What are the benefits of network optimization?
Infrastructure
Optimizing the network infrastructure of an organization is important because it can help to improve the efficiency, security, and reliability of the organization's operations.
- Increased efficiency and productivity: Network optimization can help you streamline operations, automate manual processes, and eliminate redundancies, leading to a more efficient and productive use of resources.
- Lower costs: By reducing the need for manual labor and increasing efficiency, network optimization can help you reduce expenses and allocate more resources towards your mission.
- Better data management and analysis: Network optimization can help you centralize and organize your data, making it easier to track progress, analyze trends, and make informed decisions.
- Enhanced collaboration and communication: Network optimization can help organizations improve their internal and external communication and collaboration, leading to better coordination and alignment of resources towards their mission.
What are some of the important network optimization KPIs and metrics?
Although improving network performance is the fundamental objective of network traffic optimization, it is frequently thought of as a difficult task. Though there are various ways to improve your network's performance, determining which metrics you track is crucial.
Latency: Latency is the length of time it takes for a packet to traverse a network from its source to its destination. Many things, such as network, storage, or server hardware problems, software errors, and inadequate networking configuration, can have an impact on latency.
Throughput: The volume of data transmitted across the network in a specific amount of time is known as throughput. The best method for determining network throughput to determine how quickly your Internet connection is currently is to run a speed test.
Packet Loss: The quantity of packets lost during a network communication is known as packet loss. Packet loss can be brought on by a number of things, such as hardware malfunctions, software problems, and congestion. You must identify the cause of the packet loss and take action to reduce it if you want your network to operate at its best.
Jitter: Jitter gauges the erratic nature of packet transmission delays over a network. Common sources of jitter include malfunctioning or overloaded network gear, network congestion, and Wi-Fi connectivity difficulties. It might render teleconferences or VoIP calls practically useless.
Bandwidth Utilization: This term refers to the use of available bandwidth. Hardware, software, and networking setup can all impact bandwidth. High bandwidth might cause problems with your network's audio and video quality, increased latency, and dropped connections.
Availability: Network uptime and the frequency with which network software and hardware perform as intended are measured using availability, another metric for network optimization. The objective is to achieve maximum availability with the least amount of downtime, which happens when systems fail to perform in accordance with expectations.
Final Thoughts:
IT teams can locate and reduce any potential network faults using these network performance KPIs and metrics.
We offer managed network services that can improve the performance, security, and reliability of your network. Contact us today to see how optimizing your network can help your business thrive.