Quantum Ghost Imaging

High-Throughput Single-Photon-Streaming

LINTag is the time-tagger system for ultra-fast data
acquisition. The time-to-digital converter boasts 8
acquisition channels, each with an adjustable input
threshold and impedance. The system can deliver
over 400 MTags per second with an accuracy of less
than 8.5 ps, transmitting data to your computer via a
10G Ethernet SFP+ connection that uses a full-stack
TCP/IP interface. If your application requires lower
latency, you can utilize the embedded PC to directly
access the time tags from the FPGA.

 

Acquire a high throughput stream of single photon events

Timing Jitter

Temporal accuracy of 8.5ps (FWHM) / 3.6ps (RMS)

Throughput

Transfer up to 400 MEvent/s to your computer

Technical Data

Timing & Processing
RMS jitter, ps
3.6
FWHM jitter, ps
8.5
Digital bin size, ps
1
Max. input frequency, MHz
550
Tag transfer rate, MTags/s
400
Burst memory, GTags
10
Internal computing capability
Intel® 13th Gen. Core™ i7
Input
Signal Level, V
-2 to 2.5
Impedance, Ohm
50 / Hi-Z (1M)
Polarity
Negative / Positive
Channel number
8
External clock input
10MHz, IRIG-B
General
Power supply
24V, 12.5A
Dimensions, (w × d × h), mm
480 × 345 × 133 (3U)
Connectivity
USB 3.0 / Thunderbolt 3 / SFP+ (10G TCP/IP)
Operating System
Windows (64 Bit), macOS, Linux

Still open questions?