Tag Archives: firmware

OSMO Pocket will do 200fps with a catch!

OSMO Pocket 200fps

It looks like DJI has not set in stone the frame rate spec of the recently released OSMO Pocket which we found to be excellent in handling and gives a beautiful low light stabilized image considering the small sensor size and price. It even beat out the GoPro Hero 7 in dynamic range and noise control but fell short of frame rates being on our good side. Thanks to our reader Frank for the tip!

In a new video by Drone NewsGuy from Youtube, the pro app and latest beta firmware for the OSMO Pocket are tested and you can enable a somewhat hidden setting to get 200fps in real terms out of the small device. The catch is that the setting requires the phone app to be activated every time you want to use it and will remain there until you change settings to something else. We would love for DJI to allow the 200fps setting right out of the box on the interface and not only that, allow for even greater fps in 720p mode and even a small VGA mode for users needing that extra frame rate. → Continue Reading Full Post ←

Mi 8 and Mi 8 Explorer Get 960fps Firmware Update!

Mi 8 and Mi 8 Explorer

Xiaomi is soon releasing a new Firmware Update:  ROM – MIUI V10.1.2.0.PEHCNFI – based on Android 9 Pie and available first in China now.  The 2.1 GB update will include two new features that will make these phones more competitive. Search online for the ROM – MIUI V10.1.2.0.PEHCNFI  and be sure to follow the instructions while updating your phone.

The first feature is the inclusion of a 960fps slow-motion mode which is a big increase from the 240fps max setting before. As with other Xiaomi releases of the past, the slow motion samples are very hard to find or non-existent and there is a huge likelihood that they will use image interpolation from that same 240p to yield the 960fps. In a previous article, we referenced this test that showed the Xiaomi Mi Mix 3 using clear software interpolation to reach those frame rates. → Continue Reading Full Post ←

Chronos 1.4 Firmware 0.3.1 b9 Unleashes New Features!

Chronos 1.4 Firmware

The Chronos 1.4c team based in B.C. Canada has been hard at work unleashing the features of the camera hardware and adding software features that should make the camera more valuable to video professionals everywhere. The new firmware adds HDMI live mirroring support for monitoring which is clean and lets you record its output. Another feature is the inclusion of native CinemaDNG save format image sequences which retain 16bits of color data and allow you to really streamline the workflow without time-consuming conversions.

In our testing over the last 4 days, we have really put the firmware “available here” through its paces and found very minimal issues in the software related to usability but no freezes and rock solid operation over around 14hrs of operation.   By saving to CinemaDNG we have no issues with cards getting write space errors due to saving the 1.8MB files individually. We feel this format is really unleashing the camera’s quality fully with a faithful sensor capture representation. → Continue Reading Full Post ←

ASUS ZenFone 5Z Firmware Improves Slow Motion Quality!

ASUS ZenFone 5Z Firmware

The ASUS ZenFone 5Z (ZS620KL) Phone is a new addition to the company line but seems it was a little rushed in the camera department. IT has just started shipping to customers worldwide and there is already a firmware update. The phone is a flagship device with a starting price of $499 which is not bad at all considering it sports some of the best hardware features in Android land. With dual cameras, 6GB of RAM and the latest Snapdragon 845.

The 5Z Phone is a midrange slow motion performer with 120fps and 60fps 1080p recording and the super slow motion mode capping out at 720p 240fps.  The improvements in the new firmware improve the recording quality overall and codec bit-rate of the 240fps 720p mode. Since ASUS does not give out the particulars in the bit-rate department it is hard to say how much better it will be. → Continue Reading Full Post ←

Chronos 1.4 New Firmware Improves h.264 Image Quality!

Chronos 1.4 New Firmware

The Chronos 1.4 team has been hard at work on firmware improvements. The latest pre-released software patch shared with HSC improves the h.264 file quality at the pixel level by using a new demosaic algorithm to better match the real camera output.  We did a few sample tests to see how big an improvement it is and also to maybe ditch the slow and space eating RAW 16bit workflow which is our preferred file saving format as it retains all the sensor information.

The new improvements are already available to the community as a beta in this post. It is very stable it should immediately improve the way you work with the camera. Also, a new roadmap of upcoming firmware releases was shared in the forums which include HDMI monitoring and a complete OS change to Debian Linux from the current Arago distro for the camera which should improve development and speed in implementing features. → Continue Reading Full Post ←

Galaxy S9 480fps Software Update with Double Rec Time!

Galaxy S9 480fps Software Update

Both the Galaxy S9 and S9+ phones shipped with 720p 960fps slow motion capability but the recording was limited to 0.2 seconds which is just too short a time span.  This made it difficult to capture things in manual mode since the reaction time of your finger is about the same as the recording time making you miss moments.  Pre-record made it easier but still limited to just 6.4 seconds playback in regular 30fps video timelines.

The new S9 update allows for manual high-speed recording to be used in 480fps slow motion mode at 720p for now 0.4 seconds or twice the recording time.  This allows for easier capture of moments but in real time playback at 30fps it is the exact same playback time of 6.4 seconds.  Since only 192 frames are recorded in the 0.4 seconds same as in the 960fps mode of 0.2sec then the only thing you gain is double the time to capture the moment. It would have been ideal to get also double the playback time.  Memory buffer seems to be the limiting factor here! → Continue Reading Full Post ←