It feels like just yesterday that the data center world was marvelling at the arrival of 400G Ethernet. It was a massive leap, a firehose of data that promised to unlock new capabilities. Then, almost as soon as it became the standard, the conversation shifted to 800G—doubling the speed to keep up with the voracious appetite of new technologies. 

It feels like just yesterday that the data center world was marvelling at the arrival of 400G Ethernet. It was a massive leap, a firehose of data that promised to unlock new capabilities. Then, almost as soon as it became the standard, the conversation shifted to 800G—doubling the speed to keep up with the voracious appetite of new technologies. 

The data center landscape is constantly evolving, with demands for higher bandwidth and lower latency skyrocketing, especially with the rise of AI/ML and High-Performance Computing (HPC). Stepping up to meet these challenges is Celestica's DS5000, an 800G Ethernet switch designed for the future.

The data center landscape is constantly evolving, with demands for higher bandwidth and lower latency skyrocketing, especially with the rise of AI/ML and High-Performance Computing (HPC). Stepping up to meet these challenges is Celestica's DS5000, an 800G Ethernet switch designed for the future.

In this video, Alan Fagan from EPS Global speaks with William Graves, Technical Solutions Lead at IP Infusion, at #WISPAPALOOZA in Las Vegas.  

They discuss the role of IP Infusion’s technology in the OpenWiFi ecosystem, particularly its capabilities in enhancing Wi-Fi experiences for business-class customers and Managed Service Providers (MSPs).  

In this video, Alan Fagan from EPS Global speaks with William Graves, Technical Solutions Lead at IP Infusion, at #WISPAPALOOZA in Las Vegas.  

They discuss the role of IP Infusion’s technology in the OpenWiFi ecosystem, particularly its capabilities in enhancing Wi-Fi experiences for business-class customers and Managed Service Providers (MSPs).  

In today's connected world, reliable WiFi has become a critical utility for multi-dwelling units (MDUs), often ranking among the top factors potential tenants consider when choosing a place to live. However, MDUs present unique challenges for WiFi deployment and management. The high-density environment, with numerous users in close proximity, often leads to signal interference and congestion across the 2.4 GHz and 5 GHz bands. This interference is exacerbated by the physical structure of MDUs, where concrete walls and metal fixtures can significantly attenuate wireless signals.

In today's connected world, reliable WiFi has become a critical utility for multi-dwelling units (MDUs), often ranking among the top factors potential tenants consider when choosing a place to live. However, MDUs present unique challenges for WiFi deployment and management. The high-density environment, with numerous users in close proximity, often leads to signal interference and congestion across the 2.4 GHz and 5 GHz bands. This interference is exacerbated by the physical structure of MDUs, where concrete walls and metal fixtures can significantly attenuate wireless signals.