Tag Archives: slowmo

Insta360 ONE R action cam can do 200fps in 1080p!

Insta360 ONE R 4k

2020 is already becoming a very busy year for camera releases. The CES Show this past week had a bunch of announcements in the professional, amateur and aerial drone markets that shoot high frame rates.  We will try to cover the most useful cameras in the coming weeks.  We want to start with the Insta360 ONE R Modular camera from Chinese company Shenzhen Arashi Vision Co., Ltd. which is a very interesting product that de-couples the sensor module from the body so you can interchange the actual imaging hardware on the fly for specific shots/jobs.

The real gem for slow motion fans is the 4K version instead of the 360 and or the 1″ version which both max out at 120fps 1080p instead of 200p.   Many people will cry foul at the 200fps spec when GoPro and DJI do 240fps as do most slow motion capable smartphones but 200fps, if done well with the 100Mbps codec, could be a real diamond in the rough for your arsenal in action cameras. → Continue Reading Full Post ←

BEST SLOW MOTION CAMERAS OF 2019!

As 2019 comes to a close its that time to take a look back through the year’s camera releases and see which delivered the goods at an affordable price in slow motion.  Phone slow motion continues to be a strong category, so strong in fact that we made a Best Slow Motion Phones of 2019 list that you can see here.

Stagnation in many camera segments aside from phones is still ongoing, the semi-professional and pro markets stay at 120fps and 240fps with the occasional 320fps camera that delivers just a tad better quality but at a price.  For professional slow motion, there were announcements but not a shipping product yet, however previously released cameras like the Chronos 1.4c and edgertronic still own the affordable quality market. Read on for our best of 2019 results! → Continue Reading Full Post ←

Galaxy S10 Slow Motion Selfie Feature in Android 10 One UI 2!

Galaxy S10 Slow Motion Selfie

The latest beta version of One UI 2.0 which is the Samsung interface layer on top of Android 10, is featuring an initial selfie mode for the front camera in the Galaxy S10 and Note 10, to match Apple’s Slo-fie feature which debuted on the iPhone 11.  The Samsung focused Sammobile.com  has already tested the feature and has shown that it is working but with still some performance issues to be ironed out.

For starters, the footage stutters like it is losing some frames from what looks to be a 120fps 720p capture on the front selfie camera. Then there is no real adjustment at the moment of capture allowed on the interface but there are post-recording editing and speed stretching that should allow some level of control.  It would be ideal to have access to a full manual feature on this mode, but it seems it is kind of a bolted-on software upgrade feature to allow a better feature for feature comparison with Apple. If that is the case Samsung should also allow all the cameras on the back to shoot slow motion video and not only the standard wide default cam. → Continue Reading Full Post ←

Sony RX100 VII Has Stagnant Slow Motion Specs!

The Sony RX100 VII or also known as the RX100M7 is the latest in the stacked 1″ CMOS sensor line from the company in what amounts to another evolutionary incremental step without a real revolution.  New is the impressive real-time AF technology from the Sony a9 professional camera now miniaturized into this pocketable beast with up to 20fps at full resolution and up to 90fps in high burst mode but for only 7 shots which is kind of a letdown as it is very limited.

The HFR mode in previous RX series cameras have been one of our favorites among the cameras released in the past few years by including truly usable 240p, 480/500p, and 960/1000p depending on NTSC or PAL mode selection with also the ability to trigger a pre and post record time to not miss the moment. This ability is akin to what a real dedicated serious slow motion camera can deliver. The problem is that the RX cameras are severely time-limited at 4 seconds quality priority time and or 7 seconds in shoot time priority. → Continue Reading Full Post ←

Sony Xperia 1 Slow Motion Samples!

Sony Xperia 1 Slow Motion Samples

Now that the Sony Xperia 1 has been reviewed by more people, there are now sufficient video samples at 960fps to make a judgment on the performance of the slow motion mode. As you may recall, the phone is only capable of recording 0.1 seconds at 960p at full HD 1080p and 0.2 seconds at 720p at the same frame rate. That translates to a maximum of 3.2 seconds at 1080p played back at 30p and 6.4 seconds at 720p 30fps.

There is no increase in recording time from the XZ2 and XZ3 phones which had essentially the same feature as the Xperia 1.  We, however, saw a little better color reproduction and slightly better artifact handling on the new phone but so minute an edge that we simply cannot recommend upgrading for this feature or considering it over other 720p slow motion phones like the Galaxy S10 or OnePlus 7. → Continue Reading Full Post ←

fps4000 first 480fps 4k Footage Revealed!

fps4000 first 480fps 4k Footage

It’s been a while since we’ve covered the fps4000 camera mainly due to development time taking longer than initially estimated. However, Graham Rowan the engineer behind the camera has now posted the first 4k 480fps footage shot in RAW on the fps4000 camera which uses a sophisticated memory arrangement on the onboard super-fast flash RAM to be able to record lengths of time unimaginable before on slow motion cameras at high resolution.

This camera is a very different kind of technology from regular high-speed cameras that record to volatile DRAM.  The fps series records to flash chips that are soldered to the mainboard and allow a variety of frames rates and resolutions depending on the sensor used but all is saved on the flash memory as a non-volatile stream of data.  Modern SSD chips are so good at re-allocating reading and writing bits that the life of the components is now measured in decades of regular use instead of a few years.  The fps4000 is using this technology fully to enable memory bandwidth magnitudes greater at a significantly reduced cost. → Continue Reading Full Post ←