It’s almost confirmed that the Sony A7S III camera is coming in the month of August 2020. In an interview, Kenji Tanaka, VP, and Senior General Manager of Sony’s Business Unit confirmed that the Sony A7S III camera will arrive this summer 2020.
Sony A7S III Arrival Confirmation by Sony itself [No Rumor]
Kenji Tanaka, VP We’ve received many requests, especially from professional video content creators, and I can confirm that a successor to the Alpha 7S II will be coming, later this summer. Right now we’re focused on the launch of the new camera, and it will be a complete redesign of the whole system, including the image sensor. Everything is new.
No Sony A7S III Rumored Specification from Reliable Sources
I don’t want to keep you in confusion, have had more than 10 emails last week from fake people with the subject title “Sony A7S III Specs” The fake specs list also includes the cooling vent rumor of Sony A7S III (many websites spreading the same rumor that Sony A7S III will use a cooling vent, I don’t believe it’s true). I am waiting for some reliable information. And as soon as I get, will publish it soon.
Future Mirrorless cameras may have digital dials in them, it will make them more user friendly and extremely customizable as user wants. The Nikon Mirrorless with Digital Dials conceptual camera design was shared on our Nikon Mirrorless group at FB by Mario Crespi
Canon developed a single-photon avalanche diode (SPAD) image sensor with signal-amplifying pixels. So, you have to understand the SPAD sensors are already there, Canon upscaled the entire SPAD sensor technology by introducing Signal Amplifying Pixels (capable of capturing 1-megapixel images as of now in its sample prototype).
Advantages of Upscaling the SPAD ( single-photon avalanche diode) Sensor tech with SAP (signal-amplifying ) Pixels.
1. Canon researchers created one of the smallest SPAD pixels ever devised and reduced the power consumption of each pixel to less than 1 μW
2. The new camera can acquire images at up to 24,000 frames per second. For comparison, 30 frames per second is the standard rate used to record video for television.
3. Each SPAD sensor can be finely controlled to allow light in for as little as 3.8 ns. This quick “shutter speed” can capture extremely fast motion or be used to increase the dynamic range of an acquired image.
Moral of the story – The new camera can capture images in faint light at unprecedented speeds.
Single-photon avalanche diode concept isn’t new the avalanche photodiode (APD) was invented by Japanese engineer Jun-ichi Nishizawa in 1952. The First-gen of SPAD CMOS sensor was developed back in 1970.
SPAD Sensor is already being used
Companies like ST Microelectronics, Canon, Sony, Tower Semiconductor (formerly Tower Jazz), Phillips, Micro Photon Devices (MPD), AMS, IDQuantique, and Laser Components offer CMOS SPADs for Automotive industry commercially from a past few years.
In recent years, SPAD sensors have been used in various existing devices and equipment. Currently, smartphones utilize proximity sensors to determine the distance between the device and physical objects around it. In the field of medicine, these sensors are also used to detect radiation for the purpose of detecting cancer in early stages, such as Positron Emission Tomography (PET).
There are high expectations for the application of SPAD sensors in an even wider range of technologies, including onboard vehicle sensors, “xR” type devices–augmented reality (AR), mixed reality (MR), virtual reality (VR), robotic vision and monitoring, space exploration, bio-imaging, optical communications, and quantum computing.
At the end, A large format camera can be created by building an array of pixels that each contain a SPAD.
Now Back to the press release + Canon develops world’s first 1-megapixel SPAD image sensor
Canon SPAD Sensor Press Release
TOKYO, June 24, 2020—Canon Inc. announced today that the company has developed the world’s first1 single photon avalanche diode (SPAD) image sensor with signal-amplifying pixels capable of capturing 1-megapixel images. SPAD image sensors are ideal for such applications as 2-dimensional cameras, which capture and develop still image and video in an extremely short span of time. These sensors also hold potential for use in 3-dimensional cameras due to their ability to obtain information about the distance between them and a subject as image data.
A SPAD sensor is a uniquely designed image sensor in which each pixel possesses an electronic element. When a single light particle, called a photon, reaches a pixel it is multiplied—as if creating an “avalanche”—that results in a single large electrical pulse. The ability to generate multiple electrons from a single photon provides such advantages as greater sensitivity during image capture and high precision distance measurement.
The SPAD image sensor developed by Canon overcomes the longstanding difficulties of achieving this effect with high pixel counts. By adopting new circuit technology, Canon’s sensor uses a method known as photon counting to realize a digital image resolution of 1 megapixel. What’s more, the sensor employs a global shutter that allows simultaneous control of exposure for every pixel. Exposure time can be shortened to as little as 3.8 nanoseconds2, making possible clear and distortion-free image capture. In addition, the sensor is capable of up to 24,000 frames per second (FPS) with 1 bit output, thus enabling slow-motion capture of fast movement within an extremely short time frame.
Thanks to its ability to capture fine details for the entirety of events and phenomena, this technology holds the potential for use in a wide variety of fields and applications including clear, safe and durable analysis of chemical reactions, natural phenomena including lightning strikes, falling objects, damage upon impact and other events that can’t be observed with precision by the naked eye.
The sensor also features a high time resolution as precise as 100 picoseconds2, enabling it to determine the exact timing at which a photon reaches a pixel with ultra-high accuracy. Leveraging this functionality, the sensor is capable of Time of Flight distance measurement. What’s more, with a high resolution of 1 megapixel and high-speed image capture, it is also able to accurately perform 3D distance measurements in situations where multiple subjects overlap—useful in such scenarios as a vehicle distance measurement for self-driving automobiles and grasping 3D spatial information for xR3 and similar devices.
Canon’s development of a SPAD image sensor enables 3D cameras capable of recognizing depth information to achieve a resolution of 1 megapixel is expected to rapidly expand the use of such cameras as the “eyes” of high-performance robotic devices. Going forward, Canon will strive to anticipate the needs of industry by continuing to advance its innovative image sensor technology, further expand the possibilities of what is visible, spur evolution in science and industry through high-precision detection of information and contribute to the development of fields yet to be discovered.
1Among SPAD sensors. As of June 23, 2020. Based on Canon research. 21 nanosecond = one billionth of a second. 1 picosecond = 1 trillionth of a second. 3″xReality,” where x represents a variable for the unknown. Includes AR (augmented reality), MR (mixed reality) and VR (virtual reality). Additional information
The camera utilizing the sensor described in this press release, and its accompanying journal article, were jointly developed and written with scientists at the Swiss Federal Institute of Technology in Lausanne and published in Optica, the journal of the Optical Society of America.
SPAD Sensors A Single Photon Avalanche Diode (SPAD) sensor is a specially configured sensor in which a diode is placed within each pixel. Each diode, when receiving a single incoming photon of light, is able to turn this photon into an “avalanche” of electrons to create a single large electrical pulse signal. With the ability to convert a single photon into multiple electrons, this technology can contribute to greater sensitivity during photography as well as more accurate distance measurements.
List of Canon Products to be Announced Next month by Canon, Take a look at the list products which includes Canon EOS R5, Canon EOS R6 and list of Lenses and accessories coming along with these two camera
1. Canon Upcoming Products on July 9, 2020
Canon EOS R5 Body
Canon EOS R5 24-105 USM Kit Canon EOS R6 Body
Canon EOS R6 24-105 STM Kit
Canon EOS R6 24-105 USM Kit
Canon WFT-R10 (A/B/C/D/E)
Canon BG-R10
Canon LP-E6NH
Canon RF 100-500L
Canon RF 800/11
Canon RF 600/11
Canon Lens Hood ET-101
Canon Lens Hood ET-88B
Canon Lens Hood ET-77
Canon Lens Case LZ1328
Canon Lens Case LZ1435
Canon RF1.4x
Canon RF2x
Extender lens cap RF
Panasonic G100 camera finally announced by Panasonic. The core specs of the camera are more or less the same as we have told you a week ago. But, to make the vlogging camera body more compact Panasonic decided to keep the IBIS unit off from the camera. So. unfortunately in Pansonic G100 camera we don’t have advance IS mode like we do have in Panasonic G85
One of the most eye-catching features is ‘OZO’ directional microphones made by NOKIA specifically for Panasonic G100 camera. The built-in microphone also features subject tracking.
Video can be captured at 4K/30p and 24p for up to 10 minutes.
The 3″ LCD display is very bright and easy to see outdoors and it’s paired with a 3.68 million dots (equivalent) viewfinder. Is a field sequential EVF but Panasonic says it refreshes four times faster than, for less “color tearing”.
The DC-G100 will go on sale in late July at an MSRP of $749 when kitted with the ultra-compact 12-32mm F3.5-5.6 power zoom lens. Adding the tripod grip increases the price to $799.
Panasonic G100 Press Release
Panasonic Launches the LUMIX G100, its Newest Mirrorless Camera for Vlogging and Creative Video Content
The compact, feature-packed camera features high sound quality produced by OZO Audio by Nokia
Newark, NJ (June 24, 2020) – Panasonic today launched the LUMIX G100, a new Digital Single Lens Mirrorless camera designed and developed for creating high-quality, versatile content.
Intuitive controls, visually engaging images and excellent sound quality are hallmarks of the new LUMIX G100, raising the bar for content production and user experience in the vlog camera category. Usability is further enhanced by its remarkably compact and lightweight design that doesn’t skimp on functionality and creative options.
The Logical Next Step from your Smartphone
With their limited sensor size and optics, a Smartphone can only take your creativity so far, the LUMIX G100 uses a smartphone crushing 4/3rds sensor that records smooth, high-resolution QFHD 4K videos in 3840 x 2160 resolution at 30p or 24p in MP4[1] and Full-HD at 60p. The five-axis hybrid I.S. (image stabilizer)[2] in the LUMIX G100 provides effective shake suppression essential for capturing stable, easy-to-see video in scenarios such as walking or in a moving vehicle. In addition, the new Video Selfie Mode easily captures both the videographer and background in crisp focus without adjustments of aperture that changes with the lens each time.
Adopting a static-type touch control system, the 3.0-inch free-angle rear monitor with 1,840K-dot high resolution makes it easy to compose selfies as well as shots from a high or low angle. Convenient shooting assist functions allow the Frame Maker to check the composition during recording in various popular aspect ratios such as 16:9, 4:3, 1:1, 4:5, 5:4 and 9:16. The REC Frame Indicator displays an eye-catching red frame so that videographers can recognize whether the camera is recording or not at a glance.
*1 Recording stops when the continuous recording time exceeds 10 minutes with [MP4] in [4K]
*2 When using an interchangeable lens (H-FS12032) released before this camera, update the firmware of the lens to the latest version.
High Sound Quality Supported by OZO Audio Technologies
The LUMIX G100 integrates OZO Audio by Nokia for high-quality spatial audio recording, a first for a Digital Single Lens Mirrorless camera.* Engineered for universal playback and shareability across the world’s most popular social media platforms, the OZO Audio enables users to capture and edit the full richness of sonic life with vibrant accuracy and precision. It sets a new standard in innovative audio solutions for user-generated content. Three microphones record clear, vibrant sound with outstanding images, for example a dynamic landscape with immersive, realistic sound; interviews with clear speech; or easy, on-the-scene coverage by the videographer with easy mode selection. Combining Panasonic and Nokia OZO Audio technologies, the LUMIX G100 also offers a tracking feature that continues tracking the voice of the subject. Auto mode automatically recognizes the best setting and switches between tracking and surround modes.
* For a digital interchangeable lens system camera, as of June 24, 2020.
High Potential and Unlimited Expression
The new LUMIX G100 integrates a 20.3MP MOS Sensor without Low Pass Filter, which features higher resolution and a larger size than found in smartphones. Realizing maximum ISO 25600 high sensitivity, even images captured at night or low light are clear. In addition, the large sensor enables beautiful defocusing in the background, and the Venus Engine assures high-speed, high-performance image processing. Impressive 4x*/2x slow and 8x/4x/2x quick FHD motion footage and time lapse shots are captured with ease.
Advanced videographers will appreciate the V-LogL recording capability; users can apply the LUT (Look Up Table) of their choice on the recorded V-LogL footage via a PC to create a differentiated video with subtle colors and moods.
Features such as the 4K technology, along with the 3,680K-dot equivalent center-aligned viewfinder, allow users to capture 4K PHOTO shots, excelling in performance and function for photo shooting. Able to save spontaneous shots by just selecting the frame out of a burst file sequence, users will never miss a moment.
*30p only
Easy Connectivity via Bluetooth, Wi-Fi and HDMI
The LUMIX G100 integrates Bluetooth and Wi-Fi® 2.4GHz (IEEE802.11b/g/n) connectivity to offer a more flexible shooting experience and easy instant image sharing. A dedicated upload button controls video and photo transfer to a smartphone via Panasonic’s LUMIX Sync app for iOS / Android. Users can also use their smartphone as a remote control to capture video and photo.
Compatibility with Bluetooth 4.2 (called BLE: Bluetooth Low Energy) enables constant connection with a smartphone/tablet with minimum power consumption and can activate the camera by using a smartphone/tablet or automatically add geotagging photos.
HDMI[1] allows video output via The LUMIX G100, or it can be used as a webcam that provides exceptional image quality with rich depth of field and high quality sound for streaming in combination with an HDMI video capture device.[2]
*1 It is not possible to stream live in 4K. While using the HDMI output function, video cannot be recorded.
*2 A separate streaming software for PC is required.
Compact, Lightweight Design Even with Tripod Grip
Despite its high performance and selection creative functions, the LUMIX G100 is portable, compact and weighs only 412 g, even with the LUMIX G VARIO 12-32mm / F3.5-5.6 ASPH. / MEGA O.I.S.(H-FS12032) lens. A new Tripod Grip DMW-SHGR1[4] makes it even easier to hold the camera or can be used as a compact tripod. Connecting with the camera via USB allows the user to start/stop video recording, release the shutter and enable/disable sleep mode. The camera’s battery can be recharged either via AC or USB according to the user’s convenience.
*4 Tripod Grip is bundled in DC-G100V kit. It is also sold separately.
Tripod Grip (DMW-SHGR1)
A compact, lightweight handgrip / mini tripod allowing start/stop video recording and shutter release via USB connection.
Compatibility: DC-G100, GH5*,GH5S*,G9*, G95* and G85*
*Firmware update of the camera is required. It connects to the remote terminal of the camera using a bundled conversion cable. Sleep button cannot be used.
The LUMIX G100 will be available for sale at the end of July.
Finally, just prior to the announcement we have Panasonic G100 images, press text, and detailed core specifications. Lets take a look at the intro text.
Panasonic G100 Intro (Press Text)
Features That Make G100 Vlogging Ready
You’ll find all the camera features you need, right at your fingertips: a 3-inch free-angle touch rear monitor and advanced image stabilization, to ensure that you can shoot a clear walk-and-talk from any angle; to the Frame Marker, which enables you to quickly and easily check the composition in the camera frame; to the REC Frame Indicator, which helps you avoid time-consuming re-dos by clearly indicating when the camera is recording. Various popular aspect ratios such as 16:9, 4:3, 1:1, 4:5, 5:4 and 9:16 are available, ready for every platform from Instagram to YouTube.
Amazing Audio and Video Performance
The Panasonic LUMIX G100 also features high-quality spatial audio recording, integrating OZO Audio by Nokia. The high-performance built-in mic is composed of three internal microphones (Surround, Front, and Back), which can be activated manually or automatically through the Tracking function to ensure clear audio whether you’re recording selfies, interviews, live events, or nature. When you’re ready to start editing, you can retouch, resize, crop, and more within the camera, or send to a Bluetooth or Wi-Fi-paired device with the push of a button via the LUMIX Sync app. For advanced videographers, the LUMIX G100 supports V-Log L recording.
Compact and Lightweight for Easy Handling
Compatible with the Micro Four Thirds system, the LUMIX G100 Mirrorless Camera is remarkably compact and lightweight, easy to carry even with a lens. Tripod grip makes it easy to hold the camera and connects with the camera via USB to start/stop video recording, release the shutter, and enable/disable Sleep mode. Whether you are a beginner or experienced in content creation, you will find the G100 the perfect camera for creating ready-to-share, gorgeously high-quality vlogs, and still photos that bring your ideas to life.
Nikon Z5 rumored specifications surfaced over the web, the camera is expected to arrive July Month and shipping will start from October – November 2020.
Nikon Z5 Rumored Specification
The Z5 will have the same EVF as the Z6
No top panel LCD
Dual SD UHS-II memory card slots
24MP full-frame sensor (not sure BSI or not)
IBIS
Magnesium alloy camera body
1.000 dots LCD screen resolution
New battery: Nikon EN-EL15c
USB-C camera powering, not just charging
Same AF system as in the Z6
1.7x video crop in 4k, no SloMo option
6fps burst
Official announcement expected in the second half of July (I have conflicting reports on the exact date)
The camera will start shipping later this year
The good part of the rumor is Nikon Z5 is carrying EVF like Nikon Z6, earlier we had rumor the camera will not have an EVF, but that’s not true. Although the rumor isn’t coming from trusted sources, we have to wait for further confirmation.
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