R&S®TS8997 Wireless measurement system

for ETSI and FCC devices for ISM bands

R&S®TS8997 Wireless measurement system
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R&S®TS8997 Wireless measurement system
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R&S®TS8997 Wireless measurement system
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R&S®TS8997 Wireless measurement system
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R&S®TS8997 wireless measurement system, application image R&S®TS8997 wireless measurement system, side view R&S®TS8997 wireless measurement system, hero view R&S®TS8997 wireless measurement system, application image

Key Facts

  • Leading platform for regulatory testing of devices in ISM bands
  • Consistent RF tests from R&D to conformance
  • Covers regulatory test from ETSI and FCC for wireless devices
  • Reliability proven in hundreds of test systems 
  • Software platform for maximum efficiency through automation

Most automated regulatory test system on the market

The R&S®TS8997 is the best-known wireless measurement system on the market for  regulatory testing in line with ETSI and FCC standards:

  • EN 300 328
  • EN 301 893
  • EN 303 687
  • EN 300 220-2
  • EN 302 502
  • FCC §15.247
  • FCC §15.407
The R&S®OSP-B157W8 PLUS 7.5 GHz module with up to eight channels is the core of the system and uses a printed RF switch board in solid-state relay (SSR) architecture. It allows flexible operation of the connected DUT (up to eight ports) for power measurements, signal conditioning via the integrated attenuators, couplers and combiners, RF switching to the measuring instruments in combination with the R&S®OSP-B157WX up to 40 GHz and is controlled by R&S®WMS32 software.

 

Features & benefits

Automation for ISM Band Devices Certification

Automate tests for maximum efficiency up to 7.5GHz ISM Band Devices

The R&S®TS8997 measures technologies typically used in
wideband wireless devices, i.e. devices with a radio interface in the 2.4 GHz and 5 GHz bands:

  • WLAN IEEE802.11a/b/g/n/ac/ax
  • Bluetooth®
  • Wireless video transmission
  • Radio remote control
  • IoT devices
The control software can use path switching and system instrument remote control to automatically perform measurements for different test cases. Automatic result evaluation and reporting for quick and successful measurements.

WLAN and Bluetooth Mobile Device Testing
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WLAN and Bluetooth Mobile Device Testing

SLA

Service level agreement 

Key features

  • 24/7 problem reporting: access to the Rohde & Schwarz support desk
  • Overview of requests
  • Technical support and response times during business hours
  • Software updates maintain and optimize product/system performance
  • Software upgrades include the implementation of changes in line with the relevant
specification or standard

Service level agreement
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Service level agreement

Supports EN 300 328

R&S®WMS32-K02;

Covered test cases for ETSI EN 300 328:

  • RF output power
  • Duty cycle
  • TX sequence
  • TX gap
  • Medium utilization factor (MU)
  • Dwell time
  • Minimum frequency occupation
  • Hopping sequence (frequency hoppers only)
  • Frequency separation (frequency hoppers only)
  • Occupied channel bandwidth
  • Unwanted transmitter emissions in the out-of-band domain
  • Unwanted transmitter emissions in the spurious domain
  • Spurious receiver emissions
  • Adaptivity 2.4 GHz band
  • Receiver blocking

R&S®WMS32-K02
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R&S®WMS32-K02

Supports EN 301 893

R&S®WMS32-K05;

Covered ETSI EN 301 893 test cases:

  • Carrier frequency accuracy
  • RF output power
  • Transmit power control (TPC)
  • Power density
  • Occupied channel bandwidth
  • Unwanted transmitter emissions in the out-of-band domain
  • Unwanted transmitter emissions in the spurious domain
  • Spurious receiver emissions
  • 5 GHz band adaptivity
  • Receiver blocking/dynamic frequency selection (DFS)

R&S®WMS32-K05
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R&S®WMS32-K05

Supports EN 302 502

R&S®WMS32-K502;

Covered test cases for ETSI EN 302 502:

  • Frequency error
  • Transmitter RF output power, EIRP, TPC and EIRP spectral density
  • Unwanted transmitter emissions
  • Spurious receiver emissions
  • Dynamic frequency selection
  • Receiver blocking

R&S®WMS32
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R&S®WMS32

Supports EN 300 220-2

R&S®WMS32-K222;

Covered test cases for ETSI EN 300 220-2:

  • Operating frequency
  • Unwanted emissions in the spurious domain
  • Effective radiated power
  • Maximum ERP power spectral density
  • Occupied bandwidth
  • TX out-of-band emissions
  • Adjacent channel power
  • RX sensitivity
  • Blocking
  • Clear channel assessment threshold
  • Polite spectrum access timing parameters
  • Adaptive frequency agility

R&S®WMS32
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R&S®WMS32

Supports  FCC §15.407 including DFS test cases

R&S®WMS32-K06;

Covered test cases for FCC §15.407 including DFS:

  • §15.407(a): output power and power spectral density, supporting PM-G method
  • §15.407(b): out-of-band and spurious emissions 2
  • §15.407(e): occupied bandwidth, supporting 6/20/26 dB and 99 %
  • §15.407(g): frequency stability
  • §15.407(h): TPC and DFS, automated, radar signal type 1 to 6
  • channel availability check
  • DFS threshold detection
  • Channel closing transmission time
  • Channel move time
  • Non-occupancy period
  • Detection bandwidth

R&S®WMS32
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R&S®WMS32

Supports  FCC §15.247

R&S®WMS32-K07;

Covered test cases for FCC §15.247:
§15.247(a): determination of hopping frequency and separation

  • §15.247(a): occupied bandwidth
  • §15.247(b), (c): output power
  • §15.247(d): spurious and out-of-band emissions
  • §15.247(e): power spectral density
  • §15.247(f): time of channel occupancy

R&S®WMS32
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R&S®WMS32

Software option: expert mode

R&S®WMS32-K09;

R&S®WMS32-K09 expert mode option in the R&S®TS8997 test system can edit and change test settings and limits in the templates for R&S®WMS32 options.

R&S®WMS32
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R&S®WMS32

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