High-Resolution Oscilloscope for Higher-Precision Testing

• 12-bit high-resolution ADC sampling for finer waveform detail.

• Excellent noise floor: only 153 μVrms at the full 2 GHz bandwidth, letting the 12-bit ADC deliver its full performance.

• DC gain accuracy of ±0.5% (typical).

Multi-Channel Timing Test to Accelerate Development

Multi-channel signal timing analysis is widely used in chip design, autonomous driving, automotive power semiconductors, power supply sequencing verification, and high-voltage charge/discharge test platforms.

Most embedded designs today carry an increasing number of power rails, each with specific power-up and power-down sequencing requirements — some even specify power-up and power-down timing. This makes power sequencing essential.

A traditional 4-channel oscilloscope requires multiple acquisitions, checking each module one by one. With its 8 channels, the SDS6000 Pro captures all 8 channels at once, giving you the timing of every rail in a single acquisition and helping to speed up development.

Eye Diagram and Jitter Analysis for Signal Integrity

Eye diagrams reveal the effects of inter-symbol interference (ISI) and noise, showing the overall characteristics of the signal and helping you evaluate system performance. Jitter analysis takes this further, analyzing and measuring system performance to improve the timing margin of high-speed circuits.

Excellent User Interface and User Experience

• Large 12.1-inch TFT-LCD display with 1280 × 800 resolution.

• Capacitive touch screen with gestures defined specifically for oscilloscope operation, greatly improving control efficiency.

• Built-in web server for direct remote access and operation through a web browser.

• Supports mouse and keyboard operation.

Serial Protocol Trigger and Decode Across Multiple Industries

The SDS6000 Pro provides trigger and decode for a wide range of serial protocols, covering multiple industries.

Powerful Measurement Capabilities

The SDS6000 Pro measures more than 60 parameters, covering horizontal, vertical, inter-channel delay, and mixed measurement types.

The parameter statistics function displays five values for any parameter: current, mean, minimum, maximum, and standard deviation. Up to 12 different parameters can be measured and analyzed simultaneously. Histogram statistics show the probability distribution of a parameter at a glance, while trend plots show how a parameter changes over time.

For horizontal measurements (such as period and pulse width), the instrument abandons the conventional approach of producing only one measurement value per frame. Instead, it calculates every measured value of the specified horizontal item within a single frame and includes all of them in the statistics, greatly improving test efficiency.