AZ800 for QDK

Telescope System for Quantum Communication Research

at Technology Innovation Institute

ASA Astrosysteme delivered a high-precision telescope system to the Technology Innovation Institute (TII) to support their advanced research activities in quantum communications.

With the rapid progress of quantum computing, conventional cryptographic methods are facing increasing security challenges. TII is addressing this emerging threat through dedicated research in Quantum Key Distribution (QKD) — a cutting-edge technology that enables ultra-secure communication by transmitting encryption keys via quantum signals. This approach ensures security that is fundamentally independent of an eavesdropper’s computational power.

Our telescope system plays a key role in enabling the precise optical links required for free-space quantum communication experiments. By supporting the development and field testing of QKD technologies in the United Arab Emirates, ASA Astrosysteme contributes to strengthening secure communication infrastructures tailored to the region’s specific requirements.

ASA Impressions

ASA AZ800 for QDK

Products in use

ASA AZ800 f6.85

A high-end complete telescope system with 0.8m aperture

Optical design: Ritchey-Chrétien RC
Linear central obstruction: 41%
Focus position: Nasmyth 2 as standard, 4 as option
Focal length: 5480mm
Focal ratio system: f6.85
Clear Aperture / Focal Ratio Primary Mirror: 800mm (31,5 inch) / f2.5
Image field: 120mm (1.25 degrees)
Mirror material: Fused silica
Surface quality: >94 strehl
Microroughness: 1nm RMS / <0.7nm Ra
Coating: Al+SiO2 >96 %
Back Focus from flange: 252.7mm
Total weight: 650kg (1433lbs)
Azimuth / altitude range of motion: 680 degree / 5-90 degree
Software: ASA Software package with a platform-independent Ascom Alpaca API (via TCP/IP), compatibility with numerous programs, and many additional API features for:
• Creating and optimizing pointing files
• MLPT (e.g., usable with a N.I.N.A plugin)
• Uploading and tracking TLE and CPF satellite orbits
• Orbit corrections when satellite tracking (autoguiding with external CCD cameras)
• Focus control also via Ascom Alpaca API
• Covers (if installed) via Ascom Alpaca API
• Full API control over rotator, Nasmyth port
Max. slew speeds: Up to 50 degrees per second
Pointing Accuracy (20° to 85°): <8” RMS with pointing model
Tracking Accuracy (20° to 85° – unguided, with current pointingfile): <0,25” RMS within 5 minutes
System Natural Frequency: 10 Hz or greater
Satellite tracking: All sky pointing error (20°-85°) 8” RMS more info