![]() ![]() When it gets to the end of memory, it cycles back to the beginning and continues recording, constantly overwriting itself – until the camera is triggered. When the camera is in the pre-trigger mode (you've pressed "Capture" in the user interface), the camera is continuously recording images into that memory. Most Phantom cameras come with a fixed amount of high-speed dynamic RAM. ![]() It works with standard Ethernet cables, or, for a more secure connection, Vision Research provides a ruggedized CAT 6A Ethernet cable with the mating locking component on one end.Ī CAT6 or CAT7 cable is recommended and gives you a maximum 100m distance between the camera and the interface card. The RJ45 port on TMX has a locking mechanism. Be sure the latest Intel drivers are installed, and the appropriate network address is assigned to it (For example, IP 172.16.0.1 and Subnet 255.255.0.0) Also, ensure either the Phantom 10G Network driver is installed. While any compatible 10GBASE-T interface card installed in a PC should work, we have been using and recommending the Intel X540-T1 and X540-T2 cards. When optimized, the 10GB Ethernet interface allows for cine downloads at speeds more than 5X faster than the standard Gb Ethernet interface. The TMX Series have a single RJ45 Ethernet port that is auto-negotiating to either a Gb Ethernet or a 10Gb Ethernet interface. The camera mount can be customized for each particular test as needed. Like most Phantom cameras the TMX 7510 has interchangeable lens mounts (PL, C, M42 and Canon EOS) which enables the use of high quality and specialized optics without limitation. All of these workflow tools are available on every TMX. The Phantom TMX 7510 has up to 512GB of onboard RAM, can be fitted to use our custom non-volatile data storage, the Phantom CineMag, and comes equipped with 10Gb Ethernet download as a standard. These incredible speeds mean that data management is vital to ensuring as little downtime as possible. The difference in resolution options means that researchers are better able to fit the camera sensor output to the size and shape of their high-speed event. In standard mode the TMX 7510 can reach over 300,000 fps at 1280 x 192 (long, thin rectangle), but if switched into binning mode the same speeds are possible at 640 x 384 (shorter and wider rectangle). The ability to select binning mode allows for a variety of resolutions without sacrificing speed. Flexibility is key to ensuring that the TMX 7510 is capable of producing images that scientific analysts require. ![]() ![]() This revolutionary platform is part of a generation of cameras that deliver greater throughput, premium features, and enhanced performance. Moving those key elements to the back of the sensor allows even more light to reach each pixel, improving light sensitivity and QE. The unique back side illuminated sensor found in the Phantom TMX 7510 deals with this issue by locating the metal parts of a traditional sensor that interfere with incident light to the photodiode to the back of the sensor. One truth of high-speed imaging that never changes is that, 'with increased speeds comes the need for increased light'. For an in-depth look at how this technology has revolutionized high-speed imaging read our whitepaper on BSI Sensor Technology. At reduced resolutions the camera will record at over 770,000 fps in standard mode and up to 1.75M fps and 95ns in with the FAST mode. The TMX 7510 has 75 Gigapixel throughput which can provide over 76,000 fps at a full 1 Mpx resolution of 1280 x 800. Implementing this technology has allowed Vision Research engineers to develop a custom sensor capable of unprecedented speeds without sacrificing the image quality that Phantom cameras are known for.īSI technology provides increased processing efficiency, allowing TMX cameras to maintain their high throughput levels even as frame rates increase. The Phantom TMX 7510 is the world's first high-speed camera to utilize back side illumination. ![]()
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