In this article, we gathered and compiled the available information on buffer capacity of all current Nikon DSLRs. The below table outlines many of the current and discontinued Nikon DSLR models, along with such information as sensor resolution, continuous shooting speed (fps) and RAW / JPEG buffer capacities. While most of the RAW buffer information is included, we decided not to bother with smaller JPEG sizes, since most cameras presented below can accommodate 100 or more of smaller JPEG images in their buffers.
The Nikon D750 has the most advanced autofocus system Nikon has produced to date, thanks to its new Multi-CAM 3500 FX II autofocus module that is capable of focusing in dim light conditions with a -3 EV to +19 EV detection range. While the camera is capped at 6.5 frames per second of continuous shooting speed, one might be wondering how long the camera can shoot continuously, before the buffer fills up and the camera slows down. In this article, we will explore the buffer capacity of the Nikon D750 and compare it to the D610, D700 and the D810 cameras.
One question that has been continuously asked from our readers has been regarding the buffer size of the Nikon D810. Nikon stated that the buffer has been increased, but has not yet provided any information in the official documents on the English versions of the Nikon USA and Nikon Imaging sites. After doing a bit of research last night, I found the Nikon D810 manual in Japanese language at Nikon Image. I compared the table to that of the Nikon D800 / D800E and found out a surprise – the buffer size on the D810 appears to be doubled in comparison. What a nice surprise!
Many of our readers have been asking me to provide some information on how the new Nikon D800 (see our review) compares to the Nikon D700 (see our review) in terms of speed (“fps” or “frames per second”) and camera buffer. In the below video, I show the performance of both cameras side by side when shooting 14-bit Lossless Compressed RAW images with very fast SanDisk Extreme Pro 16GB compact flash memory: