The LeCroy WaveRunner 8000HD is a 2 GHz, 8-channel digital oscilloscope engineered for signal integrity, debug, and validation of complex signals. Its HD4096 technology delivers 12-bit vertical resolution—16 times greater than conventional 8-bit instruments—enabling precise capture and analysis across advanced multi-phase power, automotive electronics, and embedded computing applications.
Technical Specifications
Bandwidth & Channels
• 2 GHz bandwidth (models available 350 MHz to 2 GHz)
• 8 analog input channels
• 16 digital channels available
• All 8 analog and 16 digital channels remain available simultaneously—no channel trading required
• Two units synchronized via OscilloSYNC™ technology enable 16 analog channels on a single display
Resolution & Sampling
• 12-bit vertical resolution (HD4096) across all bandwidths and sample rates
• Up to 10 GS/s sample rate per channel
• Up to 5 Gpts acquisition memory per channel
• Memory configurations: 500 Mpt, 1 Gpt, 2 Gpt, or 5 Gpt options; capacity scales with active channel count
• Supports 500 ms signal capture at full sample rate without resolution compromise
Triggering
• Edge Trigger: positive, negative, or either slope with level condition
• Width Trigger: glitch detection (750 ps to 20 s width range)
• Glitch Trigger: positive or negative glitches (750 ps minimum width)
• Zone Trigger: simplified triggering for complex signals
Display & Interface
• 15.6″ high-definition capacitive touchscreen, 1920 × 1080 resolution
• MAUI user interface with OneTouch™ operation
• Q-Scape multi-tab display architecture
• Supports 4K monitor output (up to 4096 × 2304 resolution)
– Key Features
• 12-bit HD4096 technology delivers signal detail and noise performance unavailable in 8-bit oscilloscopes
• 5 Gpts per-channel memory enables extended acquisition windows at maximum sampling rates
• ProBus input compatibility with all Teledyne LeCroy probes matching bandwidth requirements
• Independent digital and analog channels eliminate traditional measurement trade-offs
– Typical Applications
• Multi-phase power integrity analysis
• Automotive electronics characterization
• Embedded system debug and validation
• Complex signal capture and waveform analysis
– Connectivity & Integration
• Ethernet ports for network connectivity
• Ref. In/Out and Aux Out terminals
• ProBus input for Teledyne LeCroy probe compatibility
