Let's not argue. Mac is based on BSD linux/unix with a BUNCH of additions.
I'm not arguing. Neither BSD nor OS X contain any Linux code. The Darwin kernel does indeed contain some BSD derived code for low level operations.
Let's not argue. Mac is based on BSD linux/unix with a BUNCH of additions.
You win!I'm not arguing. Neither BSD nor OS X contain any Linux code. The Darwin kernel does indeed contain some BSD derived code for low level operations.
Still is just bs because there are plenty of skylake machines that run DDR4 ram and ram hardly uses any power and most DDR4 systems run at 1.35 voltsDaringfireball has weighed in on the issue. Make of it what you will, but it is at least in line with Apple's original statement of battery life savings.
https://www.reddit.com/r/apple/comments/59yrxg/the_true_reason_the_mbp_doesnt_come_with_ddr4_or/
Still is just bs because there are plenty of skylake machines that run DDR4 ram and ram hardly uses any power
just sad on all levels from apple... this is the full embodiment of a rip off scam.. lets look at the numbers and do the math
Apple Macbook pro 15
2.7 ghz i7 6700hq
16gb 2133 mhz LPDDR3 ram
4gb amd redeon pro 460
2tb flash storage
RETINA 2800x1880 221 ppi non touch HDR screen
1" 2170x60 resolution OLED 10 point multi touch touchbar (replaces function keys)
4x thunderbolt/usb-c connections
76watt-hour battery
.61 inches thick 4.02 ilbs weight
**no free software**
...........................................$$4,099 +tax/shipping
RAZER BLADE PRO
2.7 ghz i7 6700hq
32 gb 2133mhz DDR4 ram
8gb GDDR5x gtx 1080 desktop
2x 512gb samsung m.2 ssd in raid 0
4K IGZO 10 point multi touch screen with nvidia G-Sync tech
3x usb 3.0
card reader
2x thunderbolt/usb-c connections
99watt-hour battery (highest watt battery legally allowed on airplanes)
.88inches thick 8ilbs weight
** offers office 15 and FL studio free**
.........................................$$4,000 +tax (free shipping)
yea apple hasn't lost their god damned minds ......
And so long as we usually got the hottest (or it seemed that way)
Yeah, you're correct. But that notion is out there, and the seed of it came from times past. For me, it was the G4 Powerbooks and the G5 Powermac (lusted, never owned). I'll bet we agree, I'm just thinking on a timescale where the 2012 rMBP feels like yesterday, and everything since 2012 feels increasingly disappointing.
just sad on all levels from apple... this is the full embodiment of a rip off scam.. lets look at the numbers and do the math
Apple Macbook pro 15
2.7 ghz i7 6700hq
16gb 2133 mhz LPDDR3 ram
4gb amd redeon pro 460
2tb flash storage
RETINA 2800x1880 221 ppi non touch HDR screen
1" 2170x60 resolution OLED 10 point multi touch touchbar (replaces function keys)
4x thunderbolt/usb-c connections
76watt-hour battery
.61 inches thick 4.02 ilbs weight
**no free software**
...........................................$$4,099 +tax/shipping
RAZER BLADE PRO
2.7 ghz i7 6700hq
32 gb 2133mhz DDR4 ram
8gb GDDR5x gtx 1080 desktop
2x 512gb samsung m.2 ssd in raid 0
4K IGZO 10 point multi touch screen with nvidia G-Sync tech
3x usb 3.0
card reader
2x thunderbolt/usb-c connections
99watt-hour battery (highest watt battery legally allowed on airplanes)
.88inches thick 8ilbs weight
** offers office 15 and FL studio free**
.........................................$$4,000 +tax (free shipping)
yea apple hasn't lost their god damned minds ......
Are you sure you wouldn't prefer to have more stuff crammed in this year, and save a couple of mm's thinner for next year? Rather than thinner and costlier now, and more stuff squeezed in later?
Is the RAM soldered on these new MBPs?
According to this article bashing Apple for using a proprietary SSD they claim the RAM is user upgradeable
https://www.overclock3d.net/news/gpu_displays/apple_s_macbook_pro_will_use_a_proprietary_ssd/1
And unless it's just a stock picture, there appears to be some RAM laying on the table.
If you're slowing down your workload simply because you're running too many memory related tasks at the same time, then you can solve that problem by reducing the number of concurrent tasks. That's going to be true of any memory configuration: don't overload the memory and you'll get the optimal performance. As I said earlier in the thread, anyone can overload their system memory, regardless of what tasks they're doing. Doesn't matter if it's 8, 16, or 32.
[doublepost=1477841069][/doublepost]
The interesting thing about VMs is that the software companies that program them often tout how little system memory each VM will require due to the efficiency of their programming. VMWare actually uses the phrase "drastically reduced" on their web site.
You sure you're accounting the difference between DDR4 and LPDDR4?Still is just bs because there are plenty of skylake machines that run DDR4 ram and ram hardly uses any power and most DDR4 systems run at 1.35 volts
This is such a ******** insulting answer. If 32gb ram would really kill battery life, they have enough engineers who could figure out how to turn off all but 16gb when on battery or to only turn on the other 16gb when it is needed. Schiller is saying its raining out while he is pissing on all your faces. Steve jobs would have never allowed this middling piece of **** to be released, he would have thrown a temper tantrum until they included a 64gb option.
It's not a case of amount, but type.
The Intel Skylake CPU can support up to 16GB of LPDDR3; or up to 64GB of DDR3/4 RAM (if we're talking about the i7 in the 15" MacBook Pro; which we pretty much are if we're talking about high-end needs). Apple uses LPDDR3. The "LP" in "LPDDR" stands for "low power".
What Phil Schiller was really saying is, "We chose to use low-energy RAM which is capped at 16GB on Skylake and Kaby Lake CPU's, because using the standard RAM would use too much power". This limitation exists with Kaby Lake too (bizarrely, it doesn't on the "U" series used in Ultrabooks. But again, we're talking about the 15" here. Someone who needs 32GB of RAM almost certainly needs a quad-core i7, and a Kaby Lake quad-core i7 is still limited to 16GB of LPDDR3). Cannonlake with support LPDDR4 and 32GB, in 2017/2018 timeframe.
Ugh… apparently you flew right past the page where I took the time to post about this. Yes, "LP" stands for "low power"… but what you all types seem to NOT BE GRASPING is that while DDR3 uses "x" amount of power, and LPDDR3 uses y% of x" amount of power (say 40-60% of DDR3), DDR4 came after both and—as is often the case with the march of tech—uses "(y+ ~(8…10))% of x" of power (so, for those playing at home, ~50-65% of the power of DDR3). DDR4, the full bore no LP version, is closer in power consumption to LPDDR3 than it is to DDR3. Significantly. So, for all intents and purposes, just get it through your head that LPDDR3 and DDR4 are similar in power consumption! Sheesh.The Intel Skylake CPU can support up to 16GB of LPDDR3; or up to 64GB of DDR3/4 RAM (if we're talking about the i7 in the 15" MacBook Pro; which we pretty much are if we're talking about high-end needs). Apple uses LPDDR3. The "LP" in "LPDDR" stands for "low power".