Recently we reviewed the Samsung Series 830 SSD connected to a 3Gb/s SATA connection. Now we have the second review which specifically looks at connecting the SSD to a 6Gb/s SATA connection.
The Samsung SSD 830 Series boasts superior random read speeds (up to 80,000 IOPS) and faster sequential read and write speeds (up to 520 MB/s & 400 MB/s respectively). It’s the ideal solution for your everyday computing needs, such as web browsing, document creation, viewing or editing multimedia files, playing PC games, etc.
Samsung’s first entry into the world of SSD’s came earlier in the year with the the Series 470 SSD, which we loved. Now, it’s time to introduce it’s successor – the Series 830 SSD.
As the world’s #1 DRAM, NAND Flash, and SSD supplier, Samsung has unique, industry-leading engineering resources, technologies, and manufacturing processes as well as more stringent quality and testing standards. All Samsung SSDs are designed and built completely in-house, rather than sourcing generic parts from the market. The Samsung SSD 830 Series is optimized for exceptional, sustained performance and unrivalled reliability through its specially-engineered wear-levelling and garbage collection algorithms.
There are 4 different models – the 64GB, 128GB, 256GB and the whopping 512GB. There are also 3 different kits – the basic kit (which comes with the SSD, a full version of Norton Ghost 15.0, software and manuals), the laptop installation kit (with comes the same as the basic kit plus a mounting space and SATA data and power cable) and the desktop installation kit (with comes the same as the basic kit plus a 3.5” bracket with screws and SATA data and power cables).
For this review we have the 256GB drive basic kit version.
Solid State Drives, or SSDs, are innovative data storage devices that deliver high performance, reliability, and quality by using NAND Flash memory instead of the magnetic disks used in traditional Hard Disk Drives (HDDs). SSDs provide very fast PC booting and application loading speeds and perform exceptionally well in multi-tasking environments – all while consuming less power, emitting very little heat, producing no noise, and offering outstanding stability compared to conventional HDDs.
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