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It’s challenging to design, deploy, and manage a campus network. Adding to this, aging equipment can slow your network down and hinder your ability to advance IT innovations that help keep your business
competitive. What's more, the proliferation of devices and IoT sensors can expose your network to cyberattacks and other security threats.
Our 2019 Buyer’s Guide can help you modernize your campus network, reducing OpEx while delivering a richer, more reliable user experience. Learn about the key trends and challenges that shape your campus network design and the essential considerations that should influence your selection process.
Published By: Equinix
Published Date: Mar 26, 2015
The client had an extensive global multiprotocol label switching (MPLS) network with over 30 Gbps of bandwidth. However, the client was experiencing bandwidth growth of >30% compound annual growth rate (CAGR) and foresaw increasing demands for multi-media applications, data center to data center traffic, and cloud solution usage to support its business units and global workforce. It became crucial for the client to re-architect their
current network to support growth and provide a globally consistent user experience at lower cost. With 40% of their WAN traffic being http internet traffic, they needed regional internet
service provider (ISP) breakouts.
The client needed a lower cost/MB high capacity WAN backbone for better application performance and cloud optimization. Their network needed to be scalable to poise them for anticipated growth and offer improved site connectivity options.