into a smart city that improves the lives of citizens and visitors alike.

It’s well known that telecommunications providers face a number of industry disruptions. The data demands of 5G, streaming media, and edge computing are increasing faster than the evolving capabilities of the telecom networks that support them. As competition between providers intensifies, customers expect more from their services. AT&T has created a new paradigm for network equipment: a software-centric model that puts customers first. This helps the company keep pace with data speeds and meet customer expectations. As AT&T works to move control of the network from hardware to software, the company switched to using disaggregated, decoupled, open components stacked to create switching or routing platforms. A recent paper explains how AT&T used an open model to develop its 100/400 Gb large Ethernet multiplexer (EMUX). The AT&T team chose Intel® Virtual RAID on CPU (Intel® VROC) for RAID 1 storage in the EMUX to enhance reliability, increase performance, and lower cost. #IAmIntel https://dy.si/jUuZAz

It’s well known that telecommunications providers face a number of industry disruptions. The data demands of 5G, streaming media, and edge computing are increasing faster than the evolving capabilities of the telecom networks that support them. As competition between providers intensifies, customers expect more from their services. AT&T has created a new paradigm for network equipment: a software-centric model that puts customers first. This helps the company keep pace with data speeds and meet customer expectations. As AT&T works to move control of the network from hardware to software, the company switched to using disaggregated, decoupled, open components stacked to create switching or routing platforms. A recent paper explains how AT&T used an open model to develop its 100/400 Gb large Ethernet multiplexer (EMUX). The AT&T team chose Intel® Virtual RAID on CPU (Intel® VROC) for RAID 1 storage in the EMUX to enhance reliability, increase performance, and lower cost. #IAmIntel https://dy.si/BrpaSr

It’s well known that telecommunications providers face a number of industry disruptions. The data demands of 5G, streaming media, and edge computing are increasing faster than the evolving capabilities of the telecom networks that support them. As competition between providers intensifies, customers expect more from their services. AT&T has created a new paradigm for network equipment: a software-centric model that puts customers first. This helps the company keep pace with data speeds and meet customer expectations. As AT&T works to move control of the network from hardware to software, the company switched to using disaggregated, decoupled, open components stacked to create switching or routing platforms. A recent paper explains how AT&T used an open model to develop its 100/400 Gb large Ethernet multiplexer (EMUX). The AT&T team chose Intel® Virtual RAID on CPU (Intel® VROC) for RAID 1 storage in the EMUX to enhance reliability, increase performance, and lower cost. #IAmIntel https://dy.si/VyUmB

It’s well known that telecommunications providers face a number of industry disruptions. The data demands of 5G, streaming media, and edge computing are increasing faster than the evolving capabilities of the telecom networks that support them. As competition between providers intensifies, customers expect more from their services. AT&T has created a new paradigm for network equipment: a software-centric model that puts customers first. This helps the company keep pace with data speeds and meet customer expectations. As AT&T works to move control of the network from hardware to software, the company switched to using disaggregated, decoupled, open components stacked to create switching or routing platforms. A recent paper explains how AT&T used an open model to develop its 100/400 Gb large Ethernet multiplexer (EMUX). The AT&T team chose Intel® Virtual RAID on CPU (Intel® VROC) for RAID 1 storage in the EMUX to enhance reliability, increase performance, and lower cost. #IAmIntel https://bit.ly/3y7zmiS

It’s well known that telecommunications providers face a number of industry disruptions. The data demands of 5G, streaming media, and edge computing are increasing faster than the evolving capabilities of the telecom networks that support them. As competition between providers intensifies, customers expect more from their services. AT&T has created a new paradigm for network equipment: a software-centric model that puts customers first. This helps the company keep pace with data speeds and meet customer expectations. As AT&T works to move control of the network from hardware to software, the company switched to using disaggregated, decoupled, open components stacked to create switching or routing platforms. A recent paper explains how AT&T used an open model to develop its 100/400 Gb large Ethernet multiplexer (EMUX). The AT&T team chose Intel® Virtual RAID on CPU (Intel® VROC) for RAID 1 storage in the EMUX to enhance reliability, increase performance, and lower cost. #IAmIntel https://dy.si/MMkH7j

It’s well known that telecommunications providers face a number of industry disruptions. The data demands of 5G, streaming media, and edge computing are increasing faster than the evolving capabilities of the telecom networks that support them. As competition between providers intensifies, customers expect more from their services. AT&T has created a new paradigm for network equipment: a software-centric model that puts customers first. This helps the company keep pace with data speeds and meet customer expectations. As AT&T works to move control of the network from hardware to software, the company switched to using disaggregated, decoupled, open components stacked to create switching or routing platforms. A recent paper explains how AT&T used an open model to develop its 100/400 Gb large Ethernet multiplexer (EMUX). The AT&T team chose Intel® Virtual RAID on CPU (Intel® VROC) for RAID 1 storage in the EMUX to enhance reliability, increase performance, and lower cost. #IAmIntel https://bit.ly/3LYeRbM

It’s well known that telecommunications providers face a number of industry disruptions. The data demands of 5G, streaming media, and edge computing are increasing faster than the evolving capabilities of the telecom networks that support them. As competition between providers intensifies, customers expect more from their services. AT&T has created a new paradigm for network equipment: a software-centric model that puts customers first. This helps the company keep pace with data speeds and meet customer expectations. As AT&T works to move control of the network from hardware to software, the company switched to using disaggregated, decoupled, open components stacked to create switching or routing platforms. A recent paper explains how AT&T used an open model to develop its 100/400 Gb large Ethernet multiplexer (EMUX). The AT&T team chose Intel® Virtual RAID on CPU (Intel® VROC) for RAID 1 storage in the EMUX to enhance reliability, increase performance, and lower cost. #IAmIntel https://dy.si/dDp5H

It’s well known that telecommunications providers face a number of industry disruptions. The data demands of 5G, streaming media, and edge computing are increasing faster than the evolving capabilities of the telecom networks that support them. As competition between providers intensifies, customers expect more from their services. AT&T has created a new paradigm for network equipment: a software-centric model that puts customers first. This helps the company keep pace with data speeds and meet customer expectations. As AT&T works to move control of the network from hardware to software, the company switched to using disaggregated, decoupled, open components stacked to create switching or routing platforms. A recent paper explains how AT&T used an open model to develop its 100/400 Gb large Ethernet multiplexer (EMUX). The AT&T team chose Intel® Virtual RAID on CPU (Intel® VROC) for RAID 1 storage in the EMUX to enhance reliability, increase performance, and lower cost. #IAmIntel https://bit.ly/4bOxCcf