One FPGA-Configurable Platform. Infinite Testing Applications. | |
Dear ,
Let me introduce you to the newest addition from Liquid Instruments: the Moku:Delta. Moku:Delta consolidates multiple advanced instruments into a single, reconfigurable device. From quantum research labs to semiconductor test lines to aerospace defence systems, Moku:Delta replaces racks of equipment with a single flexible platform.
We think you might be interested in one of the examples below. | |
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Example: Quantum Information Sciences Quantum experiments evolve quickly, and your tools should too. Moku:Delta provides the flexibility and precision required for setups ranging from trapped ions and photonics to NV centers and neutral atoms. | |
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Why Moku:Delta
• Central control hub that adapts to unique experimental needs
• Real-time feedback and event response with low-latency PID control
• Rapid experiment setup and iteration
• Intuitive, modern interface for faster onboarding
• Built-in tools for laser locking, AOM/EOM/AOD driving, waveform generation, frequency counting, and lock-in amplification — all on one device | |
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Example: Defence & Aerospace Modern aerospace and defense programs require tools that can adapt as fast as the threat landscape evolves. Moku:Delta brings FPGA-accelerated performance and reconfigurable instrumentation to electromagnetic warfare (EW), RF simulation, and advanced test environments — enabling real-time adaptation, faster deployment, and uncompromising precision.
Key Applications
• L-Band/GNSS threat emulation and signal generation
• Direct inject testing for GNSS/GPS validation
• Spectrum monitoring and RF environment verification (V&V)
• Real-time data streaming and analysis — up to 80 Gbps bidirectional throughput
• Free-space optical communications and directed energy systems
• Laser frequency stabilization, LiDAR, and automated electronics testing | |
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Why Moku:Delta
• FPGA-based architecture that reconfigures instantly to meet evolving mission demands
• 2 GHz bandwidth and <10 nV/√Hz input noise for unmatched RF fidelity
• 1 ppb OCXO for ultra-stable timing and synchronization
• 8 simultaneous instruments for consolidated, high-efficiency test environments
• Deep memory logging for EMSO and long-duration operations
• 2U rack-mountable form factor — optimized for compact, deployable ATE systems
• Future-proof flexibility to integrate with emerging coalition and joint operations technologies Join Our Upcoming Webinar on Aerospace
Discover how leading aerospace and defence teams are accelerating innovation with software-defined, hardware-accelerated test solutions. | |
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Example: Semiconductor From dynamic performance testing to parallel device evaluation, Moku:Delta brings speed and flexibility to demanding semiconductor test environments.
Key Advantages
• Best-in-class signal integrity — 0 Hz to 2 GHz bandwidth, low noise, high resolution (14-bit outputs, 14- & 20-bit blended ADCs)
• Higher throughput — Multi-instrument Mode enables simultaneous testing on 8 input and 8 output channels
• Faster development — standard APIs and flexible routing minimize test setup overhead
• Lower costs — reduced fixturing, switching, and cabling in a compact, 2U rack-mountable chassis | |
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Why Moku:Delta · Replaces multiple test instruments with a single, software-defined platform · Speeds up time-to-data, reduces lab clutter, and scales with your evolving needs · Backed by Liquid Instruments’ global team of experts and proven in leading research and industrial labs worldwide | |
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Let our team know, how we can help you with your application. We will be happy to work with you.
Puck Willemse
Laser 2000 Benelux +31-297-266191 pwillemse@laser2000.nl | |
See other Laser 2000 products: | |
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