QHYCCD

QHY PCIE Kit with Grabber Card, Four Modules & Two Fiber Optic Cables - 90043

Out of stock
SKU: QHY-90043
$2,318.00 CAD
Product details
  • SKU QHY-90043
Description

Before you purchase this product, please confirm that your computer supports PCIE*8 or higher interfaces.

The QHY PCIE KIT includes one PCIE Card, four Fiber Module and two 10 meter Fiber Optic cables

The QHY Fiber Grabber Card is a PCIE2.0 x 8 image data graber card. It supports 2*10Gbps high-speed optical communication between the camera and the computer.

Features:

  • PCIE 2.0 x 8
  • 4GB onboard DDR3 memory
  • Total of four 10Gbps fiber sockets
  • Total of one 40Gbps fiber sockets

Cameras that Support the PCIE Kit

Compatible with models that have a 2 x 10GB interface, like the QHY268PRO, QHY600PRO,QHY461, QHY411, QHY4040PRO, etc.

More About Upgrading Compatible Cameras with the PCIE Card Kit

The 2*10Gigabit Fiber Optic Interface (to be used with the optional QHYCCD PCIE fiber optic capture card) meets the high-intensity data transmission requirements of professional fields such as professional observatories. It has the following advantages over the USB 3.0 interface:

Higher data rates

Using two 10G fiber optics, it can achieve a speed of 1.6GB/s (12.8Gbps), while the standard USB 3.0 has a theoretical maxium rate of 625MB/s (5Gbps), with an actual maximum transfer rate of 350MB/s.

Longer transmission distance

Fiber optic transmission can cover distances hundreds of times longer than USB 3.0. Standard USB 3.0 can only transmit up to 3 to 5 meters, and even with an active powered USB cable, it can reach up to 10 to 15 meters. In contrast, QHYCCD’s standard fiber optic module can achieve a transmission distance of up to 300 meters, and when paired with long-distance transmission optical modules, it can cover distances of several tens of kilometers.

Stable transmission without electromagnetic interference

USB 3.0 transmission can be susceptible to external electromagnetic interference, static electricity, leakage, and other factors, leading to data packet corruption, image loss, or camera control issues.  Optical communication is not affected by electromagnetic interference.