Looks like the rumors got it wrong again in regards to the 240fps for the Samsung Galaxy S6. They did however hit it with the 720p at 120fps slow motion mode for both the Galaxy S6 and HTC One M9 phones. This is basically the same spec most high end phones that did slow motion sported. What broke the trend is the iPhone 6 and 6 Plus with 240fps at 720p.
The cat is out of the bag and the expected 120fps 720p of the Nikon D7200 has not materialized. Rumors pointed to an increase from 60p to 120p a first for a mirrored DSLR camera.
Warning: The parent company of FPS cameras “The Slow Motion Camera Company Ltd.” went out of business and entered liquidation proceedings. No further development of cameras is expected. More information here on Google Search!
It is almost March 1st which is the day set for the launch of the Samsung Galaxy S6 and the HTC One M9. Both devices are the flagship phones for their respective brands for the year and a lot is hanging for the success of these devices to steal the thunder from the Apple iPhone 6.
High frame rates have been stagnant in DSLRs since the Canon EOS 7D with 60fps at pseudo 720p resolution started the higher than 30p spec in mirrored large sensor cameras.
Now – a new rumor posted at Nikorumors.com of the Nikon D7200 DSLR which is replacing the very popular D7100, seems to gain 60fps at 720p to do a total of 120fps at 720p for the first time in a mirrored camera. Mirrorless cameras like theGH4, a7s, NX1 have already higher frame rate modes but this would be a first for a mirror slap DSLR. Here are the rumored specs:→ Continue Reading Full Post ←
On February 4th GoPro released the firmware version 2.0 for the GoPro Hero 4 Black and Silver cameras. There has now been a large adoption of the firmware in the hands of owners and there is no indication of problems or stability issues with the update. The update includes a 240fps 720p upgrade from the previous 120fps and it looks and works very good. A 2.7k 60fps mode is also included which is a first for a camera in this price range.