Sir har topology par ek bistar say video bna ke daaliye naa kamse kam 240 pc kaa feeld par kaam karne mai aasani hogee kha switch lagana hai jese aapne batya bus topology mai ek cable say 240 pc kese chala sakte hai thoda samjha dijye
*1. Bus Topology* Type: Linear Uses: LANs (Local Area Networks) Ranges: Up to 1 km (0.62 miles) Application: Small networks, industrial control systems Characteristics: - Single cable connects all devices - Data transmitted in one direction - Difficult to install and maintain *2. Star Topology* Type: Centralized Uses: LANs, WANs (Wide Area Networks) Ranges: Up to 100 km (62 miles) Application: Office networks, campus networks Characteristics: - Central device (hub/switch) connects all devices - Data transmitted through central device - Easy to install and maintain *3. Ring Topology* Type: Circular Uses: LANs, MANs (Metropolitan Area Networks) Ranges: Up to 100 km (62 miles) Application: High-speed networks, fiber optic networks Characteristics: - Devices connected in circular configuration - Data transmitted in one direction - Fault tolerance, high-speed transmission *4. Mesh Topology* Type: Distributed Uses: WANs, wireless networks Ranges: Unlimited Application: Large-scale networks, wireless networks Characteristics: - Each device connects to every other device - Data transmitted through multiple paths - High reliability, fault tolerance *5. Tree Topology* Type: Hierarchical Uses: LANs, WANs Ranges: Up to 100 km (62 miles) Application: Large networks, network segmentation Characteristics: - Combination of bus and star topologies - Data transmitted through hierarchical structure - Easy to install and maintain *6. Hybrid Topology* Type: Combination Uses: LANs, WANs Ranges: Unlimited Application: Complex networks, large-scale networks Characteristics: - Combination of multiple topologies - Data transmitted through multiple paths - High reliability, flexibility Other Topologies: - Daisy Chain Topology - Circular Mesh Topology - Hypercube Topology Key Benefits: - Improved network reliability - Increased scalability - Enhanced security - Better fault tolerance Key Players: - Network equipment manufacturers (e.g., Cisco, Juniper) - Telecommunication service providers (e.g., ISPs, telecoms) - Network architects and administrators Evolution: - Early networks (1960s-1980s) - LANs and WANs (1990s-2000s) - Wireless networks (2000s-present) - Software-defined networking (2010s-present) These topologies enable efficient data transmission and network design.
Bhot accha pdaya sir aapne
Thanku so much sir🙏
Thankyou soooooo much sir 👍👌
Bhut khoob
Thank you sir
Bahot hi achcha vivaran diya aapne ...purtya smjh me aa gya ...👌🤞
Nice sir 👍👍
Very very nice ❤sir aapka trika bhut simple lga or bhut acha lga I like this type ❤
Thanks a lot 🙏🏻
❤❤❤❤❤❤❤
Thenks sir ji ❤❤
Thank u sir easy way mai samjhane ke liye 👍🏻🙏🏻🙏🏻👋🏻☺️☺️☺️☺️
Verry nice ❤❤
Thank you❤❤💐💐🙏🙏👌👌
Pgdca main bahut bahut help mili thanku so much sir
Very nice class
very very nice class🎉🎉🎉🎉🎉🎉❤❤❤❤❤
Very nice sir an thank you❤
Very useful video
Bhot acchi vdo he sir jii very helpfull....🙏....sir jii plss CPCT exam me jo topics aate he unhe pda dijiye plsss..🙏
Apke bhi exam chl re h kya😂
Thankyou sir🙏😊 km samy me bhut achhe se ye topic explain kiya aapne😊
Thank you sir all dout is clear topology...
Useful 😃👍
Nice Teaching sir ❤😊
Nice
bahut acha aya samjh sir
Sir aise hi theori class krwaiye very helpful
🎉qa baat h baba❤.
Sir hybrid topology ka class karvaega please❤❤❤❤
❤@@LaLaBarman-xb6fv
Thanku so much sir 😊👍 very helpful video 👌👌
Very nice 👍🏻❤
Sbse best❤️❤️👍👍
Mast class tha sir.
Kaphi aasan tarike me.
Thank you sir.
Sir nice video thie sir Thks
Bhaiya aap ka video pure you too me best hai aur aage ka video banao na
Thanks for nicely teaching.very easily understand all the types.thanks🙏🙏🙏
Apke bhi exam chl re h kya
Point to point explained❤❤❤ very nice video and explanation🎉❤😊
Verry nyc sir 👌👌👌👌
Sir ap bahut achhi study karwate hai
Very nice session ❤❤
Thanks bro good explanation
Computer opeator batch layi
You are greate sir ❤
Thanku sir bhut accha se explain kiya h aapne ..
Thanks ❤
Very nice explanation
Thank you so much 💖
Thank you very much sir 💕😊
Hiiiiiiiiiiiiiiiiiiiii
Sir
:)
Tq sir
Hiii
Thanks
Sir har topology par ek bistar say video bna ke daaliye naa kamse kam 240 pc kaa feeld par kaam karne mai aasani hogee kha switch lagana hai jese aapne batya bus topology mai ek cable say 240 pc kese chala sakte hai thoda samjha dijye
🤲🤲🤲
Very good sir iska ppt mil jayega kya sir
Thanks sir
Good
❤❤
Best
Kuch सरल भाषा में अनुवाद करें
Tq
Thoda fast bolte to jada smjh aata sir
Sir iska pdf mil jayega pleas
*1. Bus Topology*
Type: Linear
Uses: LANs (Local Area Networks)
Ranges: Up to 1 km (0.62 miles)
Application: Small networks, industrial control systems
Characteristics:
- Single cable connects all devices
- Data transmitted in one direction
- Difficult to install and maintain
*2. Star Topology*
Type: Centralized
Uses: LANs, WANs (Wide Area Networks)
Ranges: Up to 100 km (62 miles)
Application: Office networks, campus networks
Characteristics:
- Central device (hub/switch) connects all devices
- Data transmitted through central device
- Easy to install and maintain
*3. Ring Topology*
Type: Circular
Uses: LANs, MANs (Metropolitan Area Networks)
Ranges: Up to 100 km (62 miles)
Application: High-speed networks, fiber optic networks
Characteristics:
- Devices connected in circular configuration
- Data transmitted in one direction
- Fault tolerance, high-speed transmission
*4. Mesh Topology*
Type: Distributed
Uses: WANs, wireless networks
Ranges: Unlimited
Application: Large-scale networks, wireless networks
Characteristics:
- Each device connects to every other device
- Data transmitted through multiple paths
- High reliability, fault tolerance
*5. Tree Topology*
Type: Hierarchical
Uses: LANs, WANs
Ranges: Up to 100 km (62 miles)
Application: Large networks, network segmentation
Characteristics:
- Combination of bus and star topologies
- Data transmitted through hierarchical structure
- Easy to install and maintain
*6. Hybrid Topology*
Type: Combination
Uses: LANs, WANs
Ranges: Unlimited
Application: Complex networks, large-scale networks
Characteristics:
- Combination of multiple topologies
- Data transmitted through multiple paths
- High reliability, flexibility
Other Topologies:
- Daisy Chain Topology
- Circular Mesh Topology
- Hypercube Topology
Key Benefits:
- Improved network reliability
- Increased scalability
- Enhanced security
- Better fault tolerance
Key Players:
- Network equipment manufacturers (e.g., Cisco, Juniper)
- Telecommunication service providers (e.g., ISPs, telecoms)
- Network architects and administrators
Evolution:
- Early networks (1960s-1980s)
- LANs and WANs (1990s-2000s)
- Wireless networks (2000s-present)
- Software-defined networking (2010s-present)
These topologies enable efficient data transmission and network design.
❤
Par apne ye nahi bataya ke kon se topology kitne time tak chale the
Sir mujhe fill in the blanks piche ka model paper Patra 2 kaju fill in the 3 number wala mujhe uska answer chahie
Class 6 computer ni hindi mediam
Thanks sir
Thank you sir 🙏
Thank you sir
Thank you sir😊