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IMPORTANT: Our store is located in Canada. All orders that include products manufactured outside of Canada or USA will be subject to tariffs and duties, regardless of the order value. US customers are responsible for all applicable duties and tariffs, and those will be billed by the carrier, except for the Lacerta upgrade kit, for which we collect them at checkout.
QHYCCD QHY600M PRO SBFL Monochrome CMOS Camera

QHYCCD QHY600M PRO SBFL Monochrome CMOS Camera

par QHYCCD
UGC QHY-110066
$7,999.00 - $7,999.00
$7,999.00
$7,999.00 - $7,999.00
$7,999.00
Égalisation de prix!
  • 61.17 Megapixel Full-Frame (36mm x 24mm) Sony IMX455 Sensor
  • 3.76μm Square Pixels
  • Native 16-bit A/D Conversion
  • 1.1e- Minimum Read Noise in High Gain Mode
  • Dual-Stage TEC Cooling to -35°C Below Ambient
  • 2GB DDR3 Image Buffer
  • 14.5mm Short Back Focus (SBFL Version)
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  • Description
  • FAQ
  • Specifications
  • In the Box
  • Downloads
  • Warranty

  • QHY600M PRO SBFL Monochrome CMOS Camera

    The QHY600M PRO SBFL combines a full-frame 36mm x 24mm Sony IMX455 monochrome sensor with a professional-grade feature set designed for uncompromising astronomical imaging. Its 61.17 Megapixel resolution and 3.76μm pixels are capable of capturing vast, high-resolution fields of view with remarkable detail. With a native 16-bit A/D converter, multiple readout modes that push read noise down to 1.1e-, and a 2GB DDR3 buffer, this camera delivers the deep dynamic range and clean data required for both scientific research and advanced astrophotography.

    61.17MP IMX455: Native 16-Bit BSI Imaging

    At the heart of the QHY600 Pro is the back-illuminated Sony IMX455 sensor, which provides exceptional sensitivity across the visible spectrum. The camera's true native 16-bit A/D converter captures 65,536 levels of gray, ensuring smooth tonal gradations from the brightest stellar cores to the faintest wisps of nebulosity. This deep data capture is supported by several user-selectable readout modes to match your target.

    • Photographic Mode: Offers a deep full well capacity of over 51,000 electrons, ideal for capturing bright objects in a single exposure without saturation.
    • High Gain Mode: Reduces read noise to an exceptionally low 1.1e-, perfect for narrowband imaging or short exposures where every photon counts.
    • Extended Full Well Mode: Pushes the capacity to over 80,000 electrons, providing immense dynamic range for targets with extreme brightness differences, like the core of the Orion Nebula (M42).

    2x 10G Fiber & 2GB DDR3: 4.0 FPS Full-Frame Capture

    For applications requiring high-speed data transfer, such as survey work or advanced lucky imaging, the QHY600 Pro includes dual 10-Gigabit fiber optic ports alongside a standard USB 3.0 interface. This professional data connection allows the camera to sustain a full-frame capture rate of 4.0 FPS in 8-bit mode. A massive 2GB DDR3 internal memory buffer ensures that no frames are dropped during high-cadence capture, providing a stable and reliable data stream to your computer.

    -35°C Cooling and 0.0022e-/s Dark Current

    Thermal noise is the enemy of long-exposure astrophotography. The QHY600 Pro employs a powerful dual-stage thermoelectric cooling system capable of reducing the sensor temperature to 35°C below ambient. This aggressive cooling dramatically lowers thermal signal, resulting in an extremely low dark current of just 0.0022 electrons per pixel per second at -20°C. Combined with its zero-amplifier-glow design, the camera produces exceptionally clean and easily calibrated raw frames, even on multi-hour exposures.

    14.5mm Short Back Focus (SBFL) Design

    This SBFL (Short Back Focus Length) version of the QHY600 Pro is specifically engineered for complex imaging trains. With a back focus distance of just 14.5mm, it provides critical space for accessories like filter wheels, off-axis guiders, and rotators while still meeting the strict spacing requirements of field flatteners and reducers. This thoughtful design element simplifies setup and ensures optimal optical correction across the entire full-frame sensor.

    QHY600 Pro vs. ZWO ASI6200MM Pro: A Pro-Level Comparison

    Both the QHY600 Pro and the ZWO ASI6200MM Pro are built around the same excellent Sony IMX455 sensor, offering identical resolution and pixel scale. The primary differences lie in their architecture and intended applications.

    • ZWO's Advantage: The ASI6200MM Pro integrates seamlessly into the ASIAIR ecosystem, offering a streamlined, tablet-controlled workflow that is highly popular for its simplicity and field-friendliness.
    • QHY's Advantage: The QHY600 Pro is built for professional and research-grade applications. Its key differentiators are the dual 10-Gigabit fiber optic ports for high-speed data transfer, a massive 2GB DDR3 buffer (compared to 512MB in the ASI6200), and multiple selectable readout modes that offer greater flexibility in optimizing full well capacity versus read noise. The native 16-bit A/D is also a significant feature for maximizing dynamic range.

  • What are the different readout modes on the QHY600 Pro for?

    The QHY600 Pro offers several readout modes to optimize performance for different targets. Photographic Mode provides a deep full well of over 51ke- for general use. High Gain Mode drops read noise to as low as 1.1e-, ideal for faint targets and narrowband imaging. Extended Full Well Mode increases capacity to over 80ke-, perfect for scenes with extreme dynamic range like bright star clusters or galactic cores.

    What is the benefit of the 2x 10Gbps fiber interface on the QHY600 Pro?

    The dual 10-Gigabit fiber optic ports provide an extremely fast and reliable data connection for demanding applications. This interface allows the QHY600 Pro to stream full-resolution 16-bit images at up to 3.5 FPS (in PCIE mode), a rate that is difficult to sustain over USB 3.0. It is designed for professional observatories, scientific surveys, and remote imaging setups where data integrity and speed are paramount.

    How does the QHY600 Pro's 14.5mm back focus (SBFL version) help my imaging setup?

    The 14.5mm back focus of the SBFL model provides extra space in your optical train. This is crucial when using accessories like a filter wheel, an off-axis guider (OAG), and a rotator, all of which consume back focus. The shorter distance makes it easier to achieve the precise 55mm spacing required by most flatteners and correctors while accommodating a full imaging stack.

    Does the QHY600 Pro have amplifier glow?

    No. The QHY600 Pro is engineered with a design that produces zero amplifier glow. This means your long-exposure images will be free from the characteristic glow at the edges of the frame, resulting in cleaner data that is simpler to calibrate and process.

    How will the QHY600 Pro perform on a wide-field refractor for imaging the North America Nebula (NGC 7000)?

    The QHY600 Pro is an ideal match for this scenario. Its large 36mm x 24mm full-frame sensor will easily capture the entire expanse of the North America Nebula (NGC 7000) and the adjacent Pelican Nebula (IC 5070) in a single frame with a short focal length refractor. The 3.76μm pixels provide excellent resolution for fine details within the nebulae's dark lanes and emission regions.

    Is the QHY600 Pro suitable for high-speed "lucky imaging" of the Moon with a large SCT?

    Yes. While it's primarily a deep-sky camera, the QHY600 Pro's ROI (Region of Interest) capabilities make it very effective for lunar and solar imaging. By selecting a smaller readout area, you can achieve very high frame rates, such as 47 FPS in 8-bit mode for a 480-line ROI over USB 3.0. The large 2GB DDR3 buffer is essential here, preventing dropped frames during these high-speed captures to freeze atmospheric seeing.

  • Product Variant QHY600M PRO SBFL; Class 1, Mono, BSI, Air Cooling, Short Back Focus, 2 x 10GB
    Image Sensor Sony IMX455, Back-Side Illuminated (BSI) CMOS
    Effective Pixels 61.17 Megapixels (9576 x 6388)
    Sensor Size 36mm x 24mm (Full Frame)
    Pixel Size 3.76μm x 3.76μm
    A/D Conversion Native 16-bit
    Full Well Capacity Photographic Mode: >51ke- | Extended Mode: >80ke-
    Read Noise 1.1e- to 7.9e- (Across various modes)
    Dark Current 0.0022e-/pixel/sec @ -20℃
    Exposure Time Range 40μs to 3600s
    Shutter Type Electronic Rolling Shutter
    Computer Interface USB 3.0, 2x 10-Gigabit Fiber
    Built-in Image Buffer 2GB DDR3 Memory
    Full Frame Rate (USB 3.0) 4.0 FPS @ 8-bit, 2.5 FPS @ 16-bit
    Full Frame Rate (PCIE Mode) 4.0 FPS @ 8-bit, 3.5 FPS @ 16-bit
    ROI Frame Rate (USB 3.0) Up to 47 FPS @ 8-bit (480 lines)
    Cooling System Dual-Stage TEC, Typically -35°C below ambient
    Back Focal Length 14.5mm (SBFL Version)
    Anti-Dew Heater Available
    Humidity Sensor Available
    Filter Wheel Interface 4-PIN QHYCCD CFW Port
    Trigger Port Programmable TrigOut, High Speed Sync Port / GPS interface Port
    Optic Window AR+AR Multi-Layer Anti-Reflection Coating
    Firmware Upgradeable Available via USB port
    Weight About 1kg
    Power Consumption 40W at 100% cooling
  • QHYCCD Warranty