Liquid Instruments

MokuOS 4.1 brings the Gigabit Streamer to Moku:Delta, enabling high-speed, bidirectional data streaming at up to 80 Gbps for electromagnetic spectrum operations, AI/ML training, and the generation of long sequences for quantum information. Learn more: hubs.ly/Q03WMgvc0

Traditional PLLs can fail when resonators exhibit sharp phase changes, common in MEMS and cantilever systems. Dual-Frequency Resonance Tracking (DFRT) offers an alternative to traditional PLL-based methods. Read the application note: hubs.ly/Q03HG-k20

Power supply rejection ratio (PSRR) is critical for ensuring that voltage regulators keep noise from the supply rail out of sensitive circuits. Read the full application note here: hubs.ly/Q03HlvQS0

It's the last day of IEEE Quantum Week in New Mexico! Our Quantum AE Jason Ball is demoing the Moku:Delta. Control optical qubits, lock lasers, time-tag individual photon events, and more. Stop by booth 306 to see Moku in action.

@ElectronicDesgn Learn how we’re combining powerful reconfigurable instrumentation with #AI: electronicdesign.com/technologies/e…

AI is a powerful tool, but can we trust it? Writing for @ElectronicDesgn, Liquid Instruments CEO Daniel Shaddock shares how Generative Instrumentation — powered by Moku:Delta — automatically generates & configures new instruments & test setups while providing auditable results.

Learn more: liquidinstruments.com/products/integ…

See signals clearly with the highest-resolution 2 GHz Oscilloscope, available only with Moku:Delta. Use up to 8 channels at 5 GSa/s with ultra-low input noise achieved through patented ADC blending.

Join us on July 23 to learn how reconfigurable instrumentation enables new ways to generate RF pulse trains, stabilize lasers & measure clock stability — all with one device. Register now: attendee.gotowebinar.com/register/86262…

#Quantum sensing using cold atoms and trapped ions enables ultra-precise measurements, but it comes with serious hardware challenges with regard to timing, coherent control, and noise suppression.

Liquid Instruments announced the introduction of generative instrumentation, a revolutionary approach to test and measurement. @LiquidInstrmnts microwavejournal.com/articles/44386

Check it out: liquidinstruments.com/products/hardw…

At the foundation of any high-performance measurement system is precise timing. 🕖 The new Moku:Delta includes an optional GNSS-disciplined oscillator (GPSDO), supporting 1PPS GPS synchronization for accurate frequency, time, and phase measurements. #testandmeasurement

Learn more: liquidinstruments.com/multi-instrume…

Did you know that you can run up to 8 instruments simultaneously with Multi-Instrument Mode on Moku:Delta? 💡 Discover endless new ways to create custom test sequences and simplify complex measurement workflows with this ultra-powerful, flexible 2 GHz test device.

View all the specs: liquidinstruments.com/products/hardw…

Accelerate product design & validation with 2 GHz bandwidth, 8 analog inputs & 8 analog outputs, 32‑channel high‑speed digital I/O & < 10 nV/√Hz input noise. Unlock new levels of precision, flexibility & performance with Moku:Delta — the fastest, most powerful Moku device yet.

Learn how Moku:Delta delivers best-in-class instrument performance and endless possibilities: liquidinstruments.com/blog/introduci…

Moku:Delta — the most flexible 2 GHz test platform, with unlimited instrument configurations — meets your toughest measurement challenges. Perform measurements in parallel with 8 independent input and output channels, and capture and drive digital signals on 32 DIO channels.

Meet the makers behind Moku:Delta: youtu.be/kPI4pE1dw3w

We created Moku:Delta to help engineers go faster, think bigger, and stay focused on the hard problems. Go behind-the-scenes with the makers of Moku:Delta as they share the #engineering breakthroughs and design philosophy that shaped our most powerful Moku device yet.