ローデ・シュワルツ・ジャパン Official site

We are planning to showcase a variety of solutions ranging from pre-compliance testing to full compliance testing for EMC. For EMI testing applications, we will display the R&S EMI Test Receiver, which has become an industry standard, as well as the cost-effective R&S EPL Test Receiver. Additionally, for EMS testing applications, we will showcase the BBx series as a wideband power amplifier, and during the pre-compliance evaluation, we will introduce simple debugging methods for EMI using spectrum analyzers and the latest oscilloscopes. This content is a must-see not only for those from test houses and testing organizations but also for engineers at various companies engaged in EMC measures. Furthermore, after 3 PM, we will have a happy hour with cold beverages available at our booth, so please feel free to stop by.

The R&S Cable Rider ZPH Cable & Antenna Analyzer is a one-port analyzer equipped with all the essential measurement functions necessary for the installation and management of antenna systems in the field. Main Specifications - Frequency Range: 2 MHz to 3/4 GHz - DTF, return loss, VSWR, and one-port cable loss measurements - Equipped with a large color touch screen - Weighs only 2.5 kg and achieves a battery life of 9 hours - Accelerates measurements with a measurement wizard - All options can be upgraded with a software key code Main Features High Speed - Smartphone-like operability with a touch screen - High-speed measurements at 0.3 ms/point (2001 points in just 0.6 seconds) - Starts up in 15 seconds with a warm-up time of just "1 minute" Efficient - Operates for 9 hours on a single charge - Calibration can be completed in one connection using an automatic calibration unit - Standardizing measurements with the wizard function allows anyone to perform the same measurements - Supports DTF and various one-port measurements with a single device

The R&S FPC1000 spectrum analyzer offers unexpected performance at a budget-friendly price, thanks to its excellent quality and technological innovation. This product is designed in Germany and meets the same quality standards as high-end Rohde & Schwarz instruments, providing outstanding RF performance and software upgrades that maintain value over time. The R&S FPC1000 features a class-leading high-resolution display and remote control options via a smart wireless mobile app or PC software. These features make it the optimal choice for fundamental research, production, service, and educational applications that require spectrum analysis.

Rohde & Schwarz further expands its oscilloscope portfolio with the R&S RTB2000, the first entry-level low-cost oscilloscope that offers touchscreen operation and 10-bit vertical resolution. Joerg Fries, Vice President of Oscilloscopes at Rohde & Schwarz, stated, "Rohde & Schwarz engineers are energetically tackling the challenge of applying cutting-edge technology to meet customer needs. We have also challenged ourselves to provide R&S quality at a very competitive price. I believe the result will surprise users, as we have succeeded in developing a product that boasts class-leading performance within a limited budget through collaboration with each vendor."

Rohde & Schwarz Japan Co., Ltd. (Headquarters: Shinjuku, Tokyo, Representative Director: Jacques Jourda) announced on September 21, 2016, that the Rohde & Schwarz headquarters has supported 5G signal generation/analysis based on the specifications required by Verizon's Open Trial specifications. By using the Vector Signal Generator R&S SMW200A and the Signal Spectrum Analyzer R&S FSW, it was demonstrated that EVM measurements can be achieved at less than 1% for Verizon's 5G specifications. When evaluating DUTs such as power amplifiers that require new development for the centimeter waveband, the measuring instruments themselves can sometimes affect the measurement results. Regarding this issue, the Rohde & Schwarz R&S SMW200A and R&S FSW demonstrated exceptionally high performance. These measuring instruments were able to consistently maintain EVM below 1% even during a wide power sweep of 10 dB when measuring 5G signals at 28 GHz, confirming that these measuring instruments do not influence the EVM measurement results of the DUT.