- RF Antenna Design
- Smart Antenna Design
- Thermal Solution Design
- Outdoor Enclosure Design
- System Integration Service
There are two sections in LYNwave’s throughput testing service: testing and server. We place the DUT in the chamber (testing section), using an automatic attenuator to attenuate AP signal strength, to test different distances between the DUT and the testing device in the shielding box (server section).
By programming automatic scripts on our software, we can do the testing every 30 degrees (w/ 360 degrees in total) at three different distances, such as 10M, 30M and 50M, for a total of 36 times; and we do not need to adjust it again and again, hence making the testing very efficient.
|
Throughput vs. Range vs. Angle |
|
|---|---|
| Antennas | 4 (up to 8 streams) |
| Isolation | 100dB |
| Automatic Attenuator Attenuation Range | 0~121dB |
| Distance & Range Configuration | Multiple |
| Angle Configuration | Multiple |
| Channel Configuration | Multiple |
| Stream Configuration | Multiple |
Comparing to real outside field testing, our chamber testing can help you save tremendous cost, time, and workforce.
We can understand how a DUT performs at different angles, positions, distances, channels, and streams in the test chamber.
With the values based on the output reports, we will assist you in accelerating Time-to-Market with great and reliable performance.
Several strengths are as follows:
- Multi-Distance Range Configuration: Throughput vs. Range
- Multi-Angle Configuration: Throughput vs. Angle (Orientation)
- Multi-Channel and Multi-Stream Configuration
Multi-Distance Range Configuration: Throughput vs. Range
By using an automatic attenuator to attenuate AP signal strength, we get the performance of Wi-Fi transmission at different distances, according to customer requirements (e.g., 5m, 10M, 30M and 50m), without all forms of interferences.
Multi-Angle Configuration: Throughput vs. Angle (Orientation)
We gain the performance at various angles by conducting transmission tests at different angles, according to customer requirements (e.g., every 30 degrees). The larger the coverage of each angle, the less the DUT is affected by different placement positions.
Multi-Channel and Multi-Stream Configuration
We obtain the DUT transmission performance at: (1) different frequency channels under the condition of fixed wireless mode, and (2) various wireless mode protocols under the condition of fixed channels, according to customer requirements.
An example of 2.4GHz Rx values with different distances and attenuation, calculated by our software and the automatic attenuator.
LYNwave welcomes customized options proposed by customers, and we will make sure to satisfy your requirements by providing our throughput test chamber testing to offer you the optimal antenna solution.
If you’d like to learn more about our throughput test chamber testing, feel free to contact us to have discussion with us on your needs. LYNwave is looking forward to supporting you throughout the process.