Launch of the HDO9000 10-bit high-resolution oscilloscope
New HD1024 technology optimizes vertical resolution for signal quality

Teledyne LeCroy (CEO Woonjae Lee) announced on the 31st the HDO9000 high-resolution oscilloscope, the latest model in its high-resolution oscilloscope series.

The HDO9000's HD1024 technology automatically optimizes vertical resolution to deliver 10-bit vertical resolution in every measurement state. The combination of Teledyne LeCroy's next-generation MAUI OneTouch user interface and a vibrant 15.4" capacitive touchscreen makes the oscilloscope efficient, intuitive, and easy to use.

This combination will bring a new level of experience to oscilloscope users. Adding HD1024 technology to your advanced analysis toolbox will make it easier to identify signal anomalies that could be causing problems in your circuits. The HDO9000 High-Definition Oscilloscope features 10-bit resolution, bandwidths from 1 GHz to 4 GHz, and a 40 GS/s sample rate. Its high vertical resolution enables efficient and accurate debugging. Teledyne LeCroy has been delivering industry-leading high-definition oscilloscopes since 2011, and the HDO9000 adds a significant feature set to the HDO product line.

Provides convenient use with one-touch MAUI and a 15.4” capacitive touch screen

A key element of the HDO9000 is HD1024 technology. This technology delivers 10-bit vertical resolution at 4 GHz bandwidth, resulting in clear, crisp waveforms and signal details not visible on conventional 8-bit oscilloscopes. HD1024 technology automatically configures the HDO 9000 High Definition Oscilloscope to maintain the best ADC state in every measurement condition.

Therefore, the oscilloscope always delivers optimal resolution. Using optimized filters, the HDO9000 provides resolution greater than 10 bits, and can increase resolution to a maximum of 13.9 bits. Like other Teledyne LeCroy HDO products, the HDO9000 features an extremely low-noise system architecture to maintain excellent effective number of bits (ENOB).



MAUI with OneTouch enhances convenience and efficiency by allowing users to perform all common functions with a single touch of the screen. Because the oscilloscope can be operated with simple gestures, the setup time required for measurements is significantly reduced. Furthermore, the vivid display and rapid response of the 15.4-inch high-definition capacitive touchscreen further enhance the user experience of MAUI with OneTouch.

In addition to a wide range of standard test tools, Teledyne LeCroy offers a comprehensive range of software packages to enable the HDO 9000 to be used for all certification and debugging needs, from automated compliance packages to flexible debugging toolkits. Teledyne LeCroy has consistently provided the industry's most intuitive trigger and decode software. Adding protocol-specific measurement capabilities and an eye diagram package to this tool completes the tool set.

The Serial Data Package enhances the HDO9000's existing toolbox of calculation, measurement, debug, and documentation tools, providing unparalleled experimental capabilities. Application-specific packages enable streamlined debugging in common design/certification scenarios. Digital filtering, spectrum analysis, and device and switching power supply analysis capabilities are available as options. User-defined parameters and analysis capabilities are also available, allowing users to perform their own measurements or perform unconstrained analyses.

The mixed-signal (-MS) model adds 16 digital input channels. It can be used for triggering, decoding, and timing measurements in digital designs, either for general use or to analyze timing anomalies. Additionally, the HDO9000 can be used with the HDA125 High-Speed Digital Analyzer, which offers 18 input channels and a high sampling rate of 12.5 GS/s. This mixed-signal option frees up analog channels for efficient channel utilization, allowing you to identify physical layer issues.

For more information about Teledyne LeCroy's HDO 9000 high-definition oscilloscope, please visit our website.