Just a quick report for those who are wondering about the Sony A7R II file sizes and storage options after upgrading to firmware 2.00 and enabling uncompressed RAW. First of all, file sizes in fact do look much bigger in comparison! Here is a short summary of Lossy / Compressed RAW vs Uncompressed: 43 MB vs 86 MB – the file size basically doubles! Ouch, that means not only slower write times to your memory card, but also twice less images to save on them too. And if you keep the original RAW file, it will also double your storage and backup requirements. If you do not like this, there is one workaround – to use Adobe’s DNG converter. If you import your images into Lightroom, you can convert uncompressed RAW files to DNG upon import, or you can use the free Adobe DNG converter software before you start the import. The good news is, this process will create a lossless compressed DNG file, which means that you will end up with a much smaller file. How much smaller? Take a look at this small table:
Today is a good day in the Sony world, because the firmware 2.00 containing 14-bit Uncompressed RAW is available for download for the Sony A7R II! Finally, Sony added this option to the camera, which means you can now take a full advantage of the 42 MP Sony sensor in the A7R II, without damaging image quality. While the uncompressed RAW images will be much larger in size (roughly 2x the size), it is definitely worth using this option for critical shooting, particularly when shooting night scenes where sky posterization issues and artifacts around subjects are most pronounced. With the uncompressed option, you can enjoy seeing images that look like the ones from the Nikon D810 below:
As we have mentioned before, Fuji planned to release a major firmware update to most of its X series cameras on December 19, 2013. Well, today is the 19th, which means that you can download the latest firmware and apply it to your Fuji camera! I am very excited about this release, because it brings very important and key features to the X-Pro1 and the X-E1 cameras that have been rolled to the X-E2 and X100S cameras. The first key feature is Auto Gain control. As I have mentioned in my Fuji X-E2 review, auto gain is something that controls the brightness of the LCD and forces it to always show average brightness, no matter what settings are set on the camera. In short, it is an inaccurate representation of the actual exposure. While the feature can be very useful in low-light situations or when working in a studio, it is not something that I personally like to use 90% of the time. With the new firmware, you can now turn Auto Gain off, which will show the correct exposure on the LCD!
If you own a Nikon DSLR, this is a good time to perform a firmware update, because Nikon has just released new firmware that contains distortion control data for most of its current and older generation DSLRs, including Nikon D4, D90, D600, D800, D800E, D3100, D3200, D5000, D5100, D5200, D7000 and D7100. The distortion control data is used to correct barrel and pincushion distortion exhibited by Nikkor lenses. Please keep in mind that this data is only useful for correcting JPEG images. Distortion control data is not applied to RAW images (only to JPEG previews stored in RAW images) and if you use external image editors such as Photoshop and Lightroom, they will completely disregard this data when the RAW file is imported.
Nikon has recently released a new firmware update for their current DX camera lineup flagship, the D7100. It’s a camera we really liked (read our review), but there were some concerning niggles, such as limited buffer and crippled video mode. With its latest C 1.01 firmware update, Nikon chose do add improvements to the latter.
When Nikon releases a new generation DSLR camera, it seems to often make little changes to the camera firmware. We typically see slight tweaks here and there, but every once in a while (especially when a new piece of technology makes it into the camera) we see some new interesting and useful features getting added into the camera firmware. In this article, I would like to point out current firmware issues that I believe Nikon needs to address, along with some recommendations (wishlist) on what Nikon should do in their future cameras. Or, perhaps Nikon might consider to implement some of the below firmware fixes/recommendations on current DSLRs – I am sure many of the Nikon owners would get excited about some of these requests.
The process to update the firmware on the D4 is straightforward, but if you are unfamiliar with it, Nikon has a PDF document on their website to assist you. However, it fails to mention a critical piece of information that may affect you. If you have been shooting tethered to a computer, you must turn off the the Network connection. Otherwise, the camera will not recognize the update file on the CF card or the XQD card and you will not be able to finish the install. If you have not enabled a network connection or you have already turned it off, you should not have a problem.
Nikon has released new firmware update version 1.01 for the Nikon D4, D800 and D800E camera bodies. The major issue resolved is the reported lockup problem.
One of the areas within the camera that rarely ever gets touched, is the camera software, also known as “firmware”. Most modern electronic gadgets provide the ability to update their firmware by downloading fixes and updates through manufacturers’ websites and applying those updates on the devices. The firmware updates not only provide important fixes for identified bugs, but also provide brand new features that were absent when the device was shipped from the manufacturer. This ability to be able to update and run the latest version of firmware has become a standard among DLSR manufacturers, allowing end users to run the latest and greatest firmware on their cameras.