Quiet SATA Drives - Samsung vs Seagate

tbh if the performance is slightly lower then im not bothered - sound is number 1

Copy and pasted from a review:

The noise measurements place the Spinpoint T slightly better than either the Western Digital or Samsung's previous drives and roughly on par with the classic Barracuda IV. As usual, the measurements do give a rough idea of where the drive stands but don't tell the whole story.

At idle, the Spinpoint sounded very clean and smooth. The Samsung Drives and the Western Digital were all very similar in volume, and all exhibited the same whoosh of airflow. Subjectively, the Spinpoint T sounded the nicest by a small margin; it sounded softer than the Western Digital, and had less high frequency noise than the older Samsung drives. It should be emphasized that the drives all sounded very similar, and any would be acceptable in quiet system.

Our usual recommendation to soft-mount any desktop drive goes double for the Spinpoint T: Its vibration level was very high, and a low 120 Hz hum could sometimes be heard even when the drive was placed on foam. When placed on a hard surface, the hum was amplified and came to dominate the noise character, confirming that hard-mounting would not be good for noise quality.

We were pleased to note that seek noise was much improved over the P120 — something that is not reflected in the noise measurements. Seeks were duller and more muted than the P120, although not quite as good as the P80, and certainly not as good as the nigh inaudible Western Digital. Even better, AAM seemed to be working again, and did much to reduce the sharpness of the seek noise. This is good news; seek noise was one of the biggest disappointments with the P120.

The extra platter in the T Series did not increase power consumption, which was in line with other 3.5" drives, and even a little on the low side for such a large drive. Power consumption was almost identical to the P120.


Seagate Barracuda 7200.10 Idle 24 dBA@1m 28-34 dBA@1m
Samsung Spinpoint T Idle 20 dBA@1m Seek 22-23 dBA@1m

As you can see theres a big difference in seek volumes there....
 
wizardmaxx said:
Why not go for the gigabyte i-ram if silence is number1. :p only kidding, but some of the benchies are impressive. Cant wait for the sata II version to come out

I actuially saw that yesterday but its 4gig max per card right?

and you mean the sata II version of that card?
 
As far as i know its 8gb per card and it has a sata 1 controller on it thus its burst speed copying is lower than any sata II hdd, whereas the new sata ii version will be able to compete it that arena again, but with seek times in the milliseconds......mmmmmm. :D
 
wizardmaxx said:
As far as i know its 8gb per card and it has a sata 1 controller on it thus its burst speed copying is lower than any sata II hdd, whereas the new sata ii version will be able to compete it that arena again, but with seek times in the milliseconds......mmmmmm. :D

Yeah just re read the article though - 16 hours charge time

So if you get a power cut (read further up where i live in the country), you lose all your data
 
james.miller said:
id go for the 7200.10 every time. if your taht worried about seek noise then buy it, see what its like and if its too loud, buy a hdd enclosure. that'll sort pretty much all the seek noise.
Was waiting for you to show yourself :). Forgot about enclosures - they remove pretty much all noise for all HDU's including raptors so wht you say makes sense.
 
smids said:
Rather than ask me constantly, why not try a place like storagereview.
Already have. ;)

It is a known fact that the new technology is the reason for performance increase. Look up some reviews of the 7200.10 and then question me. I have extensively read up on this - and theoretically everything I have said is correct.
Yes, theoretically, but theory isnt an indication of performance.

Data density is a key source of HDU performance given that the 7200 rpm spindle speed is now a standard. Cache is of lower benefit, then you have things like TCQ, NCQ etc. The Seagate uses 180GB platters, more than all other 7200rpm drives (which use 133GB and 100GB platters). Perpendicular technology is what made this possible.
Which is what i said was the main difference, capacity, rarther than speed.

Dont get me wrong, im not 'getting on at you', infact, with one of my HDDs failing, im thinking of giving one of those .10's a bash.
But i'd like there to be some evidence somewhere around, beyond user opinion and a website review, that can actually attribute the performance increase to the new technology entirely. ie; something more indepth. :)
 
From a Review:

0,1425,i=134398,00.jpg

0,1425,i=134339,00.gif

0,1425,i=134340,00.gif

0,1425,i=134341,00.gif


Note that the burst transfer rate of the 7200.10 is substantially lower than that of the other drives. The maximum burst transfer rate of SATA 3Gbps is about 300 megabytes per second, so we're not really saturating the interface; the older Seagate 7200.9 and the Maxtor DiamondMax drives come closer, at roughly 240 megabytes per second. We're not yet sure if the behavior is simply a firmware tuning issue, or something fundamental to the new perpendicular recording technology.

The burst transfer rate didn't seem to have much impact on the average sustained throughput. Here, the new 7200.10 is clearly faster than both of the older drives in sustained read and write performance. Random access time is clearly better, too.


If we look at the RAID 0 results, the random access number decreases slightly—no surprise. The transfer rate also increases substantially.
 
We were talking about the I-Ram

Now check this:

TDK has followed Samsung and launched a hard drive replacement based on NAND Flash memory. The product, which is currently available in sample quantities, was announced by the company last week.

The 32GB unit hooks up to the host across a standard IDE connector, but it's about 80 per cent of the size of a standard 2.5in notebook drive - the part's an obvious choice for battery powered systems since it consumes less power than a standard HDD. The unit's controller supports data transfer rates of up to 33.3MBps, the manufacturer said.
 
Back
Top Bottom