#RoutingProtocol

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Imagine you’re planning a road trip from your home to a friend’s house in another city. You’ve never been there before, so you need directions. You could use a map or a GPS to find the best route. Now, think of your home as the starting point and your friend’s house as the destination. The roads connecting your home to your friend’s house represent different paths you can take.

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Static and Default Routing Configuration on GNS3 | Step-by-Step Guide - 2025

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Explore practical routing configuration examples, offering essential skills for optimized data flow and network reliability. https://www.dclessons.com/routing-configuration-example

[it-pro-jdvaldez]

Title: Show me the ip route!

Undertitle: Understanding Administrative Distances in Network Routing.

Written by: JoelDanielValdez(USA-NM)

JoelDValdezC021315 #JDVc021315

Introduction: In computer networking, routing protocols are used to determine the best path for data packets to travel from the source to the destination. The Administrative Distance (AD) is a key concept in routing, as it helps to determine the best path to take for data packets. This paper will explore the concept of Administrative Distances in network routing, including what they are, how they are used, and their importance in network security.

What is Administrative Distance? Administrative Distance is a metric used in network routing protocols to determine the best path for data packets to travel. It is a numerical value that represents the trustworthiness of a particular routing protocol or route. In the routing table, the Administrative Distance is displayed as a number in brackets after the IP address of the next hop.

For example, in the routing table entry "S 10.2.0.0 [1/0] via 172.16.2.2", the Administrative Distance is "1". This means that the route to the 10.2.0.0 network is learned from a directly connected interface, such as a static route. In contrast, a route learned from a dynamic routing protocol, such as OSPF or BGP, may have a higher Administrative Distance.

How is Administrative Distance Used? Administrative Distance is used to determine the best path for data packets to travel. When a router learns multiple paths to the same destination network, it selects the route with the lowest Administrative Distance. This ensures that the router is using the most reliable and trustworthy route to reach the destination network.

Administrative Distance is also important in network redundancy. When multiple routers are used to reach the same destination network, the router with the lowest Administrative Distance is used as the primary router. If the primary router fails, the router with the next lowest Administrative Distance is used as the backup router.

Importance in Network Security Administrative Distance is an important concept in network security. By using Administrative Distances, network administrators can ensure that data packets are being routed through the most secure and trustworthy paths. Additionally, by configuring the Administrative Distances appropriately, administrators can prevent unauthorized access to the network.

Conclusion: In conclusion, Administrative Distance is a key concept in network routing protocols. It is used to determine the best path for data packets to travel, and is an important factor in network redundancy and security. By understanding Administrative Distances, network administrators can ensure that their networks are reliable and secure.

References:

Cisco Systems. (2005). Cisco IOS IP Routing: Protocol-Independent Command Reference. Cisco Press.

Odom, W. (2013). CCENT/CCNA ICND1 100-101 Official Cert Guide. Cisco Press.

Parkhurst, B. (2016). CompTIA Network+ N10-006 Exam Cram. Pearson IT Certification.

Beasley, J. (2018). Network Security Bible. Wiley.

Stallings, W. (2017). Network Security Essentials: Applications and Standards. Pearson.

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پردازنده Intel Atom

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پردازنده Intel Atom پردازنده کم‌مصرفی است و معمولا در نوت­بوک، تبلت، اسمارتفون، اینترنت اشیا و دستگاه‌های مبتنی بر شبکه استفاده می‌شوند چون در این موارد، مصرف برق و عمر باتری از قدرت پردازش مهمتر است. نام این مدل پردازنده‌ها عددی ندارند. عدد و حروف موجود در نامگذاری CPU اتم، بیانگر ویژگی های خاص پردازنده است. اگر در نامگذاری پردازنده از N استفاده شود یعنی برای نوت­بوک مناسب است و با حرف Z یعنی برای دستگاه‌ها اینترنتی و سیار.

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#RoutingProtocol VS #RoutedProtocol (Routing comparison with Routed Prot...

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CCNA Day 36. Introduction to OSPF Protocol: Understanding Open Shortest Path First

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CCNA Day 35 EIGRP Route Manipulation | EIGRP Path Manipulation

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CCNA Day 34 EIGRP Route Metric Calculation | Delay and Bandwidth

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CCNA Day 33 EIGRP Packet Capture using Wireshark | EIGRP messages

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CCNA Day 32 EIGRP Protocol | EIGRP Configuration | EIGRP Packets

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CCNA Day 31 RIP Best Path Selection Mechanism | Routing Information Protocol Best Path

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CCNA Course - Day 30 RIP Version 2| Routing Information Protocol version 2 in English

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CCNA Course - Day 29 RIP Protocol | Routing Information Protocol in English

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CCNA Course - Day 28 Default Routing | Static Routing and Default Routing Configuration in English