Are you ready to take your Microsoft Server 2008 certification exam and join the ranks of certified system administrators? You’ve come to the right place. In this blog post, we’ll take a look at what you need to know in order to ace the exam, with a special emphasis on one particular subject: routing.
Routing is an important part of the Microsoft Server 2008 https://en.wikipedia.org/wiki/Examexam, but it's something that often gets overlooked by aspiring sysadmins. Most people think that routing is only for Cisco exams, but that's simply not the case. As a sysadmin, understanding how to configure and manage network routers is essential to ensuring your network runs smoothly.
In this blog post, we’ll give you an overview of the basics of routing, as well as some tips and tricks to help you master the material and pass your Microsoft Server 2008 certification exam. So, without further ado, let’s get started! Why do you have a router in the first place? Well, when information comes into your network from another source, such as an Internet connection or an Ethernet cable, it needs to be routed so that it can reach its destination. For example, if you're running Windows Server 2008 on a laptop connected via Wi-Fi to the Internet, then all packets coming from across the Internet will need to be routed through your router before they reach their destination - which is almost always located inside your LAN (Local Area Network). If not handled properly, these packets would either loop endlessly between hosts within the LAN or else overflow and crash due to lack of space.So how does routing work? When information reaches its router (a device configured with IP addressing) from another host within the same network segment (or subnet), there's no need for any changes; The packet will go directly where it needs to go. However, if the packet came from outside the network (via WAN), it will first enter the router, be tagged with its final destination address, and then forwarded out again over another interface in accordance with routing tables. We'll cover more about those later. Finally, there are also two types of routing protocols used for routers: distance vector routing protocols and link state routing protocols. Distance vector protocols rely on metrics such as hop count to determine optimal routes whereas link state protocols use link quality metrics instead. One common example of a distance vector protocol is RIP (Routing Information Protocol) whereas OSPF is an example of a link state protocol. To summarize, routing is a very important topic for the MSFC2008 exam because it determines how data flows throughout your network. It is crucial that you understand both the fundamentals of routing theory as well as practical implementation details, otherwise you may find yourself having difficulty answering questions on subjects like IPv4 & IPv6 Routing Policy Management in addition to Border Gateway Routing Concepts. It's also worth noting that most IT professionals are expected to understand route summarization in addition to other advanced concepts such as multicast routing and interdomain routing configuration. To make sure that you don't miss anything critical, check out our last blog post entitled Route Summarization Made Simple
This week we’re going to take a closer look at ROUTE SUMMARIZATION MADE SIMPLE. Now here’s a question: Is route summarization really all that simple?