CBT35 Rohde & Schwarz
Test Sets
Bluetooth Radiocommunications tester, Fast and comprehensive RF and audio measurements, Large TFT display, GP-IB remote control.
| RENTAL | 395 € /week* | |||||||||||
| SALE |
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Specifications : CBT35 Rohde & Schwarz
Bluetooth Radiocommunications tester :
- Qualified by Bluetooth® SIG for RF measurements,
- Highly flexible troubleshooting in R & D,
- Very short measurement times for high throughput in production,
- Integrated spectrum measurements,
- RF tests on Bluetooth® devices in compliance with Bluetooth® 1.2, 2.0, 2.1, 3.0 + HS and 4.0 core specifications,
- R&S® CBTgo software supporting all 38 Bluetooth® RF test cases,
- Multiple audio options available,
- EDR option (R&S®CBT-K55) for enabling a large number of EDR RF tests,
- R&S® CBT-K57 Bluetooth® low energy option for measuring and generating Bluetooth® low energy signals,
- GP-IB remote control.
Available options CBT35 Rohde & Schwarz
| CAL | Standard Calibration | 445 € |
| B41 | Dual-Channel Audio Generator and Analyzer | 744 € |
| B42 | Digital Audio Interface (must have B41) | 499 € |
| K52 | A2DP Stereo Profile and SBC Codec (must have B41) | 1 445 € |
| K55 | Enhanced Data Rate (EDR) | 2 445 € |
| K57 | Bluetooth® Low Energy Option | 5 410 € |
Download the technical documentation CBT35 Rohde & Schwarz
The R&S®CBT/R&S®CBT32 Bluetooth® tester performs fast and comprehensive RF and audio measurements for R & D, production and verification.
The R&S®CBT performs Bluetooth® RF tests at extremely high speed.
In addition to power, modulation, frequency and BER tests, the R&S®CBT carries out a variety of spectrum measurements without requiring any extra spectrum analyzers.
While conventional Bluetooth® testers sequentially measure power, modulation, frequency accuracy and also frequency drift, the R&S® CBT performs all these measurements in a single test cycle, which makes the instrument very fast in production applications.
For use in the lab, the R&S® CBT offers traces for power, modulation and spectrum, which are output in realtime on a large graphical display.




