This application note describes the tests performed with additional equipment and presents straightforward solutions based on the R&S®CBTgo software.

18-Jul-2013 | AN-No. 1MA200

Video, Application video, Product video CMW500, CMW Platform, CMW270, CMW290, Bluetooth, Low Energy, Bluetooth LE measurement This video shows how to measure Bluetooth Low Energy (LE) devices with the R&S®CMW test platform

Learn about FCC compliance for radio frequency devices. Understand the challenges of FCC compliance and discover FCC compliance testing solutions.

Only the R&S®CMW testers allow developers to perform RF signaling tests on Bluetooth LE devices without any control cable using over-the-air measurements. This method permits detailed analysis of RF characteristics and transitions between NB-IoT Release 14 and Bluetooth.

It will also highlight a novel solution of a radio-controlled test mode, which will redefine the way of testing upcoming Bluetooth® LE devices. Webinar, 5G, Bluetooth® LE Everything you need to know about Bluetooth® Low Energy (LE) in 2020

An automated test solution based on the R&S®CMW wideband radio communication tester fully supports the new test cases for real-time submeter positioning.

10-Jun-2022

In this video, we demonstrate a detailed analysis of a Bluetooth LE signal including modulation quality and frequency error. video, signal analyzer, FPL, VSE In this video, we demonstrate a detailed analysis of a Bluetooth LE signal including modulation quality and frequency error.

Register for this webinar to learn about the various features, regulatory updates and much more that come with the Wi-fi 6E and Wi-fi 7.

Unplug Bluetooth Low Energy testing reinvented - Flyer

Bluetooth® testing with Rohde & Schwarz devices

This application note describes the tests performed with additional equipment and presents straightforward solutions based on the CBTgo software.

06-Mar-2013 | AN-No. 1MA106

Bluetooth Flyer

Bluetooth(TM) Product Overview

R&S CMU Bluetooth Flyer

This document provides the technical specifications of the R&S®FSx-K8 Bluetooth® measurement application.

This application note employs preliminary theoretical analysis and demonstrates how the problems of indevice coexistence can be measured.

28-Apr-2015 | AN-No. 1MA255

In this section, we'll explore the advancements in Wi-Fi, Bluetooth, and UWB, as well as the challenges and opportunities of implementing these technologies in real-world applications.

Conducted multistandard in-device coexistence testing - ApplicationCard

19-Feb-2018

Proper functionality, battery life and performance are the key factors of wireless IoT devices and need to be tested correctly. Read more to be ahead.

Bluetooth(TM) qualification in development and quality assurance

Bluetooth(TM) Analysis Software Option (OPT.66) - Specifications

R&S®CBT / CBT32 Bluetooth® Tester - Product Brochure

R&S®FSV-K8 Bluetooth^®/EDR Measurement Application Firmware - Specifications

R&S CBT/CBT32 Bluetooth Tester - Specifications

Discover our comprehensive range of products for wireless standards testing. Explore cutting-edge solutions for cellular standards and wireless connectivity.

Explore prison security solutions proven in high-security facilities worldwide. Discover the new standard for security in correctional facilities.

IoT: Wireless interfaces in electronic designs, Bluetooth 5, Wi-Fi 6 Learn about the main challenges of these wireless IoT interfaces as well as their impact on the rest of your design and how multi-domain testing can simplify your IoT journey.

From the ubiquitous Wi-Fi and Bluetooth connectivity that powers our daily lives to the cutting-edge 5G NR and beyond cellular standards that are revolutionizing the way we communicate, wireless technologies are transforming the world at an unprecedented pace.​

Discover how Wi-Fi 8 delivers ultra-high reliability with advanced PHY/MAC features. Download the whitepaper for technical insights.

Ultra-wideband (UWB) permits short-range, high-bandwidth communications at very low energy levels by using a large portion of the radio spectrum. UWB has traditionally been used for radar imaging with pulsed signals.