Traffic Generation Applications
Why Do You Need Traffic Generator Software & Tools?
Typically, modern networks are efficient digital structures capable of securely connecting multiple devices with the built-in help of software and hardware. However, depending on the number of devices that need to be connected and the amount of data being transferred across the network, a network can potentially reach capacity – becoming overwhelmed and overloaded. If the data overloads the network, it can bring down the entire network and shut your user base out, having potentially disastrous consequences for even relatively small downtimes.
Network traffic generator hardware and software are perfect for simulating these real-world experiences to ensure they don’t happen when your network is live. If you begin to experience an influx of traffic, ensuring your network can handle it all is critical. Here are two important reasons why network traffic generator software and tools are right for you:
- Improved Uptime: In today’s competitive market, your business can’t afford an extended period of downtime. Use a Netropy ethernet traffic generator as a prevention method to keep your network running and reduce downtime when running tests.
- Network Pre-Analysis: If your company, business or start-up has a new network setup, you need to ensure your installation is correct and your network and devices are working correctly. Using a Netropy IP traffic generator to run a pre-analysis on your network is especially important in scenarios where you expect your WAN to handle a large amount of data and network traffic. You can use the Netropy traffic generation tool to check if the network complies with industry standards before going live.
- Throughput: Measures the highest rate at which the data can travel with zero dropped packets by the traffic generation software. Roughly translates to the available bandwidth.
- Latency: The time it takes a frame to get from its original sender to a destination. Latency is measured by transmitting a test frame containing a timestamp through a network.
- Frame Loss: The percentage of frames successfully transmitted from a source that were never received at the destination.
- Back-to-Back Frames: To measure back-to-back frame testing, you’ll send bursts of frames from your network traffic generator hardware to the device. The back-to-back value is the longest burst of frames your device can handle without frame loss.
- System Reset: Measures the speed your device recovers from a hardware or software reset/power interruption.
- System Recovery: Measures the speed at which your device can recover from an overload condition. When simulated by your Netropy traffic generation tool, you’ll be able to understand the system recovery time in case of failure.