Yeah, that is a longer forum post, but honestly its pretty easy to read in a few minutes.It's sad that it may put people off!
But yes, this is a top post, very appreciated. This all makes a lot of sense, but ironically the people who moan about things often aren't the same people who go around and take time to learn/read.
Hence this post might not reach its target audience!
I bought a new red sportscar that says it goes to 180mph. My buddy paid the same amount and got the exact same car but his speedometer says it goes to 190mph.
Just because we may never hit top speed doesn't mean someone shouldn't feel a bit irked that all things aren't the same.
(BTW. I'm not complaining. I got the Toshiba 256 but I also got a $100 sale discoun, $90 reward zone bucks, $100 gift card and a free Pepsi at Best Buy so it's not worth going back to risk getting another. BUT, I can see why others would want to)
Damn, all they had was Coke Zero at my Best Buy!! At least I got the rest of the deal though....
So why not exclusively use real world performance tests? It turns out that although the move from a hard drive to a decent SSD is tremendous, finding differences between individual SSDs is harder to quantify in a single real world metric. Take application launch time for example. I stopped including that data in our reviews because the graphs ended up looking like this:
I disagree here. It's quite easy to find differences in true real world settings as Hardwareheaven shows in their reviews: http://www.hardwareheaven.com/reviews/1143/pg9/crucial-m4-256gb-ssd-c400-review-install-times.html
You install Windows a lot, do you?
You just proved the point by linking to a Windows installation benchmark (hint: it takes a long time.)
I bought a new red sportscar that says it goes to 180mph. My buddy paid the same amount and got the exact same car but his speedometer says it goes to 190mph.
Just because we may never hit top speed doesn't mean someone shouldn't feel a bit irked that all things aren't the same.
(BTW. I'm not complaining. I got the Toshiba 256 but I also got a $100 sale discoun, $90 reward zone bucks, $100 gift card and a free Pepsi at Best Buy so it's not worth going back to risk getting another. BUT, I can see why others would want to)
That's only one page. The review has several pages that show clear real world differences.
More examples: http://www.techspot.com/review/402-crucial-m4-ssd/page5.html
I see lots of significant differences that are easy to quantify.
there's a 6 second difference on 15 seconds in the boot benchmark.You could link to bar charts all day. Never mind the fact that the difference between the fastest and slowest SSDs on that page is ~1 second and doesn't account for the fact that the fastest has double the storage (thus up to double the memory chips) meaning the test isn't exactly fair.
Without benchmarks, if you switched between a MBA with a Toshiba SSD and a MBA with a Samsung SSD on a regular basis, you would not tell the difference. It's only the fact that benchmarks show a irrelevant difference that people care.
You could link to bar charts all day. Never mind the fact that the difference between the fastest and slowest SSDs on that page is ~1 second and doesn't account for the fact that the fastest has double the storage (thus up to double the memory chips) meaning the test isn't exactly fair.
Without benchmarks, if you switched between a MBA with a Toshiba SSD and a MBA with a Samsung SSD on a regular basis, you would not tell the difference. It's only the fact that benchmarks show a irrelevant difference that people care.
Both SSDs are fast even by SSD standards. The original SSD in the old MBAs, compared to a HDD, was a remarkable transformation that took away the biggest bottleneck in computing speed. In a benchmark, the older SSD is ~5x slower than either the Toshiba or Samsung SSD. In reality, the difference going from a 'slow' SSD to a relatively 'fast' SSD is nothing compared to going from a HDD to SSD. I can notice the difference but only just, compare two relatively close SSDs and you'd probably only tell the difference with massive file transfers.
What you have to keep in mind is that a performance advantage in our Storage Bench suite isn't going to translate linearly into the same overall performance impact on your system. Remember these are I/O bound tests, so a 20% increase in your Heavy 2011 score is going to mean that the drive you're looking at will be 20% faster in that particular type of heavy I/O bound workload. Most desktop PCs aren't under that sort of load constantly, so that 20% advantage may only be seen 20% of the time. The rest of the time your drive may be no quicker than a model from last year.
The point of our benchmarks isn't to tell you that only the newest SSDs are fast, but rather to show you the best performing drive at a given price point. The best values in SSDs are going to be last year's models without a doubt. I'd say that the 6Gbps drives are interesting mostly for the folks that do a lot of large file copies, but for most general use you're fine with an older drive. Almost any SSD is better than a hard drive (almost) and as long as you choose a good one you won't regret the jump.
PS. here are several benchmarks where the Toshiba beats the Samsung: https://forums.macrumors.com/threads/1198391/
I agree there are differences. But they do use the same controllers. So translating the results may not be 100% accurate for the MBA, I still think it's 97% accurate.Those drives aren't 100% valid in MBA discussion. 2.5" SSDs usually have 16 NAND devices while MBA has four or eight (only in 256GB). That can make a huge difference. One controller can be better optimized for fewer NANDs than the other. Plus, Apple uses a custom firmware which again changes the game.
That would be most ideal I agree.What we really need is two MBAs: one with Samsung and one with Toshiba. Then some real world tests to see the real difference under OS X.
Barefeats said:Though artificial benchmarks are helpful, we wanted to see how quickly Finder could duplicate the Applications folder on the Desktop. It had over 50 apps/documents totaling over 3GB. We calculated the transfer rate (size/time*2=MB/s). RED bar indicates the fastest.