BLUEMI will present selected devices for RF measurement and power testing
February 3, 2026 / 3:13 PM
BLUEMI's exhibition at AMPER 2026 will focus on measurement technology used in the development, testing, and analysis of high-frequency circuits, high-speed signals, and power applications.
BLUEMI is a young company that deals in measuring and testing equipment. Here is a preview of some interesting products that you will find at their stand at the AMPER 2026 trade fair.
The Siglent SDS7404A oscilloscope offers 4 GHz bandwidth and up to 20 GSa/s sampling rate. This instrument is designed for the most demanding engineering challenges, from high-speed bus analysis to complex RF applications. 12-bit vertical resolution ensures unmatched signal fidelity with minimal noise, all displayed on a 15.6” high-resolution touchscreen.
The Siglent SNA6134A vector network analyzer is the ideal tool for precise characterization of high-frequency components in the range from 9 kHz to 26.5 GHz. This instrument has a high dynamic range of 135 dB and an exceptionally low noise floor, making it the ideal choice for tuning filters, antennas and active elements with maximum accuracy. With support for measuring all four S-parameters, time-domain analysis and advanced functions for measuring scalar and vector quantities, you gain comprehensive insight into the behavior of your RF circuits.
The Rohde & Schwarz MXO38 oscilloscope offers 8 channels, a bandwidth of up to 1 GHz and a record refresh rate of over 4.5 million waveforms per second, which captures even the rarest anomalies. With a 12-bit ADC and low noise, it provides unmatched display accuracy, while the large memory and 12” touch screen guarantee maximum comfort when analyzing complex signals.
ITECH IT2705 is a highly integrated modular DC current analyzer. The control unit with a control panel and 7” touchscreen supports up to 8 plug-in modules with a power of 20–500 W. Available modules are: DC source, two-quadrant DC source, regenerative electronic load and source measurement unit (SMU).
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