Managed Solutions - Quick Guide on Managed Network Performance

With every passing era, man becomes more and more dependent and reliant on technology. Today, the company has become one of the most commonly used gadgets in offices which help in enhancing productivity. Aside from that, to better improve the performance, every computer being used in an organization is interconnected to form a network. However, it has been found out that computers that are connected in a single common network tend to suffer from different issues. A big chunk of these problems are primarily due to a faulty network. Even one issue on the network can already hamper work, not to mention that it also decreases the productivity of a company’s employees. Having these thoughts in mind, it is always a great idea to opt for a network managed solutions service which can reduce if not completely eliminate such worries away.

But, before you rely totally on a network performance and managed solutions service, you first need to know that not every network is made equal. Various networks can face various problems. In the course of transmission within a network channel, the data is being sent in several parts. The parts are also known as packets, segments, or frames.

There are a few factors which can impact the delivery from a single computer to another within a network. First of all, you might want to know what these factors are prior to starting your quest for the best managed solutions and network performance management services provider.

Factors That Affect Network Performance

• Latency – Faulty networks might lead to slow packet transmission across the intervening networks. A latency or increase in round trip time can be easily measured in the reliable protocols wherein a user can acknowledge delivery of the data quantum.
• Quantum Loss – There are instances when there is loss of the data packets during the transmission process in a computer system. It can lead to inconveniences when this concerns essential official documents. There are different reasons for this kind of quantum of data being lost within a network, or the errors within the channel which can overload the intermediate network. This might also happen if someone will intentionally discard traffic to enforce a certain service level.
• Throughput – This is basically the traffic amount within a network being measured in kilobits per second.
• Re-transmission – A delay in the transmission of messages can also take place during the process of re-transmission. This re-transmission is important if there is a packet loss during a previously completed transmission. Basically, there are two kinds of delays being associated with this. One is the delay because of the re-sending of data and the other is the delay from having to wait until the packets of information have been received in correct order and form. Quantum of information will then be forwarded to protocol stack.

Aside from these major factors, there are still others such as performance of signals of a network on end notes, compression encryption, and concurrency which can affect the computer system’s efficiency.

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