2018 MacBook Pro Features 'Fastest SSD Ever' in a Laptop According to Benchmarks

Nope...the difference really is that big and Dell etc are just not as good at innovation in many areas. enough said.
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Not in the real wold they don't...I used one and it was slower than a dead sloth..plus with windows it crashed every time I blinked! lol
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Not really no!! It is like someone saying "Hey my wife just changed her hair colour and now she looks stupid and horrible because she artificially changed her hair colour and it is not natural"
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That is not what was going on..so it was a great test! amazing, brilliant..if you think you can do better please go ahead.

What a comical way to disagree with something without offering any valid and factual information.

WOW!
 
Hahaha ok. The SSD is faster. Now it is worth the 50% price increase over a pc with the same or better specs!

A 1799 computer without a dedicated GPU is ridiculous. But hey it’s got a faster SSD so that should make it up for the GPU.

The GPU is a huge elephant in the room. Resizing Windows should cause lag.
 
Of course. I don’t use one myself. Just the Apple dongles when I need them. I bought all the ones I needed when they were on sale back in 2016. I think they were $10-20 off depending on price. There are much cheaper ones out there but I never damage my cables and prefer to have 1st party stuff whenever possible. $9 for C->A wasn’t really much though. $19 is a little ridiculous!
In reality it appears as if Apple transferred weight and size outside of their computers and onto separate devices which one needs to carry around with them to achieve the functionality of slightly heavier, thicker competitors which offer that functionality built it.
 
Yes! for the last time...A 13" laptop is NOT a hardcore ultra swanky pants gaming rig. That is what PS4 or Xbox one etc are for. You could get away with 15" MacBook pro for some gaming if you wish, but real?? Next you will want to complain that a 1.6 litre small city car is not a fast as a Porsche 911 and whinge about it.

You can repeat your funny opinion as often as you like, which won't make it more true. It's not up to you to decide which form factor suits which form of application, just because apples lineup covers it in exactly that way. There's a lot of laptops out there packing decent GPUs like a 1050 into a 13 inch form factor, and many people working in the 3D industry prefer to have such a small form factor machine next to their workstation at home. And some of these laptops even manage to improve upon the MBPs battery life, despite the powerful components...

Stop being so pretentious as a justification for your Apple agenda, it's just ridiculous
 
Isn’t APFS the cause of these speeds?

No. This is why the SSD upgrades cost so much. Apple are just using a better SSD. Stick the top of the range Samsung NVME SSDs in the others and they will show the same speeds as the Macbook.
 
They are but they are also more than double the price of the MacBook being tested.

You should read the article though. It has all the information.
The Dell XPS being tested was infact the top of the line spec with PCIE SSD

EDIT: The original one by laptopmag and follow the links to the computers they mentioned.


Unless they are testing wrong, they have more facts than yourself.
Can you post a link which points to the specs? I followed those in the article and was unable to find anything which details the specifications of the comparison systems.
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In 2018 these speeds are normal. The ssd/nvme in the 15 inch Xiaomi Mi Pro that costs $890 it's pretty fast, too.

Mi-Notebook-Pro-SSD-speeds-after.jpg


source: https://techtablets.com/2017/12/xiaomi-mi-notebook-pro-nvme-ssd-bios-pcie-x2-fix/
Isn't 2519 MB/s faster than 3228 MB/s :D
 
With the file copy so much ridiculously faster, could that have something to do with the APFS file system? I kind of remember reading that it doesn't actually copy the file or something like that. Like there's just one file that appears to be in two places? Maybe someone knows more about it than I do.

Not really. Copy on write is not unique to APFS technique and it's used in many file systems (at least on Linux). The idea behind it is if you copy the file there would be no real data copy (at least until you want to change the original file), file pointer would be copied instead. The speed of such operation is so damn fast (and not related to file size) that if that would be the case you'll have much-MUCH higher results. This mechanism is possible only when you copy files from and to the same physical device.
Instead most storage speed test tools (like BlackMagic Disk Speed Test) are writing random (or non random) generated in memory data, which avoids possibility of such FS-level optimisations and more truly tests the device read/write speed

On my MacBook Pro 13 2017 writing speed test shows about 1400 MB/s which is half of new MacBook, so it sounds like they doubled the speed of the SSD, which seems to be right considering their last few years updates
 
They are amazing machines, Apple really took us by surprise ticking all the boxes with that upgrade.
 
"To be fair, Apple’s relatively new APFS file system is designed to speed up file file copies using a technology Apple calls Instant Cloning. But a win is a win."

And to be fair, if it wasn't for APFS, these speeds might not be achieved.

It would be good to get a speed performance done before APFS.. That's gonna be difficult,
 
Nope...the difference really is that big and Dell etc are just not as good at innovation in many areas. enough said.
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Not in the real wold they don't...I used one and it was slower than a dead sloth..plus with windows it crashed every time I blinked! lol
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Not really no!! It is like someone saying "Hey my wife just changed her hair colour and now she looks stupid and horrible because she artificially changed her hair colour and it is not natural"
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That is not what was going on..so it was a great test! amazing, brilliant..if you think you can do better please go ahead.
Stunned that you can’t see the difference between duplicating a file and not doing that.
It’s like saying you copied a 2000 page novel in 20 seconds when you only photocopied the contents page.
I repeat. Stunned.

If it’s faster in real world use, fine then say that and say why. But don’t lie about it.
 
A 13" laptop is not, i repeat NOT a hardcore ultra fast swanky pants gaming rig!
if you want gaming, then buy a PS4 or Xbox On etc.
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if you read the article it does mention APFS and it is only partially responsible
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Only slightly. it still is a fast SSD plus who cares if it is 100% the SSD or part due to the SSD and part due to something else. Like it says, a win is a win.
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Yes! for the last time...A 13" laptop is NOT a hardcore ultra swanky pants gaming rig. That is what PS4 or Xbox one etc are for. You could get away with 15" MacBook pro for some gaming if you wish, but real?? Next you will want to complain that a 1.6 litre small city car is not a fast as a Porsche 911 and whinge about it.
The Razer Blade manages to fit a GTX 1070 into a 15.6 laptop. You can most definitely game on ultrabooks and not only that but with better graphics than the PS4 OR xbox one
 
That's not an accurate test for an AFPS system's SSD.

The 2016 I have is a rocket so I imagine these are still pretty quick.
 
Looks like they are comparing regular ol SATA 3 SSD's to the Macbook's NVME SSD in that table? Or something? That is stupidly misleading if true. I've personally used and benchmarked an XPS 13 - they go much faster than 300 MB/s.

That's my main gripe about the article as well. That, and the fact that no specific models of anything - GPU, CPU, SSD, RAM - are ever mentioned in the Laptop Mag post.

The generalized results look good to the general public, but a "pro"-class device benchmarked in such ways needs way more data.
 
Not in the real wold they don't...I used one and it was slower than a dead sloth..plus with windows it crashed every time I blinked! lol
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Yeah, you've never used one... their NVME drive (which is what I used) can go well over 1,500 MB/s sustained read and write. I know, I've seen it... in the real world.

Also, it doesn't crash every time you blink "because of windows". That is literally impossible, and completely negates any argument you may have had. 2002 called, they want their argument back.

The absolute vast majority of computers (90%+) in the world run Windows without an issue. Windows 10 on its own has 5-6 times as many users as all currently used Mac OS versions. Include 7 and 8, and the numbers simply dwarf Mac OS. If it was as bad as people such as yourself present it to be, it wouldn't continue to dominate the market, as it has for the past 30 years.

XP is long gone, it isn't 2002 anymore. You can stop it with the needless OS bashing. Lol :rolleyes:
 
There's no doubt these drives are fast. I'm guessing Apple picked some good chips, with their own controller, probably running some form of hardware RAID.

I still question the methodology of the testers though. Something doesn't seem right and their comments don't inspire confidence (in me, anyway).
What methodology? They haven't published even basic details of a methodology.
 
I think these guys made a mistake when benchmarking the graphics, since the MacBook has a faster iGP than the Dell XPS 13 and the HP Spectre (iris Pro 655 > UHD 620).
 
No, they’re not. Here’s the Dell XPS 2017. It is most certainly not SATA. It’s NVMe.

https://hothardware.com/reviews/del...rks-more-bang-intel-8th-gen-core-i7-processor
Is that the actual model used in the Laptop Magazine review? Doubtful because the SSD benchmarks for this model topping out at 1819 MB/s. This is a speed one would expect from a PCIe based SSD. The 399.4 MB/s shown in the comparison is what one would expect from a SATA based SSD.

People keep saying these results are not possible, PCs are faster than claimed here, the Mac results are due to caching or filesytem etc. etc. but somehow no-one has been able to produce any actual data. Funny that.
That's what I've been thinking regarding the specifications of the comparison laptops. I can't find anything which tells the reader how the comparison laptops were configured. If you have details of the comparison laptops I'd love to see them. Do you?
 
No, they’re not. Here’s the Dell XPS 2017. It is most certainly not SATA. It’s NVMe.

https://hothardware.com/reviews/del...rks-more-bang-intel-8th-gen-core-i7-processor

The base model XPS 13 comes with a SATA drive (likely in a m.2 factor). It does not come with an NVME. If you look on their own site, you can clearly see it does not label it as PCIe. In dell lingo - that means SATA speeds. The second model and above are all NVME.

They are comparing base models.
 
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Yes, good drives can be put in PCs. I never claimed otherwise. You on the other hand claimed that the tests presented were of SATA drives, and not NVMe. I proved otherwise. Not all NVMe drives are created equally. Far from it, as you can see.
No, you did not. The laptop you referenced:
  • Cannot be confirmed to be the model / configuration Laptop Magazine used in their comparison.
  • Has a throughput of 1819 MB/s, which is 3.55 times faster than the throughput of the XPS system in the Laptop Magazine comparison.
Anyone with any experience with SSDs realizes the SSDs used in the comparison systems are not PCIe based SSD.
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All I will say is I give Apple credit for using top of the line components where the PC counterparts are not. Im excited to upgrade my 2011 MBA now if the new keyboard with the silicon seal solves the reliability issues.
While I have no doubt of this every link to an XPS system that I've clicked on takes me to a an older review. For example the XPS system in post #146 has a review date of November 8, 2017. That's over eight months ago. Wasn't the 970 just released around May of this year?
 
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As others speculate these results are not really indicative of anything, due to how APFS influences these results.

When using APFS and duplicating a file, the file isn't actually stored twice on disk but only once, and both locations store a reference to the actual file on disk. Hence the high speed.

Changing even 1 byte in the duplicated file is what actually triggers a full copy of the file on disk. This is what they should've measured. Presenting it in the current way is deeply flawed.

When i so blackmagic diskspeed on my 2012 rMBP 15” with APFS its the same as it was on HFS+ tho and still is ‍♂️
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In reality it appears as if Apple transferred weight and size outside of their computers and onto separate devices which one needs to carry around with them to achieve the functionality of slightly heavier, thicker competitors which offer that functionality built it.

I dont even mind that tbh if its done properly its better - you can mold it to your own needs
 
That FPS on a 7 year old game... is sad
I never understood why Apple always lacked in gaming and GPU side of things, especially when they are supposed to be the PRO machine for the creators who make these media like 4K 3D movies and so...

As others speculate these results are not really indicative of anything, due to how APFS influences these results.

When using APFS and duplicating a file, the file isn't actually stored twice on disk but only once, and both locations store a reference to the actual file on disk. Hence the high speed.

Changing even 1 byte in the duplicated file is what actually triggers a full copy of the file on disk. This is what they should've measured. Presenting it in the current way is deeply flawed.

Why would any one keep 2 exact file copies on the same storage device?
 
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Good call! The XPS 13 base model uses a standard SATA SSD so that would make sense. Not sure on other models, but they all look like SSD speeds.. mechanical would be much less. Even my 10TB desktop seagate maxes out ~200 MB/s.
My XPS 13/360 has a 512 GB M.2 NVME SSD, which came stock with the machine 18 months ago. I'll re-read the article, but I don't remember its specifying the details of the XPS-13 SSD spec's, or which year model they were using in the tests. I tend to suspect that AFPS would explain a lot of the difference. They also don't indicate which system was installed on the Dell, though I feel safe in guessing Windows. I have Linux installed on my XPS 13, and I suspect the Linux EXT3 file system is more efficient than FAT32 or NTFS used with Windows. I note that the current XPS 13/370 machines also use M.2 SSD's.
 
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Windows laptop are inferior in everything: no one have p3 True Tone Retina display, no one has that fast thunderbolt 3, or SSD and now even CPU. The machine is very slim so integrated GPU is a must but it is a nice GPU anyway. The only flawed tests is to use Dirt3.
Oh come on, this is about the most uninformed comment ever.

Most other manufacturers have been using 8th gen CPUs for months. Apple is the one late to the party here. Dell, HP, Asus, and practically everyone else have been offering the same CPUs as the MBP for six months or more.

The MBP is also crippled in its GPU. My Dell XPS 15, which I purchased a year ago, runs circles around the GPUs in the new MBPs, and costs half as much. And it’s screen is actually better... higher resolution, wider color gamut, better contrast, brighter, and is a touchscreen. And it’s battery is more than 30% larger. The newer model is even better.

Oh, and it has the same SSD performance. It typically gets about 3GB/sec on reads and more than 2GB/sec on writes.

Both the article and your comment are ignoring common, commodity hardware. The Dell XPS series are popular machines, have similar or better performance in every way, are far cheaper, and have been on the market for months. Apple is the one late to the game.
 
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