Flexible and easy-to-change function modes in one single device
1U portable chassis
Fanless and noiseless
Tests can keep running after disconnecting the client GUI
Multiple users on one device simultaneously
One single client can manage multiple chassis simultaneously
Support R&D mode and Production Line Test Mode
Ethertone Network Tester provides wire-speed traffic generation with up to 64 streams per port, supports two test modes of high performance and high port density, and supports RFC2544 testing, which is available in a variety of network equipment test scenarios.
Function Modes
Optional Port Combination
Basic Network Tester
8×1G SFP,
8×2.5G SFP,
8×10G SFP+,
4×1G SFP+4×2.5G SFP,
4×1G SFP+4×10G SFP+,
4×2.5G SFP+4×10G SFP+
Network Tester
WT2200 has 8 1G/2.5G/10G SFP+ ports.
Line rate traffic transmitting and receiving capability.
Industry-leading traffic scheduling accuracy.
Up to 24 independent streams on a single port.
Independent start/stop of each stream on the same port.
Support port-based or stream-based speed control.
Provide a variety of protocol templates and support customized frames.
Provide ultra-short frames and jumbo frames generation.
FCS error generation.
Test traffic can still be running without client GUI connected, and you can continue to run the tests and check the statistics after reconnecting the client.
A single client can manage up to 4 WT2300 at the same time that provides higher port density testing capability.
Provide API for test automation.
Product model
WT2300
Physical Interfaces
1G/2.5G/10G SFP+ x 8
Dimensions
320mm x 190mm x 44mm
Power Consumption
20W
Operating Temperature
0 - 45℃
Operating Humidity
≤95%, RH
Function Mode
Basic Network Tester
Port Type
8 x 1G SFP
8 x 2.5G SFP
8 x 10G SFP+
4×1G SFP+4×2.5G SFP
4×1G SFP+4×10G SFP+
4×2.5G SFP+4×10G SFP+
Load on Port
Up to 24 streams per port
Load on Stream
Up to 24 streams per port
Protocol Type of Frames
EthernetII, IP, APR, UDP, VLAN, QinQ, Custom
Port Based Statistics
·Transmitted packets, received packets, transmitted frames per second (fps), received frames per second (fps), transmitted bits persecond (bps), received bits per second (bps), received FCS error packets
Stream Based Statistics
·Transmitted packets, received packets, transmitted frames per second (fps), receivedframes per second (fps), transmitted bits persecond (bps), received bits per second (bps),received FCS error packets, Min Latency, Average Latency, Max Latency, Payload Checksum Error Packets
Payload Checksum
Support stream-based payload checksum error statistics
Control of Streams
Each stream can be started and stopped independently
Transmit Control
continuous, burst (once or multiple), time
Frame Length Type
fixed, random, increase
Frame Length Range
1GE/2.5GE Ports: 46-16383 Bytes
10GE Ports: 60-16383 Bytes
Payload Type
fixed, random
Error Packet Generation
Stream-based FCS error packet generation
FCS Error Statistics
Port-based FCS error packet statistics
Address Learning
Automatic generation of Layer 2 and Layer 3 address learning packets according to traffic settings
Offline Running
Test traffic can still be running without client GUI connected, configurations and statistics will be kept intact after reconnection
Multiple Chassis Operation
A single client can manage up to 4 Chassis at the same time
Multiple Clients Operation
Multiple users can use the same chassis simultaneously.
