Cameras
Camera choice in astrophotography is less about megapixels than about matching pixel size to your telescope and your sky. A camera that resolves beautifully at 400 mm focal length will oversample badly at 2000 mm, and a sensor that suits pristine mountain seeing will simply record blur under an average Canadian night. David Astro stocks astronomy cameras in Canada — cooled and uncooled CMOS, monochrome and colour, deep-sky, planetary and guiding — in stock and shipped from our Canadian warehouse.
We match cameras to telescopes for customers constantly. Send us your focal length, your typical seeing and what you want to photograph, and we will calculate the pixel scale before recommending anything.
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QHYCCD QHY174M-GPS
2 Megapixel Sony IMX174 Mono Sensor Electronic Global Shutter Eliminates Motion Artifacts Integrated GPS Module with 1 Microsecond UTC Time-Stamp ...
View full detailsQHYCCD QHY183C Color
20 Megapixel back-illuminated Sony IMX183 color sensor 2.4μm pixels for high-resolution imaging Dual-stage TEC cooling to -40°C below ambient 1.0e...
View full detailsQHYCCD QHY183M Mono
20 Megapixel back-illuminated Sony IMX183 mono sensor 2.4µm pixels for high-resolution imaging Dual-stage TEC cooling to -40°C below ambient Extre...
View full detailsQHYCCD QHY1920 Cooled BSI Scientific Camera
2.3 Megapixel Back-Side Illuminated (BSI) Sensor Large 12µm x 12µm Pixels 58 FPS at Full 1920x1200 Resolution 0.74e- Minimum Read Noise Dual-Stage...
View full detailsQHYCCD QHY2020 BSI Scientific CMOS Camera
4 Megapixel (2048x2048) BSI Monochrome CMOS Sensor 6.5μm pixels and 56ke- full well capacity Ultra-low 1.7e- read noise in High Gain Mode Dual 12-...
View full detailsQHYCCD QHY247C Color
QHYCCD is proud to announce the release of an exciting new APS-C format color camera.The QHY247C uses a 24 Megapixel sensor with 3.91um pixels and ...
View full detailsQHYCCD QHY268C Color
26 Megapixel Sony IMX571 APS-C BSI Sensor Native 16-bit A/D Converter (0-65535 levels) Ultra-low 1.1e- Read Noise in High Gain Mode Dual-Stage TEC...
View full detailsQHYCCD QHY268M Mono
26 Megapixel Sony IMX571 BSI CMOS Sensor APS-C Sensor Size with 3.76μm Pixels Native 16-bit A/D Conversion (65,535 Levels) Selectable Full Well: 5...
View full detailsQHYCCD QHY268M Pro I Monochrome CMOS Camera
26 Megapixel Sony IMX571 APS-C BSI CMOS Sensor Native 16-bit A/D Conversion for 65,535 Gray Levels 1.1e- Minimum Read Noise Dual Full Well Modes: ...
View full detailsQHYCCD QHY294C-Pro Color
The Sony Starvis IMX294CJK Exmor R is a 21.63 mm diagonal (Type 4/3), 10.7 megapixel, back-illuminated color CMOS sensor.Sony has commercialized th...
View full detailsQHYCCD QHY294M-Pro Mono
4/3-inch Sony IMX492 BSI CMOS Sensor Switchable 11.7 MP and 46.8 MP resolution modes 4.63µm pixels and 65ke- full well capacity in standard mode U...
View full detailsQHYCCD QHY367CPRO-C Color
Effective Pixels: 36MP Sensor Size: Full Frame (36mm x 24mm) Readout Noise: 2.4e- to 3.2e- Cooling System: -45℃ below ambient Built-in Image ...
View full detailsQHYCCD QHY4040 FSI Scientific CMOS Camera
16.8 Megapixel Gpixel GSENSE4040 FSI CMOS Sensor 4096 x 4096 resolution with 9.0μm pixels Dual 12-bit ADC with 16-bit combined output mode High Ga...
View full detailsQHYCCD QHY4040 Pro I BSI Scientific CMOS Camera
16.8 Megapixel Gpixel GSENSE4040 BSI CMOS Sensor 4096 x 4096 Resolution with 9.0µm Pixels 36.9mm x 36.9mm Square Image Area Dual 10-Gigabit Fiber ...
View full detailsQHYCCD QHY4040 Pro Series Scientific Camera (FSI)
16.8 Megapixel Gpixel GSENSE4040 FSI Sensor Large 36.9mm x 36.9mm Imaging Area 9.0μm Pixel Size Dual 12-bit ADC with High/Low Gain Channels 2x 10G...
View full detailsQHYCCD QHY410C Color
14bit 24mpixel BSI FFThe new QHY410C uses Sony's latest back-illuminated, full frame color sensor. The IMX410 is essentially a back-illuminated ver...
View full detailsQHYCCD QHY411C PRO Color BSI Cooled Camera
Scientific-Grade Class 1 BSI CMOS Sensor Medium-Format Color Imaging Dual 10 Gigabit Ethernet (2 x 10GB) Interface Hybrid Air and Liquid Cooling S...
View full detailsQHYCCD QHY411M PRO Monochrome Medium Format Camera
150 Megapixel Monochrome BSI Sensor 54mm x 40mm Medium Format Sensor Size Native 16-bit A/D Conversion 80,000e- Full Well Capacity Dual 10 Gigabit...
View full detailsQHYCCD QHY42 BSI/FSI/UV Scientific CMOS Camera
4 Megapixel Gpixel GSENSE400 monochrome sensor Large 11μm pixels for high sensitivity Dual 12-bit ADCs for High Dynamic Range (HDR) capture 24 FPS...
View full detailsQHYCCD QHY461C PRO Color CMOS Camera
100 Megapixel Medium Format Sensor 44mm x 33mm Sensor Size Native 16-bit A/D Conversion Back-Side Illuminated (BSI) CMOS Architecture Dual 10 Giga...
View full detailsQHYCCD QHY461M PRO Scientific Medium Format Monochrome Camera
Class 1 Scientific-Grade BSI Sensor Monochrome Medium Format Dual Air and Liquid Cooling System 2 x 10 Gigabit Ethernet Interface Native 16-bit A/...
View full detailsQHYCCD QHY530 Pro II Mono Camera
24.55 Megapixel Sony IMX530 BSI Monochrome Sensor Electronic Global Shutter for distortion-free imaging 2.74μm Pixel Size Dual-Stage TEC Cooling (...
View full detailsQHYCCD QHY533C Color
9 Megapixel Sony IMX533 Back-Side Illuminated (BSI) Color Sensor 1-inch square format with 3.76µm pixels 14-bit A/D conversion for deep dynamic ra...
View full detailsQHYCCD QHY533M Mono
9 Megapixel, 1-inch square monochrome sensor (Sony IMX533) 3.76μm pixels and 58ke- full well capacity 14-bit A/D conversion and 1.3e- minimum read...
View full detailsMatching a Sensor to Your Telescope
The number that matters most is pixel scale in arcseconds per pixel, which is pixel size divided by focal length and multiplied by 206.265. Aim for roughly 1 to 2 arcseconds per pixel under typical Canadian seeing.
- Cooled deep-sky cameras: Thermoelectric cooling holds the sensor well below ambient, which suppresses dark current and makes calibration frames repeatable across a session.
- Monochrome versus colour: Mono with filters collects more photons per pixel and gives higher resolution and full narrowband capability; one-shot colour is simpler and captures all channels at once, which suits limited clear nights.
- Planetary and lunar cameras: Small, fast, uncooled sensors that capture hundreds of frames per second so that lucky imaging can select the sharpest moments of seeing.
- Guide cameras: Small sensitive sensors with high frame rates, paired with a guide scope or off-axis guider to correct mount error in real time.
- Sensor format: Larger sensors demand a corrector that covers the full field and filters sized to match, so a full-frame camera has consequences well beyond its own price.
- Read noise and full-well depth: Low read noise permits short sub-exposures under light pollution; deeper full wells preserve bright stars from saturating.
Why Choose David Astro for Cameras
A camera is the middle of a system. Getting it right means checking what sits on either side of it.
- Pixel scale calculated first: We work out arcseconds per pixel for your focal length before recommending a sensor, so you are not paying for resolution your sky cannot deliver.
- Back-focus specified with the camera: We supply the spacer and adapter list alongside the camera, including the shift your filters introduce.
- Cooling and power realities: Cooled cameras draw meaningful current, and we size power supply and cabling for cold-weather operation.
- Authorized dealer: Full manufacturer warranty on every camera, verified authenticity, and warranty service handled in Canada.
- In-house diagnostics: If a cooler underperforms or a sensor shows an artifact, we can test it here rather than shipping it abroad.
Cameras in Canada — Frequently Asked Questions
- Monochrome or one-shot colour?
- One-shot colour if clear nights are scarce and you want a finished image quickly. Monochrome if you want maximum resolution and narrowband imaging from a light-polluted site, accepting that each target takes several times longer.
- What pixel size should I choose?
- Divide pixel size in microns by focal length in millimetres and multiply by 206.265. Target 1 to 2 arcseconds per pixel. Short focal lengths need small pixels; long focal lengths need larger ones.
- Do I need cooling in a Canadian winter?
- Cooling still matters, because its real value is holding a stable, repeatable temperature so your dark frames match your lights. Ambient cold alone drifts throughout the night.
- Will you help with spacing and drivers?
- Yes. We supply the back-focus calculation with the camera and help with driver and capture software setup after it arrives.
Matching a camera to your scope?
Send us your focal length, sky and targets and we will calculate the right sensor. Canadian stock, expert configuration support.