These modern networks carry huge burdens, particularly with regard to Wi-Fi-connected devices used in patient testing, monitoring, and general care functions. In fact, the demand for new and innovative treatments at facilities around the world has been an enormously successful driving factor in the modernisation and expansion of hospital and clinical networks, where speed and reliability are often critical to patient outcomes. There is no doubt that enhancements to patient care have brought about incredible, life-saving changes to millions of people around the world. >See also: The agile network will power digital transformation through businesses These are the people, after all, who stand on the front line when it comes to deploying, managing, and troubleshooting these networks. At the same time, we must acknowledge that introducing new, ever-more advanced medical devices or communication tools, together with more stringent healthcare regulations for enhanced patient confidentiality and data security, have created the perfect storm of complexity for healthcare IT professionals. Today these networks and the people who implement and maintain them face mounting pressure to enable higher standards of patient care and security.ДЇrom this perspective of network growth, we can see that advancements in technology and data storage have played a pivotal role in improving patient outcomes at hospitals and healthcare facilities around the world. From their rudimentary beginnings decades ago, hospital networks have grown in importance and reliability. Humming quietly in the background, sustaining all of that vital work, you will almost always find a sprawling, intricate web of wired and wireless network connections being run by dedicated teams of tireless network engineers. It goes without saying that modern hospitals are a hive of activity.

Two point hospital expansion packs