Mobile Photography – Steven Wesley Photography http://stevenwesleyphotography.com/ Sat, 01 Jan 2022 23:28:33 +0000 en-US hourly 1 https://wordpress.org/?v=5.8 https://stevenwesleyphotography.com/wp-content/uploads/2021/05/cropped-icon-32x32.png Mobile Photography – Steven Wesley Photography http://stevenwesleyphotography.com/ 32 32 Xiaomi puts the focus on the camera with the launch of the smartphone 12 Pro https://stevenwesleyphotography.com/xiaomi-puts-the-focus-on-the-camera-with-the-launch-of-the-smartphone-12-pro/ Fri, 31 Dec 2021 13:12:24 +0000 https://stevenwesleyphotography.com/xiaomi-puts-the-focus-on-the-camera-with-the-launch-of-the-smartphone-12-pro/ Mobile tech giant Xiaomi gave smartphone photography a boost with the launch of the flagship 12 Pro, which sports a sizable bump on the back that houses three 50 MP cameras – with the main module built. around Sony’s large IMX707 sensor for the promise of improved low-light shots. The 1 / 1.28-inch sensor at […]]]>

Mobile tech giant Xiaomi gave smartphone photography a boost with the launch of the flagship 12 Pro, which sports a sizable bump on the back that houses three 50 MP cameras – with the main module built. around Sony’s large IMX707 sensor for the promise of improved low-light shots.

The 1 / 1.28-inch sensor at the core of the main camera uses 4-in-1 2.44 µm pixels, which Xiaomi says should deliver a 49% improvement in light-capturing prowess by compared to the previous generation. This performance is further bolstered by the company’s night mode algorithm, making the leader of the 50-megapixel triple camera pack something of a low-light beast.

The remaining cameras in the line use a JN1 image sensor, one ultra-wide with a 115-degree field of view and the other offering 2x telephoto capabilities. The night mode algorithm is also available for use with these modules. And a dual LED flash completes the picture.

The 12 Pro is powered by Qualcomm’s latest mobile processing platform, Snapdragon 8 Gen 1, which comes with a 3 GHz Kryo processor, 7th generation AI engine, new GPU for much improved graphics rendering and a 5G modem supposedly to cap at 10 Gbps.

At launch, availability is limited to mainland China, and the 12 Pro will be available in a choice of green, black, purple, and blue.

Xiaomi

To help with system stability, Xiaomi has included a cooling system with a2 steam chamber quench plate and three large graphite sheets to dissipate heat.

The smartphone can be equipped with up to 12 GB of LPDDR5 RAM and 256 GB of built-in storage, it sports a 6.73-inch screen using Samsung’s E5 LTPO OLED technology at 3,200 x 1,440 pixels, with a 120Hz refresh rate and 1500 nits of peak brightness, plus support for HDR10 + and Dolby Vision. The handset also includes two speakers with custom mid-woofers and tweeters, sound tuned by Harman Kardon, and support for Dolby Atmos.

The 12 Pro is said to feature the industry’s first 4600mAh single-cell battery for more capacity over dual-cell designs without increasing the overall battery size, and is also capable of 120W fast charging and charging. wireless 50 W.

The Xiaomi 12 Pro runs Xiaomi’s new MIUI 13 operating system and goes on sale in China starting today for a starting price of RMB 4,699 (which converts to around US $ 740, well that there is currently no word on global availability).

The standard handset 12 is powered by Qualcomm's Snapdragon 8 Gen 1 mobile platform and runs Xiaomi's MIUI 13 operating system

The standard handset 12 is powered by Qualcomm’s Snapdragon 8 Gen 1 mobile platform and runs Xiaomi’s MIUI 13 operating system

Xiaomi

Also up for grabs is a standard Xiaomi 12 version, which is built around the Snapdragon 8 Gen 1 chipset, can be achieved with 12 GB of RAM and 256 GB of storage, comes with a 6.28 inch OLED display, 120 Hz at 2400. x 1080 pixels and 1100 nits of peak brightness, and a tri-camera setup including a 50 MP main, 13 MP ultra-wide, and 5 MP telemacro. The price of this handset starts at 3,699 RMB.

And in an exceptional launch, Xiaomi added a new smartwatch and a pair of wireless headphones to the outlet pot.

The Watch S1 starts at RMB 1,099 and features a stainless steel bezel and 1.43-inch AMOLED display under sapphire crystal. In addition to notifications and mobile apps, the laptop supports up to 117 fitness modes. The battery is rated as good for up to 12 days of regular use or 24 days of standby time, and the smartwatch is water resistant up to 5ATM.

The Watch S1 has a 1.43-inch AMOLED display and supports 117 fitness modes

The Watch S1 has a 1.43-inch AMOLED display and supports 117 fitness modes

Xiaomi

The RMB 449 Xiaomi Buds 3 True Wireless Earphones are designed with two magnetic drivers and offer 40dB of active noise cancellation in three modes. Up to 7 hours of playtime per charge can be expected, or up to a total of 32 hours with the charging case.

Source: Xiaomi


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Xiaomi: launches a series of Master Classes in mobile photography https://stevenwesleyphotography.com/xiaomi-launches-a-series-of-master-classes-in-mobile-photography/ Thu, 30 Dec 2021 09:27:05 +0000 https://stevenwesleyphotography.com/xiaomi-launches-a-series-of-master-classes-in-mobile-photography/ World famous photographers will come together to share their knowledge with fans of Xiaomi and beyond. 20 October 2021 – Xiaomi has officially announced the launch of the Xiaomi Master Class series. The new educational project will bring together professional photographers specializing in different fields such as portrait photography, street photography, monochrome photography, allowing them […]]]>

World famous photographers will come together to share their knowledge with fans of Xiaomi and beyond.

20 October 2021 Xiaomi has officially announced the launch of the Xiaomi Master Class series. The new educational project will bring together professional photographers specializing in different fields such as portrait photography, street photography, monochrome photography, allowing them to share their experiences with a wider audience.

Xiaomi is committed to delivering quality devices with professional-grade mobile photography features, giving everyone a toolbox that will allow them to fully express their creativity. The first season of Xiaomi Master Class will see professional photographers share their knowledge of mobile photography and, more importantly, explain why they decided to choose the profession and how they found their personal style – all in the segment called “The moments that made me”.

The first master to share his “moments” is Charlie Clift, professional portrait photographer. He’s turned CEOs upside down, infiltrated police, torched Michelin-starred chefs, and talked about peace with Nobel Prize winners, all in search of a great photo. Her motivation is to tell personal stories with a touch of the unexpected.

He works worldwide for a range of editorial and commercial clients and his work has been published and exhibited widely. In his Xiaomi Master Class, he will guide users through the process of taking a portrait from inspiration, preparation, adjustment and how to work with the model.

In addition to Charlie Clift’s online Xiaomi master class, Xiaomi will also be hosting several offline events for the public to meet and learn from masters face-to-face in a more immersive setting.

Xiaomi Master Class on street photography – Pau Clavero
October 28, Seville, Spain

Pau is a popular street photographer and has 1.44 million subscribers on YouTube. Supported by the Seville government, Pau has shot several films with Xiaomi 11T Pro. In this Xiaomi Master Class, Pau will share his experience of mobile street photography.

The event will be held simultaneously at various venues of the University and the Cámara de Comercio de Sevilla Higher Campus. The Xiaomi Master Class will be held in person at the main headquarters, on the EUSA campus, located at Calle Plácido Fernández Viagas nº4, and simultaneously, via streaming in various locations, including the Cartuja Center CITE Campus, located at Calle Leonardo Da Vinci 7, and the headquarters of PICE, located in Parque Empresarial Nuevo Torneo C / Biología, 12, as well as in various territorial offices of the province of Seville.

Xiaomi Master Class in Monochrome Photography – Alan Schaller
October 29, Saatchi Gallery, London, United Kingdom

Alan Schaller is a London photographer specializing in black and white photography. His work is often abstract and incorporates elements of surrealism, geometry, high contrast, and the realities and diversities of human life.

From the “Metropolis” project to “Dog, dog, dog”, he shared his unique perspective on observing the world. This time he will attend our Xiaomi Imagery Awards exhibition at the Saatchi Gallery and give a Xiaomi Master Class on monochrome photography and share the “moments” that made him a photographer.

Xiaomi Master Class in Wedding Photography – Dos Más En La Mesa
November 2, EFTI school, Madrid, Spain

Dos Más En La Mesa is a group made up of great professionals from the world of photography, all teachers and alumni of EFTI. Andrea and Bernardina, partners and founders of Dos Más En La Mesa have worked as photographers and creative directors for major brands. They have a very particular style and an artistic sensibility that makes their work immediately identifiable. Under the name DosMasEnLaMesa, they express their inner world through photography and art.

In their Xiaomi Master Class at EFTI, they will share why they choose photography and explore mobile photography.

More Xiaomi master classes online and offline will soon be available on Xiaomi social media and in Xiaomi stores, follow Xiaomi social media and Xiaomi Imagery website for the latest information:

Xiaomi Twitter
Xiaomi Facebook
Xiaomi Instagram
Xiaomi youtube
Xiaomi Imaging Website



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Exynos 2200 is not the success Samsung expected https://stevenwesleyphotography.com/exynos-2200-is-not-the-success-samsung-expected/ Mon, 27 Dec 2021 18:14:00 +0000 https://stevenwesleyphotography.com/exynos-2200-is-not-the-success-samsung-expected/ Samsung’s Exynos 2200 is expected to power the company’s flagship smartphones in some regions in 2022, but that could be a bit of a letdown. that of Samsung Exynos 2200 is expected to power the company’s flagship smartphones in some markets in 2022, but it may not be as big a success as the company […]]]>

Samsung’s Exynos 2200 is expected to power the company’s flagship smartphones in some regions in 2022, but that could be a bit of a letdown.

that of Samsung Exynos 2200 is expected to power the company’s flagship smartphones in some markets in 2022, but it may not be as big a success as the company would have hoped. Samsung is expected to launch its Galaxy S22 series early next year with the Snapdragon 8 Gen 1 SoC under the hood. However, in some markets the device will ship with the Exynos 2200 SoC, Samsung’s internal mobile processor with integrated AMD graphics.

The Exynos 2200 will be the successor to the Exynos 2100, which powers the international variants of the Galaxy S21 series devices. The Exynos 2100 is built using Samsung’s 5nm EUV process, an improvement over the Exynos 990 which was made using a 7nm node. As for the upcoming chipset, its details are hard to come by, but if the latest report is anything, it might disappoint a few people with its meager gains over its predecessor.

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Related: Here’s What The Galaxy S22 Ultra Looks Like Next To The S21 & S20

According to the prognosticator Ahmed Qwaider, the upcoming Exynos 2200 will only offer a five percent improvement in processor performance and a 17 percent improvement in GPU performance over the Exynos 2100. This compares poorly to the current generation chipset. , which provided a 30 percent gain in processor performance and a 40 percent improvement in GPU performance over its predecessor, the Exynos 990. If the report is correct, the relatively disappointing performance gains from the upcoming chipset will be a major disappointment for Samsung, which reportedly hoped that the collaboration with AMD would help its internal chip better compete with Qualcomm’s upcoming Snapdragon 8 Gen 1.


Massive gains in neural processing power


While the CPU and GPU gains are less than impressive, the new chip is said to make a huge leap over its predecessor in terms of a Neural Processing Unit (NPU). According to the report, it will offer a huge performance improvement of 117% over the Exynos 2100 in processing AI, which could help improve AI-assisted mobile photography, assistant responsiveness vocal, etc. That said, Samsung has yet to release official figures for its next-gen mobile SoC, and no independent testing has been done on the next-gen chipset, so it’s best to take these rumors with a pinch of salt. .


Samsung is expected to unveil the Galaxy S22 series at its next Unpacked event in February 2022, where it is expected to reveal more about its next-gen flagship smartphones and the hardware that powers them. In the meantime, it’s unclear which markets will get the Exynos-powered model and which will get the Snapdragon version. However, going through the priority, most parts of Europe, Asia and Africa will get the first, while the United States will likely get the second.

Next: Samsung Galaxy S22 Ultra Can Finally Make Macro Photos That Are Worth Taking

Source: Ahmed Qwaider / Twitter

Amazing Spider-Man 3 Fan Poster mimics Doctor Strange 2 and includes Venom

Amazing Spider-Man 3 Fan Poster mimics Doctor Strange 2 and includes Venom




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Oppo Reno7 New Year Edition in Red Velvet color announced https://stevenwesleyphotography.com/oppo-reno7-new-year-edition-in-red-velvet-color-announced/ Sat, 25 Dec 2021 07:15:01 +0000 https://stevenwesleyphotography.com/oppo-reno7-new-year-edition-in-red-velvet-color-announced/ The Oppo Reno7 unveiled last month has a special version, called the Oppo Reno7 New Year Edition. It is colored Red Velvet and has a Tiger logo on the back next to the Oppo nickname since 2022 is the year of the tiger in the Chinese zodiac. Along with a red paint job and the […]]]>

The Oppo Reno7 unveiled last month has a special version, called the Oppo Reno7 New Year Edition. It is colored Red Velvet and has a Tiger logo on the back next to the Oppo nickname since 2022 is the year of the tiger in the Chinese zodiac.

Along with a red paint job and the Tiger logo on the back, the Oppo Reno7 New Years Edition is just the regular Reno7, which means it comes with the Snapdragon 778 SoC, a FullHD + AMOLED display. 6.43 inch 90Hz and ColorOS 12 based on Android 11.

For photography, you get four cameras – a 32MP selfie shooter inside the punch hole, with the rectangular island on the rear case of the 64MP primary, 8MP ultralarge, and 2MP macro units.

The Oppo Reno7 New Year Edition packs a 4,500mAh battery with 60W charging support and has a built-in fingerprint scanner for biometric authentication.

Oppo Reno7 New Year Edition in Red Velvet color announced

The price of the Oppo Reno7 New Year’s Edition is also the same as the regular model, so you don’t pay a premium for the new color. The base model with 8GB of RAM and 128GB of storage is priced at CNY 2,699 ($ ​​425 / € 375), and spending an additional CNY 300 ($ 45 / € 40) would get you double storage. You’ll have to shell out CNY 3,299 ($ ​​520 / € 455) if you want the high-end 12GB / 256GB variant.

The Reno7 New Year Edition will be available for pre-order in China from December 27 on the official Oppo website, but it is unlikely to launch in international markets. However, we could still see Oppo showcase the red-colored Reno7 without the Tiger logo to the world when the range launches outside of China.

Source 1, Source 2 (both in chinese)


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Opinion: Manuel ‘Memo’ Cavada was my artistic muse, my mentor and my dear friend https://stevenwesleyphotography.com/opinion-manuel-memo-cavada-was-my-artistic-muse-my-mentor-and-my-dear-friend/ Thu, 23 Dec 2021 23:16:47 +0000 https://stevenwesleyphotography.com/opinion-manuel-memo-cavada-was-my-artistic-muse-my-mentor-and-my-dear-friend/ Lopez is a photographer, mobile notary, and member of the San Diego County Hispanic Chamber of Commerce, who lives in National City. Memo Cavada was a lot to a lot of different people, but for me he was my artistic muse, my mentor and a dear friend. I met Memo Cavada, or as I called […]]]>

Lopez is a photographer, mobile notary, and member of the San Diego County Hispanic Chamber of Commerce, who lives in National City.

Memo Cavada was a lot to a lot of different people, but for me he was my artistic muse, my mentor and a dear friend. I met Memo Cavada, or as I called him “Manny”, when I was in 10th grade. I went to his studio with a friend of mine to take pictures of his seniors, and I remember thinking, “Wow, he really takes his time and makes sure the photos look good. He wasn’t trying to rush the session. He wanted to make sure my friend was happy with the results. I had never seen this kind of attention to detail before in a photographer. My experience has been to see people rushing through their photo ops. I could also tell he was having fun doing it and he loved it. Every time Manny took pictures of someone he made sure they were having fun too. That attention to detail and making sure you were happy with your photos never changed. Many years later when my kids had their photoshoots with Manny he was just as professional and fun as the first day I met him.

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Over the years he has become not only my mentor but also a wonderful friend to me and my family. Sure, he was the family photographer for my family’s special events, but for our family he was more than a photographer, he was and always will be someone who loved his family, friends and community. I saw in him the characteristics of a person who only wanted to help others and see them succeed. He wanted you to be happy in everything you did. I always joked with him and told him I wanted to be like him when I grew up. But it’s true, he is someone that I will always admire and to whom I will always aspire.

Everyone Manny met were automatically his friends and he offered to help them in any way he could. I knew that every time I saw him I would be greeted with a smile and the biggest hug. I loved talking to him about travel and photography; these are the things we bonded the most to. We both enjoyed traveling and taking photos, especially in Oaxaca, Mexico. This is what we had most in common, our love for Oaxaca.

Manny knew how much I loved photography and he always encouraged me to continue. He always asked me: “Are you still shooting? Or replied with “Glad to hear you always shoot… never stop.” I can still hear his voice say it. From the day I met him, he has always had so much confidence in my photographic abilities. So much so that when he couldn’t attend an event to take pictures at Centro Cultural De La Raza, he called me in for him. I was always so nervous to take his place, but of course he was calm and smiled at me like only he could and said, “I know you can do it!” They already know you will be there.

Manny has always been so humble. He never spoke of his accomplishments, and he had a lot. I only discovered most of them during the celebration of his life. I’m proud to say that Guillermo Aranda and Salvador Barajas, the artists at Manny’s Memorial Wall, were kind enough to give me the opportunity to make a small contribution to his mural and paint part of the camera . It’s very special and symbolic for me because it sparked my love of photography. I will love him forever and I will miss him!


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Elon Musk says he will pay more than $ 11 billion in taxes this year https://stevenwesleyphotography.com/elon-musk-says-he-will-pay-more-than-11-billion-in-taxes-this-year/ Mon, 20 Dec 2021 12:35:01 +0000 https://stevenwesleyphotography.com/elon-musk-says-he-will-pay-more-than-11-billion-in-taxes-this-year/ Elon Musk expects to pay more than $ 11 billion in taxes in 2021, says Tesla CEO said in a tweet. The figure roughly matches a CNBC report last week that said Musk has already paid $ 7 billion in federal and state taxes this year, and will pay an additional $ 5 billion by […]]]>

Elon Musk expects to pay more than $ 11 billion in taxes in 2021, says Tesla CEO said in a tweet. The figure roughly matches a CNBC report last week that said Musk has already paid $ 7 billion in federal and state taxes this year, and will pay an additional $ 5 billion by January 1. CNBC said the numbers could represent “the biggest tax bill of all time.”

The disclosure comes as Musk and other billionaires are increasingly scrutinized by the amount of taxes they pay. Like CNBC explains, Musk doesn’t take a salary or cash bonus in his role as CEO of Tesla, and instead is paid in stocks. When he needs money, he can borrow it using his shares as collateral, which does not entail the same tax obligations.

The big difference this year is that in early November Musk started selling billions of Tesla shares, which means paying a combined tax rate of over 53% according to CNBC. The decision was clearly the result of a Twitter poll conducted in November, in which users voted for Musk to sell 10% of his Tesla shares.

But observers have noted that Musk should have paid a big tax bill on stock options expiring next year anyway. And by choosing to exercise stock options now rather than wait until August 2022, Musk could avoid higher tax rates introduced as part of the Democratic Build Back Better bill.

Earlier this year, ProPublica reported that Musk paid no federal income taxes in 2018 and paid just $ 455 million in taxes in the previous four years despite growing his wealth by $ 13.9 billion. Speaking at this year’s Code conference, Musk said his taxes were zero in 2018 because he overpaid the year before.

While Musk seems to go along with his claim that he will pay “more taxes than any American in history”In 2021, that shouldn’t be so surprising considering he would be by far the richest person in the world. Musk’s net wealth is currently estimated to be around $ 243 billion, according to Bloomberg‘s Billionaires Index, nearly $ 50 billion more than Amazon founder Jeff Bezos with a report of $ 195 billion.

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After the megapixel war, relying on its own chip in photography is the great weapon of mobile manufacturers https://stevenwesleyphotography.com/after-the-megapixel-war-relying-on-its-own-chip-in-photography-is-the-great-weapon-of-mobile-manufacturers/ Sat, 18 Dec 2021 17:43:44 +0000 https://stevenwesleyphotography.com/after-the-megapixel-war-relying-on-its-own-chip-in-photography-is-the-great-weapon-of-mobile-manufacturers/ Manufacturers seem to be getting tired of the megapixel wars. The positive side of this race is that we now have sensors of considerable size, and that is that the size of the sensor itself is more important than the resolution it offers. The next step seems to be rely on its own processing units, […]]]>

Manufacturers seem to be getting tired of the megapixel wars. The positive side of this race is that we now have sensors of considerable size, and that is that the size of the sensor itself is more important than the resolution it offers. The next step seems to be rely on its own processing units, its own coprocessor to improve the photography of the Xiaomi Mi Mix Fold. This foldable came with the Snapdragon 888, which already has the Spectra 580 as an ISP, but Xiaomi added this coprocessor to regulate photographic behavior.

Although processors already have their own ISPs, manufacturers are betting on their own chips to leave the processing up to them.

According to the manufacturer, this chip attached to the card is responsible for controlling the camera’s white balance, automatic exposure and focusing. In other words, additional material to customize the end result to your liking.

More recently, we have witnessed an important movement of OPPO with its Marisilicon, the company’s first photographic chip. This is a process oriented NPU that the OPPO Find X4 will mount, with your corresponding ISP. Again, an important move to control photographic behavior with support for proprietary material.

Image 2021 12 17 12 39 31

Vivo, recently unloaded in Spain, does not want to be outdone either, presenting last September its V1, ISP which made its debut on the Vivo X70. It is a chip oriented towards photographic processing and this, precisely in the Vivo X70 +, seems to give top notch results.

This idea is not new, but with the new sensors it is starting to make more sense.

Tg image 462395910

The idea of ​​using an NPU or relying on your own equipment to improve photographic results is not new. Huawei, with its Mate 10, already sold us the advantages of the Kirin 970 NPU in 2017. On a practical level it was not too noticed, but it has been years since this kind of action was taken.

2022 is approaching and we meet at a critical moment in terms of hardware. The new Snapdragon output architecture, MediaTek is betting on a more than promising Dimensity 9000 and These processors, along with their own ISPs, are a good combination.

As per usual, Whether their processing algorithms are brilliant or not is up to the manufacturer., and it is that the hardware artillery is of little use if the software does not accompany the processing of the images. Either way, 2022 is shaping up to be a promising year for photography.


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A record year for ZEISS https://stevenwesleyphotography.com/a-record-year-for-zeiss/ Thu, 16 Dec 2021 11:37:13 +0000 https://stevenwesleyphotography.com/a-record-year-for-zeiss/ The ZEISS Group closed the financial year 2020/21 (end of reporting period: September 30, 2021) on an excellent note: its turnover increased by 20% to 7.529 billion euros (previous year: 6.297 billion euros). ‘euros). Over 90% of this amount was generated in markets outside of Germany. Profit before interest and taxes (EBIT) also reached a […]]]>

The ZEISS Group closed the financial year 2020/21 (end of reporting period: September 30, 2021) on an excellent note: its turnover increased by 20% to 7.529 billion euros (previous year: 6.297 billion euros). ‘euros). Over 90% of this amount was generated in markets outside of Germany. Profit before interest and taxes (EBIT) also reached a new high, reaching 1.479 billion euros (previous year: 922 million euros). The EBIT margin was 20%. Incoming orders increased to 8.974 billion euros (previous year: 6.814 billion euros).

“2021 is a very special year for ZEISS. 175 years ago, Carl Zeiss laid the foundation for a company that has become a technology leader and has proven time and time again that it can push the limits of what is technically feasible. We are of course particularly delighted to have achieved record results again in our anniversary year, ”said Dr Karl Lamprecht, President and CEO of ZEISS. “While there is certainly room for improvement in a number of areas, double-digit growth in all four ZEISS segments demonstrates that we are on the right track with our balanced portfolio and ZEISS program. More than 35,000 employees, a high capacity for innovation, as well as perfectly aligned segments and all regions are contributing to this growth. “

Segment development

The activities of the four segments of ZEISS have developed very well during the last financial year.

The Semiconductor Manufacturing Technology segment achieved another record result in the last fiscal year. There has been a high and sustained demand for innovative Extreme Ultraviolet (EUV) lithography systems and Deep Ultraviolet (DUV) lithography systems. Chips produced using EUV technology are deployed in the latest smartphones. The next generation of UVV, High-NA EUV, will produce even better and more energy efficient chips at a lower cost.

The Industrial Quality & Research segment benefited from the stabilization of the market. The microscopy solutions business continued to develop well and recorded double-digit growth. Higher demand was recorded in life sciences and electronics. The activity of industrial quality assurance solutions recovered. Significant investments in alternative drive technologies for the automotive industry offer new growth potential for ZEISS: microscopy and quality assurance solutions are increasingly deployed in battery research and insurance quality for the production of batteries.

The Medical Technology segment recorded a significant increase in turnover despite a tight situation in its supply chain. The segment benefited from strong growth in recurring revenues such as consumables, implants and ophthalmology services. Microsurgery sales also continued to recover. At the end of the year, innovations were unveiled for cataract surgery, refractive laser surgery and for digitization.

The consumer market segment has recovered from the impact of the COVID-19 pandemic and generated net growth. In ophthalmology, innovations related in particular to lenses of the ZEISS brand, as well as digital products and services and the increase in purchasing power in emerging countries, all contributed to this growth. The logistics and reliability of deliveries will remain difficult. Innovations for nature viewing and hunting, and the expansion of strategic partnerships for mobile photography, have helped the company offset declining demand for cameras and interchangeable lenses.

Key figures

Free cash flow amounted to 1.125 billion euros (previous year: 518 million euros). The company’s equity increased by 28% to € 5.494 billion (September 30, 2020: € 4.287 billion) compared to fiscal year 2019/20, which equates to the company’s equity of 52 % (previous year: 47%).

Research and development expenses increased further and amounted to 943 million euros, or around 13% of sales (previous year: 812 million euros). This has been done primarily through the ZEISS Semiconductor Manufacturing Technology segment development roadmap as well as in the areas of digitalization and product innovation.

Investments in property, plant and equipment increased to 756 million euros during the period under review (previous year: 484 million euros), against depreciation totaling 263 million euros (previous year: 256 million euros) .

At the end of the financial year on September 30, 2021, net liquidity stood at 2.120 billion euros.

Net sales growth was achieved in the Americas and APAC regions in particular. Growth was also recorded in the EMEA region. The overall structure of ZEISS therefore once again contributed to stability.

“To continue to impress our customers with our innovations, we are making significant investments in research and development and have taken significant steps in the name of sustainability,” said Dr Christian Müller, CFO of Carl Zeiss AG. “Sustainability is an integral part of our ZEISS 2025 strategic program. Five different working groups focus on topics such as green infrastructure, green business models and social engagement with the aim of achieving results from both large-scale and sustainable, ”said Müller. “This is because ZEISS aims to operate carbon neutral in its own businesses around the world by 2025.”

ZEISS’s focused innovation strategy, combined with substantial research and development spending and other investments, is the cornerstone of the company’s accelerated growth. This also includes the targeted expansion of infrastructure, for example at the headquarters in Oberkochen, the ZEISS high-tech site construction project in Jena and the new ZEISS Innovation Center in Dublin (California, USA).

ZEISS’s new collaborations and acquisitions over the past fiscal year include its partnership with global technology player vivo in the field of mobile imaging, which was announced in December. This partnership focuses on a jointly developed camera system.

In addition, ZEISS acquired a majority stake in arivis AG in order to expand its offering in the field of microscopy with innovative 3D and Big Data software solutions. This is how the company is strengthening its software skills and its position in the market for 3D visualization and analysis technologies.

ZEISS recently announced its acquisition of Capture 3D, a leading US company that distributes solutions for 3D optical metrology. With the completion of this transaction, Capture 3D is now part of the Industrial Quality and Research segment of ZEISS.

At the end of the fiscal year (September 30, 2021), ZEISS had a global workforce of 35,375 employees (previous year: 32,201 employees). The workforce increased by 10% compared to September 30, 2020. The ZEISS Semiconductor Manufacturing Technology segment experienced the strongest growth and hired more than 800 new people.

Outlook

ZEISS is closely monitoring the uncertainty created by the ongoing COVID-19 pandemic and the risks resulting from bottlenecks in the supply chain. However, ZEISS’s strategy is aligned with long-term megatrends such as digitization, demographic change and new mobility trends. The very good results obtained during the year show that all ZEISS segments are able to sustain their successful growth trajectories over the long term. ZEISS therefore expects a moderate increase in its turnover for the financial year 2021/22, with an EBIT return that remains significant
more than 10%.


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Brighter, more stable, smarter: how smartphone cameras will improve in 2021 https://stevenwesleyphotography.com/brighter-more-stable-smarter-how-smartphone-cameras-will-improve-in-2021/ Wed, 15 Dec 2021 10:15:31 +0000 https://stevenwesleyphotography.com/brighter-more-stable-smarter-how-smartphone-cameras-will-improve-in-2021/ Artificial intelligence (AI) algorithms have improved many facets of image processing. And they haven’t finished. A slew of changes are coming in 2022, as smartphone makers push the boundaries. What are the trends that will lead to this change? In a recent webinar, Global Mobile Camera Trends 2022, hosted by Counterpoint Research, experts from TECNO, […]]]>

Artificial intelligence (AI) algorithms have improved many facets of image processing. And they haven’t finished. A slew of changes are coming in 2022, as smartphone makers push the boundaries.

What are the trends that will lead to this change? In a recent webinar, Global Mobile Camera Trends 2022, hosted by Counterpoint Research, experts from TECNO, Samsung and DXOMARK Image Labs discussed some of the key trends we’re likely to see over the coming year. – and what we will organize soon. in our hands.

Double OIS: stay stableNot getting the crisp images you wanted from your vacation views? Blurry and shaky photos are a common experience with most smartphone users and are especially pronounced in low light conditions as the shutter stays open longer to capture more light.

Smartphone makers solve this problem with Optical Image Stabilization (OIS) technology, where the lens “floats” inside the entire camera. The OIS system stabilizes the image or video by “shifting” the lens to counter shake.

OIS technology improves every year, with greater degrees of movement supported by the camera stabilizer. According to Jimmy Hsu, Senior Product Manager, Imaging Technology, TECNO, prior to 2019 the trend was for OIS to be around a degree of stabilization. According to Hsu, in 2021, the standard stabilization was increased to three degrees thanks to the OIS pan-tilt.

In 2022, the company aims to introduce the first Android phone with sensor displacement. “Compared to conventional optical imaging stabilization, TECNO’s sensor shift technology can achieve a response rate of 5,000 adjustments per second,” Hsu said during the webinar. By combining the lens shift seen in conventional OIS systems and new sensor shift technology, TECNO aims for stabilization of up to five degrees.

High-resolution sensors with pixel binning: Balancing resolution and light sensitivityShowcasing camera resolution trends, Tarun Pathak, director of research, smartphone, Counterpoint Research, said that about 40% of all smartphones in the second quarter of 2021 had 48-64 megapixel sensors ( MP) and 3% of all smartphones had 108 MP sensors. According to Pathak, smartphones with 200 MP sensors are expected to launch in 2022.

Sensors with a high pixel count tend to capture more detail of the scene. However, the pixel size on such sensors is generally smaller. “The smaller the pixel, the less light you can capture in each pixel, and the harder it is to achieve good image quality in darker environments,” said Pan Xuebao, vice president and head of R&D, Samsung Electronics.

However, sensor makers like Samsung are deploying an algorithm-based technique called pixel binning that allows high-resolution sensors (with a small pixel size) to perform better in low-light conditions. “Just as our human eye expands when we are in a darker environment to let in more light, likewise, in low light conditions, our algorithm will automatically put the sensor into high sensitivity mode,” Xuebao said. In this mode, the smaller individual pixels “combine” and act like larger pixels. This mode is disabled in brighter conditions.

Continuous optical zoom: closer to the actionPhones are getting more and more stylish, but that aesthetic can be a technological challenge. This trend presents a greater challenge for manufacturers trying to incorporate bulky telephoto lenses. Such technologies, such as periscopic lenses which use innovative positioning to enable 5x or 10x optical zoom, began to appear in smartphones in 2021.

The next step is to offer continuous optical zoom, which will allow users to switch smoothly between focal lengths. This requires precise movement of the lenses in small spaces without affecting the quality of the image.

During the webinar, Hsu predicted that the market may see continuous optical zoom in the second half of 2022, allowing users to switch from 3x optical zoom to 5x. Driven by advancements like the development of long-stroke motors and active optical alignment, we might even see 3x to 10x zoom in 2023, he said.

RGBW sensors: let there be (more) lightAre the cat photos not up to par? This could be due to the lighting. Indoor environments have less than ideal lighting conditions. Yet, this is where people typically take most of their photographs.

“[A solution to] low light is the holy grail of mobile photography, ”said Hervé Macudzinski, director of image science and product owner of DXOMARK Image Labs, which tests the quality of the camera, audio, display and battery. “It’s a [aspect] this can lead to disappointing quality. In low light, users capture portraits, photos of family, pets, and more. So there are a lot of challenges in this use case.

While smartphone manufacturers use different techniques to improve low-light performance, RGBW technology solves the problem at the sensor level.

The camera’s sensor captures color information through a mechanism called the Color Filter Array (CFA). Traditional camera sensors use CFAs arranged in the Bayer format, which includes a pattern of red (R), green (V), and blue (B) filters. RGBW sensors add white filters (W) to the mix.

According to Hsu, adding white pixels increases light sensitivity by 60%, which means the sensor should be able to absorb more light. Smartphone manufacturers are also developing glass + plastic lens technology – many smartphone lenses are constructed of plastic, but the introduction of glass elements into the lens construction improves light transmission. “With the combination of the two, the result is an overall 200% increase in light output,” Hsu said.

Smartphone performance in low light is expected to improve as these two technologies appear on smartphones in 2022.

Localized algorithms: using AI to personalize portraitsAs the cameras improve, we can see each other more clearly. New technologies allow our portraits to be more precise, especially for people of color.

While hardware enhancements are essential, smartphone software plays a bigger role in determining the final image or video quality of these portraits. “We have to have a really good processing, which is to understand what the user’s intention was and to modify the image adequately,” Macudzinski said.

That’s why some smartphone manufacturers are using big data and deep neural networks to drive personalized, localized image processing. For example, TECNO’s TAIVOS signal processing technology accurately recognizes and reproduces dark skin elements. According to Hsu, the company uses a large dark skin database to “produce over 6,120 assessment scenarios covering 115 countries.”

For portrait photography, the AI ​​engine recognizes and ranks different elements such as faces and hair color to determine the subject’s age, gender, and skin tone. The photo is then optimized for better clarity, color and light, allowing for more accurate reproduction of darker skin tones, even in low-light environments.

Scene, light and color enhancement: Behind every subject hides a background

It’s not just the subject of a photo that matters, it’s what’s behind it. Whether it’s the sun or a beautiful view, smartphone cameras adapt to better capture these details.

With traditional photography, professional photographers use their experience and training to make adjustments that highlight not only the subject, but elements of the background scene as well. They also usually spend a lot of time in post-production which brings the footage to life.

“Smartphone cameras have to provide all of these capabilities in the default mode,” Macudzinski said. “This means that the end user of the smartphone doesn’t have to think about everything. They just have to push the button.

This is where AI-driven image processing comes in. According to the Counterpoint Research white paper, AI is becoming advanced enough to recognize dynamic scene elements such as trees or the sky in the background. Once identified, the image processing system optimizes their color, contrast and exposure.

The AI ​​will also help interpret the light information. For example, if a user takes a photo against the sun, the algorithm works to underexpose the sun and make the subject brighter. Smartphone makers are also working on software solutions to correct distortions caused by wide-angle lenses.

Time-of-flight and dynamic vision sensors: getting a feel for depth

Photos with a sharp foreground and blurred background can give a nice effect, especially when taking portraits. However, to do this, the smartphone must recognize the depth and contours of the subject.

With improved time of flight (ToF) and dynamic vision sensors (DVS), smartphones will be better able to generate 3D models of the scene and detect contours. This will allow more precise measurements and provide users with features such as. enhanced and progressive blur of backgrounds.

“ToF and DVS could be the opportunities where cell phone cameras start to outperform (DSLR) cameras,” Hsu said.

A brighter and smarter 2022These trends indicate that the technology is becoming more complex and adapting to a variety of use cases, whether it’s custom portrait rendering, stable imagery, or allowing users to zoom in on the action.

However, advancements won’t be defined by cutting edge features on expensive smartphones alone. It’s a win across the budget – the developments are driving not only technological advancements but also premium features trickling down to smartphones in the low and mid-price range. With the way smartphone cameras evolve, the best moments of your life will be remembered more clearly than ever.


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The first foldable smartphone from Oppo. What you should know about it https://stevenwesleyphotography.com/the-first-foldable-smartphone-from-oppo-what-you-should-know-about-it/ Sun, 12 Dec 2021 04:15:40 +0000 https://stevenwesleyphotography.com/the-first-foldable-smartphone-from-oppo-what-you-should-know-about-it/ Foldable smartphones are not going anywhere. After virtually launching foldable smartphones from South Korean electronics veteran Samsung, Oppo has also announced its first foldable smartphone. The first Oppo foldable smartphone will be called Oppo Find N, said Pete Lau, product manager at Oppo. This will be presented during the next Oppo Inno Day 2021 from […]]]>

Foldable smartphones are not going anywhere. After virtually launching foldable smartphones from South Korean electronics veteran Samsung, Oppo has also announced its first foldable smartphone. The first Oppo foldable smartphone will be called Oppo Find N, said Pete Lau, product manager at Oppo. This will be presented during the next Oppo Inno Day 2021 from December 14. The two-day event will see further innovations from the Chinese smartphone maker.

“This is our first foldable flagship smartphone, the result of four years of intense R&D and 6 generations of prototypes. This device is OPPO’s answer to the future of smartphones, and one that I’ve really been passionate about since taking on the role of Product Manager at OPPO, ”said Pete.

Whether it’s fast charging, high refresh rates, mobile photography spanning multiple focal lengths, or 5G connectivity, smartphone development has reached a limit that requires new ways of thinking and new approaches to keep innovating. .

“In April 2018, the first generation of the Find N prototype was born in-house. Although a handful of other brands have already introduced foldable devices to the market, hurdles such as utility, durability and user experience continue to prevent foldable devices from becoming a more achievable daily driver for the market. most people. “

“We believe that a good product must first of all be beautiful and pleasant – simple in design, natural and comfortable in its material. It should deliver powerful performance while maintaining proper weight and size. Especially for a foldable device with a big screen, it should feel good in the hand. The OPPO Find N achieved each of these goals. “

“For a foldable smartphone, the closed-screen and open-screen experience should be just as easy to use. With the Find N, we solved major issues with previous foldable smartphones, such as screen crease and overall device durability, by inventing the hinge and screen designs available today. We can’t wait to really take the screen experience a step further. “

“The name Find N represents new possibilities. We are opening the next chapter in smartphones: the revolutionary experience of this new form factor will undoubtedly revolutionize the industry, ”said Pete.

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