For those struggling with power sequence evaluation of FPGA boards! Achieve synchronized verification with high resolution and large capacity memory for all channels, reducing design workload.
Do you have any of these concerns? - Unable to accurately observe the startup sequence of multi-rail power supplies around FPGAs and ASICs across all systems. - Unable to distinguish minute power supply noise (power integrity) in devices with less than 12 bits. - It takes time to verify the timing margins (setup time, etc.) of clock signals and numerous data lines. The oscilloscope 'R&S MXO 5' fundamentally solves these issues. ◇ Comprehensive capture of critical synchronization timing for multi-rail power supplies With simultaneous observation of up to 8 channels, it captures the power sequence of complex multi-system power supplies on a single screen. ◇ High-precision PI analysis with standard 12-bit ADC and low noise performance Thanks to the low-noise design of the front end and high resolution, it clearly visualizes millivolt-level small ripples and voltage drops due to transient responses superimposed on the core power supply. ◇ Standard memory of 500M points in parallel across all channels Records the behavior of the circuit board over long periods while maintaining high sampling speeds. It accurately captures voltage drop phenomena that can cause unexpected resets or malfunctions. A live demo showcasing the clear performance differences compared to conventional models is currently available on our website.
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【Main Features】 ■ Performs 45,000 FFTs per second and can analyze up to 4 spectra simultaneously ■ Equipped with 500M points of standard memory in parallel for each channel ■ Features a 15.6-inch full HD capacitive touchscreen ■ Available in 8-channel and 4-channel models ■ Bandwidth: 8 channels: 100MHz to 2GHz, 4 channels: 350MHz to 2GHz 【Other Features】 ■ Achieves low noise with a minimum vertical sensitivity of 500μV/div ■ Captures up to 99% of waveforms with a trigger rearming time of less than 21ns ■ Up to 1 million waveform segments available *For more details, please refer to the documentation. Feel free to contact us with any inquiries.
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【Troublesome Processes and Issues】 - Processes troubled by multi-rail power supply evaluation: Precise measurement of the startup and shutdown sequence and time differences of numerous power lines on boards equipped with FPGAs, SoCs, and ASICs. - Processes troubled by power integrity (PI) analysis: Observation of small ripple voltages and droop phenomena due to transient responses in low-voltage core power rails below 1V. - Processes troubled by embedded control debugging: Analysis of the interactions and transient anomalies of reset release signals, clocks, and multiple control bus lines. 【Target Audience】 Target industries: High-speed digital devices, embedded boards, industrial controllers, communication infrastructure equipment, medical devices. Target processes: Circuit design, board debugging, power evaluation, quality assurance, failure analysis. Target materials/signals: Low-voltage power rails (Vdd), clock waveforms, FPGA/ASIC control signals, high-speed serial signals. *For more details, please refer to the materials. Feel free to contact us with any inquiries.
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Rohde & Schwarz was founded in 1933 by Dr. Rohde and Dr. Schwarz. The company has maintained its original purpose since its inception: "to remain a technology company that creates innovative solutions in the fields of electronics and wireless communications, contributing to society." The Rohde & Schwarz Group (headquartered in Munich, Germany) specializes in wireless communications and leads the world in electronic measurement, broadcasting, secure communications, wireless monitoring, and radio detection. Rohde & Schwarz Japan celebrated its 20th anniversary on April 1, 2023.
