Test System Solutions

Wireless Test Platform

MODULAR AND SCALABLE ARCHITECTURE
  • Fast and Accurate Measurements
  • Frequency Independent o Up to 6.6 GHz
  • Technology Independent
    • LTE
    • WLAN
    • Bluetooth
    • GPS
    • RFID
  • Modular RF Instrumentation
  • Scalable RF Switch Matrix
  • Modular Software Architecture
  • Scalable Mass-Interconnect
  • Hi-Res Touch Panel Interface
  • User Friendly GUI
  • Self-Test Software Module
  • Path-Loss Calibration Module
  • Database Driven Data Collection
  • Multiple Test Report Formats
  • Multiple options for DUT Power
  • Custom Drivers for DUT Control

TSS_Wireless-Test-Platform-LineCard

The Test System Solutions Wireless Test Platform is built on a modular, software-defined RF Instrumentation technology and powered by National Instrument’s LabVIEW software to meet the ever-changing demands of the wireless industry. To keep pace with the constantly growing number of standards the platform offers a set of software tools for signal generaon, analysis, visualization, and processing of standard and custom digital and analog modulation formats. Easily adaptable to the full range of test needs, this platform functions in a wide range of environments from design to validation to production.The TSS Wireless Test Platform operates up to 6.6 GHz and is not limited to any wireless communication protocol technology. Tailored software and flexible hardware address a wide range of test needs including Bluetooth, GPS, MIMO, RFID, WLAN, ZigBee, and LTE. This software-defined approach delivers a powerful but cost-reducing wireless test platform capable of functioning in a multitude of environments from research and development to manufacturing testing to full compliance testing.The TSS Wireless Test Platform contains a scalable interface that can be configured for one to several hundred RF interconnects, a similar number of Analog/Digital interconnects, all connected to a switch matrix which will route the RF, communication and power signals to the test instruments and back to the UUT. The test system can be configured for various UUT power requirements: +/- 5VDC to +/-48 VDC.

Measurements
General Specifications
  • Transmit Power
  • Modulation Quality
  • EVM
  • Carrier Offset
  • Frequency Drill
  • Band Emissions
  • Adjacent Channel Power
  • Frequency Range
  • Bandwidth Limits
  • Spectral Mask
  • Receiver Sensitivity
  • BER, PER, FER, SER
  • Receiver Max Input
  • Receiver Frequency Offset
  • In-band Blocking
  • Out of Band Blocking
  • Frequency Independent (Up to 6.6 GHz)
  • Protocol Independent
  • Scalable UUT Power & Interface
  • (RF, DC and General Purpose)
  • Programmable Attenuation
  • Scalable RF Switch Matrix
  • Self-test Adapter Module
  • Self-test Software Module