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When implementing secure network administration principles what is configured to restrict a subnet from transmitting FTP traffic to a particular server across the network?
Access control list
Can be used to reduce traffic bottlenecks in a netbeui network?
To reduce traffic bottlenecks in a NetBEUI network, implementing network segmentation can be effective. By dividing the network into smaller segments, broadcast traffic is limited, allowing for improved performance and reduced congestion. Additionally, using higher-capacity network devices, such as switches, can help manage traffic flow more efficiently. Lastly, minimizing unnecessary broadcasts and optimizing network configurations can further alleviate bottlenecks.
How do you limit bandwidth in a small office network?
You need to get a router or switch allowing shaping traffic including bandwidth limiting.
What is a network traffic analyzer used for?
A network traffic analyzer is used for analyzing and monitoring the use of network traffic for many devices. Network Traffic Analyzer is also used to monitor the wireless network performance.
How does implementing a virtual local area network facilitate access to the file server for the human resources employees?
you can define vlan membership at the network switches. you can connect devices over a large area without causing traffic bottlenecks.
How VLAN reduces the network traffic?
yes, it reducing the network traffic
What type of network traffic requires QoS?
Quality of Service (QoS) is essential for network traffic that is sensitive to delays, jitter, and packet loss, such as voice over IP (VoIP), video conferencing, and online gaming. These applications require consistent bandwidth and low latency to function effectively. Additionally, streaming media and real-time data services also benefit from QoS to ensure a smooth user experience. Implementing QoS helps prioritize this critical traffic over less sensitive data, like file downloads or web browsing.
What device can be used to reduce traffic bottlenecks on a network that uses the NetBEUI protocol?
To reduce traffic bottlenecks on a network using the NetBEUI protocol, a network switch can be utilized. Switches operate at the data link layer and can efficiently manage data traffic by directing packets only to the intended recipient, reducing unnecessary collisions and improving overall network performance. Additionally, implementing a router can help segment network traffic, further alleviating congestion. However, it's important to note that NetBEUI is limited in scalability and may require transitioning to a more robust protocol for significant improvements.
What is the simplest way to filter network traffic?
The simplest way to filter network traffic is by using a firewall, which can be configured to allow or block traffic based on predefined rules such as IP addresses, ports, and protocols. Additionally, implementing access control lists (ACLs) on routers can also help in filtering traffic by specifying which packets are permitted or denied. For more granular control, using intrusion detection systems (IDS) can help identify and filter malicious traffic.
How do you trace the network traffic?
Tracing network traffic requires a network monitor, protocol analyzer, or packet sniffer.
What strategies can be implemented to improve network efficiency by eliminating hubs?
One strategy to improve network efficiency by eliminating hubs is to use switches instead. Switches can help direct data traffic more efficiently by creating direct connections between devices, reducing the need for data to pass through a central hub. This can help improve network performance and reduce congestion. Additionally, implementing a hierarchical network design with multiple layers can also help distribute traffic more evenly and improve overall network efficiency.
What can be done to reduce the broadcast traffic?
To reduce broadcast traffic, network segmentation can be implemented through the use of VLANs, which limits broadcast domains and confines broadcast messages to specific groups. Additionally, configuring routers and switches to filter or limit broadcast packets can help manage their flow. Implementing protocols like IGMP snooping can also optimize multicast traffic and minimize unnecessary broadcasts. Lastly, regularly reviewing and optimizing network configurations can help identify and eliminate sources of excessive broadcast traffic.
