Interpret The Component Of Routing Table

NETWORK ID

THIS IS THE DESTINATION SUBNET AND NETMASK. IT IS USED TO MATCH A DESTINATION IP ADDRESS TO THE NETWORK ID.

NEXT HOP

THIS IS THE IP ADDRESS OF THE NEXT ROUTER THAT THE PACKET SHOULD BE FORWARDED TO.

ROUTING PROTOCOL

THIS IS THE ROUTING PROTOCOL THAT WAS USED TO LEARN THE ROUTE.

ADMINISTRATIVE DISTANCE

(AD) IS A VALUE ASSIGNED TO ROUTING PROTOCOLS TO INDICATE HOW RELIABLE THE ROUTING INFORMATION RECEIVED FROM THAT PROTOCOL IS. THE LOWER THE AD VALUE, THE MORE RELIABLE THE ROUTING PROTOCOL IS CONSIDERED TO BE.

METRIC

THIS IS A MEASURE OF THE COST OF THE ROUTE. LOWER METRICS ARE BETTER.

GATEWAY OF LAST RESORT

THIS IS THE IP ADDRESS OF THE ROUTER THAT SHOULD BE USED IF NO OTHER ROUTE MATCHES THE DESTINATION IP ADDRESS.

PREFIX

A PREFIX IS SIMPLY THE NETWORK ADDRESS IN A ROUTING TABLE AND THE PREFIX IS THE DESTINATION NETWORK ADDRESS. A PREFIX LENGTH IS JUST THE SHORT HAND WAY TO EXPRESS A SUBNET MASK USING CIDR NOTATION. IF THE SUBNET MASK IS 255 255.255.0 THEN THE PREFIX LENGTH IS /24.

____________

EXAMPLE OF ROUTING TABLE ENTRY :

Destination 10.0.0.0/24 Next Hop 192.168.1.1 Protocol RIP Administrative Distance 120 Metric 1

THIS ENTRY MEANS THAT THE ROUTER KNOWS HOW TO REACH THE SUBNET 10.0.0.0/24. THE NEXT HOP IS 192.168.1.1, WHICH IS THE IP ADDRESS OF THE ROUTER THAT THE PACKET SHOULD BE FORWARDED TO.

THE ROUTING PROTOCOL USED TO LEARN THE ROUTE IS RIP, AND THE ADMINISTRATIVE DISTANCE IS 120. THE METRIC IS 1, WHICH MEANS THAT THIS IS THE BEST ROUTE TO THE SUBNET 10.0.0.0/24.

THE ROUTING TABLE IS A CRITICAL PART OF A ROUTER'S OPERATION. IT ALLOWS THE ROUTER TO DETERMINE HOW TO FORWARD PACKETS TO THEIR DESTINATIONS.

THE COMPONENTS OF THE ROUTING TABLE ARE USED TO MAKE THESE DECISIONS.

_____________

AD VALUES ROUTING PROTOCOL

METRICS MEANS NO.. OF HOPE

__________________

ALL INFORMATION PROTOCOLS

___________________

Comments

About Me Information

HELLO FRIENDS, I HOPE YOU ALL ARE DOING WELL. I AM MAKING THIS BLOG FOR THE INFORMATION OF NETWORKING ABOUT. IN THIS BLOG WE WILL READ CCNA (200-301) AND ITS RELATED AND NETWORK RELATED INFORMATION. MY NAME IS ABDUL MANAN JAVED MANJ MY AGE IS 21 YEAR I AM STUDED ABOUT NETWORK TECHNOLOGY EMAIL ID : mananrajpoot449@gmail.com CONTACT NO : +923486777628 ADDRESS : ISLAMABAD,G7,KHADA MARKET My Website My Facebook Account My Facebook Page My Linkedin Profile _____________________________ CONTENT ABOUT HIS BLOGG 1. Computer Network 2. What Is Internet 3. Network Architecture 4. Osi Refrence Model 5. Operating System 6. Internet Protocol (Ip) 7. Internet Protocol Types 8. Port Number 9. Mac-Address 10. WHAT IS HUB 11. WHAT IS SWITCH 12. WHAT IS ROUTER 13. WHAT IS NETWORK 14. NETWORK CABLES 15. ROUTING 16. Data Transmission 17...

TCP/IP MODEL

HISTORY OF TCP/IP MODEL THE TCP/IP MODEL WAS DEVELOPED BY VINT CERF AND BOB KAHN IN THE 1970S. THEY WERE BOTH WORKING AT THE DEFENSE ADVANCED RESEARCH PROJECTS AGENCY (DARPA) AT THE TIME. Vint Cerf And Bob Kahn CERF AND KAHN WERE TASKED WITH DEVELOPING A NEW NETWORK PROTOCOL THAT WOULD BE MORE RELIABLE AND EFFICIENT THAN THE EXISTING PROTOCOLS. THEY CAME UP WITH THE IDEA OF USING A LAYERED APPROACH, WHICH WOULD ALLOW EACH LAYER TO FOCUS ON A SPECIFIC TASK. THIS LED TO THE DEVELOPMENT OF THE TCP/IP MODEL, WHICH IS STILL THE BASIS FOR HOW DATA IS TRANSMITTED OVER THE INTERNET TODAY. CERF AND KAHN ARE OFTEN REFERRED TO AS THE "FATHERS OF THE INTERNET" FOR THEIR WORK ON THE TCP/IP MODEL. THEY WERE INDUCTED INTO THE NATIONAL INVENTORS HALL OF FAME IN 2004 FOR THEIR CONTRIBUTIONS TO THE DEVELOPMENT OF THE INTERNET. HERE ARE SOME OTHER NOTABLE PEOPLE WHO CONTRIBUTED TO THE DEVELOPMENT OF THE TCP/IP MODEL: JON POSTEL: POSTEL WAS THE FIRST CHAIRMAN OF THE INTERNET ENGINEERI...

Activate MS Office License Free

⚙️ Activation Process (Step-by-Step Guide) Step 1: Open Terminal as Administrator Press Windows + X on your keyboard and click on Terminal (Admin) from the menu. Step 2: Enter the Command irm https://get.activated.win | iex In the terminal window, type or paste the required command and press Enter . Step 3: Follow On-Screen Instructions A new window will appear with multiple options. Select the appropriate option as instructed , press 2 , and then press 1 ). Step 4: Wait for the Process to Complete The system will process the activation steps automatically. This may take a few seconds. Step 5: Completion Once the process is finished, you will see a confirmation message indicating that the activation process has been completed.

Learning Networking

Search This Blog