Out of seemingly nowhere a new smartphone competitor Ono has sprung up with a pretty slick phone that finally claims a smartphone called the Ono U1 which will do 480fps full HD using the Mediatek Helios X10 chipset released earlier this year. The company seems to be a collaboration from engineers and designers from India, France and Germany. Anand Kumar the CEO of Ono and mind behind the phone strives to make it available to everyone in the world at a very low pre order price of $199.00 USD.
The specs of the Ono U1:
480fps Full HD 1080p Video
20 Megapixel Back Camera
8 Megapixel Front Camera
2560 x 1440px 2k Res – 16 million colors
5.5″ Display
4000mAH battery
Micro/nano Dual sim
3GB Dual Channel LP DDR3 RAM
Gorilla Glass 4
4G LTE
Mediatek Helio X10 Processor -480fps
Dual Color LED Flash
RadialOS- Simplified Speedy Android Compatible With Android apps.
Pre Order Price $199 USD Worldwide.
The specs are actually quite good and especially impressive for the low introductory price tag. It reminds of of the Chinese company One Plus which introduced the low cost but very capable and no compromise One phone a year ago.→ Continue Reading Full Post ←
Renowned filmmaker / DP and all around nice guy Philip Bloom has been having fun with both the Sony RX10 II and RX100 IV this past few days. He has tested the slow motion and 4k modes extensively and has done a fantastic rundown of the usability, performance and pitfalls on using the cameras. There are a lot of interesting tidbits that He discovered such as the 240fps NTSC and 250fps PAL modes are nearly HD in quality and extremely usable very close to what the much more expensive Sony FS700 camera achieves.
When recording the 2 second quality priority mode it records back to the SD card in Real time that means a 2 second video at 240fps will take 20 seconds if saved as 24p for the frame count of 480 frames duration. At 480fps for 2 seconds of 960 frames it will take 40 seconds of write time to the SD card. This is in line with most slow motion cameras and it is a point to be considered while using the HFR modes. You will have to plan ahead as the camera will be unavailable for use for quite a long time before the next shot is ready to be taken. This is a normal thing in most high speed cameras.→ Continue Reading Full Post ←
Over the past week some footage from Sony and other real world uses has been surfacing. Many shows off the super slow motion modes and others tout the performance in 4k. The quality is for the most part good but not great and shows a clear aliasing and moire resolution loss at 480fps and 960fps. The codec at 50 Mbit is quite good and is not the weak link, the cameras suffer from line skipping as the readout frame rate increases to below 720p resolution in real terms while being saved on a 1080p wrapper.
We have compiled a series of footage samples found on the net for you to look at. Some are outright high speed samples and others are interface walk through samples. It should give a good idea of what quality we are talking about.→ Continue Reading Full Post ←
The Samsung NX500 has just been updated with firmware 1.10 There are several improvements and like it’s larger sibling the NX1 now the slow motion mode of 120fps at 720p in this camera is more easily accessible. The NX1 has a better slow motion mode than the NX500 as it is 1080p Full HD instead of 720p but this camera is also much less expensive and has also 4k video. These enhancements add a lot of oomph to an already good pocket-able large sensor camera.
The biggest improvements are codec quality bit-rate up to 70Mbps and the large sensor readout for up to 60fps at full HD 1080p which reduces aliasing and moire in normal speed frame rates. It is rare for companies too add so much in firmware but it is encouraging to see Samsung not only try but constantly deliver useful firmware updates to their cameras. It shows they are serious for their camera imaging department.→ Continue Reading Full Post ←
The recently announced Sony RX10 II and RX100 IV have just been released for Pre-Order.
In some recently released information by early hands on previews of the cameras it was revealed that the fast memory buffers attached to the backs of the sensor block only allow for 2 seconds or 4 seconds recording at the highest frame rates aswell as the lowest frame rates of the HFR modes i.e. 960fps to 240fps ; depending on the HFR mode chosen for quality or recording time you get 2 seconds or four seconds capped recording time. See this hands on link for more info. Thanks to our reader Slowmosage for pointing this out.→ Continue Reading Full Post ←
