Next Level Time Base

An accurate timescale is of crucial importance in measuring, particularly for deep-memory applications. Jitter analysis cannot be ignored to ensure system reliability. Jitter may even occur linked to your oscilloscope's jitter measurements. A low jitter value, such as in this oscilloscope, allows for better characterization of your device. The S-Series scopes guarantee an accurate timescale thanks to their next-generation time base architecture. The MSOS804A oscilloscope excels at industry-standard low jitter measurement floor of 100 fs (on average) of intrinsic jitter and a time base accuracy of 12 ppb (after calibration) for accurate deep memory measurements.

Best-in-class Platform

• Dynamic, adaptable Infiniium user interface
• Quick data offload: up to 200 MB/s via USB 3.0
• Multi-touch capacity touch screen, resizable touch fields and easy-to-grab handles
• Intel i5
• 8 GB RAM for fast processing
• Decreased boot-up timing, increased reliability and security thanks to removable solid state drive

PathWave BenchVue Oscilloscope Software

Take charge of your oscilloscopes' measurements, generate screen recordings, and save data for further investigation.

• Link and master your oscilloscopes with a cloud platform
• In three simple clicks, export your outputs to software such as Excel, MATLAB etc. for future analysis
• View several instrument data analysis outcomes simultaneously
• Quickly generate auto-test series through user-friendly interfaces

Serial Data Evaluation

Highspeed Serial Data Analysis (SDA) software provides you with a quick way to highlight signal integrity problems and check performance for serial interface designs. A software wizard takes you through necessary steps to set up and carry out measurements. Clear displays and information labeling enables easy comprehension of your results. Carry out mask testing, embedded clocks based serial identification of data and decoding of 8b or 10b data.

Phase Noise and Jitter

The D9010JITA Infiniium app enables advanced statistical evaluation of phase noise analysis and high speed digital interfaces in the horizontal (time) and vertical (voltage) domains. The software sets and exceeds industry standards in jitter and noise analysis for real-time oscilloscopes.

Up-to-date Modules

The working scope of the oscilloscope is based on a 20-layer acquisition board with 16 custom ASICs and FPGAs. New technology blocks provide high signal integrity by working together to attain the highest effective number of bits (ENOB) in an oscilloscope. Don't rely just on ADC bits: Get more insight on the synchronous working of our technology blocks to provide better measurements that surpass any other portable scope in the market.