Tag Archives: 1000fps

Xiaomi Mi 11 Ultra Slow Motion Mode 1920fps Fake?

Xiaomi has surprised this year with now the Mi 11 Ultra phone which is a big step up from the Mi 11 released earlier this year. The huge difference lies in the size of the sensor which is close to a 1″ camera sensor like those found on the Sony RX camera series for example. The phone has two 48MP sensors and a main 50MP sensor for the main camera with a highly protruding camera bump that really screams for a case to be able to balance well on a flat surface.

The slow motion modes on the phone are rumored to be the garden variety with 120fps/240fps 1080p, 60fps 4k, and also a selfie camera that does 720p 120fps which is becoming commonplace. What is really peaking our interest is the 1920fps slow motion mode that is touted by some reviews. It is unclear what the phone is capable time-wise as the specs are still not all there. The samples we have seen show detail loss and the clear signs of interpolation. → Continue Reading Full Post ←

Nikon Stacked CMOS Sensor Will do 1000fps in 4k!

Nikon Stacked CMOS Sensor

Nikon Japan has been busy creating the next generation of 1″ stacked sensors.  The latest is a 17.84 Megapixel stacked design with hyper-fast memory interconnect that shoots up to 1000fps at 4k resolution which is no slouch. The sensor is still in development but it will be a possibility to see it in a camera that could compete head to head with the Sony RX series which now dominate prosumer P&S sales.  It was announced at ISSCC (International Solid-State Circuits Conference) held in San Francisco, February 15, 2021.

The sensor works by shooting in buckets of 16 x 16 pixels as one block, and then subsequently 264 x 264 pixel blocks (4224 x 4224 pixels) are conformed to form the final image at nearly 18MP.  It is unclear at this time if 4k video will be a windowed resolution or a supersampled then reduced final image from the full sensor.  The market for this sensor goes beyond consumer cameras as it is aimed at other applications like self-driving cars and production lines. → Continue Reading Full Post ←

Galaxy S21 Slow Motion Feature is Retained!

Galaxy S21 Slow Motion

This week we had the announcement by Samsung of the Galaxy S21 phone line which is the de-facto Android handset in most of the world.  The Galaxy S21 Slow Motion has essentially the same feature set as the Galaxy S20 of 2020 when it comes to high-speed video. The Galaxy brand went serious with Slow Motion since the Galaxy S9 with the 960fps mode at 720p which we can still see here with somewhat improved resolution and recording time.

The S21 line is by almost any standard a refinement of the line with very subtle but important updates on the previous S20 phones. We get the Snapdragon 888 which is the brightest and fastest SoC in non-Apple land. We get 120Hz adaptive screen refresh rate and 108MP telephoto camera on the Ultra version with 10x hybrid zoom, and half that at 64MP on the regular S21 and S21+ which only offer 3x hybrid zoom. We also get 8k video recording on all of the phones at 24p which we will have to test if it is really delivering on the promise.

Galaxy S21 Slow Motion Video Features:

Resolution

  • 8K video recording at 24 fps (7680×4320)
  • 4K UHD video recording at 60 fps (3840×2160)
  • 1080p FHD video recording at 60 fps (1920×1080)
  • 720p HD video recording at 30 fps (1280×720)

Shooting speed

  • Super Steady 1080p video support at 60 fps
  • Super Slow-mo 720p video support at 960 fps
  • Slow motion 1080p video support at 240 fps & 120fps
  • Hyperlapse 4K video support at 30 fps

Other

  • HDR10+ recording
  • VDIS (Video Digital Image Stabilization)
  • Digital zoom up to 12x
  • High CRI LED Flash
  • Tracking AF
  • Take 33MP still photos while playing 8K video
  • Playback zoom
  • Video location tags
  • *HDR10+ recording is currently in beta and only available on the rear camera. Quality may vary based on sharing platform and playback environment; HDR10+ color is only available on supported devices or platforms.
  • *Super Steady is only available when shooting in FHD resolution.
  • *Super Smooth 60fps Video supports FHD resolution in Auto mode only.
  • *Super Slow-mo only supports HD resolution. On Galaxy S21 5G and S21+ 5G, users can record approximately 0.5 seconds of video captured at 960 fps with approximately 16 seconds of playback. On Galaxy S21 Ultra 5G, users can record approximately 1 second of video captured at 480 fps and digitally enhance the video to 960 fps with approximately 32 seconds of playback. Playback time can be edited in Super Slow-mo player.

Samsung Galaxy S21 event in 12 minutes by The Verge:

Same feature, mildly upgraded results!

So we get 960fps recording in 720p only in the S21 and S21+ phones and not in the Ultra. The Ultra version is capped at 480fps 720p and then AI deep learning interpolates to 960fps slow motion for the final result on the highest spec phone.

It is the same as last year’s S20 which also featured that limitation on the Ultra version of the handset.  It is not a matter of processing power but it is based on the choice of sensors. The Ultra seems to be capped at 480fps while the non-Ultra can scan at 960fps in 720p.

When it comes to slow motion the cheaper phones are actually more capable which may be ideal if this feature is important to you.

On the S21 and S21+ you get 0.5 seconds of 1/2 a second recording time at 960fps which translates to 16 seconds playback at 30p.  On The Ultra you get 480fps for 1 second recording time and interpolated to 960p for a 32 second playback time at 30p.  This is exactly the same as last year’s S20 line.

We have to test the feature fully but we estimate slightly better color, dynamic range, and artifact control on the S21 but nothing that would make you upgrade your S20.

Galaxy S21 Slow Motion Early Samples:

We will be testing the Galaxy S21 in the coming weeks as we are receiving a test unit. In the meantime, we found some samples online that could be legitimate. They certainly look real in resolution and speed for the most part but it is so early that we cannot confirm their validity.  We will re-examine the slow motion samples in a later post at HSC including our own tests.

Samsung Galaxy S21 Camera Slow Motion Test by MKP Captain: → Continue Reading Full Post ←

BEST SLOW MOTION CAMERAS OF 2020!

BEST SLOW MOTION CAMERAS OF 2020

As the end of 2020 nears, it’s time to take a look back through the year’s camera releases amid the COVID 19 chaos, and see which delivered on the price/performance bracket with slow motion frame rates as the primary goal.  Phone slow motion took a back seat this year as the interest of the feature in phones was subdued or even eliminated. Our Best Slow Motion Cameras Of 2020 have been selected and ordered by recommendation!

We saw some surprises including a mostly affordable 4k slow motion solution and the adoption of 4k 120fps on many cameras which makes us think 240fps at UHD should be something to think about in the coming years as a regular option once 8k video is commonplace on consumer recording devices and TVs. The increase in resolution should theoretically allow for a lot of 4k frame rates to be offered as 8k delivers 4x the pixel count of 4k for any given frame rate. Keep on reading for our 2020 picks!

BEST SLOW MOTION CAMERAS of 2020:

Without further ado here are what we believe are the best value slow motion cameras in their respective categories for the year 2020:

Best Slow Motion Phone Category:

3rd Place) Sony Xperia 5 II:

The Sony Xperia 5 II is all about capturing the best video possible on a smartphone and in HDR. The kick here is that the phone is capable of 4k 120fps in full HDR which is pretty much class-leading.

The footage below will give you a taste of what the phone can do. In good light, it will let you capture excellent quality 4k 120p footage with the possibility to grade as it records a gradable flat profile.  In low light, it will be a pretty unremarkable image with grain and artifacts as could be expected from the light requirements when shooting at high speed.

Sony Xperia 5 II: 4K 120fps video footage by CNET Highlights:

Sony Xperia 5 II Slow Motion Specs:

  • 120fps 4k
  • 60fps 1080p

This is one of the first phones to offer 120fps in 4k which will probably become a standard spec in 2021 for flagships. However absent is the slow motion at 1080p which considering the 4k oomph, it should have been capable of 480fps at 1080p or similar. It is a shame that the spec was completely avoided considering HDR in 120fps 4k requires 240fps full pixel readout before merging.  In theory, 240fps non-HDR is possible on this phone but not available for unspecified reasons. Phones are becoming more powerful by the day and this is one that has our attention. The just under $1k price tag is not ideal but some of the best phones are going to cost you.

2nd Place) OnePlus 8T:

One Plus continues to offer compelling slow motion features on their phones with 480fps 1080p and up to 480fps at 720p.  It gives you a quad 48MP camera module which is literally insane considering the phone sells for under $750USD and has 120hz refresh rate. Feature-wise it has probably everything under the sun and then some and will not disappoint in the performance realm.

Fireworks in Slow motion – OnePlus 8T 480fps in dark by sternking: → Continue Reading Full Post ←

Dain app GPU and why you should wait for 2021!

Dain app GPU

Probably no computer-related technology has received more attention on the PC side than GPUs.  NVidia launched the 3000 series of cards with aggressive pricing that completely obliterate the previous 2000 series GPUs for much less money. Things are great for PC gamers, machine learning coders, and 3D animators in 2020 with these levels of performance except for the fact that there is a complete scarcity of GPU cards in most lines including but not limited to the 2000 and 3000 series for a variety of reasons.

Dain app the machine learning frame rate interpolation software uses CUDA v5.0 as the minimum requirement or a GeForce GTX 750 as the minimum card to run it. But that does not mean it will be fast or be able to finish interpolating your high res footage. In fact, a 720p clip interpolated frame rate needs about 10-11GB of VRAM memory on the card as it runs the entirety of the calculation in video memory for predictive algorithms to work.

Dain app and the GPU Shortage:

Dain App will be able to run in any CUDA 5.0+ supported Nvidia card or the following:

  • GeForce GTX 750 Ti, GeForce GTX 750, GeForce GTX 960M, GeForce GTX 950M, GeForce 940M, GeForce 930M, GeForce GTX 860M, GeForce GTX 850M, GeForce 845M, GeForce 840M, GeForce 830M, GeForce GTX 870M
  • GeForce GTX Titan X, GeForce GTX 980 Ti, GeForce GTX 980, GeForce GTX 970, GeForce GTX 960, GeForce GTX 950, GeForce GTX 750 SE,
    GeForce GTX 980M, GeForce GTX 970M, GeForce GTX 965M
  • Nvidia TITAN Xp, Titan X,
    GeForce GTX 1080 Ti, GTX 1080, GTX 1070 Ti, GTX 1070, GTX 1060,
    GTX 1050 Ti, GTX 1050, GT 1030,
    MX350, MX330, MX250, MX230, MX150, MX130, MX110
  • NVIDIA TITAN RTX,
    GeForce RTX 2080 Ti, RTX 2080 Super, RTX 2080, RTX 2070 Super, RTX 2070, RTX 2060 Super, RTX 2060,
    GeForce GTX 1660 Ti, GTX 1660 Super, GTX 1660, GTX 1650 Super, GTX 1650, MX450
  • GeForce RTX 3090, RTX 3080, RTX 3070, RTX 3060 Ti

However, since the app runs on video memory or VRAM you need a card with a minimum of 4GB of it to have any sort of success at interpolating frames. Even then your card will have too little VRAM to do anything over VGA resolution. There is a workaround however by using the Split frames into sections feature which will render small pixel buckets of frames and re-align a merged final frame with all the parts when done. This allows you to literally render up to 4k footage at higher frame rates without getting higher video memory.

How to Create Slow Motion Videos with DAIN APP | AI Frame Interpolation by GreenBox:

This workaround is very slow and can take days for a few second 4k clip to render on a mid-range PC.  Your best bet is to get a faster GPU with tons of VRAM. In our view, a minimum of 10GB of VRAM or even better yet a minimum of 12GB is preferable to get the best performance.  In Dain app your card’s CUDA cores are the primary speed accelerator but without enough VRAM it becomes slow as molasses.

The good news is that new Nvidia GPUs have more and more VRAM than ever before.  The just-launched 3000 series toys with 24GB on the high end to 8GB on the low end 3060 Ti cards.  However, none of these cards are available at this time at their suggested retail prices. Scalpers literally bought the entire free supply of cards and are selling them on eBay and Amazon at ridiculously high prices approaching anywhere from 40% to 150% mark up. 

You would think that the 3060 Ti FE starting at $399 for an 8GB of VRAM card would be ideal for the Dain app, cheap, great performance, and close to the ideal 10GB of VRAM but there lies the problem.  8GB will force you to do segmented rendering for higher frame rates and that will limit your speed and video frame sizes. Your render time will increase exponentially with also some artifacts from conjoining segments showing up in some instances.

What to do?

If money is no object then we suggest you get a 3090 RTX card with 24GB of RAM. This will be the ideal card setup but we are talking at a hefty price increase as MSRP cards are nowhere to be found. Relying on scalpers will cost you dearly.  You could still get a 3080 with 10GB of VRAM or a 3070, 3060 Ti with 8GB for about 40% more money.

There is a better option in our view and that is, wait for next year. Nvidia is going to ramp up production of 3000 series cards by Q1 2021 offering better lower-priced options of current cards and also a new 3060 card launching with less CUDA and Raytracing tensor cores but with a whopping 12GB of VRAM option.

By having 12GB of VRAM the 3060 card will be ideal for DAIN app on a budget and be able to render footage directly without segmenting the frames. You will get a big cut on CUDA cores on these cards compared to the 3060 TI.  Rumors say that the 4864 CUDA cores of the 3060 Ti will drop down to  3840 on the regular 3060 card. That is a cut of 1000 cores.  It will still have more CUDA cores than most of the 2000 series so it will still be a very capable card for sure.  For example, a 2080 standard card only features 2944 CUDA Cores.  You will really be able to get better technology for a smaller price tag for gaming, graphics, and machine learning applications like Dain app.

Card Options Today?

1. Nvidia RTX 3000 Series

We first start with the RTX 3000 series. You can get them today at high prices but the links below should adjust in time to much lower levels as supply catches up to demand.

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2. Nvidia RTX 2000 Series:

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3. Get in the EVGA Queue!

The company EVGA has developed a product queue at https://www.evga.com/ that allows you to place your name on a waiting list and will email you the right to buy a card for 8 hours. If you do not buy it it will go to the next in line and you will have to re-register a new slot.

We feel this is great for two reasons, you get a great product at the MSRP price and you also refrain from supporting the scalping market.  The downside is that you may have to wait weeks to months for a slot to become available.

4. Wait for next year!

If you wait until 2021, Nvidia will have a January announcement event for RTX with the rumored RTX 3060 card which will be the renamed 3050 ti card.  There will be an option with 12GB of VRAM which will be the best in price performance and should be under $350 USD when it ships in quantity.

Final note: 

We feel you should only buy a card now at inflated prices if you absolutely need it for mission-critical work.  If you can wait please do so to combat price gouging and scalpers who destroy the legitimate market for technology parts.

We have rarely seen such a blatant attack to the consumer. The RTX cards have been gone in mere seconds from online sources due to bots that continuously scan for new stock and snatch it automatically.   By not buying from them you support the community at large and save money in the process.

You can read our article on Dain App and the interpolation of footage that lets you create very convincing super slow motion from almost any frame rate. However, the app shines even more with high-speed footage. You can literally create a 4000fps video from a 1000fps source that looks almost as good as the real thing. Of course you will create frames and data from the ether so for mission-critical and lab studies, Dain app will not be an option.

If you get a new card and run it through Dain app, please share your results and footage below.  Merry Christmas -HSC

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Cheapest slow motion camera for $6 does 660fps!

Cheapest slow motion camera

We just received a video link for a Raspberry Pi imaging platform that allows for 660fps slow motion video capture using the computing unit along with it’s memory and a $6 USD camera to record slow motion video with better than expected results. The video from 2019 by RobertElderSoftware explains the way the camera and R-Pi were able to capture the footage using some scripting and writing a windowed wide but not tall imaging rectangle directly to memory to create the cheapest slow motion camera.

Of note is the apparent low resolution of less than VGA at 640 x 64px and the somewhat appraisal of rolling shutter artifacts on some of the coins. However, RobertElderSoftware also has a step by step instruction video set on how to get a $40 Raspberry Pi computer and a  $6 USD camera module to build your own homebrew slow motion camera with some scripting.  After a lot of scripting and patience, you should be able to mimic his results.

Cheapest slow motion camera using a Pi Unit:

It is literally amazing what a dedicated engineer with an extremely limited set of tools and cameras is able to do on a project like this. Now imagine RobertElderSoftware using something like a more powerful ARM-based Mac M1 or similar with way more RAM disk for capture along with a better camera and sensor combination.

You can visit and subscribe to Robert Elder’s Channel here and learn many more from his cool projects and coding guides!

Maybe in the future, we could see some homebrew project kit that could be able to shoot 500fps or even 1000fps in 4k for a limited investment. In any case, we feel that you should take a look at the project below and get inspired.  We thank our reader Nacho Simon for the heads up on this awesome project and Mr. Elder for his creativity and drive! -HSC

Video Sample and Step by Step Guides Below:

World’s Cheapest High-speed Camera For $6 With 660FPS!? by RobertElderSoftware:

Part 1) How To Record Video At 660 FPS On A $6 Raspberry Pi Camera – Part 1 by RobertElderSoftware: → Continue Reading Full Post ←