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SD-WAN, or Software Defined Wide Area Network, is the newest approach to network connectivity in a cloud-centric society. Unlike traditional WAN architecture, which relies on MPLS networks, SD-WAN’s visual overlay produces hybrid solutions that include MPLS, LTE, DSL, and broadband internet services. As a result, SD-WAN helps overcome the high bandwidth cost of fixed connections and lost productivity caused by downtime. With higher levels of efficiency and performance, network administrators are able to use applications hosted in on-premise data centers, public or private clouds, and SaaS services at no expense to security or data privacy.
When you speak with one of our advisors, you have the option to request a demonstration to see how SD-WAN could improve your business.
When you speak with one of our advisors, you have the option to request a demonstration to see how SD-WAN could improve your business.
SD-WAN provides application-aware routing across the WAN by creating encrypted VPN tunnels. In other words, SD-WAN can measure the quality of all the connections designated for a specific path and direct the traffic to the best path based on specified rules in their cloud control panel. These dynamic path selections help your applications avoid congestion points in the flow of traffic. Upon first use, the SD-WAN device self-authenticates after you connect the cable to the WAN port on the device and receives provisioning information from a centralized management plane.
As traffic explodes all over the global network, SD-WAN answers the chaos by improving network performance and saving enterprises a ton of money. It also decreases jitter, latency, and package or production loss. With integrated threat protection, security protocols are already set in the right places. The SD-WAN device can also secure traffic across broadband internet connections into the cloud.
Traditional WAN architecture is no longer a viable option now that SD-WAN is able to eliminate the issue of backhauling traffic. The same applications that were connected to the corporate data center are now used in the cloud. Overall, SD-WAN simplifies WAN connectivity, reduces the costs, improves bandwidth efficiency, and delivers optimal application performance by creating a direct path to the cloud.
SD-WAN provides application-aware routing across the WAN by creating encrypted VPN tunnels. In other words, SD-WAN can measure the quality of all the connections designated for a specific path and direct the traffic to the best path based on specified rules in their cloud control panel. These dynamic path selections help your applications avoid congestion points in the flow of traffic. Upon first use, the SD-WAN device self-authenticates after you connect the cable to the WAN port on the device and receives provisioning information from a centralized management plane.
As SD-WAN becomes businesses’ preferred solution for leveraging the internet, SD-WAN providers are coming in droves. You might be wondering which provider is the best fit for your business, which is where we at SDWANCompanies.com come in. There are several key points to consider when choosing a SD-WAN provider, including but not limited to performance, visibility and control, security, and extensibility.
Instead of asking who you should choose as your SD-WAN provider, you should ask how. This distinction will help us determine the SD-WAN provider that can deliver better SD-WAN performance while meeting your enterprise’s demands. At SDWANCompanies.com, we evaluate your requirements and previous WAN architecture before presenting you with the best SD-WAN provider. We periodically update information on our top SD-WAN providers and our advisors are always ready to answer your questions without asking you to do any research as homework.
SD-WAN offers a replacement for traditional branch routers.
Speak to one of our advisors to find the one best suited for your needs.
