As part of AIQLAB, we offer comprehensive solutions and services in the following areas:
- QUANTUM LABORATORY
- AI
- TRAINING
- CRYPTOGRAPHY
Quantum Laboratory
EQUIPMENT
Research and educational quantum laboratories
Equipment for a quantum laboratory designed for education and training, based on systems that emulate, simulate, or participate in the construction and operation of a quantum computer.
QUBIT – FPGA based stand for physical simulations of qubit states
QLMS – QUBIT laser manipulation system
QLMS – Qubit laser manipulation system is a system for QUBIT state manipulation using AOM – A complete system for training the construction, control and adjustment of optical systems used in an ion trap.
IMS – Impulse Measurement System
The IMS is an FPGA-based device designed to continuously count the number of TTL (3.3 V) digital pulses in one of three available time intervals (1s, 1ms, 1μs). The IMS is capable of counting just over 50 million pulses per second. The device was built specifically to work with a Single Photon Counting Module based on an avalanche photodiode, but it can also be used as a frequency meter of some periodic signals. Once turned on, the device continuously measures the number of pulses per second and updates the measurement displayed on the HDMI monitor screen accordingly. This measurement is also made available to the user via Ethernet (UDP). The user can switch the device to a different time measurement range than one second (1s). Ranges of one millisecond (1ms) and one microsecond (1us) are also available. In addition to the main measurement of the number of pulses per chosen time period, the device additionally displays on the HDMI screen the global number of pulses counted since the device was turned on and the length of the last measured pulse in nanoseconds (with a precision of 4 ns). There is no need to configure the IMS IP address. The IMS uses Broadcast UDP Communication. It is possible to connect the IMS directly to the Ethernet port of your PC. In this case, however, you must manually configure an IP address and a network mask on your computer.
MONIT (Parallel Sensors MONIToring System)
MONIT – MONIT (Parallel Sensors MONIToring System) –
Temperature and humidity parallel monitoring system
Parameters:
- 24-channel temperature and humidity sensor system,
- Operating in a truly parallel mode.
- Parallel reading of all sensors at once takes place using commands sent via the Ethernet network using UDP packets.
QRNG (Quantum Random Number Generator)
Quantum Random Number Generator (QRNG) utilizes quantum phenomena to generate truly random numbers, ensuring unparalleled security and unpredictability.