The Keysight DSO93004L Infiniium is a 30 GHz digital storage oscilloscope engineered for signal integrity, protocol analysis, and high-speed characterization. It delivers true 30 GHz analog bandwidth paired with 80 GSa/s sample rate on 2 channels (40 GSa/s on 4 channels), enabling precise capture of complex transients and fast digital signals. With up to 500 Mpts memory per channel, sub-150 fs jitter measurement floor, and 3.2 mVrms noise at 50 mV/div, the DSO93004L provides the fidelity required for advanced silicon debug, RF circuit verification, and protocol compliance testing.
Technical Specifications
• Analog Bandwidth: 30 GHz true bandwidth
• Sample Rate: 80 GSa/s (2 channels) / 40 GSa/s (4 channels)
• Memory: 20 Mpts standard; up to 500 Mpts per channel
• Vertical Resolution: 10 bits (12 bits in high-resolution mode)
• Low Noise Floor: 3.2 mVrms at 30 GHz, 50 mV/div
• Jitter Measurement Floor: < 150 fs
– Key Features
• Advanced Triggering: 160-bit hardware serial trigger with 3-stage sequence capability (2-stage hardware A-B, 1-stage InfiniiScan software). Supports edge, glitch, pulse width, runt, pattern, state, setup/hold, window, and protocol triggers.
• InfiniiMax III/III+ Probing System: Purpose-built 30 GHz probes with fully customized amplifier s-parameter correction and bandwidth-upgradeable architecture.
• Signal Analysis: Built-in FFT (magnitude and phase), jitter histograms, measurement trending, jitter spectrum, and InfiniiSim waveform translation toolset for de-embedding and simulation.
• Compliance Testing: Dedicated software for DDR, PCIe, HDMI, DisplayPort, SATA, SAS, MIPI D-PHY, and USB 3.0 standards.
• Integration: MATLAB software support for custom measurement and analysis routines.
• Display: 15" XGA capacitive touchscreen with color waveform display, direct drag-and-drop interaction, and instant waveform zoom.
– Typical Applications
• High-speed digital design and silicon debug
• Telecommunications signal characterization
• Protocol compliance and signal integrity verification
• Jitter and timing analysis
• Research and development
– Connectivity
• LAN and VGA interfaces
