First, we’ll just differentiate appliances based on a few key hardware architecture differences.And, to make it digestible, let’s break the use case responses into two stages: Let’s consider these questions by looking at a few secure networking use cases that routinely surface in customer conversations. Will high speed connections run sustained or bursty traffic loads?.What is the nature of my traffic - voice, data, video, or all of the above?.How much traffic needs to leave the premises for the internet at large, or tunneled through the internet over a secure VPN connection?.How much traffic needs to be passed locally between those connections?.How many switch port connections do I need?.It becomes very important when considering questions like: You may (or may not) be aware that internal architecture differs significantly across the SG-1100, SG-3100, SG-5100, XG-7100 and XG-1537/XG-1541.Īrchitecture encompasses processor, memory, storage, interface types and counts, absence or presence of a switch fabric, and more. That factor is the product’s internal architecture. Buyers can quickly and easily differentiate them on the basis of physical interconnect, CPU, and price.īut, there is another purchase factor that is less obvious, yet quite important. Netgate has a popular set of secure networking appliances ranging from the SG-1100 to the XG-1541. The Impact of Hardware Architecture and Software

PfSense Fundamentals and Advanced Application Navy deploys pfSense Plus software on the Netgate 1537 and AWS Cloud for network security and management.

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