The Keysight UXR1002A is a 110 GHz real-time oscilloscope engineered for high-fidelity signal acquisition in advanced research and development environments. Built on Indium Phosphide process technology, this instrument delivers two full-bandwidth channels sampling at 256 GSa/s with up to 2 Gpts of memory per channel. It achieves performance metrics: 10-bit ADC resolution (≥14 bits with averaging), sub-30 fsrms intrinsic jitter, and noise floor below 1 mVrms. The UXR1002A excels at characterizing high-speed digital and RF signals with exceptional signal integrity.
Technical Specifications
• Bandwidth: 100 GHz, upgradable to 110 GHz
• Sample Rate: 256 GSa/s across all channels
• ADC Resolution: 10-bit; ≥14 bits with averaging
• ENOB: Highest in industry at bandwidths to 110 GHz
• Jitter: <30 fsrms intrinsic
• Noise Floor: <1 mVrms
• Memory: 200 Mpts standard per channel; up to 2 Gpts per channel maximum
• Channels: 2 full-bandwidth
• Input Connectors: Ruggedized 1 mm with AutoProbe III interface
• Input Sensitivity: 60 mV to 4 V (hardware full scale); 1 mV to 4 V with zoom
• Time-Interleaved Sampling: 100% full bandwidth
• Operating Temperature: 5 to +40 °C (up to 2,000 meters)
• Storage Temperature: –20 to +70 °C
• Operating Humidity: Up to 95% RH (non-condensing) at +40 °C
• Dimensions: 435 mm W × 513 mm D × 311 mm H (without handles/feet)
• Weight: 36.15 kg
• Power: 110–240 VAC, 50/60 Hz; max 1370 VA
– Key Features
• Hardware-accelerated digital down conversion and serial data analysis
• Integrated high-speed clock recovery
• User-defined functions support
• Deep hybrid memory cube architecture
• Compatible with Keysight InfiniiMax probing system
• Infiniium software application suite integration
– Typical Applications
High-speed digital characterization, RF signal measurement, jitter analysis, serial protocol debugging, and wideband signal acquisition up to 110 GHz.
– Compatibility & Integration
The UXR1002A integrates with the Keysight InfiniiMax probing ecosystem and supports the full Infiniium software suite for advanced signal processing and analysis workflows.
