Question

How does lower latency benefit the users connected to a network?
by limiting network access to users with higher security credentials


by expanding the range over which the network's signals are transmitted


by reducing the delay when sending and receiving data between devices


by enabling more devices to connect to the network at the same time


I don't know this yet.

Answer 1

Answer:

correct answer is by limiting network access to users with higher security credentials.... if you have get helpful from this answer please mark me as brainlist

Explanation:

thank you for your question

Answer 2

Answer:

Lower latency benefits network users by reducing the amount of time it takes data to be transferred and received between devices.

Explanation:

• A network connection's minimum delay in processing computer data is referred to as having lower latency. Processing latency decreases as it gets closer to real-time access. A network connection with decreased latency has very little delay time. The length of time it takes a message to travel across a computer network is known as latency. Usually, it is expressed in milliseconds. A latency of less than 100 milliseconds (ms) is regarded as good; a latency of less than 50 ms is extremely good. While satellite connections often have latency of 500 ms or more, typical DSL or cable Internet connections have latencies of less than 100 ms. LAN connections often have lower latency and are quicker than WAN connections, which have higher latency.
• Propagation delays, transmission delays (resulting from characteristics of the physical media), and processing delays all have an impact on latency (proxy servers or network hops). Depending on the cause of the delays, latency can have a momentary (lasting a few seconds) or chronic (continuous) effect on network throughput. Excessive latency causes bottlenecks that prohibit data from flowing through the network pipe, reducing throughput and constricting the connection's actual capacity.
• The need for real-time applications and live-streaming graphics is particularly critical in sectors including banking, diagnostic imaging, navigation, stock trading, weather forecasting, cooperation, research, ticket sales, video broadcasting, and online multiplayer gaming. A key factor to consider when selecting a cloud provider is cloud latency, or the time it takes for a cloud-based service to reply to a user request. Where users connect to the cloud, the cloud data centre they connect to, the network provider utilised, the path taken by network traffic, and other factors all have an impact on cloud latency.

Examples

• While 5G will introduce new possibilities for business through gigabit-speed connectivity, data speed isn’t the whole story. Ultra-low latency is another feature of 5G networks that promises to transform the way we work.
• Let’s start by looking at some of the characteristics of 5G. In comparison to current LTE networks, 5G promises three fundamental changes: increased capacity, higher throughput speeds and lower latency. Capacity refers to the maximum amount of data that can be transferred through a wired or wireless network, which determines how many simultaneous voice and data connections it can handle. By comparison, 5G networks will have the capacity to connect 500 times more devices than 4G. The next characteristic, throughput speed, is the actual amount of data that enters and goes through a system, typically measured in megabits per second (Mbps) or gigabits per second (Gbps). Finally, latency refers to how much time it takes for information to get from one point to another. The more that latency can be reduced, the better a group of connected devices can communicate. The promise of ultra-low latency is more instantaneous communications, enabling millions of connected devices to communicate 400 times faster than the blink of an eye. Simply put, low latency means responsiveness.

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