Agilent/Keysight MSOS054A

The Keysight MSOS054A is a high-definition mixed-signal oscilloscope designed for synchronous capture and analysis of analog and digital signals in complex embedded systems. It combines 4 analog channels with 16 digital channels, delivering 500 MHz baseline bandwidth expandable to 8 GHz, maximum sample rates of 20 GSa/s across 2 channels or 10 GSa/s across all 4 channels, and memory depths up to 200 Mpts per channel. The instrument achieves 10-bit native vertical resolution with up to 16 bits available through high-resolution mode, supported by a low-noise front end and system ENOB of 8.1 bits at full bandwidth.

Technical Specifications

• Bandwidth: 500 MHz standard, upgradeable to 8 GHz


• Analog channels: 4


• Digital channels: 16


• Maximum sample rate: 20 GSa/s (2 channels), 10 GSa/s (4 channels)


• Memory depth: 100 Mpts/channel standard, upgradeable to 200 Mpts/channel


• Vertical resolution: 10-bit ADC; up to 16 bits in high-resolution mode


• System ENOB: 8.1 bits at full bandwidth


• Input impedance: 1 MΩ and 50 Ω (selectable)


• Timebase accuracy: 75 parts per billion


• Display: 15-inch XGA capacitive touch screen with multi-touch support


• Processor: Intel i5 with 8 GB RAM


• Storage: 256 GB solid state drive (removable)


• Operating system: Windows 10


• Data transfer: USB 3.0 and Ethernet at up to 200 MB/s

Key Features

• Low-noise front end for enhanced signal detail


• Dual input impedance selection for flexible coupling


• Rapid data offload via high-speed Ethernet and USB 3.0


• Comprehensive accessory kit includes four N2873A 500-MHz passive probes, 16-channel flying lead set logic probe, MSO cable, and MSO calibration fixture


• Keysight I/O libraries suite included

Typical Applications

• Mixed-signal validation and debugging in digital designs


• Protocol analysis and compliance testing


• High-speed digital and analog signal characterization

Compatibility & Integration The MSOS054A supports a broad range of Keysight probes and integrates with protocol decode, compliance, and advanced measurement applications.