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GaGe NEXUS 802.11 WiFi Testing Systems are capable of generating complex 802.11 testing signals for up-conversion and transmission as well as acquiring and analyzing received and down-converted 802.11 signals.
NEXUS Features:
- Integrated high-resolution A/D and D/A
- Up to 100 MHz IF, 40 MHz Bandwidth
- Complete 802.11 a, b, g, j, and n software
- Error Vector Magnitude measurements of -45 dB
- True MIMO capability with simultaneous conversion clocking and triggering on all channels
- Accepts 10 MHz timing reference standards
- Easy-to-use graphical user interface
- Low priced 802.11 WiFi testing solution
 Learn more about NEXUS 802.11 WiFi Testing System
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Other vendor solutions require external signal conditioning
modules, ours is built-in to provide higher performance
at a better price!
CP213 Features:
• 32, 64 or 128 channels of analog input
• 16 multi-function digital I/O channels
• 16-bit resolution
• Programmable gain per channel
• Programmable scan rates of < 1 S/s through 100 kS/s
• Optional 10 Hz to 1 kHz low-pass filters
• Precision on-board reference for end-to-end calibration
Learn more about KineticSystems' CP213
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White Paper Series:
Part I: Technical Series on Data Acquisition - Data Quality
There are many aspects to data acquisition which range from the sensors… to the analog signals that represent some measured quantity… to the sampling and digitization of the signal… to buffering the data into a computer or storage device… to analyzing the data and extracting some information about the process being monitored. In the final analysis, the accuracy of captured data is what is important – lost information can never be recovered.
 Request this white paper
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Part II: Technical Series on Data Acquisition - Data Sampling
The ultimate goal of any data acquisition system is to capture critical information about the process being monitored. As a general rule, limiting the amount of data acquired will reduce system cost, storage requirements, and analysis time. Since data acquisition by nature must sample the various signals present, the question is, "How fast should sampling be done to acquire the desired information?”
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