Complete astronomy camera catalog

Every astronomy camera, one searchable range

Compare every current and legacy-supported ToupTek astronomy camera by sensor technology, resolution, pixel size, frame rate, cooling and interface.

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models

current models

series

400–1700 nm

UV · VIS · SWIR

47 models

Complete model range

Each SKU below has its own specification page and is included in camera-finder search and comparison.

SkyEye full-frame DSO

3 models

Deep-sky cooledCurrent

SkyEye62AM

Sensor: Sony IMX455 monochrome CMOS
Sensor type: Back-illuminated full-frame monochrome CMOS

Resolution

61 MP (9568 × 6380)

Pixel

3.76 µm

Frame rate

6.2 fps

Interface

USB 3.0

Cooling: Two-stage TEC, ΔT ≥35 °C

Deep-sky astrophotography
Narrowband nebula imaging

Full specifications →Official source ↗

Deep-sky cooledCurrent

SkyEye62AC

Sensor: Sony IMX455 color CMOS
Sensor type: Back-illuminated full-frame color CMOS

Resolution

61 MP (9568 × 6380)

Pixel

3.76 µm

Frame rate

6.2 fps

Interface

USB 3.0

Cooling: Two-stage TEC, ΔT ≥35 °C

Deep-sky astrophotography
One-shot colour deep-sky imaging

Full specifications →Official source ↗

Deep-sky cooledCurrent

SkyEye24AC

Sensor: Sony IMX410 color CMOS
Sensor type: Back-illuminated full-frame color CMOS

Resolution

24 MP (6064 × 4040)

Pixel

5.94 µm

Frame rate

16 fps

Interface

USB 3.0

Cooling: Two-stage TEC, ΔT ≥35 °C

Deep-sky astrophotography
One-shot colour deep-sky imaging

Full specifications →Official source ↗

ATR DSO cooled

16 models

Deep-sky cooledCurrent

ATR992M

Sensor: Sony IMX992 SenSWIR InGaAs monochrome sensor
Sensor type: Global-shutter SWIR InGaAs monochrome CMOS

Resolution

5 MP (2560 × 2048)

Pixel

3.45 µm

Frame rate

36 fps

Interface

USB 3.0

Cooling: Two-stage TEC, ΔT ≈30 °C

SWIR astronomy and research
Dust and haze penetration imaging

Full specifications →Official source ↗

Deep-sky cooledCurrent

ATR2110C

Sensor: SmartSens SC2110 color CMOS
Sensor type: Large-pixel color CMOS

Resolution

2.3 MP (1920 × 1200)

Pixel

12 µm

Frame rate

120 fps

Interface

USB 3.0

Cooling: Two-stage TEC, ΔT up to 42 °C

Deep-sky astrophotography
One-shot colour deep-sky imaging

Full specifications →Official source ↗

Deep-sky cooledCurrent

ATR2600M

Sensor: Sony IMX571 monochrome CMOS
Sensor type: Back-illuminated APS-C monochrome CMOS

Resolution

26 MP (6224 × 4168)

Pixel

3.76 µm

Frame rate

13.3 fps

Interface

USB 3.0

Cooling: Two-stage TEC, ΔT ≥42 °C

Deep-sky astrophotography
Narrowband nebula imaging

Full specifications →Official source ↗

Deep-sky cooledCurrent

ATR2600C

Sensor: Sony IMX571 color CMOS
Sensor type: Back-illuminated APS-C color CMOS

Resolution

26 MP (6224 × 4168)

Pixel

3.76 µm

Frame rate

13.3 fps

Interface

USB 3.0

Cooling: Two-stage TEC, ΔT ≥42 °C

Deep-sky astrophotography
One-shot colour deep-sky imaging

Full specifications →Official source ↗

Deep-sky cooledCurrent

ATR183M

Sensor: Sony IMX183 monochrome CMOS
Sensor type: Back-illuminated monochrome CMOS

Resolution

19.8 MP (5440 × 3648)

Pixel

2.4 µm

Frame rate

18 fps

Interface

USB 3.0

Cooling: Two-stage TEC, ΔT ≥45 °C

Deep-sky astrophotography
Narrowband nebula imaging

Full specifications →Official source ↗

Deep-sky cooledCurrent

ATR183C

Sensor: Sony IMX183 color CMOS
Sensor type: Back-illuminated color CMOS

Resolution

19.8 MP (5440 × 3648)

Pixel

2.4 µm

Frame rate

18 fps

Interface

USB 3.0

Cooling: Two-stage TEC, ΔT ≥45 °C

Deep-sky astrophotography
One-shot colour deep-sky imaging

Full specifications →Official source ↗

Deep-sky cooledCurrent

ATR294M

Sensor: Sony IMX492 monochrome CMOS
Sensor type: Back-illuminated 4/3-inch monochrome CMOS

Resolution

11.6 MP (4128 × 2808)

Pixel

4.63 µm

Frame rate

33 fps

Interface

USB 3.0

Cooling: Two-stage TEC, ΔT ≥42 °C

Deep-sky astrophotography
Narrowband nebula imaging

Full specifications →Official source ↗

Deep-sky cooledCurrent

ATR294C

Sensor: Sony IMX294 color CMOS
Sensor type: Back-illuminated 4/3-inch color CMOS

Resolution

11.6 MP (4128 × 2808)

Pixel

4.63 µm

Frame rate

33 fps

Interface

USB 3.0

Cooling: Two-stage TEC, ΔT ≥42 °C

Deep-sky astrophotography
One-shot colour deep-sky imaging

Full specifications →Official source ↗

Deep-sky cooledCurrent

ATR533M

Sensor: Sony IMX533 monochrome CMOS
Sensor type: Back-illuminated square monochrome CMOS

Resolution

9 MP (3008 × 3008)

Pixel

3.76 µm

Frame rate

40 fps

Interface

USB 3.0

Cooling: Two-stage TEC, ΔT ≥45 °C

Deep-sky astrophotography
Narrowband nebula imaging

Full specifications →Official source ↗

Deep-sky cooledCurrent

ATR533C

Sensor: Sony IMX533 color CMOS
Sensor type: Back-illuminated square color CMOS

Resolution

9 MP (3008 × 3008)

Pixel

3.76 µm

Frame rate

40 fps

Interface

USB 3.0

Cooling: Two-stage TEC, ΔT ≥45 °C

Deep-sky astrophotography
One-shot colour deep-sky imaging

Full specifications →Official source ↗

Deep-sky cooledCurrent

ATR585M

Sensor: Sony IMX585 monochrome CMOS
Sensor type: STARVIS 2 back-illuminated monochrome CMOS

Resolution

8.3 MP (3840 × 2160)

Pixel

2.9 µm

Frame rate

47 fps

Interface

USB 3.0

Cooling: Two-stage TEC, ΔT ≥45 °C

Deep-sky astrophotography
Narrowband nebula imaging

Full specifications →Official source ↗

Deep-sky cooledCurrent

ATR585C

Sensor: Sony IMX585 color CMOS
Sensor type: STARVIS 2 back-illuminated color CMOS

Resolution

8.3 MP (3840 × 2160)

Pixel

2.9 µm

Frame rate

47 fps

Interface

USB 3.0

Cooling: Two-stage TEC, ΔT ≥45 °C

Deep-sky astrophotography
One-shot colour deep-sky imaging

Full specifications →Official source ↗

Deep-sky cooledCurrent

ATR428M

Sensor: Sony IMX428 monochrome CMOS
Sensor type: Global-shutter monochrome CMOS

Resolution

7.04 MP (3200 × 2200)

Pixel

4.5 µm

Frame rate

25.7 fps

Interface

USB 3.0

Cooling: Two-stage TEC, ΔT up to 45 °C

Deep-sky astrophotography
Narrowband nebula imaging

Full specifications →Official source ↗

Deep-sky cooledCurrent

ATR428C

Sensor: Sony IMX428 color CMOS
Sensor type: Global-shutter color CMOS

Resolution

7.04 MP (3200 × 2200)

Pixel

4.5 µm

Frame rate

25.7 fps

Interface

USB 3.0

Cooling: Two-stage TEC, ΔT up to 45 °C

Deep-sky astrophotography
One-shot colour deep-sky imaging

Full specifications →Official source ↗

Deep-sky cooledCurrent

ATR432M

Sensor: Sony IMX432 monochrome CMOS
Sensor type: Large-pixel global-shutter monochrome CMOS

Resolution

1.76 MP (1600 × 1100)

Pixel

9 µm

Frame rate

128 fps

Interface

USB 3.0

Cooling: Two-stage TEC, ΔT ≥44 °C

Deep-sky astrophotography
Narrowband nebula imaging

Full specifications →Official source ↗

Deep-sky cooledCurrent

ATR432C

Sensor: Sony IMX432 color CMOS
Sensor type: Large-pixel global-shutter color CMOS

Resolution

1.76 MP (1600 × 1100)

Pixel

9 µm

Frame rate

128 fps

Interface

USB 3.0

Cooling: Two-stage TEC, ΔT ≥44 °C

Deep-sky astrophotography
One-shot colour deep-sky imaging

Full specifications →Official source ↗

AstroEye multi-purpose

1 models

Multi-purpose astronomyCurrent

AE676C

Sensor: Sony IMX676 color CMOS
Sensor type: STARVIS 2 square-format color CMOS

Resolution

12.5 MP (3536 × 3536)

Pixel

2 µm

Frame rate

31 fps

Interface

USB 3.0 Type-C

Cooling: Single-stage TEC; detachable fan, ΔT up to 20 °C

Planetary and lunar imaging
Milky Way and light deep-sky imaging

Full specifications →Official source ↗

G3M planetary / guide

15 models

Planetary and guideCurrent

G3M664C

Sensor: Sony IMX664 color CMOS
Sensor type: STARVIS 2 back-illuminated color CMOS

Resolution

4.1 MP (2688 × 1520)

Pixel

2.9 µm

Frame rate

91 fps

Interface

USB 3.0

Cooling: Passive cooling

Planetary lucky imaging
Lunar surface imaging

Full specifications →Official source ↗

Planetary and guideCurrent

G3M462M

Sensor: Sony IMX462 monochrome CMOS
Sensor type: Back-illuminated monochrome CMOS

Resolution

2.1 MP (1920 × 1080)

Pixel

2.9 µm

Frame rate

152 fps

Interface

USB 3.0

Cooling: Passive cooling

Planetary lucky imaging
Lunar surface imaging

Full specifications →Official source ↗

Planetary and guideCurrent

G3M462C

Sensor: Sony IMX462 color CMOS
Sensor type: Back-illuminated color CMOS

Resolution

2.1 MP (1920 × 1080)

Pixel

2.9 µm

Frame rate

152 fps

Interface

USB 3.0

Cooling: Passive cooling

Planetary lucky imaging
Lunar surface imaging

Full specifications →Official source ↗

Planetary and guideCurrent

G3M662M

Sensor: Sony IMX662 monochrome CMOS
Sensor type: STARVIS 2 back-illuminated monochrome CMOS

Resolution

2.1 MP (1920 × 1080)

Pixel

2.9 µm

Frame rate

107 fps

Interface

USB 3.0

Cooling: Passive cooling

Planetary lucky imaging
Lunar surface imaging

Full specifications →Official source ↗

Planetary and guideCurrent

G3M662C

Sensor: Sony IMX662 color CMOS
Sensor type: STARVIS 2 back-illuminated color CMOS

Resolution

2.1 MP (1920 × 1080)

Pixel

2.9 µm

Frame rate

107 fps

Interface

USB 3.0

Cooling: Passive cooling

Planetary lucky imaging
Lunar surface imaging

Full specifications →Official source ↗

Planetary and guideCurrent

G3M678M

Sensor: Sony IMX678 monochrome CMOS
Sensor type: STARVIS 2 back-illuminated monochrome CMOS

Resolution

8.3 MP (3840 × 2160)

Pixel

2 µm

Frame rate

47 fps

Interface

USB 3.0

Cooling: Passive cooling

Planetary lucky imaging
Lunar surface imaging

Full specifications →Official source ↗

Planetary and guideCurrent

G3M678C

Sensor: Sony IMX678 color CMOS
Sensor type: STARVIS 2 back-illuminated color CMOS

Resolution

8.3 MP (3840 × 2160)

Pixel

2 µm

Frame rate

47 fps

Interface

USB 3.0

Cooling: Passive cooling

Planetary lucky imaging
Lunar surface imaging

Full specifications →Official source ↗

Planetary and guideCurrent

G3M2210M

Sensor: SmartSens SC2210 monochrome CMOS
Sensor type: High-QE monochrome CMOS

Resolution

2.1 MP (1920 × 1080)

Pixel

4 µm

Frame rate

150 fps

Interface

USB 3.0

Cooling: Passive cooling

Planetary lucky imaging
Lunar surface imaging

Full specifications →Official source ↗

Planetary and guideCurrent

G3M2210C

Sensor: SmartSens SC2210 color CMOS
Sensor type: High-QE color CMOS

Resolution

2.1 MP (1920 × 1080)

Pixel

4 µm

Frame rate

90 fps

Interface

USB 3.0

Cooling: Passive cooling

Planetary lucky imaging
Lunar surface imaging

Full specifications →Official source ↗

Planetary and guideCurrent

G3M715C

Sensor: Sony IMX715 color CMOS
Sensor type: STARVIS 2 back-illuminated color CMOS

Resolution

8.3 MP (3840 × 2160)

Pixel

1.45 µm

Frame rate

47 fps

Interface

USB 3.0

Cooling: Passive cooling

Planetary lucky imaging
Lunar surface imaging

Full specifications →Official source ↗

Planetary and guideCurrent

G3M290M

Sensor: Sony IMX290 monochrome CMOS
Sensor type: STARVIS back-illuminated monochrome CMOS

Resolution

2.1 MP (1920 × 1080)

Pixel

2.9 µm

Frame rate

60 fps

Interface

USB 3.0

Cooling: Passive cooling

Planetary lucky imaging
Lunar surface imaging

Full specifications →Official source ↗

Planetary and guideCurrent

G3M290C

Sensor: Sony IMX290 color CMOS
Sensor type: STARVIS back-illuminated color CMOS

Resolution

2.1 MP (1920 × 1080)

Pixel

2.9 µm

Frame rate

60 fps

Interface

USB 3.0

Cooling: Passive cooling

Planetary lucky imaging
Lunar surface imaging

Full specifications →Official source ↗

Planetary and guideCurrent

G3M224C

Sensor: Sony IMX224 color CMOS
Sensor type: STARVIS back-illuminated color CMOS

Resolution

1.2 MP (1280 × 960)

Pixel

3.75 µm

Frame rate

120 fps

Interface

USB 3.0

Cooling: Passive cooling

Planetary lucky imaging
Lunar surface imaging

Full specifications →Official source ↗

Planetary and guideCurrent

G3M178M

Sensor: Sony IMX178 monochrome CMOS
Sensor type: STARVIS back-illuminated monochrome CMOS

Resolution

6.2 MP (3040 × 2048)

Pixel

2.4 µm

Frame rate

58.6 fps

Interface

USB 3.0

Cooling: Passive cooling

Planetary lucky imaging
Lunar surface imaging

Full specifications →Official source ↗

Planetary and guideCurrent

G3M178C

Sensor: Sony IMX178 color CMOS
Sensor type: STARVIS back-illuminated color CMOS

Resolution

6.2 MP (3040 × 2048)

Pixel

2.4 µm

Frame rate

58.6 fps

Interface

USB 3.0

Cooling: Passive cooling

Planetary lucky imaging
Lunar surface imaging

Full specifications →Official source ↗

G3CMOS planetary

4 models

PlanetaryCurrent

G3CMOS20000KMA

Sensor: Sony IMX183 monochrome CMOS
Sensor type: Back-illuminated monochrome CMOS

Resolution

19.8 MP (5440 × 3648)

Pixel

2.4 µm

Frame rate

30 fps

Interface

USB 3.0

Cooling: Air-cooled

Planetary lucky imaging
Lunar surface imaging

Full specifications →Official source ↗

PlanetaryCurrent

G3CMOS20000KPA

Sensor: Sony IMX183 color CMOS
Sensor type: Back-illuminated color CMOS

Resolution

19.8 MP (5440 × 3648)

Pixel

2.4 µm

Frame rate

30 fps

Interface

USB 3.0

Cooling: Air-cooled

Planetary lucky imaging
Lunar surface imaging

Full specifications →Official source ↗

PlanetaryCurrent

G3CMOS10300KPA

Sensor: Sony IMX294 color CMOS
Sensor type: Back-illuminated 4/3-inch color CMOS

Resolution

11.6 MP (4128 × 2808)

Pixel

4.63 µm

Frame rate

33 fps

Interface

USB 3.0

Cooling: Air-cooled

Planetary lucky imaging
Lunar surface imaging

Full specifications →Official source ↗

PlanetaryCurrent

G3CMOS08300KPA

Sensor: Sony IMX585 color CMOS
Sensor type: STARVIS 2 back-illuminated color CMOS

Resolution

8.3 MP (3840 × 2160)

Pixel

2.9 µm

Frame rate

47 fps

Interface

USB 3.0

Cooling: Air-cooled

Planetary lucky imaging
Lunar surface imaging

Full specifications →Official source ↗

GPM guide

5 models

Guide cameraCurrent

GPM662M

Sensor: Sony IMX662 monochrome CMOS
Sensor type: STARVIS 2 back-illuminated monochrome CMOS

Resolution

2.1 MP (1920 × 1080)

Pixel

2.9 µm

Frame rate

17.8 fps

Interface

USB 2.0 Type-C + ST4

Cooling: Passive cooling

Telescope autoguiding
Guide-scope and off-axis guiding

Full specifications →Official source ↗

Guide cameraCurrent

GPM662C

Sensor: Sony IMX662 color CMOS
Sensor type: STARVIS 2 back-illuminated color CMOS

Resolution

2.1 MP (1920 × 1080)

Pixel

2.9 µm

Frame rate

17.8 fps

Interface

USB 2.0 Type-C + ST4

Cooling: Passive cooling

Telescope autoguiding
Guide-scope and off-axis guiding

Full specifications →Official source ↗

Guide cameraCurrent

GPM174M

Sensor: Sony IMX249 monochrome CMOS
Sensor type: Pregius global-shutter monochrome CMOS

Resolution

2.3 MP (1920 × 1200)

Pixel

5.86 µm

Frame rate

16 fps

Interface

USB 2.0 + ST4

Cooling: Passive cooling

Telescope autoguiding
Guide-scope and off-axis guiding

Full specifications →Official source ↗

Guide cameraDiscontinued

GPM462M

Sensor: Sony IMX462 monochrome CMOS
Sensor type: Back-illuminated monochrome CMOS

Resolution

2.1 MP (1920 × 1080)

Pixel

2.9 µm

Frame rate

17.8 fps

Interface

USB 2.0 + ST4

Cooling: Passive cooling

Telescope autoguiding
Guide-scope and off-axis guiding

Full specifications →Official source ↗

Guide cameraCurrent

GPM462C

Sensor: Sony IMX462 color CMOS
Sensor type: Back-illuminated color CMOS

Resolution

2.1 MP (1920 × 1080)

Pixel

2.9 µm

Frame rate

17.8 fps

Interface

USB 2.0 + ST4

Cooling: Passive cooling

Telescope autoguiding
Guide-scope and off-axis guiding

Full specifications →Official source ↗

GPCMOS guide

3 models

Guide cameraDiscontinued

GPCMOS02000KMA

Sensor: Sony IMX290 monochrome CMOS
Sensor type: STARVIS back-illuminated monochrome CMOS

Resolution

2.1 MP (1920 × 1080)

Pixel

2.9 µm

Frame rate

18 fps

Interface

USB 2.0 + ST4

Cooling: Passive cooling

Telescope autoguiding
Guide-scope and off-axis guiding

Full specifications →Official source ↗

Guide cameraDiscontinued

GPCMOS02000KPA

Sensor: Sony IMX290 color CMOS
Sensor type: STARVIS back-illuminated color CMOS

Resolution

2.1 MP (1920 × 1080)

Pixel

2.9 µm

Frame rate

18 fps

Interface

USB 2.0 + ST4

Cooling: Passive cooling

Telescope autoguiding
Guide-scope and off-axis guiding

Full specifications →Official source ↗

Guide cameraDiscontinued

GPCMOS01200KPF

Sensor: Sony IMX225 color CMOS
Sensor type: STARVIS back-illuminated color CMOS

Resolution

1.2 MP (1280 × 960)

Pixel

3.75 µm

Frame rate

30 fps

Interface

USB 2.0 + ST4

Cooling: Passive cooling

Telescope autoguiding
Guide-scope and off-axis guiding

Full specifications →Official source ↗

Astronomy imaging

Choose the sensor before the camera body

Compare field of view, sampling, read noise and cooling requirements before selecting a model.

All guides

Signal-to-noise versus signal electrons for three read-noise levels, showing where read noise stops mattering

Scientific cameras

12 min Regime lab

Choosing a scientific camera

Which sensor technology your photon budget actually needs, why rolling and global shutter answer different questions, and how to check the data can leave the camera at all.

Open guide

Diagram contrasting CCD serial charge transfer to a single corner amplifier against sCMOS parallel in-pixel conversion and per-column ADCs

Scientific cameras

14 min Architecture lab

CCD vs CMOS: Readout Architectures & Physics

How physical charge transport versus in-pixel voltage conversion dictates readout speed, read noise, blooming, fill factor, and fixed-pattern noise in scientific detectors.

Open guide

$Microscope field of view and diffraction spot sampled by a scientific camera$

Scientific imaging

10 min FOV calculator

Calculating camera field of view and diffraction sampling

Calculate object-space pixel size, field of view, Rayleigh resolution, and sampling using real MAX and sMAX sensor formats.

Open guide