As we progress further into the next phases of the wireless evolution, we find that enterprises and consumers have an insatiable appetite for speed and new services. They are adopting the current 5th Generation (5G) mobile network as quickly as it becomes available. However, they require use cases with unprecedented mobility, security, low-latency and tighter integration between wireless and mission critical applications.

At the core of DevOps, Kubernetes promises IT teams unprecedented flexibility. While adoption is inevitable; the challenge lies in how to do so in an efficient and cost-effective way.

In a world where IT teams and DevOps groups are tasked with not only keeping the lights on but also driving business efficiencies and providing a stellar digital experience to the customer, automation is imperative. Even better is automation between multiple systems for ease of healing when an incident occurs.

This eBook gives you practical steps to implementing SRE practices in an organization that's already invested in DevOps. It outlines the clear benefits and lays out how they can be achieved. Three main topics are covered: Incident Management, Service Level Objectives (SLOs), and SRE Culture. Leveling up these critical aspects of SRE will reap both immediate and long-term benefits.

Modern data centers are growing in density and complexity as IT devices require more and more power to racks. This can lead to issues with power distribution, cabling, and cooling, and challenges data center managers to keep pace with the ever-increasing demands of IT infrastructure.

Data center cable management is often considered a problem reserved for network engineering teams, but bad cable design can wreak havoc across your entire enterprise.

As the industry moves into the next phases of the 5G rollout, operators face the need to deliver a greater number of new services, with increased speed, lower latency and strict Quality of Service (QoS), at higher speeds and over more endpoints than ever before. This is the lynchpin for delivering higher quality, more profitable services. Among the many advantages, 5G's inherent virtualization and cloud-native frameworks set the stage for not only hardware-software disaggregation, but also the disaggregation of vendors, promoting best-of-breed Open RAN (O-RAN).

As the industry moves to the next phases of the 5G rollout, operators face the need to deliver a greater number of new services, with increased speed, lower latency and strict Quality of Service (QoS), over more endpoints than ever before. Many begin by deploying 5G radio services connected to a 4G Evolved Packet Core (EPC), known as non-standalone (NSA). While NSA can enable higher speed of services, the EPC is not capable of enabling 5G core's (5GC) rich feature set, including QoS-enabled network slices.