There’s no guarantee yet that Google will show the Pixel 6a or Pixel Watch at Google I / O this week, but we’re sure we’ll get both. We need new hardware for this snoozefest in 2022, and what better way to animate things than with Google’s new devices?

So let’s say for a minute that Google Willpower Announce or at least show the Pixel 6a and Pixel Watch in the coming days – what are you most excited about? Do you need a refreshing budget pixel with the newly introduced language from Pixel 6, powered by Google Tensor, or do you really want to see Google’s first Pixel watch?

I feel like most of you are going to say Pixel Watch (see it!), Which is fair. Pixel 6a Rumors suggest a budget phone that can be almost-on-the-level with the Pixel 6, yet at a fraction of the cost. It’s a big deal and all, but for how many years have we been asking Google to make their own watch? Probably from behind the days of Android Ware where most of Google’s partners repeatedly failed to impress us and we thought only Google could do the right thing.

For me, it’s probably the Pixel Watch that’s why I just went. We’ve seen everyone else try the Wear OS thing and most of them don’t seem to be able to do everything right. I do not believe that Google is fully capable (Hello, the pixel problem is endless), But we’ll see them give it a shot. Recent watches of the watch have also caught our attention and then some, because it looks like Google has gone for a premium design almost like a round Apple watch.

I’m sure the Pixel 6a will be a solid mid-ranger, even the best mid-ranger. Although mid-rangers often do not steal the title or hold our attention for long. The Pixel Watch is a device that has already caught our attention year after year.

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Until a few decades ago, no human could have stayed away from the loving embrace of gravity. As the era of space exploration begins, it is still unclear how long it will take to stretch the body without gravity. A new analysis of astronauts from the University of Oregon Health and Science shows that their brains undergo structural changes from exposure to microgravity, and that these changes can persist long after they return to Earth. But there is a limit to how much the brain can change.

There is growing interest in the way human biology deals with space travel. We have been focusing on low-Earth orbits for decades, and even the Apollo-era moon missions were conducted within a few days. With NASA’s long-term presence in lunar orbits and spacecraft magnets like Elon Musk talking about humans exploding on Mars, issues such as aging, brain function and radiation exposure in space have become hot topics.

Working with a team of U.S. doctors, the team performed MRI scans on 15 astronauts. They collected the scans six months before their mission to the International Space Station and then another set of scans six months after their return. The researchers were interested in perivascular space – the space around blood vessels that is believed to help balance cerebrospinal fluid in the brain. These spaces are essential for a process known as the glimphatic system that clears metabolic proteins that otherwise make and cause damage.

The proposed gateway station will take much longer for the crew than the low-earth orbital station.

For the first time ISS astronauts, the team discovered a larger perivascular space in the brain a few months after returning from space. This same process occurs on Earth as the brain ages, suggesting that the time spent in microgravity may be accelerated. However, experienced astronauts have shown somewhat different results. Their perivascular spaces have not changed since their mission, which suggests two things. First, their brains may have reached some sort of “homeostasis” in increasing perivascular space. Second, spaces are not shrinking to a “normal” shape over time. The team did not notice any cognitive or physical impairment from these changes.

It is still unclear how long-lasting stability in space can alter the brain, but this study provides good evidence that short trips do not cause increasing damage to the glimphatic system. That’s just a potential problem, though. Since people spend more time away from the only home we know, we may find human biology much more or less powerful. If this happens later, Elon Musk’s dream of colonizing Mars within a decade could be shattered.

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Saving money in software is not something that should be complicated. That’s why we wanted to make sure that everyone gets a chance to bargain on their own without all the hassle that sometimes comes with the deal.

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Whether you’re looking for a newer version of Windows 11 or want to upgrade to Office, there’s a deal for everyone. Just remember to write the discount code RMP Place your order when you get the very best price available!

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After payment, the buyer receives an OEM product key in the specified email at the time of registration, which can be activated directly on the Windows 10 system.

Head Change Start> Settings> System> About Program> Product Key (You need to enter the received key in this menu).

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In my office the dancing on the phone never stops, there is always something new to test the cause in part, but because I am never satisfied and I always find something on every phone I use for more than a few days. That’s why you probably saw the posts we did where we mentioned This is Samsung Or That pixel We keep coming back, even though other supposedly-better phones are available. This is another one of those posts and it’s about OnePlus 10 Pro.

Ever since I finished my review of the OnePlus 10 Pro a whole month ago, this is probably the phone that my SIM card has seen the most. I danced between the Pixel 6 Pro (Android 12 in beta build), my iPhone 13 Pro (because I like Magsiff), and the regular Pixel 6 (Android 13!), But some kept bringing me back to the new heights of OnePlus – the end Phone.

I know I said in my review that using the phone was a pleasure, but still a concern. I was turned off because of the weird software joke baked in ColorOS – I’m sorry, “OxygenOS.” I wanted more specs, because who doesn’t want a full 12GB RAM and 256GB storage that can never be used? Lack of extensive career support was a bad look. The price even made me question whether this phone was an alternative to the Pixel 6 Pro at the same price.

The other thing that became clear during my review writing and my testing was that I kept talking about how much I liked the OnePlus 10 Pro. This phone is really good, from a usability standpoint. In other words, it’s great to hold, scroll, look and touch.

OnePlus can only make phones that OPPO hasn’t used these days, but they’re still great. The Haptix of this phone may have been my favorite in recent years, including the Pixel 6 Pro. The display, although it has slightly curved edges, is basically flat and great. Apart from all the crooked nonsense in other phones, the phone itself has a good weight. It’s a perfectly balanced phone, at least in my hands. I would never complain about a phone with this texture and the lack of fingerprints.

The software includes everything I need, such as a nice always-on display, smoothness for the day, dark mode levels, a vertical scrolling launcher (this is a shot from Samsung), and a few other areas I can customize. I like that there’s an extra set of options for the lock screen or the home screen or the status bar that you won’t find on Google, yet you don’t have the overwhelming amount of blot you can find in Samsung’s One UI.

In my opinion the camera is quite stiff and the borderline is nice. No, it’s not a low-light champion like the Pixel 6 Pro, but your son is not at the weekend photography club. My photoshoots sit outside on a hike or in a park or at a football match or on a patio in a wine shop. In all these situations, I find it great. It’s a camera I can trust and that’s important.

Of course, not everything is perfect with the OnePlus 10 Pro. There are lock screen notifications, interactions with notifications, and annoying software issues that make it look like Android 11, not Android 12. The update situation will be worse than Google or Samsung phones – there is nothing around it.

But again, just from the point of view of everyday use, this phone is excellent in many ways. And trust me, I keep looking for reasons to switch to another phone because of how my brain works after 12 years of doing it. I’ve switched and switched and switched in recent weeks. Although this phone continues to win me over.

So does that mean you should buy one for 899 and only with 8GB RAM and 128GB storage? Ooooooh, this remains a tough call. For most people, I’d probably consider taking a pause later this year to see if the rumors of a true OnePlus flagship are true. This phone is great, and I think you’ll all enjoy it, but if there’s much more to it in the near-distant future, it might be worth keeping. Wait to see if either that or a 12GB-256GB model is shown here for under $ 1,000.

If you think hard drive reliability and a galaxy remote, remote can never be combined, you have a lot to learn. In honor of May 4, cloud backup company Backblaze released the results of the reliability of its Q1 drive, lightly sprinkled with various references to Star Wars. In Q1, the company monitored a total of 207,478 hard drives across its data center. Its report focuses on drives still in use at the time and examines lifetime failure rates. As an example of how this is going, it begins with a Yoda quote from The Last Jedi: “Great Teacher, Failure.”

In the latest survey, the most resilient “senior” drive in the company’s storage pod is the 6TB Seagate ST6000DX000. Although the company has only 886, none have failed this past quarter. This is despite the fact that the average age of the drive is more than seven years. That’s an impressive feat. In fact, it declares a very good backblaze, “the power is strong with it.” A. An equally long-range 4TB Toshiba model also suffered zero casualties in the Q1, MD04ABA400V. Its average age is 82.3 months. Although there are only 97 people who are far from buzzing in the pods. This model has experienced only one failure each year, which is unusual.

As far as “Padawan” drive goes, aka Youngling Drive, there were several standouts. Backblaze uses three high-powered Western digital drive models in its pods, and none failed in Q1. However, they have all been installed recently. There is a 14TB model which is more than a year old and two 16TB models which are almost brand new This makes it difficult to properly assess their reliability over time.

The company has also announced a new reliability visualization method shown above. This is called Drive Status Failure Square and it divides all the drives used into four quadrilaterals. The upper-right (I) drives are the first drives that will be replaced in time They have been around for a long time and often start to feel like failure. The upper-left (II) drives are the “winners.” They have been down for a long time and have a low failure rate. Moving to Quadrilateral III, these are the sad young up start who are hoping to move to Quadrilateral II one day. They are probably already planning their Castle Run. Finally, quadrilateral IV is the “model”. These drives should be replaced but they need to be monitored as they show unusual failure rates according to their age.

In terms of annual failure rate (AFR), the lifetime rating for all of the company’s drives is 1.39 percent. This number is only 0.01 percent less than the number in the previous quarter. This is part of an ongoing trend with the company showing that modern hard drives are highly reliable and in that case like SSDs. The company’s Lifetime AFR a year ago was 1.49 percent, so the reliability of the drive is slowly improving over time. While this is an extended, Backblaze study titled this section, “You Failed Me Last Time.”

Finally, if you need a drive to be your only hope, and want to know which drive is the most reliable from today’s manufacturers, here they are:

Apple today released a second beta update on its Studio Display 15.5 software in an attempt to fix issues that plagued monitors’ webcams since launch.

The latest update, available for those who have MacOS 12.4 Beta installed, will be available under the heading System Preferences> Software Updates Connected to a Mac’s entry display.

Although all studio displays can receive their own software updates, those who want to be able to take advantage of Bitas must also install the macOS beta mentioned above.

The Studio display has a 12-megapixel camera that has so far proved to be the weakest, with reviews universally panning its quality. The first beta software update fixed some things, but the differences were negligible. Apple had earlier promised that a software update would address poor quality webcams.

It’s too early to say for sure if this new beta release actually fixes things for the better, but it seems unlikely. The webcam is not expected to offer a stunning image due to its quality and the cropping required for the center stage features.

However, the reception of the $ 1499 Studio display depends a lot on whether Apple can at least make the camera more serviceable than it is now.

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I really enjoyed my time with the Galaxy S22, I had no doubt in my mind that due to its battery life, it could not be my absolute go-to device in 2022. The truth is that my battery life is running out. Every day 5-6 pm was getting a little tiring. I kept telling everyone that I was waiting for myself Galaxy S22 + Coming from Samsung, because it takes them 4-5 weeks to send the colors to their exclusive store. Okay, the S22 + has finally arrived and I’m sure – it was worth the wait!

After using the Galaxy S22 + for a few weeks now, I’m happy to report that my battery problem is long gone. Compared to the 3,700mAh battery of the Galaxy S22, the S22 + has a 4,500mAh battery, which is much larger than the grand scheme. I can easily go from 6am to 10-11pm, with an average of 4-5 hours of screen time per day. For me, it’s perfect and I can’t be happier.

Coming from the Galaxy S22, the issue that worries me the most is the size of the S22 +. A big device comes with a big battery and after getting used to the perfect shape of the smaller Galaxy S22, I was a bit worried. However, now that the S22 + is in use, it’s perfectly fine in terms of size and not really much bigger than the S22.

I will continue to use Galaxy S22 + as my daily driver, I will use Pixel 6 Pro when I need Android 13 Fix. I would say, the Beta 1 feels rather smooth, so if you have a supported device, don’t be too shy to test it.

Maybe in a few months I’ll be back and give you updated tech with S22 +, but for now, I like it. Now seems to be a good time to tell you that Samsung is offering a really good trade-in for free storage upgrades and new Galaxy S22 purchases. Shake a little.

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It’s surprisingly hard to pin down That’s right How Apple’s M1 compares to Intel’s x86 processor. Although the chip family has been extensively reviewed in a number of general consumer applications, the inevitable differences between MacOS and Windows, the effect of emulation, and the different degrees of optimization between x86 and M1 all make precise measurement more difficult.

An interesting new benchmark result and a review with app developer and engineer Craig Hunter shows that the M1 Ultra is completely destroying every Intel x86 CPU in the field. It’s not even a fair fight. According to Hunter’s results, an M1 Ultra running six threads matches the performance of a 28-core Xeon workstation from 2019.

That’s impressive.

Any long-term expectation that the M1 Ultra will suffer a sudden and unexplained scaling crash above six cores becomes dashed when we extend the y-axis of the graph high enough to accommodate the data.

And it’s not really good for x86. Scaling of at least M1 Is Bending at this time.

This is a huge win for M1. Apple’s new CPU 28-core is 2 times faster than the Mac Pro’s top results. But what do we know about the test itself?

The Hunter Benchmark USM3D is described by NASA as “a tetrahedral disorganized flow solver widely used in industry, government and academia to solve aerodynamic problems. Done. “

As mentioned earlier, this is a computational fluid dynamics test, and CFD tests are notoriously sensitive to memory bandwidth. At ExtremeTech we have never tested USM3D and it is not an application I am familiar with, so we found out from Hunter about the test itself for some additional clarification and how he compiled it for each platform. There is some speculation online that the M1 Ultra has hit these performance levels with enhanced matrix extensions or other, unspecified optimizations that were not effective for the Intel platform.

According to Hunter, this is not true.

“I did not link to any Apple framework when compiling USM3D on the M1, nor did I try to tune or optimize the code for Accelerate or AMX,” said the engineer and app developer. “I’ve used stock USM3D source with gfortran and compiled fairly standard with -O3 optimization.”

“Honestly, I think it’s a little inconvenient for the M1 USM3D executable compared to the Intel USM3D executable,” he continued. “I’ve been using the Intel Fortran compiler for over 30 years (it was DEC Fortran then Compak Fortran before Intel Fortran) and I know how to get the most out of it. The Intel compiler performs some aggressive vectorization and optimization when compiling USM3D and has historically performed better than the gfortran at x86-64. So I hope I put some performance on the table using gfortran for M1. ”

We asked Hunter if he explained the performance of the M1 Ultra related to various Intel systems. The engineer has decades of experience evaluating CFD performance on a variety of platforms, from desktop systems like Mac Pro and Mac Studio to actual supercomputers.

“Based on all the tests past and present, I think it’s the SoC architecture that’s making the biggest difference here with Apple Silicon machines, and we’re calling for more cores in the calculation as system bandwidth is going to be the main driver of performance scaling. M1 Ultra system in the studio There is an insane amount of bandwidth. “

The benchmark is based on the NASA USM3D CFD code, which is available to U.S. citizens upon request at software.nasa.gov. It comes as source code and needs to be compiled with a Fortran compiler (you need to create OpenMPI with combined compiler support). MacFiles are set up for MacOS or Linux using the Intel Fortran compiler, creating a highly optimized executable for x86-64. You can use gfortran (which I used for the Arm-64 Apple M1 system) but I hope the ifort will be less than what the x86-64 can enable. “

What these results say about the x86 / M1 matchup

Not surprisingly, a SoC with more memory bandwidth than any previous CPU will perform better in a bandwidth-limited environment. What’s interesting about these results is that they No. Necessarily depends on any particular aspect of x86 vs. ARM. Apple is fielding here as much memory bandwidth as an AMD or Intel CPU, and performance can be improved accordingly.

In my article RISC vs. CISC is the wrong lens to compare modern x86, ARM CPUs, I discussed some time ago how Intel won the ISA war decades ago not because x86 was inherently the best instruction set architecture, but because it is an array. Can leverage. Continuous production improvement and repetitive x86 generation to generation improvement. Here, we see Apple arguably doing something similar. The M1 Ultra isn’t trashing every Intel x86 CPU because it’s magic, but because of the way Apple has unlocked the remarkable performance improvement to integrate DRAM on-packages. There is no reason why x86 CPUs cannot take advantage of these benefits This benchmark suggests that the memory bandwidth is so limited that top-end Alder Lake systems can match or outperform older Xeons, such as the 28-core Mac Pro, but it still matches the M1 Ultra for SoC and its sheer bandwidth. No. The main memory.

In fact, we see that x86 CPUs are taking baby steps to integrate more high-speed memory directly into the package, but Intel is currently focusing this technology on servers, Sapphire Rapids and its on-package HBM2 memory (some future SKUs). Neither AMD nor the M1 Ultra have made anything like that, but at least not yet. So far, AMD has focused on consolidating larger L3 caches rather than on-package DRAM. Any such move would require a purchase from the PC production site OEM and multiple other players.

I don’t expect the x86 makers to rush into adopting the technology because Apple is using it, but the M1 does show remarkable performance in certain tests, per watt performance. You can bet every aspect of the Cupertino company’s manufacturing and design approach has been put under a (probably literal) microscope at AMD and Intel. This is especially true for profits that are not tied to any specific ISA or manufacturing technology.

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It’s no secret that some of the most expensive components of a PC are actually software, not hardware. Some of the software we install, both Microsoft Windows and Microsoft Office, may be the most expensive bit, but there are ways to control that cost. If you know where to look!

Below is a collection of the best prices for everything from Windows 11 to the best office updates and even combo packs. All you have to do is click through our links below and then enter our discount code when checking out. Do it, and you’ll save big!

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Again, be sure to enter that discount code when checking out to get the best price available!

How to use your license key when it arrives:

After payment, the buyer receives an OEM product key in the specified email at the time of registration, which can be activated directly on the Windows 10 system.

Head Change Start> Settings> System> About Program> Product Key (You need to enter the received key in this menu).

You may choose to check out:

You can follow us TwitterOr like our Facebook page to keep yourself updated on all the latest developments on Instagram, and even Microsoft, Google, Apple, and the web.

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