Sunny 65 65 38 Today 65 38 Tuesday 72 42 Wednesday 76 47 Latest Weathercast Interactive Radar Now 65 Tue 72 Wed 76 by BRANDON MCGOUIRK | WGXA News CRAFORD COUNTY, Ga. (WGXA) — Residents in the area of Moncrief Road and Highway 128 have been without water since the weekend due to what Crawford County Water Superintendent Bill Patton calls an "ongoing issue" that they have been fighting. "20 years ago, they put the water line in at the base of the creek. With erosion, the pipe's not three, four feet above the bottom of the creek, so we get five inches of rain, it just washes away, we put it back," said Patton. "We've got a plan in place, now, to just completely replace it with newer technology." He explained that the new pipe will be five or six feet below the creek bed permanently. In the meantime, mobile water tanks, also known as water buffalos, are available for residents to have access to non-potable water to use for cleaning, flushin
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Are you ready for Smartphones With Micro Four Thirds Sensors? – YMCinema – The Technology Behind Filmmaking – YMCinema Magazine
The next image revolution is beyond the corner. Resources indicate valid attempts to implement large sensors in smartphones. For now, the definition of ‘large sensors’ means Micro-Four-Thirds systems. That would constitute a revolution in videography, not just in the smartphone segment, but in the camera market as a whole.
Multiple resources indicate a new generation of Micro-Four-Thirds sensors that is ready to arrive in the market and be implemented on smartphones. The range starts from 44 to 100 megapixels. One of the resources is Weibo which specifies the sensors per smartphone as follows:
So which 4/3-inch mobile phone will land first? Of course, the challenges are solid. First, there’s the challenge of implementing such a ‘giant’ sensor in a smartphone body. Second: How do you cool that sensor? How can you manage the heat produced by the vast processor? You will need a sophisticated heat management apparatus that eats limited battery resources. Eventually, technology (the Chinese) will overcome that.
The name ‘Four-Thirds’ derives from the size and format of the image sensor used in the camera bodies. The system was developed by Olympus in partnership with Panasonic. Unlike 35 millimeter film (and therefore most APS-C sized sensors used by other big camera brands such as Nikon, Canon, or Pentax) the Four-Thirds system uses a ratio of 4:3 for its image sensor. The 35-millimeter film has a ratio of 3:2. This ratio was inherited from analog TV standards. The diagonal length of the Micro-Four-Thirds sensor is roughly half that of a 35-millimeter film negative. The ratio of the image size, combined with the smaller sensor means that Four-Thirds-based DSLR sensors have a ‘crop factor’ of exactly 2. That is to say, a 50-millimeter film lens used on a Four-Thirds body gives the equivalent field of view to a 100-millimeter lens on a 35-millimeter camera body. The first approach to create a camera body for the Micro Four Thirds system was achieved in 2008 by Panasonic. It’s G1 and G2. More recently, the Micro Four Thirds lens mount has also been used by DJI in certain models of their drone-based camera systems. The Blackmagic Pocket Cinema Camera is also produced with a Micro Four Thirds lens mount option. Z-Cam also produces video cameras using the Micro Four Thirds lens mount. However, the love and desire for shooting large format, has made the very capable Micro-Four-Thirds format almost obsolete. Nevertheless, when talking about mobile phones, Micro-Four-Thirds has the potential to revolutionize videography.
In 2021, Sharp has announced its smartphone flagship. The AQUOS R6 is armed with a 1-inch sensor. The AQUOS R6 was the world’s first smartphone that owned this kind of sensor. Furthermore, the AQUOS R6 had a Leica Summicron lens on a 20-megapixel camera. Since then more smartphone manufacturers have developed powerful smartphones with 1-inch image sensors. Additionally, other camera companies have been strengthening their manufacturing capabilities to produce more powerful 1-inch sensors. For instance, the 4K Canon 1-inch sensor that is capable of 24 stops of dynamic range, Nikon’s 1,000 FPS 4K 1-inch sensor, and more [Read: Canon has Developed a 1-inch 4K Sensor With 24 Stops of Dynamic Range, Nikon Developed a 1-inch CMOS Sensor That is Capable of 1,000 FPS, HDR, and 4K Resolution]. But where’s Apple in the picture?
As for Apple, it seems that the company prefers investing in sharpening the image technology instead of implementing larger sensors. So for now, Apple is out of the game. But only for now, since we are pretty sure the time will come to apply one of Sony’s powerful 1-inch sensors in the iPhone. Or should Apple go straight to Micro-Four-Thirds? Anyway, our two cents are that the first Micro-Four-Thirds smartphone will come from China, and will be made for the Chinese market. We believe it will launch during 2024-2025. If so, Apple will start the pursuit of Micro-Four-Thirds in 2025. Hence imagine this: iPhone 18 with Micro-Four-Thirds image sensor. That would revolutionize videography for sure.
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Get the best of filmmaking!
Subscribe to Y.M.Cinema Magazine to get the latest news and insights on cinematography and filmmaking!
Yossy is a filmmaker who specializes mainly in action sports cinematography. Yossy also lectures about the art of independent filmmaking in leading educational institutes, academic programs, and festivals, and his independent films have garnered international awards and recognition.
Yossy is the founder of Y.M.Cinema Magazine.
Constantly irritates me how many people write or post videos in photography and videography and don’t know the difference between micro 4/3 and 4/3. Micro four thirds is a system and lens mount. 4/3 is the sensor size. They existed before micro 4/3 systems in dslrs. They are simply 4/3 sensors.
G1 not the first camera to have a 4/3 sensor, Olympus four thirds cameras had them years before the G1.
Also the Sharp phone was not the first either to have 1 inch sensor. The Panasonic Lumix CM1 from 2014 had it.
The entire article misses the most important point.
What end user, you know the customer, probl m is solved by these huge new sensors?
What problem does that his sensor solve?
Clammering for more pixels is idiotic for 90% of phone users. Just waste of space.
Does this new huge sensor solve problems for users?
Javier is right. Olympus introduced the E-1 four-thirds camera in 2oo3. I think the Panasonic DMC-L1 was the first four-thirds camera for Panasonic, introduced in 2006. The Panasonic DMC-G1 was the first micro-four-thirds camera.
Another small sensor dilettante-produced article full of factual errors.
Why put so much money into a phone with non-replaceable batteries that one will replace every 4 years.
But a cheap phone and a quality camera. A camera that should last you 10 years and possibly a lifetime.
Regardless of the photo sensor you put in a phone you are still limited by physics when it comes to optics. Like they said in the article you will also have to cool the sensor and I imagine the power drain will be fairly intense. I already made the move to actual digital cameras a while ago and only use the smartphone camera as a last resort – and that is a Samsung Galaxy S23 Ultra which is capable of a 200mp image and expert raw (dng)! The difference in quality between a purpose made camera and a smartphone camera is noticeable.
The last paragraphs says the author is an Apple fan boy.
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…
…
An Apple patent application filed in 2016 and granted in 2021, titled “Camera apparatus and methods”…
Filmmaker Patrick Tomasso went to ARRI to ask some challenging questions, to understand the philosophy behind…
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Zack Snyder‘s space adventure film “Rebel Moon – Part One: A Child of Fire” will be…
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Are you ready for Smartphones With Micro Four Thirds Sensors? – YMCinema – The Technology Behind Filmmaking – YMCinema Magazine
The next image revolution is beyond the corner. Resources indicate valid attempts to implement large sensors in smartphones. For now, the definition of ‘large sensors’ means Micro-Four-Thirds systems. That would constitute a revolution in videography, not just in the smartphone segment, but in the camera market as a whole.
Multiple resources indicate a new generation of Micro-Four-Thirds sensors that is ready to arrive in the market and be implemented on smartphones. The range starts from 44 to 100 megapixels. One of the resources is Weibo which specifies the sensors per smartphone as follows:
So which 4/3-inch mobile phone will land first? Of course, the challenges are solid. First, there’s the challenge of implementing such a ‘giant’ sensor in a smartphone body. Second: How do you cool that sensor? How can you manage the heat produced by the vast processor? You will need a sophisticated heat management apparatus that eats limited battery resources. Eventually, technology (the Chinese) will overcome that.
The name ‘Four-Thirds’ derives from the size and format of the image sensor used in the camera bodies. The system was developed by Olympus in partnership with Panasonic. Unlike 35 millimeter film (and therefore most APS-C sized sensors used by other big camera brands such as Nikon, Canon, or Pentax) the Four-Thirds system uses a ratio of 4:3 for its image sensor. The 35-millimeter film has a ratio of 3:2. This ratio was inherited from analog TV standards. The diagonal length of the Micro-Four-Thirds sensor is roughly half that of a 35-millimeter film negative. The ratio of the image size, combined with the smaller sensor means that Four-Thirds-based DSLR sensors have a ‘crop factor’ of exactly 2. That is to say, a 50-millimeter film lens used on a Four-Thirds body gives the equivalent field of view to a 100-millimeter lens on a 35-millimeter camera body. The first approach to create a camera body for the Micro Four Thirds system was achieved in 2008 by Panasonic. It’s G1 and G2. More recently, the Micro Four Thirds lens mount has also been used by DJI in certain models of their drone-based camera systems. The Blackmagic Pocket Cinema Camera is also produced with a Micro Four Thirds lens mount option. Z-Cam also produces video cameras using the Micro Four Thirds lens mount. However, the love and desire for shooting large format, has made the very capable Micro-Four-Thirds format almost obsolete. Nevertheless, when talking about mobile phones, Micro-Four-Thirds has the potential to revolutionize videography.
In 2021, Sharp has announced its smartphone flagship. The AQUOS R6 is armed with a 1-inch sensor. The AQUOS R6 was the world’s first smartphone that owned this kind of sensor. Furthermore, the AQUOS R6 had a Leica Summicron lens on a 20-megapixel camera. Since then more smartphone manufacturers have developed powerful smartphones with 1-inch image sensors. Additionally, other camera companies have been strengthening their manufacturing capabilities to produce more powerful 1-inch sensors. For instance, the 4K Canon 1-inch sensor that is capable of 24 stops of dynamic range, Nikon’s 1,000 FPS 4K 1-inch sensor, and more [Read: Canon has Developed a 1-inch 4K Sensor With 24 Stops of Dynamic Range, Nikon Developed a 1-inch CMOS Sensor That is Capable of 1,000 FPS, HDR, and 4K Resolution]. But where’s Apple in the picture?
As for Apple, it seems that the company prefers investing in sharpening the image technology instead of implementing larger sensors. So for now, Apple is out of the game. But only for now, since we are pretty sure the time will come to apply one of Sony’s powerful 1-inch sensors in the iPhone. Or should Apple go straight to Micro-Four-Thirds? Anyway, our two cents are that the first Micro-Four-Thirds smartphone will come from China, and will be made for the Chinese market. We believe it will launch during 2024-2025. If so, Apple will start the pursuit of Micro-Four-Thirds in 2025. Hence imagine this: iPhone 18 with Micro-Four-Thirds image sensor. That would revolutionize videography for sure.
Get the best of filmmaking!
Subscribe to Y.M.Cinema Magazine to get the latest news and insights on cinematography and filmmaking!
Email address
Get the best of filmmaking!
Subscribe to Y.M.Cinema Magazine to get the latest news and insights on cinematography and filmmaking!
Yossy is a filmmaker who specializes mainly in action sports cinematography. Yossy also lectures about the art of independent filmmaking in leading educational institutes, academic programs, and festivals, and his independent films have garnered international awards and recognition.
Yossy is the founder of Y.M.Cinema Magazine.
Constantly irritates me how many people write or post videos in photography and videography and don’t know the difference between micro 4/3 and 4/3. Micro four thirds is a system and lens mount. 4/3 is the sensor size. They existed before micro 4/3 systems in dslrs. They are simply 4/3 sensors.
G1 not the first camera to have a 4/3 sensor, Olympus four thirds cameras had them years before the G1.
Also the Sharp phone was not the first either to have 1 inch sensor. The Panasonic Lumix CM1 from 2014 had it.
The entire article misses the most important point.
What end user, you know the customer, probl m is solved by these huge new sensors?
What problem does that his sensor solve?
Clammering for more pixels is idiotic for 90% of phone users. Just waste of space.
Does this new huge sensor solve problems for users?
Javier is right. Olympus introduced the E-1 four-thirds camera in 2oo3. I think the Panasonic DMC-L1 was the first four-thirds camera for Panasonic, introduced in 2006. The Panasonic DMC-G1 was the first micro-four-thirds camera.
Another small sensor dilettante-produced article full of factual errors.
Why put so much money into a phone with non-replaceable batteries that one will replace every 4 years.
But a cheap phone and a quality camera. A camera that should last you 10 years and possibly a lifetime.
Regardless of the photo sensor you put in a phone you are still limited by physics when it comes to optics. Like they said in the article you will also have to cool the sensor and I imagine the power drain will be fairly intense. I already made the move to actual digital cameras a while ago and only use the smartphone camera as a last resort – and that is a Samsung Galaxy S23 Ultra which is capable of a 200mp image and expert raw (dng)! The difference in quality between a purpose made camera and a smartphone camera is noticeable.
The last paragraphs says the author is an Apple fan boy.
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Get the best of filmmaking!
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Subscribe to Y.M.Cinema Magazine to get the latest news and insights on cinematography and filmmaking!
…
…
An Apple patent application filed in 2016 and granted in 2021, titled “Camera apparatus and methods”…
Filmmaker Patrick Tomasso went to ARRI to ask some challenging questions, to understand the philosophy behind…
Director and cinematographer Zack Snyder has released his Rebel Moon’s on-set diary. That would be a…
Zack Snyder‘s space adventure film “Rebel Moon – Part One: A Child of Fire” will be…
How does the ARRI ALEXA 35 perform against the Sony FX6? Well, it’s not a real…
YMCinema© 2018-2023. All Rights Reserved.
source
January 9, 2024
admin
Uncategorized
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