Tag Archives: improved

Chronos Camera m43 Lens Adapter with Speedbooster Support!

The two existing Chronos cameras, the 1.4c 720p at 1502fps & the Chronos 2.1 -HD 1t 1080p 1000fps are identical when seen from the outside but very different inside as they contain different sensor and memory boards. However one constant is that both use the C mount as the default for lens adapters. The camera usually comes with a Canon EF or Nikon F mount adapter depending on the buyer preference which screws on the C mount thread and allows for support of classic lenses from Macro to telephoto. 

One request from the community has been the support for other lens mounts like Micro 4/3ds which lets you adapt a variety of lens mounts and the much coveted speedbooster adapters which allow a 1 f-stop improvement in light gathering for micro 4/3ds systems. Today Krontech, the company behind the Chronos high-speed camera is introducing a passive Micro 4/3rds adapter for both the Chronos 1.4c and 2.1-HD and uses the body screw terminals near the lens thread mount to place a solid connection that allows such lenses. → Continue Reading Full Post ←

iPhone 13 is years behind in Slow Motion!

Apple has finally announced the iPhone 13 which may be one of the most underwhelming refreshes of the handset in many years. While there is a lot of new stuff, nothing added is really groundbreaking in the way previous phones have awed when it comes to features in imaging. It is certainly a clear refinement of nearly every aspect of the hardware and software with better low light gathering and a first for a phone the addition of ProRes recording at 1080p and 4k 30p depending on the phone storage spec.

There are neat features like rack focusing which allows for AI-assisted machine learning depth of field selection based on people’s faces whenever their eyes are visible and or enter or exit the frame.  It is kind of gimmicky as it seems to do away with precise manual control of the feature but this is yet to be explored fully by reviewers. When it comes to Slow Motion capture, we have essentially no change for the 4th year in a row! → Continue Reading Full Post ←

Sony IMX472-AAJK sensor offers huge frame rates in 4/3ds format!

Sony has released some white paper specs on a new Micro 4/3rds sensor that is as of now, the most advanced ever on the format considering the mix of Backside illumination, Stacked technology and high resolution color at 10 bits on full sensor read outs. The frame rates offered are also quite impressive with up to 1139fps at 0.46 Megapixels or 1760px Horizontal x 262px Vertical on the fastest range and 121fps at the full sensor area read-out at 20.9MP.

The Panasonic GH6 is coming later this year and it is estimated that this new sensor is actually the one that will be used on that camera. If Lumix technology can make full use of the sensor specs even for small fractions of time, we could have a killer slow motion mass produced camera.  The VFR mode on Panasonic Lumix cameras has always been more than acceptable and they could breathe new life into the format if these sensor specs are used to their fullest. We expect at least 1080p at 240fps which will be a slightly stretched delivery from the 1760 x 1318 240.2fps mode listed on the sensor specs → Continue Reading Full Post ←

Lumix GH6 will do 120fps 4k & maybe more!

Lumix GH6 Panasonic

Panasonic unveiled in May the GH5 Mark II which is a slight refresh of the venerable m4/3rds GH5 with live streaming, better dynamic range in video, better AF algorithms, and slightly better IS on a very similar body with just a few cosmetic red buttons and rings for refresh purposes.  The slow motion remains at 180fps VFR at 1080p and 60p at 4k on the GH5 II since it is using the same sensor and imaging engine. It is a better overall camera than the original but a mild refresh nonetheless. 

That brings us to the pre-announced GH6 which is an in-development camera that aims to refresh the entire Micro 4/3ds line in Panasonic and aimed at professional video users.  It sports a new sensor, new imaging engine, new body and new technologies yet to be disclosed.  According to rumors, this camera should be able to keep micro 4/3rds alive for another five years delivering an array of video and photo features that will set it apart much like the original GH5 carved a place in camera history. We have also received rumored specs that may or may not pan out regarding frame rates which we find somewhat credible.  → Continue Reading Full Post ←

Oppo Find X3 Pro brings microscopy to phones!

Oppo Find X3 Pro

There is always an outlier when it comes to phone innovation and we have to give it to Oppo in 2021 as it seems to have created a phone that really delivers features that seemed impossible just months ago.  The Oppo Find X3 Pro can deliver the usual 4k 30p and 60p video and up to 720p 480fps slow motion along with the common standard of 240p at 1080p.  Where the phone jumps ahead of the pack is the inclusion of a real microscopy camera module that has a ring light to boot.

The Microscope camera can deliver a mind-altering 60x microscopy range magnification that looks so good that you might think it was taken with a professional clinical microscope.   It will not be enough to show blood cells that usually require over 100x to be appreciated but it delivers detail on small insects, fibers, textures, and electronics that previously required a complicated camera setup attached to a multi-lens instrument. → Continue Reading Full Post ←

thCam Slow Motion Camera Kickstarter Campaign Canceled!

thCam Slow Motion Camera

(Note: As of November 23rd this campaign has been canceled due to lack of funding in time. )There is a new dedicated Slow Motion Camera being built by engineer enthusiasts and a Kickstarter campaign has just launched with the goal of gathering enough funds for production.  The camera is called thCam Slow Motion Camera and is capable of shooting above 3,000fps at reduced resolution with a 1920px horizontal. The 1080p frame rate maxes out at 266fps  and 576fps at 720p.

What is most impressive about this camera is the Machine Vision applications that can run with the platform like being able to train it to recognize QR codes, objects, and possibly even people. It could theoretically be used as a quality control camera that operates at very fast speeds. The other big deal is the price which is about $1,000 USD or €899 Euros which is a first for a camera of this kind.

thCam Slow Motion Camera Specs:

  •  Image sensor: 1920×1200, 10 bit Raw CMOS 2/3″ on 2MP Version
  •  Framerate: 240 fps (@ full resolution: 1920 x 1200), 576 fps (@ 1280 x 720), 1524 fps (@ 640 x 480), 3134 fps (@ 320 x 200)
  •  Pixel pitch: 4.8 µm
  •  Shutter: Global shutter
  •  Lens: included, compatible with every other C- / CS- Mount lens
  •  Image Sensor Size: 2/3” Optical Format
  •  Spectrum: Just visible light, no NIR (but the built-in NIR-cut filter can be removed or exchanged with another filter if you are willing to disassemble the thCam)
  •  Min. Exposure Time: 1 / 25,000 seconds
  •  Screen: multitouch capacitive lcd touchscreen
  •  Memory: 8 GiB (record time 12s)
  •  Battery: replaceable and rechargable li ion battery (continous recording time: > 2 hrs, stand-by mode: > 6 hrs)
  •  USB: USB 3.0 SuperSpeed connectivity
  •  Synchronization: External Monitorsignal and Trigger/Sync Port
  •  Software: Open Source, running on Windows (7 and above) / macOS (10.15 and above) / Linux
  •  Supported File Formats: Image Sequence (Raw, Jpg, Png), Video File (Mp4 / H.264)
  •  API: Open Source, use the camera in your own code (C++, Python, Java)
  •  Case: Aluminium case
  •  Dimensions: W x H x D = 14 cm x 8 cm x 5 cm (estimated values)

As you can see, the camera is no slouch, it can record up to 12 seconds of RAW video and can be used and controlled remotely with programming commands if needed. It uses a C mount much like other cameras in its class and has a 2 hr battery life while recording and up to 6hrs standby.  The batteries are a couple of 18650s which are common and widely available.

There are also options to only get the PCB boards with a sensor instead of a fully built camera at a lower price of €649 for the 2MP sensor version.  Some engineers are more inclined to adapt the PCB to their own pipeline instead of using a self-contained camera unit.

The Kickstarter Campaign:

The campaign here: https://www.kickstarter.com/projects/thdevices/thcam-3000-fps-slowmotion-camera

The creators of the camera a Swiss and German engineer team are asking for a pledge goal of $94,779 USD or about €80k Euros.  For under $1000USD depending on the exchange rate, this is a cheap slow motion camera that has a lot of potential with RAW image quality that seems above good just looking at the provided samples.

Footage is recorded as 10 Bit RAW Image Sequences, full control of white balance, color tone, contrast, and brightness no compression. After editing you may compress your video to standard formats (H.264).

The camera features a Global Shutter so no rolling shutter artifacts to spoil your experiments.

The thCam comes with an equipped 8 GB memory module, enough to record about 12 seconds in full resolution with maximum framerate. Standard SODimm 204 DDR3 Computer memory modules are used, so you are free to upgrade your camera later on.

The camera also comes with a Super Speed USB 3.0 port. This high transfer rate allows you to stream images from the camera in realtime and low latency.

The camera also has an Open Source SDK that allows for programmability and full remote control of the camera via USB 3.

Supported Languages will be Java, Python and C/C++.

thCam Slow Motion Camera Video Samples:

Camera Timeline:

Team

Follow them on:

Instagram:  https://www.instagram.com/thdevices/

Facebook:  https://www.facebook.com/ThDevices-GmbH-101338128342338

Twitter:  https://twitter.com/thdevicesgmbh

(Development-) Blog: https://blog.thdevices.com/

Our Take on the thCAM:

This is a pretty neat little camera with a lot of potential for labs, engineers, education, sports, and imaging enthusiasts/hobbyists.

It has a great interface with easy controls that is working and ready to go. It has extensibility via software and can be controlled remotely by USB 3.0 with instant feedback.

The video samples do show some noise, chromatic aberration, and softness but looking at some of the other demos, it is clear these are mainly due to either low light or a pretty bad quality lens used. If you coupled this image sensor with better high-quality glass like we have seen in other C mount cameras, it is easily going to produce beautiful imagery.

For $1,000 USD for a fully assembled and working camera, we do not believe there is a deal out there that can compare. Sure you only get a maximum of 266fps in 1080p but we do get 576fps at 720p which is better than what many prosumer cameras can shoot at and the fact that we have RAW here makes it that much sweeter.

For production houses and serious videographers, it is clear this camera will not fit the bill as the smallish 2/3rds sensor could pose problems with image quality for broadcast and film unless the conditions were ideal with ample light control. This camera is not intended for that market in our view. This camera is intended for serious scientific experimentation and motion analysis with the possibility to extend its capabilities with software.

As a sports training device, it could be the best-priced camera of it’s kind with enough quality to analyze body motion on the fly and on location with its portability and 2hr recording and 6hr standby battery. We can see golfers and gymnasts gravitating to a solution like this especially with the flexibility and price.

The team of the Ackermanns is entering the space with the thCam but hopefully, we will see a more image quality-oriented camera as a future product with a higher price but not extremely above this first iteration. If they could produce a similar 1080p camera at 1000fps or 2000fps we are sure it would make a gigantic splash.

We wish the team luck on their campaign which looks to be ready for production, hopefully, we will continue to see impressive engineering from this team for years to come. -HSC

Pledge your support and possibly get a camera at The Kickstarter Campaign here:

The campaign here: https://www.kickstarter.com/projects/thdevices/thcam-3000-fps-slowmotion-camera