How Network Latency Affects Your Business and What You Can Do About It
When you send data over the internet, it does not arrive right away. Instead, there is a short delay between sending and receiving the data. This delay is called network latency. For most people, a small delay is not a problem. However, for businesses that move a lot of data every day, those delays can add up and affect performance. Today, many companies use cloud services and connected systems. Because of this, network latency is becoming more important. High delays in data transmission can make applications slow, delay file transfers, and affect video calls. The good news is that connection responsiveness can be measured and improved. In this article, we explain what it is and how to reduce it. What is network latency? Network latency is the time it takes for data to travel from one place to another across a network. It is measured in milliseconds (ms). In general, the lower the number, the faster and more responsive the connection feels. However, when network latency becomes too high, data takes longer to reach its destination. As a result, applications may run more slowly, cloud tools may feel less responsive, and tasks that need a fast and stable connection may not work as smoothly. For businesses, this can lead to delayed file syncing, choppy video calls, and software that feels slow or behind. Therefore, keeping latency low is important for a smooth and reliable user experience. How do you measure network latency? The simplest way to check network latency is by running a ping test. A ping test sends a small piece of data from your device to a server and records how long it takes to get a reply back. That round-trip time is your latency number. You can run one from your computer’s command line by typing ping [server address], or use a free online tool like Speedtest by Ookla. For a fuller picture across different network paths, IT teams often use monitoring tools that track latency continuously over time. Checking it on a regular basis matters because latency can shift depending on traffic load, routing conditions, and time of day. According to the FCC’s Measuring Broadband America report, latency alongside packet loss are key signs of how healthy a network is, with clear effects on services like VoIP, video calls, and other tools that need a fast, live connection. How do you fix high latency? You fix high network latency by pinning down where the delay is actually coming from and working on that specific spot. It might be a long routing path, a connection shared with too many other users, or equipment that is well past its prime. Here are the main areas worth looking at: A note on building for the long run Keeping network latency low is an ongoing effort, not a one-time fix. Traffic grows, teams expand, and what holds up well at one scale can start to crack at another. Steady monitoring and regular infrastructure reviews go a long way. For organizations operating across Southeast Asia, the fiber infrastructure sitting underneath your network has a bigger say in your latency than most people give it credit for. ARNet Infra is a dark fiber and network infrastructure provider covering Malaysia, Indonesia, Singapore, and Thailand. Their services span dark fiber, long haul fiber, metro fiber, and last mile fiber, giving large enterprises a connected path from cross-country routes all the way to building-level delivery. You can take a look at their network coverage and learn more about what they do on their website. With dark fiber, your traffic moves on a route that belongs entirely to your organization. No sharing, no congestion from other users, and no surprises when traffic peaks. For businesses across Southeast Asia where network latency can shift quite a bit depending on the connectivity tier, having that level of control at the physical layer is one of the more dependable ways to keep performance steady as your operations grow. About the Author Nabila Choirunnisa, Digital Marketing Executive at ARNet
5 Common Causes of High Latency and How to Solve Them
In networking, we measure speed by latency, which is delay. High latency means data takes longer to travel between systems. This leads to a slower network response time. For example, when you open a website or make a call, slow loading or buffering shows that information is taking more time to reach its destination. Even non-technical users notice this as delays or lag. When this happens, digital services feel less responsive and more sluggish overall. For businesses in telecom or infrastructure, high latency can slow down critical services. It can cause websites to load slowly or cloud applications to become unresponsive. In the next sections, we will explain what this delay is and why it happens. We will also show simple ways to fix these performance issues. First, we will define the concept, then discuss causes, and finally the fixes that reduce lag and response delays. What is high latency? High latency is when data takes much longer than normal to travel through a network. In simple terms, the connection feels slow and unresponsive. When this happens, response times become delayed. For example, a web page may load slowly or a video call may lag. Users often experience longer waiting times for online actions. Low-latency networks operate faster and reduce these delays. What causes high latency? High latency is caused by factors that slow down data on its path. It can come from distance, traffic, or old equipment. Each factor adds time to the journey of data. According to the FCC’s Measuring Broadband America report, latency under traffic load is significantly higher than idle latency, meaning the problem gets worse when a network is busy, as congestion increases delays in real usage conditions. Each of these issues makes data take longer to move through the network. Together, they explain why delays in data transmission occur. How to fix high latency? High latency can be fixed by improving network speed and paths. We do this by using better equipment and shorter routes. Next, we outline simple steps to reduce delays: Each step above helps data move faster on the network. By using fiber, direct routes, and up-to-date equipment, businesses can cut down the delays that cause high latency. Building a network that works In summary, high latency means a slow network response. It happens when data gets delayed due to long routing paths, congested networks, or outdated hardware. We saw that reducing this issue involves improving network efficiency and infrastructure: using fiber cables, placing servers closer to users, and upgrading equipment. These steps help networks deliver faster responses and smoother performance. ARNet is a dark fiber provider that helps reduce high latency. Its dark fiber network gives businesses private, high-speed connections. ARNet’s fiber infrastructure covers Malaysia, Indonesia, Singapore, and Thailand. This includes long-haul fiber, metro fiber, and last-mile fiber. By using ARNet’s dark fiber and metro/long-haul networks, companies can keep data on fast, dedicated lines. ARNet supports large cloud providers and enterprises by giving them full control over their connections. Why choose ARNet? ARNet owns and operates its entire fiber network end-to-end. This means they handle all licenses, construction, and maintenance themselves. The result is a very reliable service: ARNet connects 60 data centers across four countries, with a committed SLA. Its all-fiber network and in-house management ensure stable, high-performance connections. In other words, ARNet’s infrastructure is built for speed and scale. Businesses that use ARNet get consistent, low-latency links and a network ready to grow as needed. About the Author Nabila Choirunnisa, Digital Marketing Executive at ARNet