Higher precision, lower noise floor. In 16-bit high-resolution mode, by combining 12-bit ADC with 4-bit ERES (enhanced resolution), the measurement accuracy is significantly improved, finely displaying the intricate details of waveforms. This effectively suppresses out-of-band noise and reduces the oscilloscope's inherent noise interference with the real signal, thereby ensuring a more precise measurement experience while increasing the sampling bits.

-Oscilloscopes
-Logic Analyzer
-Function/Arbitrary Waveform Generator
-Spectrum Analyzer
-Protocol Analyzer
_Timing Analyzer
-Power Analyzer
-Bode plot Analyzer
-High Precision Frequency Counter
-Digital Voltmeter

56types of precise parameter automatic measurements covering multiple dimensions such as voltage, frequency, phase, and power. It also integrates advanced parameter statistics and trend graph visualization analysis functions, providing a comprehensive and multi-dimensional display of signal characteristic changes, achieving professional-level deep insights and efficient data interpretation.

MSO5000HD timing analysis function can analyze parameters like pulse width, amplitude, edge, setup time, and hold time for signals for I²C, SPI, I²S and CAN. Additionally, it supports exporting conformance test reports.

Supports 15 types of mainstream protocols, including
-Embedded: UART, I2C, SPI ，I3C
-Automobile: CAN, CAN-FD, CAN-XL，LIN, FlexRay, SENT
-Audio: I2S (Audio-I2S, Audio-LJ, Audio-RJ)
-Aerospace：MIL STD 1553、ARINC 429
-Wireless communication：Manchester
-Sensor：1-WIRE

-Standard enhanced FFT with up to 4 Mpts
for 4-channel signal analysis
-Frequency range: 0 to 2.5 GHz
-Waterfall curve
-4 traces and 4 detections
-Mark type: Auto, manual, and threshold
-Marker point list

Input Analysis
-Power Quality
-Harmonic Analysis
-Inrush Current
Switching Analysis
-Switching Loss
-Safe Operating Area (SOA)
-Slew Rate
-Steady-State On-Resistance
Output Analysis
-Ripple Analysis
-Modulation Analysis
-Power Efficiency

The 6σ (Six Sigma) standard for electronic signals is a process with a defect rate of no more than 3.4 defects per million opportunities (DPMO). This means there are only 3.4 anomalies per 1,000,000 samples. With its ultra-high hardware capture rate, the hardware-accelerated template testing maintains the full capture rate of Ultra Phosphor 3.0, completing waveform tests that meet specific standards within 1 second (instead of several hours).