Switch:
1. Switch is a networking device.
2. Switch is a data link layer device.
3. Switch works in LAN (Local Area Network)
4. Switch works in same network.
5. Switch is an intra-network device
6. Switch use MAC (Media Access Control) address
7. Switch is an intelligent device
8. Data use as a frame format in switch.
9. Switch use CAM (Content Accessable Memory) table
10. Switch usally used in 8/16/24/48 ports
11. Switch is a multiport device.
12. Switch is a full duplex device
13. No collision occurs in switch.
14. In switch every port has its collision table.
15. Switch support advanced features like VLAN, STP, RSTP etc.
16. Switch is faster than router.
17. Switch support 10 Mbps to 1 Gbps speed.
1. Switch is a networking device.
2. Switch is a data link layer device.
3. Switch works in LAN (Local Area Network)
4. Switch works in same network.
5. Switch is an intra-network device
6. Switch use MAC (Media Access Control) address
7. Switch is an intelligent device
8. Data use as a frame format in switch.
9. Switch use CAM (Content Accessable Memory) table
10. Switch usally used in 8/16/24/48 ports
11. Switch is a multiport device.
12. Switch is a full duplex device
13. No collision occurs in switch.
14. In switch every port has its collision table.
15. Switch support advanced features like VLAN, STP, RSTP etc.
16. Switch is faster than router.
17. Switch support 10 Mbps to 1 Gbps speed.
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*Wi-Fi 7 is now official*
- Wider channels: Leverage 320 MHz channels in the 6 GHz band (availability varies by country) for multi-gigabit speeds
- Multi-link operation: Boost throughput, reduce latency, and enhance reliability by transmitting and receiving data over multiple links simultaneously
- Higher transmission rates: 20% faster speeds
- Improved efficiency: Reduce overhead with 512 Compressed block-ack acknowledgments
- Flexible spectrum scheduling: Enhance spectrum efficiency by assigning multiple Radio Units (RUs) to a single device
- Optimized low-latency access
- Seamless emergency services: Ensure uninterrupted National Security & Emergency Preparedness (NSEP) communication within Wi-Fi networks
- Wider channels: Leverage 320 MHz channels in the 6 GHz band (availability varies by country) for multi-gigabit speeds
- Multi-link operation: Boost throughput, reduce latency, and enhance reliability by transmitting and receiving data over multiple links simultaneously
- Higher transmission rates: 20% faster speeds
- Improved efficiency: Reduce overhead with 512 Compressed block-ack acknowledgments
- Flexible spectrum scheduling: Enhance spectrum efficiency by assigning multiple Radio Units (RUs) to a single device
- Optimized low-latency access
- Seamless emergency services: Ensure uninterrupted National Security & Emergency Preparedness (NSEP) communication within Wi-Fi networks
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Good morning 🌞🌄🌞
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Yaad rhe paper 10:30am ke baad open nhi hoga
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CUET ENGG DRAWING FULL LENGTH TEST UPLOAD PLEASE CHECK AS WELL DOSTO