Apple's MacBook Pro with 128GB SSD: Performance and Battery Life Investigated
by Anand Lal Shimpi on April 15, 2008 4:20 PM EST- Posted in
- Mac
A Snappier System? Absolutely
I've been alluding to the SSD MacBook Pro feeling significantly quicker in overall usage, but without numbers to back that up the statement is borderline useless. Thankfully there is some scientific data I can use to support the claim.
Application launch time contributes significantly to the snappiness of a system, and that's one area where the Memoright SSD excels:
| Application Launch in Seconds (Lower is Better) | MacBook Pro (Hitachi 5400RPM) | MacBook Pro (Memoright SSD) |
| Adobe Photoshop CS3 | 13.2 seconds | 5.8 seconds |
| Microsoft Word 2008 | 19.0 seconds | 9.0 seconds |
| Pages | 7.8 seconds | 2.5 seconds |
| Keynote | 9.0 seconds | 4.7 seconds |
| Numbers | 4.3 seconds |
2.0 seconds |
| Safari | 1.6 seconds | 0.8 seconds |
| System Boot Time | 37.9 seconds | 22.0 seconds |
Take how long it takes to launch an application with the stock hard drive and cut it in half, because that's what the Memoright MR25.2-128S gives you. Boot time is also similarly reduced, it takes nearly 40 seconds to boot the stock MacBook Pro while the move to SSD brings it down to 22.
You see similar performance gains in opening files and basic interaction with the system, just not in a lot of the more CPU-bound application tests. It's an interesting revelation because the general view is that application tests are disk bound, but in reality they can be more CPU/memory/platform limited than you'd guess.
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Denithor - Wednesday, April 16, 2008 - link
When will these become available/affordable for desktop use? HTPC comes immediately to mind, but I would like one for my gaming rig if it yields a "snappier" system for a moderate cost.mindless1 - Friday, April 18, 2008 - link
You must be kidding. Minimal to no gain in sequential access, improvement primarily in random access, limited capacity, and extreme price per GB make this about the worst choice possible for a HTPC.Regardless, if that's what you want go ahead and do it, drive rail adapters to use 2.5" in 3.5" bays are not expensive or hard to find. You could even squeeze two or three drives into one 3.5" bay so you have a HTPC with $12,000 spent on storage instead of a $80 mechanical drive.
just4U - Wednesday, April 16, 2008 - link
Is it possible to instal Windowso n a flash drive. You know, one of those 16/32 meg jobs. This article has got me curious.. :)strikeback03 - Thursday, April 17, 2008 - link
I assume you mean 16/32GB, and yes, I believe I saw instructions for that over at mp3car.com.mindless1 - Friday, April 18, 2008 - link
Instructions? Not a complex process.1) Buy CF3 or CF4 spec'd CF card and CF-IDE adapter. CF card performance is lower than on a good SSD so staying with PATA/IDE interface is not a bottleneck.
2) Plug card into adapter, plug adapter into system.
3) You're done, there is now no difference beyond having mechanical drive instead, although if SSD is not using SLC flash chips you might want to decide how to limit # of writes to it from pagefile, temporary browser files, etc.
strikeback03 - Friday, April 18, 2008 - link
I just glanced at the instructions as I am not building a carputer yet, but IIRC a lot of it was optimizing the pagefile and other little writes.Nihility - Wednesday, April 16, 2008 - link
That needs to be fixed, no reason for flash to take more power than a hard drive, maybe they can power off some of the flash that is unused until it's needed? If it doesn't even increase battery life then what's the point? Resilience and random seek times are nice but battery life is the main concern on a mobile platform.mindless1 - Friday, April 18, 2008 - link
It's the controller, bridge and cache that use the power, these flash chips don't have to be recharged.Keep in mind that while battery life is important, and power consumption of an SSD will go down over time, they still aren't one of the larger consumers of power. Ultimiately if runtime is most important the area to focus on is designers who mistakenly assume a smaller device footprint is more important than runtime, thus squeezing in a smaller battery (capacity).
iwodo - Tuesday, April 15, 2008 - link
Intel 's SSD promise doubling the performance of current SSD Drive. I cant wait to see it.I wonder would the ARM7 chip be the limiting factor here?
skiboysteve - Tuesday, April 15, 2008 - link
"two areas of inefficiency: the drive isn't a native SATA device and it uses a FPGA instead of a custom IC for some functions."this is incorrect. using an FPGA instead of a custom IC makes no difference in performance whatsoever. the difference is in cost. there is a lot of research into cost/benefit of using an FPGA instead of a custom ic and it all boils down to volume. obviously, they dont have high enough volume to necessitate a custom IC.
but, an fpga configured to behave exactly like what your custom IC would behave like ... are the same thing. only difference again, is price.
some point might astutely point out that a custom IC can be clocked higher, but i very much doubt that advantage is applicable here.