Testseek.com have collected 105 expert reviews of the Seagate Barracuda 7200.11 SATA300 ST3-AS Series and the average rating is 87%. Scroll down and see all reviews for Seagate Barracuda 7200.11 SATA300 ST3-AS Series.
December 2008
(87%)
105 Reviews
Average score from experts who have reviewed this product.
Abstract: This would have been the highest-capacity hard disk weve ever seen if it werent for the last-minute arrival of Western Digitals 2TB Caviar Green. That said, 1.5TB is still a staggering capacity. Best of all, it doesnt come at a price premium: at...
The Barracuda 7200.11 has an enormous capacity, is very fast, has a modest price and operates quietly. It's clear that SSDs will replace hard drives in time, but with drives like the 1.4TB Barracuda around, that still lies some way in the future. ...
With the Barracuda 7200.11 1.0 TB Seagate presents a hard disk with an above average capacity. The throughput is also astonishing: 109 MByte/s when the drive does sequential writing operations. When you consider that in the specifications only 105 MByt...
With the Barracuda 7200.11 640 GB Seagate presents a solid hard disk. The throughput is also astonishing: 107 MByte/s when the drive does sequential writing operations. Altough this number doenst match 115 MByte/s sustained read and write performance b...
Abstract: The introduction of the first 1 TB hard drive was more than a year ago. Hitachi was first to market with its Deskstar 7K1000, followed by Western Digital’s Caviar Green, Seagate’s Barracuda 7200.11 and finally Samsung with the Spinpoint F. Hitachi and ...
With the Barracuda 7200.11 1.5 TB Seagate presents a hard disk with a enormous capacity which is realised by packing four 375 GByte platter into one case. The throughput is also astonishing: 110 MByte/s when the drive does sequential reading operations...
Abstract: Those who wanted to ship their terabyte hard drives fast came in late this time. I’m referring to Samsung and Seagate, who intended to overtake Hitachi by providing terabyte hard drives based on a higher data densities, and thus using a smaller platte...
