Keysight (Agilent) DSAV204A Infiniium V-Series Oscilloscope, 20 GHz, 4 Analog Channels

The Keysight DSAV204A Infiniium V-Series Oscilloscope delivers 20 GHz analog bandwidth across four channels with 80 GSa/s sampling and 12-bit vertical resolution. Purpose-built for signal integrity analysis, high-speed digital design, and system debugging, this instrument captures transient events and protocol anomalies with configurable memory depths from 256 Mpts to 2 Gpts per channel. Advanced triggering - including edge, pattern, runt, glitch, state, and serial protocol modes - combined with integrated jitter, eye diagram, and power integrity analysis tools, enables rapid root-cause isolation in complex signal environments.

Technical Specifications

• Bandwidth: 20 GHz analog


• Channels: 4 analog


• Sample Rate: Up to 80 GSa/s per channel


• Memory Depth: 256 Mpts to 2 Gpts per channel (configurable; upgradeable)


• Vertical Resolution: 12-bit ADC; 4.9 bits ENOB at 20 GHz


• Operating Temperature: 0°C to 50°C


• Operating Humidity: Up to 80% RH


• Power Supply: Standard AC mains


• Form Factor: 19-inch rackmount width

Key Features

• Real-time sampling via high-speed ADCs for accurate waveform capture


• Advanced triggering: edge, pattern, runt, glitch, state, serial protocol, and protocol-aware modes


• Signal integrity, jitter, eye diagram, and power integrity analysis


• Measurement functions and trace math capabilities


• Large, high-resolution touchscreen display with touch-enabled GUI


• USB 2.0, LAN (Ethernet), GPIB, and HDMI connectivity


• Probe compensation output


• Supports active and passive probes

Typical Applications

• Signal integrity validation in high-speed digital circuits


• Jitter and timing analysis


• Serial protocol debugging and compliance testing


• Power integrity characterization


• Eye diagram measurement and analysis

Compatibility & Integration

• Compatible with Keysight Infiniium high-bandwidth active probes


• Supports N8900A Infiniium software for advanced analysis and remote operation


• Remote control via LAN and GPIB interfaces


• PC operating system compatibility for data analysis