Camera Professional Lens 10X Option Zoom F 4.3Mm Driver
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At MWC 2017 Chinese smartphone maker OPPO showed a prototype device at its booth that featured a in a normally-sized smartphone body. The zoom lens design had been and used a 90-degree angular prism to direct the light to a vertically positioned stabilized camera sensor.The prototype never made it into a production series but now it seems OPPO is going to skip the 5x zoom entirely and make a direct jump to a device with a 10x zoom lens that is based on the same principles. The company is currently sending out media invites for the presentation of a 10x lossless zoom solution in Beijing, China, on January 16.OPPO/CorePhotonics 5x optical zoom designAccording to Chinese sources it is not clear if OPPO will present a production device or yet another prototype. In any case it looks like we'll see zoom factors on smartphone cameras grow rapidly in the near future.Update:Today OPPO has actually announced the new system at an event in front of journalists. However, those who expected a finished product were disappointed. The improved 10x zoom was merely teased on a few slides.
It seems we might see more at MWC, though.It's also a slight disappointment that the 10x system isn't actually a new development but appears to be the existing 5x prototype zoom with an additional super-wide-angle camera bolted on. So, mathematically we are looking at a 10x zoom here (15.9 to 159mm equivalent according to OPPO) but, at least in terms of tele-reach, the calculations are slightly misleading, as most manufacturers base their magnification numbers on the main camera which tends to come with an equivalent focal length of around 27mm.Nevertheless, having a 'seamless' zoom from super-wide to tele on a smartphone is an enticing idea to many mobile photographers, so we hope a production model will be available in the near future.Update (January 16, 2019): Additional details were released by OPPO. This article has been updated accordingly with the additional information, specifically regarding the expected release timeframe and the focal length equivalent of the 10x zoom lens). It appears to be a prism and not a mirror.Turning the light 90 degrees at the sensor would increase the sensor size marginally given the somewhat narrow angle of view at 159 eqivalent focal length and the comparative short distance, 1/2 the phone thickness, that turning the light again would allow. Add in the reflective and transmission losses of an additional mirror or prism and there is little room for benefit of a marginally larger sensor.The narrow dimension of the active area of a 1/2.3' sensor is 4.55 mm and there is little reason to suspect that this couldn't be made to fit most smartphones.
That is as large or larger than the majority of smartphones on the market. Of course it is likely that the sensor is as small as a smaller 1/2.6' Samsung S9 sensor or even smaller Apple iPhone X sensor at 1/2.5' or 4.2 mm of active sensor height. Quote from Engadget:'Oppo teased a new and improved design that offers 10x hybrid zoom, ranging from an equivalent of 15.9mm all the way to 159mm. This is all thanks to a new triple-camera setup, starting from an ultra-wide camera, then a main camera in the middle, and then a periscope to top it off with some sweet optical zoom action - likely the same 3x optical zoom in the previous design, based on the render.Together, these three cameras supposedly enable a seamless transition from 1x all the way to 10x zoom, with the main shooter and the periscope further enhanced with optical image stabilization.'
I've still got the Zenfone Zoom (and the 10x optical Samsung K Zoom, come to that). The problem is that it was marketed as a phone with 3x zoom camera, but the biggest issue was it was a lousy phone firstly, not helped by a lousy camera on the back. A few years later & ASUS now make really good phones, so it'd be nice if they revisited the concept.The K Zoom was actually much better, but too bulky in a world where phones are getting thinner & thinner, and Samsung failed to update it past Android 4.2. It only had 2 apertures, tiny & very tiny, and dust ingress was a big problem (though mine is still fine). Lossless:)PR departments of companies are so.
Funny.OK, the engineers have probably told them that digital zoom is lossy. And here you do not use digital zoom, so it must be lossless. Right?But wait!
This phone only have two fixed focal length cameras, lets call them equivalent 25 and 250 mm. So, how do you create e.g. The center can be the tele lens downscaled, but the rest has to be the wide angle lens CROPPED, i.e. DIGITAL ZOOM!
And, in both cases it is lossy. He he he!As I said, PR departments are so funny!
A loss is any impact to distortion, CA, sharpness in any part of the image, etc. If you think that this company can produce a 'lossless' lens when lenses from Canon, Nikon and Zeiss that are thousands and thousands of dollars HAVE loss, you're. If Leica/Zeiss/Canon can't do it, why would OPPO?
O.oAnd I will work on rethinking what is possible. I guess first thing, physics is all wrong? Because physics dictate this is impossible.Though if we can ignore physics, I'm WAY more excited about being able to fly than a phone that can zoom like a 10 year old pocket cam.
Every single lens has loss. How is that not a basic concept that everyone can grasp? There is no such thing as a perfect lens.If they called it 'as lossless as an EF 24-70 L', great. That's a metric.
Calling it totally lossless is just marketing BS, plain and simple.As for the 'They said you can't.' None of those things were ever invalidated by physics. Portrait lenses are just a focal length. Nobody has ever claimed you can't have a complex tele lens.On the other hand, the laws of the universe disallowing something SEEMS like it's still valid. Maybe I'm just thinking too 'inside the box' by sticking to reality and what is physically possible. The problem is that you invented the 'loss' definition that is formally correct but is not common or even practical.
You know there are lossless music formats like FLAC, but going with your definition they are also lossy because there are losses in the analog to digital process. But after that, another loss happens when digital data is converted to MP3. That's why MP3 is lossy format and FLAC is lossless. Same here: lens and sensor are working as analog to digital converter, and after that digital zoom loses the digitized data from the sensor, optical zoom does not. Therefore it is lossless. Now you know why IP patents are BS. It is not that we need to pretend we can force other countries to respect IP crap.
It's we should not have them (copywrite is different) in any country and whether we like it or not then we then ALL have to COMPETE! And that includes lowering business taxes and red tape(per county); kiddos. Whatever ELSE makes this unfair (in any country) should be attacked(trade sanctioned and eliminated). Not force others to play by some dumb (double standard) rule. That can never work. A real Free Market does.
Today we are a connected world. Even as you better understand; they are with different values(per large people groups). And not just any way is OK. Those who fail to learn. Best news of the year so far!The days of carrying around a backpack just to take a quality photograph are almost over.
And yeah, DSLRs and full-frame mirrorless will always be superior; but the advantage is diminishing every few months!It's literally possible to take printable images with phones now. That's incredible! And they are in heavy competition to do better because so many people carry smartphones compared to DSLRs.I think I have one more phone to go before it's so good that I can sell my Nikon Z9.So it will be my Samsung S10 for a few years until it needs replacement.The Z8/Z9 Nikon Cameras.Then the latest Zoom Lens Smartphone from whomever in 2023.Sell my mirrorless gear before it becomes an old VHS recorder.Never look back.
That's where reading in context occurs.Too much time spent away from basic English and too much time spent in front of a smartphone has rendered you incapable of managing more than a single sentence; and if it's ambiguous by itself, you can't tie everything together because it has more than social media's 127 characters and you can't comprehend more than a twitter count of words strung together.It's a wonder you can eat more than one food type. Good thing restaurants usually push sides or you'd end up with rickets or scurvy, or just die from malnutrition. Because you can't THINK of more than ONE thing at a time! Part of language is interpretation.You FAILED!!
My guess is that if I looked at your portfolio, it would also be a failure. I'm not going to do that though, because I already know I'm better than you.Also I'm tired of your continued inability to understand basic ideas.HAVE FUN whatever it is that you do for that. But I'm done trying to teach someone with such a enormous mental handicap that they can't even reason out something after it being explained OVER AND OVER to him.
It's just boring. I have no more patience for your stupidity.Enjoy the rest of your life.
However you decide to do that. Probably by stumbling through it rather blindly. But hey, you can decide what to interpret or understand as you see fit. Not my problem.
An effective communicator transfers his thoughts, unmolested, into the minds and conception of others.Take this as feedback that what you said was confusing to some. I know it's hard to write comments quickly and be expected to proof-read them before sending. I often write comments with many typos that aren't worded as well as they could be because I don't have the time to do otherwise.What I don't do is argue with people that catch my typos or communicate a misunderstanding about something I wrote. Communication is not about how well you think you said something.
Camera Professional Lens 10x Option Zoom F 4.3 Mm Driver
So either edit your comments more carefully or accept that there will be misunderstandings and move on.Or just insult the messenger and fail to learn from this experience. It's up to you. Borisk1:That's not what the illustration seems to say, but right the text implies that.
I could be wrong, but I don't see how anyone can get a real 10X (or 5X) with just two sensors.There could certainly be a compulational solution that fakes it. But we've never seen 10X claimed.Then since the camera sensors are facing sideways, I have to think my point about the slow lens remains valid, unless the camera body is on the order of 15mm+ thick.' The WA camera is fixed focal length, providing reasonable low light performance.' It's not going to provide good low light performance if it's f/3.5. Just add another prism before the sensor.Calling a digital crop of the sensor lossless is a lie. If, like the Parrot Anafi or Mavic 2 drone camera they claim that cropping to a 1:1 pixel area is lossless, they are discounting all the magnification of optical distortions, abberations and diffraction that goes with cropping lens field of view.System resolution of only the lens and sensor is 1/((1/lenslpm)+(1/senslpm)). Ie, assuming 100 lpm for both, you get 50 lpm out.
Cropping effectively cuts lens res in half but leaving the sensor at 100 leaves 33.3 lpm out. A lossy system could leave 25 lpm so better but not lossless.At least the optical zoom range is more lossless, but would start with a smaller aperture (diffraction), compromise abberations and reduced transmission. Well, as the first true zoom was patented in1902 in the photographic sphere cellphones are not too far behinda century give or take. As the mobile dates from about 1973,to pick a year.'
In 1917, Finnish inventor Eric Tigerstedt filed a patent for a 'pocket-size folding telephone with a very thin carbon microphone'.55 yrs??anyway congrats to the cellphone as each year it creeps toward the camera.2019 the year of the zoom.perhaps 2018 will be remembered as the year of computer generated bokeh.progress seems unstoppable. Very very interesting, that said they didn't even implement their 5x zoom yet. And now they want to go to 10x?This will be crazy hard size wise, or crazy diffraction limited.Most phones are 28mm, but let's say they only talk about 24mm. That still means they want to achieve 240mm equiv.Current smartphones have apertures of 3mm at the very very extreme. This would give the 240mm equiv camera a F80 equiv aperture.Even if they go for basically the full depth of a phone, so a 5-6mm aperture they will only reach F40-F50 equiv apertures.That is not only terrible for low light, but diffraction will also cost a ton of resolution. (For comparison current smartphones have F9-F11 equiv apertures)If they are capable of a 5mm folded optic.
Why not go for a far more usefull 3x zoom, with decent low light and resolution abilities? @noisephotographer'Oppo's 5x was actually not 5x' 'It was a '3x optical zoom' combined with hybrid zoom.' That gives me hope for this zoom. This makes far mores sense'the image quality at 240mm could still be much better than currently.' Well of course.
But once your CoC is much larger than the pixels further optical zoom (if the entrance pupil stays the same) doesn't help with resolution.If they can make a 5mm aperture with a 3/4x zoom, the resolution at 240mm will be the same with a high res sensor.