Pico 9404-16 CDR – 16GHz, 4 Channel 9400 Series SXRTO with Clock and Data Recovery

Description

The Pico 9404-16 CDR sampler-extended real-time oscilloscope isolates complex hardware anomalies across fiber-optic telecommunication lines and high-speed multi-gigabit serialization interfaces. This quad-channel instrumentation module converts high-bandwidth electrical and serial telemetry data streams cleanly onto computer-driven processing environments, allowing automated testing engineers to trace concurrent horizontal clock deviations and asynchronous logic glitches simultaneously without layout configuration bottlenecks.

Operating at an elite 14 GHz wideband analog input bandwidth specification with a rapid 780 ps sub-nanosecond rise time threshold, a 250 kB memory layout, and a 12-bit vertical digitizer core, the platform captures random voltage transients accurately. The integrated clock and data recovery (CDR) engine stabilizes trigger parameters over prolonged physical-layer validation sweeps.

Key Features of Pico 9404-16 CDR

• Onboard Clock Data Recovery Core: Extracts synchronous tracking triggers directly from high-speed serial data signals automatically.
• Four Analog Input Channels: Coordinates concurrent timing analysis across multiple independent signal paths and rails.
• Elite 14 GHz Wideband Bandwidth: Profiles high-speed serial bus data streams and high-frequency microwave communications lines.
• 780 ps Picosecond Rise Time: Resolves ultra-sharp fast-edge microwave transitions to isolate critical high-speed clock errors.
• Precision 12-Bit Vertical Quantization: Delivers higher amplitude precision to reveal minuscule noise components easily.
• High-Speed 500 MS/S Sampling Speed: Reconstructs high-frequency signal repetitions precisely using an efficient hardware capture core.
• Ultra-Lightweight 3.08 LBS Module: Encloses high-fidelity microwave diagnostic hardware within a space-saving portable modular housing.

Onboard Hardware Clock Extraction Mechanics

The core processing layer leverages a premium 12-bit vertical resolution digitizer combined with an ultra-fast 780 ps rise time and an exceptional hardware-accelerated acquisition architecture to eliminate horizontal data manipulation bottlenecks during critical serialization diagnostics. This quad-channel layout allows automated development engineers and firmware technicians to deploy the integrated clock data recovery engine, shifting tracking weights dynamically to stabilize complex eye diagrams without risking computational trace rendering lag near the system Nyquist limit. All real-time waveforms pass directly through the internal digitizer framework to achieve an optimal signal-to-noise ratio and isolate delicate signal paths from ambient electromagnetic facility noise floor interference.

Enterprise Physical Layer Asset Preservation

Constructed to excel in advanced automated testing environments (ATE), specialized semiconductor validation blocks, and high-volume data center network infrastructure setups, the compact 3.08 lbs enclosure optimizes workbench footprints while protecting sensitive internal components during 3.54 lbs shipping operations. The underlying multi-instrument engineering layout native to the 9400 series framework ensures immediate automated data extraction over standard communication loops without structural baseline thermal drift during long-term operational testing loops. Guaranteeing long-term corporate asset protection, the test instrument comes standard with a verified 5-Year Warranty framework to ensure continuous equipment dependability.