#8. Pixel 8 software updates

[anakeb]

Pixel 8: A Game-Changer in the World of Smartphones

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#1. Pixel 8 smartphone #2. Pixel 8 features #3. Pixel 8 display quality #4. Pixel 8 camera capabilities #5. Pixel 8 performance #6. Snapdragon processor in Pixel 8 #7. Android 13 on Pixel 8 #8. Pixel 8 software updates #9. Pixel 8 battery life #10. 5G connectivity in Pixel 8 #11. Google Pixel 8 review #12. Pixel 8 specifications #13. Pixel 8 release date #14. Pixel 8 price #15. Best Android smartphones 2023 #pixel art #iphone12 #iphone

[beardedmrbean]

California became just the third state in the nation to pass a "right to repair" consumer protection law on Tuesday, following Minnesota and New York, when Governor Gavin Newsom signed SB 244. The California Right to Repair bill had originally been introduced in 2019. It passed, nearly unanimously, through the state legislature in September.

“This is a victory for consumers and the planet, and it just makes sense,” Jenn Engstrom, state director of CALPIRG, told iFixit(which was also one of SB244's co-sponsors). “Right now, we mine the planet’s precious minerals, use them to make amazing phones and other electronics, ship these products across the world, and then toss them away after just a few years’ use ... We should make stuff that lasts and be able to fix our stuff when it breaks, and now thanks to years of advocacy, Californians will finally be able to, with the Right to Repair.”

Turns out Google isn't offering seven years of replacement parts and software updates to the Pixel 8 out of the goodness of its un-beating corporate heart. The new law directly stipulates that all electronics and appliances costing $50 or more, and sold within the state after July 1, 2021 (yup, two years ago), will be covered under the legislation once it goes into effect next year, on July 1, 2024. For gear and gadgets that cost between $50 and $99, device makers will have to stock replacement parts and tools, and maintain documentation for three years. Anything over $100 in value gets covered for the full seven-year term. Companies that fail to do so will be fined $1,000 per day on the first violation, $2,000 a day for the second and $5,000 per day per violation thereafter.

There are, of course, carve outs and exceptions to the rules. No, your PS5 is not covered. Not even that new skinny one. None of the game consoles are, neither are alarm systems or heavy industrial equipment that "vitally affects the general economy of the state, the public interest, and the public welfare."

“I’m thrilled that the Governor has signed the Right to Repair Act into law," State Senator Susan Talamantes Eggman, one of the bill's co-sponsors, said. "As I’ve said all along, I’m so grateful to the advocates fueling this movement with us for the past six years, and the manufacturers that have come along to support Californians’ Right to Repair. This is a common sense bill that will help small repair shops, give choice to consumers, and protect the environment.”

The bill even received support from Apple, of all companies. The tech giant famous for its "walled garden" product ecosystem had railed against the idea when it was previously proposed in Nebraska, claiming the state would become "a mecca for hackers." However, the company changed its tune when SB 244 was being debated, writing a letter of support reportedly stating, "We support 'SB 244' because it includes requirements that protect individual users' safety and security as well as product manufacturers' intellectual property."

#nunyas news #interesting

[seat-safety-switch]

Years, many years ago, you may have looked forward to software updates. New features, bugs fixed, an evolution of an already pretty good instant messenger or paint program or Usenet pornography downloader. Nowadays, a software update is dreaded. There are many reasons: it may contain a grotesque new turn towards adware or algorithmic timeline bullshit, an eye-searingly-bad redesign, or the developers may have “accidentally” broken your favourite feature and want you to buy the Pro version to get it back.

Yes, software is very bad today, and getting worse. It’s ruining everything that our society used to love: self-driving cars, video game systems, laptop computers, and the sentient synthetic intelligence that spontaneously developed in your washing machine, which you can no longer connect to the internet in order to receive text messages of when your clothes are done being washed for fear of extinguishing this new and fragile form of sapient life with an update that makes the front-panel lights slightly less flickery. And I don’t think you need me to tell you that this fucking sucks.

Is there a solution, beyond fleeing into the woods and carrying half a 1980s Radio Shack worth of 8-bit microprocessors and firearms with you? Although that does sound pretty good, now that we’re talking about it, I think there is a way we can keep all of our modern conveniences (like roads, and freshly-squeezed high-octane gasoline) while turning back the tide of anti-progress. All we have to do is outlaw pie charts.

That’s right. Pie charts. We thought they were innocent when they first appeared, a way to use our trigonometry classes to make a cool-looking chart. Pretty colours. Hell, maybe they come in 3D, which makes them totally useless as a way to tell how big the slices are, but boy does it look cool. The problem is, some people took the pie charts way too seriously. Upper management began to obsess over them, their eyes seeing special secrets – margin, even – hiding at the border of each ridiculous pixelated slice. And they chased those secrets, drunk-driving the world into a technological hell.

Once we throw pie charts in the collective shredder of humanity’s memory, we can move on to things that make more sense. Bar charts, for example, can still lie, but they don’t exist purely as a function of lies. I’m not so naive to believe that humanity won’t re-invent the pie chart at some future date, of course, but I’m pretty convinced the extra productivity means that we’ll be able to build really reliable hunter-killer robots to wipe those folks out, and leave them behind for future generations. Even if those robots don’t have a “dark mode” or special new typeface every couple of months to boost engagement.

[pancakeke]

I wrote a bunch of paragraphs about nothing in particular again so here it is under a readmore so it doesn't take up space.

like 8 years ago when people used tumblr more via desktop browser than its app, I put a 3rd party metric tracker in my desktop theme that logged how people were referred to my blog. it also captured what pages of my blog people viewed.

at one point during this time I reblogged a piece of pixel art from a japanese artist. they came to my blog through their activity page, and then searched my blog in a couple different ways for the terms "ドット" and "ドット絵" ("dot" and "dot art", as in pixel art). I checked those search urls myself to see if they found anything but there were no results because I never used those terms or specifically tagged pixel art in any other way.

ever since then I've made an effort to tag all pixel art I reblog with the term "pixel art". that artist was probably hoping to find more art to check out and it bums me out that my tagging system wasn't thorough enough to help.

this is why I have my current specific tag system lol. it keeps evolving but having the ability to find stuff you're into without jumping through hoops is really handy. (the site-wide post and tag searches return sooo much bullshit. it's a slog sifting through thr noise whenever I use those to fill my queue due to the sheer amount of manga caps, polls, liveblogs, personal posts, and fics posted without readmores...)

if only the way to view all tags you've ever used still worked. I think it caps at 500 or 1000 now and is also chronological so the first 500 or whatever tags you ever used show up in the list. then there's a hard stop and it does not update as you delete posts or use that mass tag editor to remove certain tags for your blog entirely.

I went through my used tag list earlier this year to unify certain tags and remove tags that I stopped using in favor for other ones, but I only got like 400 tagged terms down the list. maybe downloading my blog data would show more. the trick I mentioned uses your desktop blog's archive page. the tags are in its code so you can use "inspect element" to view it. I remember scrolling a lot to load a bunch of posts on the page but cant remember if this was required or I just did it to see if I could access more tags.

it's formatted all fucked and hard to manage but you can copy and paste the long chunk of tags into one cell of a spreadsheet and then use Data options to split them into columns by commas (or whatever punctuation separates them, I forget). a wide list is a huge pain to view so from there you can click on a cell containing data, click ctrl+a to highlight all data in thr row, copy, then paste special as "transposed" to turn the copied row 90° so it pastes as a column. the spreadsheet will wide as fuck from the hundreds of columns so honestly its easier to paste the transposed data into a new tab and delete the original vs clicking in the column to the left of your transposed data and then pressing ctrl+ shift+right arrow to select all rows to the right, then deleting the extra rows.

if you're in Excel you may have to use the "delete rows" option from the "home" tab and then save the sheet using "file > save" (do NOT save via the save button on the upper left corner or ctrl+s). this returns the sheet to a manageable size for scrolling (plus reduces its file size). this piece of shit software usually retains the sheet width/length even after you delete hundreds of columns/rows unless you use this trick of deleting specifically via home tab + saving specifically through the save menu.

I got a round number of tags when I did this which makes me think there's a cutoff.

[canmom]

@centrally-unplanned - replying here since OP of that post seems pretty upset and I don't want to bother them any more:

Why DO anime production lines produce in 720 for the production art? I have heard that before but it never made a lot of sense to me - sure sure I get that some of it might be broadcast in 720p, but surely it would make better art to produce at higher resolutions. Is it just a “in 2008 720p was all any TV was doing and we just haven’t updated since and so now are a bit behind”? Or is maybe “honestly most of them have adapted already and *our* sources for this knowledge are outdated?” Or is there a real art reason for that choice?

I honestly don't know! To me it seems like often you get really nice drawings at the genga stage and then they lose a lot of their character at douga, and I wish I knew why. But I have done guesses about technical reasons.

One is computer memory. Animation software can be a real memory hog since it has to hold just so many pixels uncompressed at once. Using indexed colour helps a lot (one byte instead of four bytes per pixel per layer for 256 indexed colours vs 8-bit RGBA). For older computers, this may have been a consideration perhaps.

That said, I find it hard to believe that's the whole reason. I hit my RAM limit when drawing a ridiculously overcomplicated cut in Krita with hundreds of frames and dozens of layers at like 1440p res, and most anime cuts do not have anything like that much.

Another reason may be to save time and costs. The higher your res the more time you have to spend fixing stuff - small gaps, times when the fill tool won't get into those fiddly little corners.

Outside of that though, I don't know. Maybe it's just when the norm wasn't to watch anime on a computer screen near your face, blurry lines and low detail bg characters weren't as noticeable? One day maybe I'll be able to ask someone in the industry about this lol...

There's other stuff that's common in modern compositing I just don't get. e.g. a haze effect using a blurry white shape in the foreground seems to be common (there's a brief bit in Shirobako where you see a character apply it), and that just seems to be going to extra effort make the picture worse to me. I generally do not love gradients, though that's a matter of taste. A lot of colour design in mainstream shows seems to be either very flat or overly contrasting hdr-like pseudo-photorealism, even though the indie scene - stuff like Eve's videos - has been pushing into some really cool spaces.

And like OK, some stuff, like digital backgrounds with very obvious textures and artefacts, can be explained by the fact that the industry is strained to breaking point and taking every shortcut it can to release on time, or the training crisis hitting the layout system. But I do feel like if I pull out a random 80s anime, it will probably have much nicer colours than a recent one, and I don't really know why that is. (Selective memory maybe lol)

All that said, things do seem to be looking up a bit... I feel like I've been seeing an uptick in shows with good colour design and more thoughtful compositing in the last few years. So here's hoping that will continue...

#anime #animation

[scalamore]

PSA/Thoughts on “Use of AI in manhwa”

I try not to go on messageboards because they aren’t very productive, but I do like to read certain people’s thoughts on various updated manhwa it gets lonely in my echo chamber

But what really annoyed me, is there’s a thread on one of the subreddits, there’s individuals, who know NOTHING about the art process, are accusing Hayeon-nim of using AI art in this series.

Again, uneducated accusations like that are all over Reddit, so that’s why I avoid them most of the time. I don’t have all day to educate people,

But I do want to address AI art in general, because people are quick to assume something is “AI art” and it’s extremely insulting to actual artists.

AI art = completely created by an algorithm, a machine. A person enters in a prompt, and an image is generated. It’s not art. It’s a collection of data pixels created from a machine. In the mainstream, people are quick to jump and accuse someone of AI art if the Hands are weird, because AI can’t completely replicate hands yet. That is a complete generalization.

What people don’t understand, is the existence of “assets”. This is a term referring to the pre-set images that a human creates, for the sole purpose of making other artist’s lives easier. Webtoon artists are always on a time crunch, publishing 80+ pages of full color comics a week, so they rely on such assets to make their workflow smoothly. We’ve all seen it: the flowers on the background, lace, ruffles, frills, castle-nim, the food on the table, jewelry etc.

The thing is, the majority of these assets were created by a human being for use by other human beings. All (or supposed to be all) of the assets on the CSP asset store, is created by a person. The software encourages artists to make and upload their own assets, so they can earn “clippy points”, so they can purchase other assets. (Otherwise you have to pay a membership fee). Other Korean asset sites like acon or postype have fancier, unique assets for a fee (depending on what you’re looking for, a set of assets can range from free to $200+!).

That is to say, as a fellow artist im VERY familiar with artist styles and if a certain series uses assets. Some series, like Marionette or Siren, use so many assets that I personally can’t handle, because my brain can’t enjoy the series because all it registers is ASSET. ASSET ASSET.

ALL ROFAN MANHWA USE ASSETS in one way or another.

Besides the examples of assets I mentioned above, another type of asset is the 3-D model type. Some artists, like Cierra (artist of “Beatrice”) use complete adult body 3D models to help speed up their drawing process and to ensure decent anatomy.

Utilizing 3D Assets, by referencing or tracing is not AI art. It is a person using any available resources to speed up their work process.

So back to Hayeon-nim. She’s a professional artist. She’s under a time crunch. So of course, she’ll utilize both brush and 3D assets. Just like when other artists use them, I’m confident I can identify 95%+ of the assets that she uses.

In Season 2, she utilized quite a bit of various hair assets that annoyed me (sorry hayeon-nim), but that has toned down quite a bit in Season 3. However, she started using more hand assets in season 3. From eyeballing it, i think one is a 3D model from the CSP store (avail for purchase), and the other is from another source that I’m not familiar with. But it’s definitely an asset. Based on S1 and S2 art, she is a professional and is capable of drawing hands. But on a time crunch, it’s just more efficient to use a pose-able 3D model.

The discussion on Reddit was from Ch 88, regarding Lehan’s hand:

A reader, i assume for clout, posted that they counted 8 fingers. The ensuing discussion proceeds to escalate, and accusing her of resorting for AI art, and many say “it’s clear its AI-generated” after “a closer look” and trying to justify their reasoning.

To quell my annoyance at people pretending to be experts when they aren’t, I wanted to say “no it isn’t.”

in my mock up here, there are 5 fingers. People forget knuckles and tendons exist. Im fairly confident this is a 3D asset pose-able hand from that unknown source, that was modeled to hold the cigarette, and she just left as is for the sake of time.

The hand is fine.

It’s not an AI hand. It’s extremely rude and degrading to post off-model images, proceed to get clout at the expense of others, fully knowing manhwa artists are working inhumane hours to provide those very same people entertainment. It’s also super disrespectful to accuse professional (or even hobbyists) artists of AI, when they tried their best to draw something nice, spending hours/days on it and is accused of not even drawing it at all.

What a great way to spread more hatred and demotivation around :(

Time for me to avoid those comment sections again haha

#your majesty please spare me this time #rupelali #manhwa #rofan #otome isekai

[tehniataslam-22]

Best Smartphones of 2024 The Ultimate Guide

In the fast-paced world of technology, staying up-to-date with the latest smartphones can be overwhelming. With each passing year, manufacturers strive to push the boundaries of innovation, offering consumers a plethora of options to choose from. As we step into 2024, the smartphone landscape continues to evolve, introducing cutting-edge features and advancements that redefine our digital experiences. In this comprehensive guide, we’ll explore the best smartphones of 2024, highlighting their standout features, specifications, and what sets them apart from the competition.

1. Apple iPhone 14 Pro Max

When it comes to smartphones, Apple has always been at the forefront of innovation, and the iPhone 14 Pro Max is no exception. Boasting a sleek design and an impressive array of features, this flagship device is a powerhouse of performance. The iPhone 14 Pro Max is equipped with Apple’s latest A16 Bionic chip, delivering lightning-fast speeds and unparalleled efficiency. Its Pro Motion OLED display offers stunning visuals with true-to-life colors and deep blacks, making it perfect for multimedia consumption and gaming. With an advanced camera system comprising a triple-lens setup and enhanced AI capabilities, capturing professional-grade photos and videos has never been easier. Additionally, the iPhone 14 Pro Max features 5G connectivity, Mag Safe compatibility, and improved battery life, ensuring a seamless user experience across the board in Best Smartphones of 2024.

2. Samsung Galaxy S24 Ultra

Samsung continues to raise the bar with its Galaxy S series, and the Galaxy S24 Ultra is a testament to that commitment to excellence. Featuring a premium design and cutting-edge technology, this flagship smartphone is a powerhouse of innovation. The Galaxy S24 Ultra is powered by Samsung’s Exyn os 2200 chipset, delivering unrivaled performance and efficiency. Its Dynamic AMOLED 2X display offers a buttery-smooth 120Hz refresh rate and HDR10+ support, providing an immersive viewing experience like never before.  It boasts S Pen support, 5G, and a large battery, standing as a top 2024 flagship contender.

3. Google Pixel 7 Pro

4. OnePlus 11 Pro

Known for its “Never Settle” mantra, OnePlus continues to impress with its flagship offerings, and the OnePlus 11 Pro is no exception. Combining top-of-the-line hardware with a clean and intuitive software experience, this smartphone delivers exceptional value for money. The OnePlus 11 Pro is powered by Qualcomm’s Snapdragon 8 Gen 2 chipset, offering blazing-fast performance and 5G connectivity. Fluid AMOLED, 144Hz refresh, HDR10+, immersing viewers in multimedia and gaming with immersive experience. OnePlus 11 Pro: 108MP main sensor, triple-camera, dedicated macro lens for stunning photos and videos in any scenario. It features Oxygen OS 13 on Android 13 for a personalized experience in the top 2024 smartphones.

Frequently Asked Questions (FAQs)

Q: Are these smartphones available worldwide?

A: Yes, the Best Smartphones of 2024 mentioned in this guide are typically available in major markets worldwide.

Q: Do these smartphones support 5G connectivity?

A: Flagship smartphones listed here have 5G for faster speeds, low latency, and better network reliability.

Q: Can I expect any major design changes in these smartphones compared to their predecessors?

A: Flagship smartphones prioritize internal hardware and new features over major design changes, typically offering incremental upgrades across manufacturers.

Q: What about software updates and support for these smartphones?

A: All the smartphones mentioned in this guide typically receive regular software updates and support from their respective manufacturers.

Q: Are there any standout features unique to each smartphone?

A: Yes, each smartphone mentioned in this guide comes with its own set of standout features and innovations.

2024’s top smartphones market will see more tech advancements as innovation persists in evolving technology.

Top smartphones in 2024 suit all users’ needs with great performance, features, and design.

[govindhtech]

Google Pixel 9 Pro: Unveiling the Future of Smartphones

Flagship satellite-enabled Pixel 9 and Pixel 9 Pro will utilize Samsung 5G modems.

Two-way satellite messaging will be the focus of the Pixel 9 and Google Pixel 9 Pro’s new Exynos 5400 5G modem.

Google’s Pixel line has had modem issues since switching to semi-custom Tensor chipsets in 2021. Android Authority reports that the Pixel 9 and Google Pixel 9 Pro will include Samsung’s Exynos 5400 5G modem, which may fix those concerns. This baseband chip is expected to run faster and use less power than the Exynos 5300 in prior Pixel models, while the specifics were not published.

Stability should improve when the software stack was updated. The Exynos 5400 is best known for supporting 3GPP Release 17, which allows 5G satellite-based communication. Google is reportedly developing a “Satellite SOS” feature for Pixel phones. The company’s partnership with T-Mobile, which introduced the infrastructure with SpaceX, will enable this.

The Pixel 9 and Google Pixel 9 Pro enable satellite connectivity, but the link will only allow text-based communication not phone conversations. A “Satellite Gateway” app’s “Emergency SOS” feature makes emergency calls easy. We anticipate that this feature will be activated in the event that a Pixel 9 or Pixel 9 Pro owner finds themselves stranded or faces imminent danger. We hope Google keeps working on this project since, unlike previous Google initiatives, it has the potential to save a lot of lives.

The Tensor G4 chipset from Google will be included in the Pixel 9 and Pixel 9 Pro, which is another update not included in the article. It has been revealed that the new silicon will be produced with FOWLP, or “Fan out Wafer Level Packaging,” contrary to earlier reports that it would only be a slight improvement over the Tensor G3. For those who are unaware, Samsung’s Exynos 2400 is powered by the same technique, which uses more I/O connections to allow electrical data to flow through the chipset more quickly and effectively.

Because of its heat-resistant packaging, the Tensor G4 can operate at greater multi-core performance levels because its temperature can be regulated. This will be viewed as a welcome update to the Tensor G4, especially in light of the numerous reports of the Tensor G3 overheating. It might even be the main factor driving the surge in sales of the Pixel 9 and Pixel 9 Pro.

Disclosed Renders of the Google Pixel 9 Pro show a smaller display and a revised camera module.

Google Pixel 9 Pro specs The Google Pixel 9 Pro is expected to go on sale this autumn. They get a sneak peek at the potential design of the Pixel 9 Pro months in advance. The Pixel 9 Pro‘s tiny bezels and smooth edges give it a more compact appearance overall. In October of last year, Google unveiled the flagship Pixel 8 series. They anticipate the next Pixel phones this time around as well, which should include at least two Pixel 9 and Pixel 9 Pro versions. They already have a leak on the Pixel 9 Pro since it’s never too early to speak about phones that will likely be released months ahead of schedule. Google Pixel 9 Pro renderings and 360-degree video released show what appears to be the design of the upcoming Google flagship. The collaboration between OnLeaks and MSP produced these renders of the Pixel 9 Pro. It provides a fair peek at the potential design of the phone and what to anticipate from the upcoming Google flagship. The 6.5-inch punch-hole camera on a flat display is reportedly a feature of the Pixel 9 Pro. This would be less in size than the 6.8-inch screen of the Pixel 8 Pro. In contrast to the Pixel 8 Pro, which has curved sides, the phone appears relatively small yet has narrow bezels and flat corners. The Pixel phone appears wider because to this design, which has flat corners similar to the iPhone 15. The USB-C connector, speaker grille, and SIM card slot are located at the bottom of the device, with the power button and volume keys visible on the right side. A smaller camera island is another minor redesign for the back cameras. The camera module now better tucks in the sensors rather to spreading to both sides of the phone. It continues to resemble the earlier models in thickness. As to the source, the Pixel 8 Pro will have three rear cameras: Telephoto, wide angle, and periscope. As with each Pixel iteration, Google will improve the cameras, though it’s too early to tell. Although this was our first glimpse at the Pixel 9 Pro, there are still many unanswered questions. However, information about the upcoming Pixel generation should be released soon. Key Specs Google Tensor G3 | 12 GBProcessor 6.1 inches (15.49 cm)Display 108 MP + 50 MP + 16 MPRear camera 24 MPSelfie camera 5500 mAhBattery Google Pixel 9 Pro Price

Although there hasn’t been an official release date for the Google Pixel 9 Pro, pricing ranges have been speculated about and leaked. This is what I discovered:

About $1,135 USD is the anticipated beginning price. [This price is based on April 15, 2024, conversion rates.] Depending on the area and storage capacity, prices may change.

Pixel 9 pro release date The release date of the Pixel 9 Pro has not yet been formally confirmed by Google, but the following is what we know based on previous release patterns and rumours:

Release expected late 2024, maybe October 2024.

Pixel phones normally debut in October, save for the Pixel 5, which comes in 2020 due to the pandemic. Some sources propose an announcement on May 14, 2024, even if the confirmed release is probable later in the fall.

Read more on Govindhtech.com

#googlepixel #googlepixel9 #googlepixel9pro #pixel9 #pixel9pro #google #smartphone #technology #technews #govindhtech

[gadgetsboy]

Tech News Roundup: Goodbye Google One VPN, Hello Leica Phone, and More Pixel Leaks!

It's Friday again, which means that we're ending the week with a quick look at some of the biggest tech news over the past few days. The consumer electronics industry is never not busy, and as such there have been some rather interesting developments, both in terms of software and hardware products. With that said, let's take a look at some of the biggest news in tech this week. Bye-bye, Google One VPN One of the biggest advantages of subscribing to the Google One service is that you got access to VPN services, which does come in handy for users who want to access content and such that they wouldn't normally be able to due to geographic or licensing restrictions. With that said though, it's reported that Google has informed subscribers that it will be discontinuing the included VPN service with Google One as not many people were using it. However, Pixel 7 and 8 owners will still be able to use the built-in VPN on their handsets, which will supposedly last for five years. Meet the Leica Leitz 3 While Leica is more known for its line of consumer and pro-grade cameras, the manufacturer also makes a region-exclusive line of smartphones. In fact, it's on its third one now, aptly named the Leica Leitz 3. Exclusive for buyers in Japan, the phone is powered by the Qualcomm Snapdragon 8 Gen 2 chipset, and includes other specs such as a single 47.2MP 1-inch CMOS camera, in addition to a 12.6MP selfie camera, a 5000 mAh battery, and Android 14 onboard. Magic Editor Arrives for more Phones Despite being described as an exclusive feature for Google's Pixel 8 and 8 Pro handsets, the company has announced that it will be bringing its Magic Editor AI tool to more users, and will be accessible via the Google Photos app. There's a catch though - the editor is free to use unlimitedly for Pixel device users, while other smartphone owners will only be limited to 10 edit saves per month, unless they pay for a Google One subscription. More Pixel 8a Leaks Emerge As has become the standard tradition for nearly all Google smartphones, the company's upcoming Pixel 8a handset has once again been leaked online, this time with a fresh coat of paint. Several product renders show the Pixel 8a in several different colour variants, which include Mint, Bay, Porcelain, and Obsidian. It's also rumoured that the 8a will feature a matte rear panel, somewhat similar to the Pixel 4a series from a few years back. You can view the full images here. Messenger now Supports HD Photos One of the biggest complaints about Facebook Messenger is that photo files sent via the app tend to look unflattering due to aggressive file compression, although this no longer seems to be the case thanks to a new update. Meta recently announced that users can now send HD photos via a simple toggle within the app; users will also be able to send files larger than 100 MB. Read the full article

[phonemantra-blog]

The Google Pixel series has carved a niche for itself in the smartphone market, lauded for its exceptional cameras, clean software experience, and timely updates. While the Pixel 8 series continues to impress, whispers of the upcoming Pixel 9 lineup are already swirling. This year, Google seems to be shaking things up, potentially introducing a wider range of Pixel phones to cater to a more diverse audience. Breaking the Mold: Three Pixel Flavors A recent report by 91mobiles suggests a significant departure from the Pixel 8 lineup. Instead of the usual standard and Pro versions, Google might be launching a trio of Pixel 9 models in 2024: Google Pixel 9 Pixel 9: This standard model is expected to sport a flat-edged design, a refreshing change from the curved edges of its predecessors. It will likely have the most compact display among the three, rumored to be around 6.03 inches. Pixel 9 Pro: This mid-range Pro model is predicted to boast a 6.1-inch display, potentially retaining the curved edges favored by some users. Pixel 9 Pro XL: Marking a surprise comeback, the "XL" branding makes a reappearance with this larger version of the Pro model. Last seen with the Pixel 5, the Pixel 9 Pro XL is rumored to offer the biggest display at 6.5 inches, catering to users who prioritize screen size. This new information contradicts earlier rumors suggesting a Pixel 9 strategy comprising the standard Pixel 9, the Pixel 9 Pro, and the Google Pixel Fold 2. The introduction of the Pixel 9 Pro XL hints at Google recognizing the demand for high-end features in a more manageable size. The rumored decrease in screen size from the Pixel 8 Pro's 6.7 inches could be a strategic move to attract users who prefer a phone that's easier to handle. A Glimpse into Potential Specs While design renders provide a sneak peek at the Pixel 9's exterior, details about its functionalities are still under wraps. Here's a look at some rumored features that might set the Pixel 9 apart from the competition: Adaptive Touch: This innovative feature could dynamically adjust the touchscreen's sensitivity based on your environment, activities, or even if you're using a screen protector. Imagine a seamless experience whether you're swiping through menus with wet fingers or navigating the phone while wearing gloves. Qi2 Charging: The Pixel 9 might embrace the next generation of wireless charging, Qi2. This promises faster charging speeds (up to 15W) and improved efficiency with magnetic alignment. Tensor G4 Chipset: Powering the Pixel 9 could be Google's unreleased Tensor G4 chipset. This next-gen chip is shrouded in mystery, but it likely signifies advancements in processing power and machine learning capabilities. We can expect potential improvements in everything from gaming performance and camera functionalities to AI enhancements. When Can We Expect the Pixel 9? Following Google's typical release schedule for its flagships, the upcoming Pixel 9 series is expected to launch sometime in October. It's important to remember that these are just rumors, and more details are likely to surface closer to the launch date. Stay tuned to see if these predictions become reality and what other exciting features Google has in store for its latest flagship lineup. FAQs Q: How many Pixel 9 models are there? A: Based on rumors, Google might be launching three Pixel 9 models in 2024: a standard Pixel 9, a Pixel 9 Pro, and a Pixel 9 Pro XL. Q: What are the rumored screen sizes for the Pixel 9 models? A: Rumors suggest a 6.03-inch display for the standard Pixel 9, a 6.1-inch display for the Pixel 9 Pro, and a 6.5-inch display for the Pixel 9 Pro XL. Q: When is the Pixel 9 expected to launch? A: Google typically releases its flagship phones in October. Following this trend, the Pixel 9 series launch is expected sometime in October 2024.

#GooglePixel9 #GooglePixel9series #Pixel9features #Pixel9leaks #Pixel9news. #Pixel9ProXL #Pixel9releasedate #Pixel9rumors #Pixel9specifications #Pixel9trio

[tthieu2808]

Week 8: Digital Citizenship and Software Literacy: Instagram Filters.

Today, the development of social networking platforms opens up many experiences and opportunities for brands as well as many individuals due to the diversity of content and creativity on these platforms. When it comes to social networking applications, selfies have become one of the most distinctive features as it is one of the most popular ways of interacting with the platform. In recent years, filters have become increasingly popular and have evolved to become a tool to enhance the photography experience on social networking platforms, especially Instagram.

Filters may beautify and distort the face, apply animal-like features or adorn users in virtual accessories that follow their movements. Through this practice of ‘digital adornment’ users experiment with creativity and self-expression – as with cosmetics and clothing – while forging social connections and engaging with virtual and augmented reality technologies (Barker 2017). The rapid development of filters helps social networking platforms become more diverse in content as well as enhance the appeal of these platforms to more users, especially those interested in beauty. and the desire to build your own image on social networking platforms will have more content and opportunities for development. A concept introduced by Snapchat in September 2015, officially named Lenses (Snapchat Inc. 2015). The ‘technological wonder’ (Arata 2016) behind Snapchat filters is relatively simple. This application relies on a face detection engine to recognize the brightness and darkness patterns of sample pixels as distinctive regions of the face. The image in the camera's frame is mapped with a series of communications that identify these areas as eyes, environment, and other features. Filters are then adjusted to these speeds so that the virtual elements stay in position as the user moves around (Vox 2016). In just a few seconds, users can try on different designs before choosing one, take a selfie in photo or video format and send it to friends. Some filters only add virtual makeup, allowing users to try out new makeup looks. Others apply whimsical accessories – flower crowns, puppy dog snouts, fluttering butterflies – while tweaking the face underneath.

This breakthrough has later been learned and developed by Instagram until now, with itself being a platform with many users, the platform also develops in photography to enhance the user experience. Combining filters that are constantly improved and upgraded to meet user needs as well as the trends of the times has helped Instagram attract more and more users. Besides helping users improve their image quality and beauty as desired, users can update trending filters such as Happy New Year, Christmas or holidays around the world or typical holidays of each region and country. These factors help not only increase the diversity of applications, but also ensure user experience and build their own community in an era when social networking platforms are developing.

However, the rapid development and easy access to experience also brings many consequences such as many users being immersed in virtual images, overusing filters to deceive or lacking confidence in their natural beauty. of yourself in real life, which is contrary to the filter's purpose which is to help you be more confident in your own beauty. Therefore, the convenience of services or tools such as filters on Instagram, although something worth experiencing, also requires users to have good self-reflection as well as the ability to objectively evaluate to identify Understand the advantages and disadvantages of these tools, avoid overusing them to destroy the original purposes and positive values that these tools bring.

References:

Barker, J. (2017), ‘Considering Snapchat filters as digital adornment’, Fashion Studies Journal, 2 July,

Arata, E. (2016), ‘The unexpected reason Snapchat’s “Pretty” filters hurt your self-esteem’, Elite Daily, 1 August.

Snapchat Inc. (2015), ‘A whole new way to see yourself(ie)’, Snapchat Inc., 15 September, https://www.snap.com/en-US/news/post/a-whole-new-way-to-see-yourselfie/.

#mda20009 #digital communities #swinburne

[adtronics]

Navigating the Cost Landscape of Electronic Signs

In an era where digital communication reigns supreme, electronic signs have emerged as a powerful tool for businesses and organizations seeking to captivate audiences and convey messages with impact. From vibrant LED displays adorning city skylines to dynamic screens illuminating retail storefronts, the versatility and allure of electronic signs are undeniable. However, for those considering the adoption of electronic signage, understanding the intricacies of cost is paramount. Let's delve into the factors that shape the pricing landscape of electronic signs.

1. **Type of Display:** Electronic signs come in various forms, each with its own cost considerations. LED displays, for example, are a popular choice due to their versatility and energy efficiency. They are available in different pixel pitches, which determine image clarity and price. High-resolution displays, such as LED video walls, command a higher price due to their superior image quality and immersive viewing experience.

2. **Size and Scale:** The size of an electronic sign directly influences its cost. Larger displays require more materials and sophisticated technology, leading to higher upfront expenses. Moreover, scaling up to encompass multiple screens or constructing expansive video walls adds complexity to the installation process, contributing to overall costs.

3. **Installation Complexity:** The installation of electronic signs can vary significantly based on factors such as location, accessibility, and structural requirements. Outdoor installations, particularly along highways or in urban environments, may entail additional permits, labor, and safety considerations, all of which impact cost. Similarly, indoor installations may involve integration with existing infrastructure and architectural elements, adding to the overall expense.

4. **Content Management System (CMS):** A robust CMS is essential for controlling and updating content on electronic signs. The cost of a CMS depends on factors such as features, scalability, and ongoing support. Some providers offer proprietary CMS solutions tailored to their hardware, while others allow integration with third-party software. Additionally, licensing fees and subscription models may apply, adding to the total cost of ownership.

5. **Maintenance and Support:** Like any technological investment, electronic signs require regular maintenance to ensure optimal performance and longevity. Maintenance costs may include routine inspections, software updates, and repairs. Many providers offer service agreements or warranties to cover unexpected issues, albeit at an additional cost. Investing in proactive maintenance can help mitigate the risk of downtime and costly repairs in the long run.

6. **Customization and Branding:** Businesses often seek customized electronic sign solutions to align with their brand identity and messaging. Customization options, such as unique shapes, colors, and branding elements, can add to the upfront cost but enhance visual appeal and brand recognition. Moreover, integration with interactive features or sensory technologies may require specialized development, impacting overall expenses.

7. **Regulatory Compliance:** Compliance with local regulations and industry standards is crucial when installing electronic signs, particularly in public spaces. Zoning restrictions, permits, and environmental considerations may necessitate additional expenditures. It's essential to factor in these regulatory requirements to avoid delays, fines, or legal liabilities that could inflate costs.

8. **Energy Efficiency:** Energy consumption is a significant cost consideration for electronic signs, especially for large-scale installations. Opting for energy-efficient LED technology and implementing power-saving features can help minimize operational expenses over time. While energy-efficient displays may incur a higher initial investment, the potential savings in electricity bills can offset the upfront cost and contribute to long-term sustainability.

In conclusion, the cost of electronic signs is influenced by a multitude of factors, ranging from the type and size of the display to installation complexity, maintenance needs, customization options, regulatory compliance, and energy efficiency considerations. By carefully evaluating these factors and working closely with experienced providers, businesses can make informed decisions that align with their budget, objectives, and long-term vision for leveraging electronic signage as a powerful communication tool in the digital age.

#custom led business signs #led message display

[henify]

The Pro has gone Ultra in Oppo's lineup this year - the ultimate smartphone in the roster is now called the Find X7 Ultra. We understand the name change to imply there's more to this Find than simply incrementing on the usual bits, and where else would we find the truly new stuff, if not the camera system? Indeed, Oppo fitted a second telephoto camera - technically still a +1 operation, but a vastly more tangible one than the newer chipset, for example. The Find X6 Pro's camera hardware was already cutting edge, but more reach is never a bad thing and the X7 Ultra's second telephoto camera brings 6x zoom - with a 50MP sensor nonetheless. But it's not only about reach, since this camera is also good for closeups, and an update to that effect has made it to the 3x periscope as well - Oppo specifies the minimum focusing distance at 35cm and 25cm. The primary camera was already at a 1" type sensor, so there is not much to improve there, though Xiaomi is now on a second-generation Ultra with changeable aperture on its one-inch main camera, while the Find is stuck at f/1.8. The ultrawide is a bit of a side-step, where the new model loses some sensor size but gains extra coverage. Naturally, we'll be digging deeper into the camera system later in the review. We mentioned the chipset upgrade, and it's the Snapdragon 8 Gen 3 in charge - in contrast to the 'vanilla' X7 that gets the big-core-only Dimensity 9300 (also found on the vivo X100 and X100 Pro). Memory configurations start at 12GB of RAM and 256GB of storage and peak at twice the storage and 16GB of RAM - nothing too crazy. Similarly restrained is Oppo's approach to battery capacity - the X7 Ultra remains at 5,000mAh, while a few of its relatives have gotten some extra mAhs this year. No change can be a good thing too - like, for instance, the 100W charging capability. There's one particular development that we would have loved to see this time, but sadly Oppo had different plans - the Find X7 Ultra will remain exclusive to its home market, much like the X6 Pro. Oh, well. Oppo Find X7 Ultra specs at a glance: Body: 164.3x76.2x9.5mm, 221g; Glass front (Gorilla Glass Victus 2), glass back (Gorilla Glass) or eco leather back, aluminum frame; IP68 dust/water resistant (up to 1.5m for 30 min). Display: 6.82" LTPO AMOLED, 1B colors, 120Hz, Dolby Vision, HDR10+, 1600 nits (typ), 2600 nits (HBM), 4500 nits (peak), 1440x3168px resolution, 19.8:9 aspect ratio, 510ppi. Chipset: Qualcomm SM8650-AB Snapdragon 8 Gen 3 (4 nm): Octa-core (1x3.3 GHz Cortex-X4 & 3x3.2 GHz Cortex-A720 & 2x3.0 GHz Cortex-A720 & 2x2.3 GHz Cortex-A520); Adreno 750. Memory: 256GB 12GB RAM, 256GB 16GB RAM, 512GB 16GB RAM; UFS 4.0. OS/Software: Android 14, ColorOS 14. Rear camera: Wide (main): 50 MP, f/1.8, 23mm, 1.0"-type, 1.6µm, multi-directional PDAF, Laser AF, OIS; Telephoto: 50 MP, f/2.6, 65mm, 1/1.56", 1.0µm, 2.8x optical zoom, multi-directional PDAF (25cm - ∞), OIS; Telephoto: 50 MP, f/4.3, 135mm, 1/2.51", 6x optical zoom, Dual-Pixel PDAF (35cm - ∞), OIS; Ultra wide angle: 50 MP, f/2.0, 14mm, 123˚, 1/1.95", 1.0µm, PDAF. Front camera: 32 MP, f/2.4, 21mm (wide), 1/2.74", 0.8µm, PDAF. Video capture: Rear camera: 4K@30/60fps, 1080p@30/60/240fps; gyro-EIS; HDR, 10‑bit video, Dolby Vision; Front camera: 4K@30/60fps, 1080p@30fps, gyro-EIS. Battery: 5000mAh; 100W wired, PD, 50% in 10 min, 100% in 26 min (advertised), 50W wireless, 10W reverse wireless. Connectivity: 5G; Dual SIM; Wi-Fi 7; BT 5.4, aptX HD, LHDC; NFC; Infrared port. Misc: Fingerprint reader (under display, optical); stereo speakers; Emergency SOS via satellite (messages and calls). Oppo Find X7 Ultra unboxing The Find X7 Ultra arrives in a regular-sized box with some accessories inside - as many as you can reasonably expect from a 'mainstream' model in 2024. For starters, not only is there a cable bundled (USB-A-to-C), but there's even an adapter. It's rated for 100W, though there is an asterisk

in that you need a 220V outlet to max it out - if 110V is all you have, 80W is what you'll be getting. There's also a case included - one that is about as cheap-looking as the phone itself is premium. We'd only resort to using it in very dire circumstances where something, anything, must be done to protect the Find. Or if you'd try to keep the phone a bit more incognito, though, there's no hiding that camera bump, really. The news was sourced directly from the website GSM Arena.

[selloldmobile]

OnePlus 12R gets first software Update with Camera Enhancements and System Improvements

In a recent development, the OnePlus 12R, the affordable variant of the OnePlus 12, launched in India last month, has started receiving its first software update. The update, OxygenOS version 14.0.0.307 (EX01), brings a host of improvements, including camera enhancements, system stability and performance upgrades, and power consumption optimizations. The update is approximately 400MB in size and is set to enhance the overall user experience of the smartphone.

Key Features of OnePlus 12R:

The OnePlus 12R features a Snapdragon 8 Gen 2 SoC and runs on Android 14-based OxygenOS 14. It boasts a 6.78-inch 1.5K LTPO 4.0 AMOLED screen with a resolution of 1,264x2,780 pixels. The device is equipped with up to 16GB of LPDDR5x RAM and offers storage configurations, with the base variant priced at Rs. 39,999 for 8GB+128GB.

Camera Enhancements:

One of the significant highlights of the OxygenOS update is the improvements made to the OnePlus 12R's camera system. The rear camera setup, consisting of a 50-megapixel Sony IMX890 sensor, an 8-megapixel ultra-wide-angle camera, and a 2-megapixel macro camera, now benefits from enhancements focused on indoor photography. These updates aim to provide users with an improved photography experience in various scenarios.

System Stability and Performance:

The update addresses system stability and performance, ensuring smoother and more efficient operation of the OnePlus 12R. Users can expect a more responsive interface and a reduction in system-related issues, enhancing the overall usability of the device.

Power Consumption Optimizations:

One of the critical aspects of smartphone usage is battery life, and the update includes power consumption optimizations to extend the OnePlus 12R's battery life. These optimizations target specific scenarios, potentially allowing users to enjoy a longer-lasting device on a single charge.

Network and Bluetooth Improvements:

In addition to camera and system enhancements, the OxygenOS update also focuses on improving the stability and compatibility of networks and Bluetooth connections. This aims to provide users with a more reliable and seamless connectivity experience.

Global Rollout and Availability:

While the update is currently rolling out to OnePlus 12R units in India, the global rollout is expected to expand to other markets soon. This ensures that users worldwide can benefit from the improvements and optimizations introduced in OxygenOS version 14.0.0.307 (EX01).

The OnePlus 12R, with its recent software update, continues to showcase the brand's commitment to delivering a compelling user experience. With camera improvements, system stability upgrades, and optimizations for power consumption, the device stands as a competitive option in the affordable smartphone segment. As the phone prepares to go on sale in India starting February 6, users can look forward to a more refined and enhanced performance from their OnePlus 12R. If you finally going to upgrade your phone then sell your old OnePlus mobile phone at RecycleDevice and get Best Value for your New / Old smartphone at your doorstep.

#OnePlus 12R #OnePlus 12R Update #OxygenOS #Android 14 #OxygenOS 14.0.0.307 #OxygenOS Update

[techstrendzzz]

#GooglePixel8 #SamsungGalaxyS23

[shobujtech1]

Pixel Devices Receive Android 14 QPR2 Beta 3: Google has made Android 14 QPR2 Beta 3 available for Pixel devices that can run it. This update will be available starting January 10th. It mainly fixes bugs and makes the app more stable. The update works with Pixel phones from the 5a to the 8 Pro and the Pixel Fold and Tablet, just like the last version, QPR2 Beta 2. You have to be in the Android Beta Programme to get the update over the air. You could also download and sideload the fix by hand. The QPR 2 Beta 3 update has the build number AP11.231215.007 and a security patch for January 2024. The QPR2 Beta 3 update can be found by going to Settings > System > Software changes. If an update is available, tap "System update" to get it. You can download the OTA or factory image to update it by hand.  Most of the time, quarterly platform releases (QPRs) are "suitable for general use," which means you shouldn't have any significant issues. But remember that it's still a beta, which means there may be some bugs. Don't like living on the edge? You should wait until it comes out officially.