- AMD Trinity Buyer's Guide
- Update on Samsung SSD 840/840 Pro Failures
- TRIM & RAID-0 SSD Arrays Work With Intel 6-Series Motherboards Too
Posted: 28 Nov 2012 08:00 PM PST
While AMD's second generation "Trinity" APUs (Accelerated Processing Units) have been available in pre-built desktops and laptops for many months now, the chips and accompanying motherboards themselves have only been available in retail channels for DIY desktop builders for a few weeks. Trinity is based on AMD's newest "Piledriver" CPU and "Cayman" GPU architectures and uses socket FM2. Like its Llano APU predecessor, the Trinity APU offers respectable CPU performance and discrete-level GPU performance on the same die, all with low power consumption. While APUs have been very popular in laptops, we outline in this guide how Trinity can be pressed into service on the desktop. Read on for our recommended general home/office usage, HTPC, and budget gaming system builds.
Posted: 28 Nov 2012 08:06 AM PST
In our review of Samsung's SSD 840 Pro I noted that my drive died shortly after I completed testing. Samsung sent me a replacement, which also stopped working (although it still pulled current) after a couple of days. Kristian's Samsung SSD 840 review sample shared a similar fate.
I spoke with Samsung about this problem a couple of weeks ago and was told that there was a bug in the pre-production firmware (version 2B0Q/5B0Q for 840 Pro/840) loaded on our drives. All retail samples should ship with a newer firmware revision (3B0Q/6B0Q) that have this bug fixed. To confirm what firmware revision is on your drive, look at the end of the hardware id string for the SSD in Device Manager.
Samsung sent me an 840 Pro with the updated firmware and so far I haven't had any issues. I'm trying to retrace my steps in bricking the drive and things are looking good thus far. As always, if things change I will update you all.
Posted: 28 Nov 2012 07:53 AM PST
A few months ago, Intel brought TRIM support to RAID-0 SSD arrays but limited it to its latest 7-series chipsets. As 7 and 6-series chipsets are very similar, there was no good explanation to why Intel didn't include support for 6-series chipsets other than forced feature differentiation and/or not wanting to go through a lengthy validation process on an older platform. We have covered the reasons why you should want TRIM in the past but the main benefits are obvious: more consistent performance and higher endurance. Limiting the support to only 7-series chipsets was a huge letdown.
Fortunately the Internet is full of extremely knowledgeable and ethusiastic people with the drive to look for unofficial solutions. AnandTech forum members Dufus and Fernando 1 have been able to modify the RAID OROM so that TRIM and RAID-0 SSD arrays now work with at least Z68 and P67 chipsets, both of which are unsupported by the official OROM. While the forum thread is already full of posts showing that the modification works, I wanted to try it myself and to see how smooth the process was.
Read on for my findings and complete instructions for the modification.
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