MINITHOR
Compact Qubit Controller & Digital Pulse Processor for RF Signals up to 6 GHz
MINITHOR is a lightweight, power-efficient RF signal processor engineered for precise quantum control in a compact format. Ideal for lab-scale quantum experiments or embedded test platforms, it brings integrated waveform generation, real-time signal recording, and multi-channel coherence into a single versatile module.
Optimized for Qubit drive and readout, MINITHOR combines FPGA-based timing control with frequency-multiplexed DACs and ADCs, delivering robust performance for researchers and developers looking to experiment without the overhead of a full-rack solution.
Features
Compact Powerhouse for Qubit Operations
MINITHOR integrates all the key building blocks needed for Qubit control: RF transmit/receive up to 6 GHz, waveform playback and capture, and synchronized digital pulse processing — all in a low-power footprint under 20 W.
Fully Coherent Multi-Channel Design
Whether you’re driving multiple Qubits or synchronizing with other instruments, MINITHOR ensures channel-to-channel phase coherence. Its FPGA-based architecture allows precise sequencing across all DAC and ADC paths.
Plug-and-Play Integration for Quantum Labs
Designed with scalability in mind, MINITHOR is ideal for modular setups and frequency-multiplexed configurations. Seamlessly integrates into R&D workflows with intuitive control and data acquisition capabilities.
Enable Next-Gen Quantum Infrastructure
Mini-THOR brings high-performance quantum control to the desktop. With its compact form factor, low power consumption, and multi-channel flexibility, it provides a powerful entry point for scalable quantum experimentation and RF signal research — without compromising on precision, coherence, or control.
