TAG Q

Precision Event Timing & High-Speed Pulse Counting System

Tag Q is a compact, high-performance event timing and pulse-counting system designed for precision measurement applications. Engineered for quantum optics, photonics, LiDAR, and advanced timing environments, it delivers real-time pulse detection, accurate timestamping, and high-speed processing capabilities. With support for up to 50 million pulses per second, scalable architecture expandable to 16 channels, industry-standard SMA interfaces, and seamless UART connectivity, it provides reliable and efficient performance in a rugged, low power aluminum enclosure suitable for both research and industrial deployments

Key Features

  • High-precision event timing and pulse-counting capability

  • Real-time pulse detection and timestamping

  • Scalable architecture expandable up to 16 channels

  • High-speed processing for demanding measurement applications

  • Compact and rugged aluminum enclosure

  • Seamless integration through UART communication

  • Low-power operation using standard 5 V DC supply

  • Suitable for quantum optics, photonics, LiDAR, and timing applications

  • Industry-standard SMA signal interfaces

Why TAG Q

Tag Q is a versatile timing and measurement solution designed for research, photonics, quantum, and industrial applications. It enables precise event analysis with high accuracy and reliability. Its modular architecture ensures flexibility and scalability for diverse deployment needs. Built for long-term performance, Tag Q helps organizations achieve dependable results in demanding environments.

Technical Specifications
Number of Channels 4 (Expandable up to 16)
Input Interface 50 Ω SMA Connector
Input Voltage Level Range 1.7 V–5.5 V
Pulse Count Range 1 Pulse/s–50 Mega Pulses/s
Minimum Detectable Pulse Width 9 ns
Communication Interface UART
Power Source DC 5 V Adapter
Enclosure Material Aluminum
Dimensions TBD
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