Shopping cart

Subtotal $0.00

View cartCheckout

Table Top Multi-Channel SNSPD System

  • Home
  • Table Top Multi-Channel SNSPD System
Table Top Multi-Channel SNSPD System

Table Top Multi-Channel SNSPD System

Overview: The Tabletop SNSPD System is designed for researchers and innovators who require a hands-on approach to single-photon detection. This versatile system offers direct access to key components, allowing for easy servicing, customization, and improvements. Ideal for laboratory environments where flexibility and user interaction are paramount, this system provides the ultimate platform for experimentation and development. Customizable to meet the specific needs of your application, the system can accommodate up to 16 channels. The standard configuration is available in 4, 8, or 16 channels, each equipped with a single-mode fiber-aligned SNSPD chip.
Key Features of Table Top Multi-Channel SNSPD System:
  • Modular Design: The tabletop system’s open architecture allows users to easily swap out components, modify configurations, and experiment with different setups.
  • Accessible Components: Key components are designed to be readily accessible, making it simple for users to perform maintenance, upgrades, or customizations.
  • High Detection Efficiency: Engineered for precision, our SNSPDs deliver near-perfect detection efficiency, ensuring reliable performance for all your photon detection needs.
  • Low Timing Jitter: Achieve ultra-low timing jitter for accurate time-correlated photon counting, critical in applications like quantum communication and time-resolved spectroscopy.
  • User-Friendly Interface: Intuitive controls and software allow for straightforward operation and data collection, minimizing the learning curve and maximizing productivity.
  • Customization Options: Tailor the system to your specific requirements with customizable options for cryogenics, readout electronics, and more.
Why Choose This System? The Tabletop SNSPD System is perfect for those who value flexibility and control in their research. Its modular design empowers users to push the boundaries of their work, making it an ideal choice for cutting-edge research and innovation