ZWO ASI4400MC Pro | PixelSkiesAstro
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  • ZWO ASI4400MC Pro | PixelSkiesAstro
  • ZWO ASI4400MC Pro | PixelSkiesAstro
  • ZWO ASI4400MC Pro | PixelSkiesAstro
  • ZWO ASI4400MC Pro | PixelSkiesAstro
  • ZWO ASI4400MC Pro | PixelSkiesAstro
  • ZWO ASI4400MC Pro | PixelSkiesAstro
  • ZWO ASI4400MC Pro | PixelSkiesAstro
  • ZWO ASI4400MC Pro | PixelSkiesAstro
  • ZWO ASI4400MC Pro | PixelSkiesAstro
  • ZWO ASI4400MC Pro | PixelSkiesAstro
  • ZWO ASI4400MC Pro | PixelSkiesAstro

ZWO ASI4400MC Pro

3 590,00 €
TTC

ZWO ASI4400MC Pro The ASI4400MC Pro is a cooled one-shot colour astronomy camera using the Sony IMX366 sensor. Its 36 × 24 mm imaging area records 8192 × 5460 pixels with 4.4 µm pixels and a native 14-bit ADC.

Manufacturer model: ZWO ASI4400MC Pro · Specifications checked against manufacturer data on 2026-11-03

ZWO ASI4400MC Pro

The ASI4400MC Pro is a cooled one-shot colour astronomy camera using the Sony IMX366 sensor. Its 36 × 24 mm imaging area records 8192 × 5460 pixels with 4.4 µm pixels and a native 14-bit ADC.

Imaging performance

ZWO specifies 74,600 electrons full-well capacity, peak quantum efficiency of 80% and read noise of 1.1–7.6 electrons. The listed capture rate is 8.3 fps, full frame USB 3.0 RAW8 high-speed; actual transfer speed depends on image size, ADC/output mode and USB connection. The colour sensor records colour in a single exposure sequence, supporting deep-sky imaging without separate RGB filter exposures.

Cooling and data transfer

Two-stage TEC cooling reduces thermal signal during long exposures. The manufacturer cooling specification is Two-stage TEC; 30–35 °C below ambient, tested at 30 °C ambient. A 512 MB DDR3 buffer and USB 3.0 connection support reliable downloads.

Connections and power

The camera connection is M54 × 0.75 female, with sensor spacing of 12.5 mm bare; 17.5 mm with tilt plate. The protective window is 60 × 2 mm UV/IR-cut window. Use a 12 V DC, 3–5 A supply with a 5.5 × 2.1 mm centre-positive connector; the recommended battery range is 11–14 V. Include adapters and any filter wheel when calculating telescope backfocus.

ZWO manufacturer documentation

Compatibility notes

Use the exact named-model manufacturer connection and operating instructions linked with this product. Optional parts and adapters require their specified spacing and power limits.

Additional specifications

Tilt adjustmentThree push-pull screw pairs
88178

Fiche technique

CAN (bits)
14
Plage de tension batterie
11–14 V
Diamètre du boîtier (mm)
90
Mémoire tampon
512 MB DDR3
Filetage caméra
M54 × 0.75 female
Mode couleur
Colour
Refroidissement
Two-stage TEC; 30–35 °C below ambient, tested at 30 °C ambient
Chauffage anti-buée (W)
5
Plage d'exposition
32 µs–2000 s
Capacité de puits (e⁻)
74600
Gain HCG
136
Interface
USB 3.0; USB 2.0 compatible
Cadence maximale
8.3 fps, full frame USB 3.0 RAW8 high-speed
QE max. (%)
80
Taille des pixels (µm)
4.4
Alimentation
12 V DC, 3–5 A recommended; 5.5 × 2.1 mm centre positive
Fenêtre de protection
60 × 2 mm UV/IR-cut window
Bruit de lecture (e⁻)
1.1–7.6
Résolution (px)
8192 × 5460
Capteur
Sony IMX366
Backfocus du capteur
12.5 mm bare; 17.5 mm with tilt plate
Diagonale du capteur (mm)
43.3
Dimensions du capteur (mm)
36 × 24
Obturateur
Rolling shutter
Logiciel
Windows; Linux; macOS with compatible ZWO software/drivers
Poids (g)
700
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