The Super Slow Motion Movie Taken by 3-layer Stacked CMOS Image Sensor with DRAM

Sony has several imaging solutions, but the Japanese company still continues to push forward the development forward. Today, Sony Corporation has decided to reveal to us about the new CMOS sensor is composed of three layers. Frankly, Sony Corporation has added a layer of random memory especially for this sensor to provide high-speed capture, such as video capture Full HD quickly 1000 frames per second, for example.

It should be noted that this sensor is capable of imaging in two modes, the first mode at speeds of 1000 frames per second, while the other mode allows shooting at a constant velocity, and both modes allow stores photographer content in RAM that comes with the sensor for processing at a later time. This allows the camera to merge slow shots with regular shots very easily. Do not worry if you were not quick reaction, the new Vaisar of Sony Corporation is able to detect sudden movements which lead to the lifting frame rate speeds during recording. The following video was filmed using the new sensor and all the conditions mentioned above

While filming Full HD video at 60 frames per second is the main advantage, it can also be random memory that comes with the sensor to improve image quality. The trick here is that the image is stored full accuracy, which amounts to 19.3 megapixels in this case in the RAM within 1/120 of a second only.

As you probably know, the communication between the camera and the phone processor is much slower, it takes 1/30 of a second when it comes in with such accuracy. Has not improved that speed yet, but after the arrival of the data to the RAM, the processor can now take full time to read the pictures, this also means that the chips image processing do not need anymore to be the fastest or the most expensive.

Anyway, this new sensor has a degree and a resolution of 5520 × 3840 pixels, which means 21.2 megapixels in total, while eluting 1 / 2.3 inch. Moreover, it includes 1GB of RAM and supports the possibility of imaging accurately 4K and at 60 frames per second, as well as the possibility of imaging accurately 1080p and fast 240 frames per second, and this is regardless of the possibility of filming short shots accurately 1080p and fast 1000 frames per second while on the move slow.