Agilent / Keysight DSOX92504Q Infiniium High-Performance Oscilloscope: 25GHz

The Keysight DSOX92504Q Infiniium Oscilloscope delivers 25 GHz of bandwidth across four channels, with upgrade paths to 33 GHz or 63 GHz on two channels. Purpose-built for signal integrity analysis and high-speed serial bus characterization, this instrument combines specifications with advanced measurement capabilities. The 15.4-inch XGA touch-screen display and intuitive interface enable rapid waveform capture and analysis, while the integrated measurement suite addresses demanding applications in telecommunications, aerospace, and defense.

Technical Specifications

• 25 GHz (2-channel configuration)


• 16 GHz (4-channel configuration)


• Upgradeable to 33 GHz (4 channels) or 63 GHz (2 channels) Sample Rate & Memory


• 80 GSa/s on 4 channels; 160 GSa/s on 2 channels


• Up to 2 Gpts total memory; 50 Mpts per channel standard


• 400,000 waveforms/second in segmented memory mode Signal Integrity


• Input impedance: 50 Ω ± 3%


• Jitter measurement floor: <150 fS


• Industry's lowest oscilloscope noise floor Display & Interface


• 15.4-inch XGA color touch-screen (1024 × 768)


• Built-in LAN with web-enabled connectivity Physical & Power


• Dimensions: 16.75" W × 10.5" H × 18.7" D


• Weight: 45.1 lbs (20.5 kg)


• 100–240 VAC, 50/60 Hz; 800 W maximum

Key Features

• Industry's first 30 GHz oscilloscope probing system with bandwidth-upgradeable probes


• Fully customized probe amplifier s-parameter correction for enhanced accuracy


• Lowest jitter measurement floor in class


• PrecisionProbe technology for oscilloscope input characterization

Software & Protocol Support Comprehensive measurement software includes jitter, trigger, and protocol analysis. Pre-built compliance test suites support SAS 6G, SATA 6G, SAS 12G, GDDR5, PCIe Gen 3, DisplayPort 1.2, QPI, and 10GBaseKR. MATLAB integration enables custom measurement routines.

Typical Applications Telecommunications, aerospace, and defense signal analysis; high-speed serial bus characterization; signal integrity validation; emerging protocol compliance testing.