Apple Doubles MacBook Pro R/W Performance
Lucas123 writes Benchmark tests performed on the 2015 MacBook Pro revealed it does have twice the read/write performance as the mid-2014 model. Tests performed with the Blackmagic benchmark tool revealed read/write speeds of more than 1,300MBps/1,400MBps, respectively. So what's changed? The new MacBook Pro does have a faster Intel dual-core i7 2.9GHz processor and 1866MHz LPDDR3) RAM, but the real performance gain is in the latest PCIe M.2 flash module. The 2014 model used a PCIe 2.0 x2 card and the 2015 model uses a PCIe 3.0 x4 (four I/O lanes) card. Twice the lanes, twice the speed. While Apple uses a proprietary flash card made by Samsung, Intel, Micron and SanDisk are all working on similar technology, so it's likely to soon wind up in high-end PCs.
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I am pretty miffed to read this. Nothing like paying a load of cash for a shiny new laptop only to find out a couple months later that you'd have been way better off waiting.
Hard disk speed is measured in MB/second, or Gigabyte/second.
Using MegaBIT is only common in networking, but poster seems to need to amplify numbers.
1300MBit/sec = measely 162MB/sec. Good rotational devices could do that.
It'll, no doubt, be even more impressive as soon as the tech finds its way into computers that grown-ups use.
So now its on-par with a equivalent hardware in a PC laptop?
http://www.computerworld.com/article/2866858/samsung-mass-produces-laptop-ssd-with-21gbps-speeds.html
What a missed opportunity for a semicolon after "Samsung", and what a confusing sentence as a result.
So buy another one next year after the next jump, and then it will someone who bought the 2015 MBP will be all sad they are missing whatever.
As it stands, I have a late 2013 MBP. I accepted when I bought it, that things would advance without me... eventually I will get a new laptop, and the balance will be restored.
Personally I'm really looking forward to a Force Touch version of the MBP, so I would be kind of sad to buy a 2015 MBP knowing that very soon I'd have a strong reason to buy a newer version. At least you will get a good bit of use out of your MPB before the next one with that and other nice features comes out.
"There is more worth loving than we have strength to love." - Brian Jay Stanley
Samsung doubles Apple's MacBook performance.
That's what it should have read.
Apple didn't do squat to improve performance except buy faster parts from Samsung, the company that it is constantly suing.
Go figure...
>The 2014 model used a PCIe 2.0 x2 card and the 2015 model uses a PCIe 3.0 x4 (four I/O lanes) card. Twice the lanes, twice the speed.
This is inaccurate - PCIe version improvements also increased the speed capacity. Per https://en.wikipedia.org/wiki/PCIE, PCIe 2.0 transfered at 5GT/s for an effective data rate of 500MB/s per lane. PCIe 3.0 upped this to 8.0GT/s and reduced the encoding overhead for an effective data rate of 1000MB/s per lane. So, the 2014 theoretical max would be 1000MB/s, the 2015 would be 4000MB/s. So, four times the speed.
It doesn't matter if it's "faster", but it doesn't matter if it's a proprietary solution. The more standard solution will win out at Apple's expense.
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When ever did they do something good, or a first in the tech world?
So you can hook up to an external monitor OR charge your Iphone OR make a powerpoint presentation! In 2016, it will be even lighter when they reduce the number of letters in the alphabet for the keyboard.
Gently reply
:wq
My ism, it's full of beliefs.
It went from "faster than matters" to "even faster than matters". All SATA drives are fast enough, you don't notice the difference between normal ones and ultra fast ones.. I have a Samsung XP941 (the "proprietary" drive that you can easily buy) and a regular 840 Pro in my desktop. You can benchmark the difference easily, but you don't notice it, at all, in day to day operation.
Since when did we start calling SSDs Flash Modules or Flash cards? (The article uses both). Can I now call platter hard drives magnetic modules?
According to this: http://blog.macsales.com/25878... OWC put a 4x PCIE SSD from a mac pro into a 2014 MBP and got the extra performance gain. i.e. the 2014 MBP has 4x PCIE wired to the connector, but by default ships with a 2x PCIE SSD. They expect to ship SSD upgrades for MBP "soon", so you're not out of luck if you have the previous model.
-- "This world is a comedy to those who think, a tragedy to those who feel."
LOL, it's raid by any other name. Apple is finally getting something right in the storage arena.
Why the hell did it take so long???
There's a bit of confusion, but essentially there is a big difference to flash memory that is presented as a replacement hard disk and talks over SATA, and a flash card that talks to the computer over PCIe through a motherboard PCIe slot.
Essentially, PCIe is a darn sight faster than SATA, so when you hook up a flash drive to it, it goes at ludicrous speeds.
READY.
PRINT ""+-0
"Twice the lanes, twice the speed"...man someone doesnt understand the PCIe standard or how to do simple math. Its actually twice the lanes, FOUR* times the (theoretical) speed. 2x500MB/s vs 4x985MB/s * rounded up
They've been dead in a lot of our worlds for years.
I guess you must be the modern equivalent to the Amish, shunning useful technology because it is the work of something you designate arbitrarily to be the Devil.
How sad for you and your kind, though I look forward to buying whatever the equivalent is of fine wooden furniture from your group of castaways at some point in the future.
"There is more worth loving than we have strength to love." - Brian Jay Stanley
The raw bandwidth available for transfers isn't doubled, it's quadrupled. PCIe 3.0 is twice as fast as PCIe 2.0, channel for channel, so the bandwidth would have doubled even if they had not added two more channels. They doubled it in two different ways at the same time.
That said, the old flash was probably not being that badly constricted by the older standard, and the current generation is only capable of twice the throughput. However, adding even more bandwidth than that is a nice bit of future-proofing and quite welcome.
How is the Riemann zeta function like Trump rallies? Both have an endless number of trivial zeros.
I see you've been reading the press release.
Do you believe ever piece of BS you read in PR? There's a buttload of crap where that one came from. It's the salesman's job to sell you fancy NEW MOAR BETTER CRAP, so I guess if it's working, he's gonna keep his job :D
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Not referring to the drive in the article, but if you think it's all marketing bull, measure it yourself. In NVMe's case, getting rid of the SATA and SAS translation layer has cut out over 60% of the CPU overhead, and cutting out the max 6Gbps or 12Gbps speed means the drives can go insanely fast. That's a lot of real change by using NVMe. Now, I am one of those marketing guys who work for one of these companies, but I can tell you it's not all BS.
Meant to be logged on as I posted this, not an anonymous coward. That was me who said that...
I'm keeping by late issue 2009 MBP 10.6.8 and telling Mrs Cook and Mrs Ivy to KISS MY ASS and EAT GAY SHIT.
Ha ha
These M.2 drivers are PCIe. It is a different slot form factor, but it is just PCIe.
USB would not be desirable for internal system use, too much overhead. It is well designed for the purpose it has but you wouldn't want it for everything.
There are reasons to want multiple transports, different ones are good at different things.
Most of ASRocks high end motherboards including the X99's and Z97's have the 4x PCIe msata card already. I'm running one of these boards with a Samsung XP941 and getting the same speeds as the new MacBooks. http://www.asrock.com/mb/intel... plus http://www.amazon.com/Samsung-... and you're done. 1300+ mb/s SSD speeds on a desktop.
Hopefully it doesn't have ar coating malfunction like the previous models. Check the stain gate website http://www.staingate.org and the damaged ar coating retina group.
You can say whatever you want but Apple is taking the front runner role again with these new PCi-Express based SSD interfaces.
Which other Laptop has +1000 MB/s sequential writes on its systemdisk ?
Hell this bests high-end STEC Zeusram and Toshiba SAS SSD's.
Isn't it already in high-end PCs? Like the 2015 MBP?
No, it was me! /sarcasm
APK likes to ask for responses to the same things over and over. Maybe he just likes the responses?
*Samsung* Doubles MacBook Pro R/W Performance ?
seems to play. Just kidding. I'm sure Sir Jon Paul engineered and designed everything, rounded edges and all. It does have rounded edges, right?