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MacBook Pro (2023) sports slightly slower SSD than its predecessor

It looks like the base-level 14-inch MacBook Pro running Apple’s new M2 Pro chip has worse SSD performance than its predecessor.

According to tests run by 9to5Mac, the old M1 Pro MacBook Pro had a write speed of 3,950.8MB/s and a read speed of 4,900.3MB/s. The new M2 Pro MacBook Pro, on the other hand, had read and write speeds of 3,154.5MB/s and 2,973.4MB/s, respectively.

9to5 attributes this drop to a change in the number and the capacity of the NAND chips — these are what make up the storage of SSDs. The M2 Pro MacBook Pro sports fewer NAND chips at a higher capacity than before. Specifically, the M1 Pro version of the MacBook Pro split its 512GB of SSD storage across four 128GB NAND chips. 9to5Mac took a peak inside its M2 MacBook Pro and found one NAND chip on the front of the motherboard and noted there likely was another chip on the underside of the motherboard (the M1 Pro variant sported two chips on the top and two on the underside).

While disappointing to see a drop in performance like this, it’s worth keeping in mind that the read/write speeds are still quite fast, and for most people, the difference likely won’t be noticeable. That said, some edge cases might see worse performance as a result.

This also isn’t the first time a MacBook took a hit to SSD performance. 9to5 highlights that the base M1 and M2 MacBook Air had a similar performance dropoff thanks to Apple switching from two 128GB NAND chips in the M1 Air to one 256GB chip in the M2 Air. Moreover, a quick dig into the MobileSyrup archives revealed that back when the MacBook Air still used Intel chips, the 2019 Air saw a slight drop in SSD read speeds compared to the 2018 Air.

Source: 9to5Mac

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Mobile Syrup

Apple’s Mac Studio reportedly blocks SSD upgrades via software

There was some buzz over the weekend as YouTubers started receiving (and immediately dismantling) their fancy new Mac Studios. The buzz? All about the available SSD slots and the potential of upgrading the Mac Studio’s storage down the line.

Except, you can’t.

Another YouTuber, Luke Miani, has quenched the hype in a new video revealing that even if you can get into your Mac Studio and install a new SSD, it won’t work because Apple blocks it on a software level. Big bummer.

The video, spotted by Apple Track (via The Verge), shows Miani attempting to upgrade his Mac Studio’s storage by adding another SSD. When trying to boot the device, the Mac Studio flashed an amber light in Morse code for SOS — nothing else worked. Miani then tried swapping the include Mac Studio SSD to the second slot, which also didn’t work.

Because of this, Miani concluded that the Mac Studio’s second SSD slot is locked using software, preventing Mac Studio owners from adding new SSDs — even official Apple SSDs like the one included with the device.

So, not only has Apple buried the extra SSD slot beneath the power supply, making the process to access it difficult and potentially dangerous, but the company has gone out of its way to lock down the extra SSD slot.

As The Verge points out, both decisions don’t reflect particularly well on Apple. There are several takes here — Apple’s Mac Studio doesn’t help on the environment side, where it encourages people to purchase a new device rather than extend the life of an existing one by upgrading components. The Mac Studio also encourages customers to spend more upfront by buying a model with more storage in case they might need that storage in the future.

And it’s not like Apple lacks the capability. The old Mac Pro — which the Mac Studio apparently outclasses in every way — has upgradeable storage.

Source: Luke Miani Via: Apple Track, The Verge

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Mobile Syrup

Mac Studio teardown shows it might be possible to upgrade SSD storage

With some of the first Mac Studios arriving in the wild, teardowns are hitting the web. One teardown video spotted by 9to5Mac reveals that Apple’s latest Mac computer may allow for storage upgrades.

According to a teardown from Max Tech on YouTube, the Mac Studio includes what appears to be accessible SSD slots for adding extra storage. Of course, ‘accessible’ is doing a lot of work there.

To get to the slots, you need to remove a rubber ring from the bottom of the Mac Studio, unscrew the bottom plate and remove it, as well as take out the power supply and some other components. Moreover, Max Tech notes in the video that the SSD slot and available space don’t seem compatible with the SSD from his Mac Pro.

In other words, it seems likely the Mac Studio won’t offer user-upgradeable storage. Instead, Apple may offer authorized SSD storage upgrades, or maybe even upgrade kits similar to what it did with the Mac Pro, sometime in the future.

It’s worth noting that Apple officially says the Mac Studio’s storage is “not user accessible” and the company recommends that customers get a higher-capacity storage configuration when they order the Mac Studio if they think they’ll need more storage in the future.

Of course, people who need extra storage may be able to get by with an external SSD connected to one of the Mac Studio’s multiple Thunderbolt ports. It likely won’t be as fast as the built-in SSD, but it’d work in a pinch (especially for anyone wary of opening up their Mac).

As for the Mac Studio RAM, well, it’s built into the M1 Max or Ultra chip options. Although that does mean you can’t upgrade the memory, there are benefits too — higher speed, for example, and the memory will benefit from the cooling the chip gets.

Source: Max Tech Via: 9to5Mac

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Mobile Syrup

Microsoft brings DirectStorage to PC, boosts load times on supported games

Microsoft is finally bringing its DirectStorage API to Windows 10 and 11, which should (eventually) boost loading speeds for PC gamers.

The Redmond, Washington-based company first announced DirectStorage would make the leap from its Xbox Series X and S consoles to PC in September 2020, and later reiterated that DirectStorage would come to Windows 11 when it unveiled the new OS in 2021. In a new blog post published March 14th, Microsoft says Windows games can ship with DirectStorage “starting today.”

Unfortunately, that doesn’t mean you’ll actually be able to play them today.

All right, let’s break this thing down starting with what DirectStorage is and how it works, followed by availability, and finally why you won’t be able to try it right away.

What is DirectStorage and how does it work?

How DirectStorage works | Image credit: Microsoft

The DirectStorage API is a public software development kit (SDK) that allows graphics processing units (GPUs) to communicate directly with fast NVMe solid-state drives (SSDs) rather than relying on the CPU to decompress data coming out of storage.

Typically, when games load content — such as the world or level you’re playing in — that data needs to be pulled off of a drive, decompressed by the CPU and fed into memory where the GPU can then use it to render what players see on screen.

DirectStorage works around this by feeding the compressed data straight to the GPU, benefitting from several speed boosts. First, it delivers the smaller compressed data to the GPU, benefitting from the faster transfer speeds of the SSD and smaller file size. Then it benefits from the GPU’s higher decompression bandwidths for better load time scenarios.

In short, it should mean much faster load times for players, which is great news. One of the main benefits of the Xbox Series X/S consoles was their faster load times, which is partially thanks to DirectStorage (the consoles make use of custom NVMe SSDs, hardware-accelerated decompression blocks, and Sampler Feedback Streaming to boost load times as well). It’ll be interesting to see how PC load times compare once DirectStorage is widely available.

DirectStorage availability

The good news about DirectStorage is it will be available to both Windows 10 and 11 PCs, although Microsoft recommends Windows 11 because it “has the latest storage optimizations built in and is [Microsoft’s] recommended path for gaming.”

Moreover, Microsoft suggests in the blog post that DirectStorage may benefit storage types other than NVMe SSDs, but Microsoft recommends using them to get the most out of DirectStorage.

As for the bad news, well, not many games support DirectStorage at the moment. Upcoming game Forspoken will be one of the first to showcase the tech, but it just got delayed and won’t arrive until October 11th, 2022.

And, as The Verge points out, PC gamers still use a variety of storage tech for games. Many haven’t upgraded to faster NVMe SSD storage, while with new devices like Valve’s Steam Deck, developers may need to target potentially much slower storage mediums like UHS-I microSD cards.

Most people I know — including myself — have a hodgepodge of storage including SSDs and hard drives. I went this route with my PC due to the higher costs of SSD storage — I started with a small SSD for Windows and apps, plus a cheap 1TB hard drive for large storage needs like games and media. Over the years, I’ve added another hard drive and an SSD that I use specifically for multiplayer games I play regularly so I can get faster load times — I still use my hard drives to store single-player games where I’m more willing to wait.

If DirectStorage brings a significant boost to load times, it may spur more PC gamers to upgrade to NVMe SSD storage to maximize the benefit. However, with ongoing supply shortages and skyrocketing prices, I imagine many more users will end up priced out of faster load times.

Source: Microsoft Via: The Verge

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Mobile Syrup

What’s the difference between memory and storage on my phone?

Tech reporters throw around a bunch of terms in their writing. However, for people immersed in this space regularly, it can be easy to forget that not everybody knows what every tech term means, especially with more common ones.

With that in mind, we’re going to explain some terms — in this piece specifically, memory and storage — to help keep people up to speed. If you already know what these mean, great! But if you don’t, then this is for you.

Memory and storage are words often thrown around that seem like they mean the same thing. Memory relates to random access memory (RAM), which is best described as your computer, phone, or tablet’s short-term memory. It’s “volatile,” and items stored in memory disappear when you turn off your device (or can be pushed out to make room for new items if need be).

Storage, on the other hand, typically refers to things like hard drives and solid-state drives (SSDs), best described as long-term memory. Hard drives and SSDs are different types of long-term storage, with the latter typically being faster and more expensive.

As a simple example, memory/RAM is remembering a phone number that someone gives you, while storage is writing that number down on a piece of paper. Sure, you might be able to remember the number for a while, but there’s a higher chance you’ll forget. If you write it down on a piece of paper and keep it in your pocket, it’ll take a bit longer to get the paper when you need to check the number, but at least it’ll be there when you check the paper.

How to apply memory and storage in your life

To put that into more helpful terms, your computer/phone/tablet uses storage for things it needs to keep permanently. The more storage you have, the more things your device can hold — more pictures, videos, games, apps, etc.

RAM, however, is important for when your computer/phone/tablet needs to work on something. It’s typically much faster than storage, so when you open an app or game, your device loads assets required to run that program from the storage into RAM so they’re readily available.

Having more RAM can help run more programs at once, or allow you to run more intense programs. However, it also doesn’t always make sense to try and get as much RAM as possible since RAM tends to be expensive, while storage is comparatively cheap.

Next time you’re shopping for a device, think about how you use it. Do you like to run a lot of apps at the same time, or open a lot of tabs in your browser? Having more memory might help with those things. Do you use a lot of apps and take a ton of pictures? You may want to invest in a device with more storage to hold all these things.

For most people, 8GB or 16GB of RAM is more than enough on a laptop. With smartphones and tablets, most high-end phones come with somewhere between 4GB and 8GB of RAM which, again, is likely more than enough for most people. People who play games or use their devices for intense tasks like photo or video editing may benefit from more memory than this.

The storage amount tends to matter less since there are often ways to supplement storage. Some devices let you expand the storage — for example, adding an extra hard drive to your computer or a microSD card to your smartphone. Many smartphone companies also offer cloud storage subscriptions — for a small fee, you can back up photos or videos to the cloud, freeing up storage on your device.

Regardless, keep these terms in mind next time you’re shopping for a smartphone, computer, or another device. If you found this helpful, or if you have more questions, let us know down below so we can make more or help you out.

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Mobile Syrup

Western Digital lost 6.5 billion gigabytes of NAND chips, prices likely to spike

Unfortunately for tech enthusiasts, computer prices may jump again in the coming months. Thanks to contamination at NAND production facilities, the cost of storage components could spike as much as 10 percent.

According to The Verge, Western Digital reported it lost at least 6.5 exabytes (or 6.5 billion gigabytes) of flash storage due to the NAND contamination issues. NAND is a core component in storage devices like solid-state drives (SSDs). The Verge cited information from market research firm TrendForce about the potential jump in prices.

In short, consumers should expect NAND shortages and price fluctuations to hit the PC market over the next few months. Given the PC market is already straining under chip shortages and high demand for GPUs (which have also seen prices skyrocket), it could soon be even more expensive to build, upgrade, or buy a computer.

It appears the contamination was detected in January at two plants in Japan. Western Digital’s joint venture partner, Kioxia (formerly Toshiba), revealed the contamination affected BiCS 3D NAND flash memory.

Western Digital and Kioxia account for around 30 percent of the NAND flash market, according to TrendForce, and both companies primarily supply SSD and eMMC storage drives for PCs. Moreover, 9to5Mac reported that Kioxia provides NAND chips for various Apple products, including the iPhone 13, the M1 Pro and Max MacBook Pros, and the iPad Pro.

It remains unclear what caused the contamination and whether it will lead to recalls for products already on the market. It’s also unclear when production will resume. Western Digital said it was working closely with Kioxia to “implement necessary measures that will restore the facilities to normal operational status as quickly as possible.”

Image credit: Western Digital

Source: The Verge

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Mobile Syrup

Save up to $100 on SSDs and hard drives with Best Buy’s Boxing Day sale

Can you ever have too much storage? That would be a resounding no. Whether you’re looking for massive amounts of storage with a hard drive or the fastest memory on the market with an SSD, you’ll find something worthwhile in Best Buy’s official Boxing Day sale, which is now live.

Check out the full list of storage savings below, or shop the full sale on Best Buy’s site:

Seagate Xbox Certified 2TB USB 3.0 Portable External Hard Drive with Green LED Bar for $89.99 (save $10)

Seagate One Touch 2TB USB 3.0 Portable External Hard Drive for $69.99 (save $15)

SanDisk Extreme Plus 256GB 170MB/s microSD Memory Card for $54.99 (save $95)

Seagate One Touch 5TB USB 3.0 Portable External Hard Drive for $119.99 (save $35)

WD Easystore 16TB USB 3.0 Desktop External Hard Drive for $349.99 (save $150)

WD Easystore 12TB USB 3.0 Desktop External Hard Drive for $249.99 (save $100)

Samsung T5 1TB USB External Solid State Drive for $129.99 (save $25)

Samsung EVO Plus 256GB 100 MB/s microSDXC Memory Card for $49.99 (save $80)

Photo source: Best Buy

MobileSyrup utilizes affiliate partnerships. These partnerships do not influence our editorial content, though MobileSyrup may earn a commission on purchases made via these links that help fund the journalism provided free on our website.

Categories
Mobile Syrup

Save up to $100 on SSDs and hard drives with Best Buy’s Boxing Day sale

Can you ever have too much storage? That would be a resounding no. Whether you’re looking for massive amounts of storage with a hard drive or the fastest memory on the market with an SSD, you’ll find something worthwhile in Best Buy’s official Boxing Day sale, which is now live.

Check out the full list of storage savings below, or shop the full sale on Best Buy’s site:

Seagate Xbox Certified 2TB USB 3.0 Portable External Hard Drive with Green LED Bar for $89.99 (save $10)

Seagate One Touch 2TB USB 3.0 Portable External Hard Drive for $69.99 (save $15)

SanDisk Extreme Plus 256GB 170MB/s microSD Memory Card for $54.99 (save $95)

Seagate One Touch 5TB USB 3.0 Portable External Hard Drive for $119.99 (save $35)

WD Easystore 16TB USB 3.0 Desktop External Hard Drive for $349.99 (save $150)

WD Easystore 12TB USB 3.0 Desktop External Hard Drive for $249.99 (save $100)

Samsung T5 1TB USB External Solid State Drive for $129.99 (save $25)

Samsung EVO Plus 256GB 100 MB/s microSDXC Memory Card for $49.99 (save $80)

Photo source: Best Buy

MobileSyrup utilizes affiliate partnerships. These partnerships do not influence our editorial content, though MobileSyrup may earn a commission on purchases made via these links that help fund the journalism provided free on our website.