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Internet connectivity is one of the cheapest and most widely available bandwidth options. However, when it comes to building a corporate wide area network (WAN), Internet connectivity is still not seen as a reliable medium for important business data. There are too many questions about whether broadband can support the quality and reliability enterprises have come to expect from their WAN. As a result of this skepticism regarding broadband quality, Internet links are often used as backup, where they largely sit idle.
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Learn How Kingston Technology Accelerated Critical Application Performance by Moving to an Internet WAN. Relying on MPLS can make connecting a new branch or disaster recovery (DR) site a time-consuming and costly process. Aside from taking months to deploy, MPLS is complex, rigid and can dramatically increase your expenses. But what if you could use low-cost Internet to securely connect your sites in minutes and ensure reliable performance? Find out how Kingston Technology accomplished this by attending the webinar.
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The most common means for enterprises to connect branch of offices into the corporate data center is predictable, reliable, and relatively secure. Yet multi-protocol label switching (MPLS) is also expensive and in inflexible, often requiring months to bring up a new branch. Today’s hyper-connected, cloud-based environments demand greater agility and efficiency.
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The wide area network (WAN) has always been about connecting users to applications and moving data over long distances. This includes connectivity for collaboration among enterprise users, clients, suppliers, and partners across distributed geographical locations. It also includes the movement of data over distance for disaster recovery and business continuity.
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With applications progressively moving to the cloud, branch offices are challenged with connectivity issues and performance problems. Today’s IT environments still depend on MPLS as the backbone of the WAN, yet MPLS was not designed for today’s infrastructure. Add to this a highly distributed networking and services environment, and you have the recipe for an inefficient branch.