Application Field:
  • 2.4GHz Wireless audio product mass production line.

Application Needs:
  • HD-audio product, requires detail audio & RF performance tests.
  • Mutual interference & in-band interference will cause test inconsistence.
  • Require start-up communication to each DUT, GPIO function is customized case by case.

Application Characteristics:
  • Un-attended test platform.
  • Record defected DUT and categorize for different analysis.
  • RF + Audio + GPIO test in one test run within 10s.
  • Eliminate human error.
  • Test time reduction 80%.
  • Labor cost reduction 60%.
  • Test O/P post reduced from 3 to 1.

Application Field:
  • 2.4GHz Wireless product mass production line.

Application Needs:
  • High quality RF module, requires detail RF performance tests.
  • Mutual interference & in-band interference will cause test inconsistence.
  • Very small in size, difficult to handle by operator.

Application Characteristics:
  • Full-automated & un-attended test platform.
  • Record defected DUT and categorize for different analysis.
  • Up to 360 x DUT in one test run.
  • Auto load/un-load DUT.
  • Eliminate human error.
  • Test time reduction 50%.
  • Labor cost reduction 80%.

Application Field:
  • 2.4GHz Wireless HID mass production line.

Application Needs:
  • Improve QC efficiency of wireless HID product.
  • Mutual interference & in-band interference will cause test inconsistence.
  • Very small in size, difficult to handle by operator.

Application Characteristics:
  • Un-attended test platform.
  • Up to 12 x DUT in one test run.
  • Record each defected module and categorize.
  • Eliminate human error + Yield rate improvement.
  • Test time reduction: 30%.
  • Labor cost reduction: 50%.

Application Field:
  • Railway system, Building Management system, or other electrical systems.

Application Needs:
  • By acquired data to simulate the measurement which is impossible to perform during operation.
  • Combine multiple points to present full picture of system.
  • Round the clock analysis, simulation & data logging.

Application Characteristics:
  • Actual measured data for dynamic simulation.
  • Simulation result reflects on-site measurement.
  • Historical database for both data for cross compare.
  • Configurable simulation.
  • Multi-point combined analysis.

Application Field:
  • High voltage power equipment, impossible to access during operation.

Application Needs:
  • Random triggered monitoring.
  • Analyze pattern in narrow time frame.
  • Sequence recognition.
  • Conbine multiple points to present full picture of system.

Application Characteristics:
  • Harsh environment, heavy duty equipment.
  • Relay condition monitoring.
  • Deterioration detection.
  • Historical database, trend analysis.
  • Multi-point combined analysis.

Application Field:
  • High-speed digital communication system,eg. data bus, control relay.

Application Needs:
  • Reconstruct high-speed digital transitions to operator at remote-end.
  • Analyze pattern in narrow time frame.
  • Sequence recognition, detect specific pattern occurrence & capture known fault pattern.
  • Combine multiple points to present full picture of signal.

Application Characteristics:
  • Real-time status browsing.
  • Digital sequence analysis.
  • High speed logic DAQ.
  • User defined pattern detection.
  • Accurate & precise logging with time-stamp.
  • Multi-point combined analysis.

Application Field:
  • Random triggered motor/rotor system.

Application Needs:
  • Analysis equipment actuated by environment or user request.
  • Signal signature from long-term logged historical.
  • Combine control signal and actuator signal analysis, eg. control relay to drive motor.

Application Characteristics:
  •  Random trigger, Real-time capture.
  • Log & find, traceable historical data.
  • Historical database for trend analysis.
  • Fault predication.
  • Signal signature analysis.
  • Multi-point combined analysis.

Application Field:
  • Field communication equipment in area difficult to access or impossible to deploy measurement equipment.

Application Needs:
  • Round the clock signal analysis, detect deteriorating signals.
  • Real-time high-resolution waveform capture to reconstruct field equipment condition at remote site.
  • Complex signal relationship, eg. receiving equipment fault is possibly from the transmitter.

Application Characteristics:
  • High sampling rate.
  • Customized analysis.
  • Real-time signal conditioning.
  • Real-time waveform capture.
  • Accurate measurement.
  • Multi-point combined analysis.