Handheld
All-in-One Network Tester
Play with it and discover more what netMeter can do.
What is netMeter?
NEXTLab netMeter is a comprehensive solution for testing Ethernet, network conditions. It offers a range of features, including Throughput tests, various IP-based tests such as network packet capture and ping test, and more!
Whether you need to ensure that your network connection complies with Service Level Agreements (SLA) or need to collect all measured data, netMeter is a precision network measurement device designed to support you throughout your network tasks.
.jpg)
.png)
Utilizing nPerf’s Internet Speed Test, netMeter offers a versatile tool for assessing and optimizing network performance in various environments, including residential, commercial, and industrial settings ensuring accurate and reliable results.
Powered by nPerf, netMeter allows users to conduct reliable TCP Throughput Tests from anywhere in the world, leveraging over 3,000 nPerf Speed Test servers globally. Users can perform tests with a maximum throughput of 1Gbps in both directions, either automatically selecting the nearest server or manually choosing servers from a desired country/location.
TWAMP, or Two-Way Active Measurement Protocol(RFC 5357), is utilized for network performance testing, particularly in assessing latency, packet loss, and jitter in real-time applications such as VoIP and video streaming.
netMeter supports sender mode and responder mode for TWAMP Light.
In Sender mode, it provides TWAMP tests to all responders satisfying RFC 5357 TWAMP Light specifications, while in Responder mode, it connects to senders.
By running two netMeter devices in Sender and Responder modes, end-to-end TWAMP tests can be conducted. Of course, you can also use netMeter by setting it to one mode through other TWAMP-capable devices (such as computers or lab tablets).
* Currently, the netMeter Closed Beta Test Version supports TWAMP Light mode (UDP) only and is limited to single-device usage.
Packet capture enables network administrators to monitor and analyze network traffic in real-time, facilitating troubleshooting, security analysis, and performance optimization.
Through mirroring, netMeter collects bidirectional packets exchanged between the network and the connected physical device. These collected network packets are stored in PCAP files and can be saved to netMeter Cloud.
Specification: file size limited to 100MiB.
During Packet Capturing, you can access the IR Blaster feature by clicking on the IR Control Panel below. Ensure to manage IR Profiles in Settings before initiating IR operations.
A Ping Test is a test that measures the time it takes for a data packet to be transmitted between computers and the corresponding response time, used to determine network connectivity and latency. If the host fails to receive a response, it indicates either a lack of connectivity or packet loss.
netMeter supports the emulation of network packet characteristics sent to the physical device. This includes the ability to emulate delay, loss, and bandwidth, with the flexibility to apply multiple metrics simultaneously.
Traceroute is a network diagnostic tool used to trace the route taken by data packets from a source to a destination, providing insights into the network path, round-trip time to each router, and potential points of delay or failure.
netMeter incorporates the widely used traceroute functionality, enabling users to trace network paths and visualize routes to destinations. Traceroute typically provides information such as IP addresses of each router along the path to the destination, round-trip time (RTT) to each router, amount of delay occurring at each step in the network, and detailed information about the path to the destination and its reach-ability.
Network emulation refers to the process of replicating the characteristics of network packets transmitted to the physical device connected to netMeter. It enables the simulation of delay, loss, and bandwidth, facilitating the testing and optimization of network performance.
netMeter supports the emulation of network packet characteristics sent to the physical device. This includes the ability to emulate delay, loss, and bandwidth, with the flexibility to apply multiple metrics simultaneously.
Simple as it is.
Basic
Free
Pro
$4.9 / month
(external support data transmission)
Enterprise
On Request
Basic
$10.00 / Month
Professional
$50.00 / Month
Cloud-Natvie Platform
For internet speed test, you will be connected to the nearest nPerf Server. nPerf has 3,000 servers globally for internet speed test.
OTA(Over-the-Air) updates enables to receive seamless, wireless updates, ensuring quick bug fixes and enhanced security for improved user experience.
All collected data are available using cloud service. Collect and manage every testing data for your future business opportunities.
.png)
See how the industry is using our solution
Field engineers can confidently say 'good to go' after a quick check of on-site real data.
Now you can set up anywhere, anytime you want. With only one device, you can do essential tests for your network.
You can even set up at your company's server room. Verify internal network quality.
Manager of Service Quality Innovation
We were searching for a solution that would be optimized for our company, and NEXTLab did a wonderful job of customizing it to our requests. For LG U+, one of the KPIs for customer service quality management is whether failure issues occur repeatedly. We successfully reduced the repetitive failure rate by 50% after using NEXTLab’s solutions.
Owner of @NetworkAdvisor, Network Engineer
With just the N1 and my mobile phone I can test all kinds of network topologies very easily and with minimal equipment to move around. Small, replaces a laptop for several functions. True, some of these functions can be performed by a smart phone, but issue an N1 to field technicians standardizes the tools used to measure performance. And, the N1 is rugged.
Product Director at Extreme Networks
I am very impressed by this little box that can do so much.
Join our newsletter for updates. Read our Terms
We will walk you through step-by-step.