Posts Tagged ‘MSI P7N Diamond’

Pain and the other server

July 25th, 2009

So it turns out the triple redundant PSU supplied with the case was dodgy, and has subsequently blown out the motherboard.

It seems the CPU is okay for now, but will require further testing, as will all the expansion cards plugged into it at the time. All this after I went to the trouble of swapping out its noisy fans with Scythe Kaze Ultra SY124020L 40mm fans. To add insult to injury, a normal PSU won’t fit properly in the chassis.

Gah.

On a more positive note (so long as the PSU didn’t kill it too), I managed to get my hands on an Areca ARC-1300ix-16, since FortuneTec decided to import a few thanks to demand. It rather uselessly comes with four Mini-SAS to Mini-SAS connectors, requiring me to buy two ludicrously expensive Mini-SAS to SATA breakout cables at around AUD$67 a pop. Considering I’ll eventually need four, almost AUD$270 for four cables is approaching Monster in terms of rip offs. Sadly there seems to be no cheaper alternative, short of ordering from Hong Kong.

In the mean time, now I have my ARC, I don’t need the four PCI-E slots that the MSI provided, just three. I think I’ll go with the much safer and higher quality Asus, in particular, the P5Q-E.

Hardware musings

April 14th, 2009

It seems Apple managed to update its Mac Mini, with 9400M hardware and all — without a Blu-ray drive. The stabbing may commence.

It’s also HDMI deficient, meaning you’ll need a DVI > HDMI dongle (or Mini Display-Port > HDMI if you’re willing to get unofficial), and to push your sound through a receiver via optical audio. Not necessarily a deal breaker for the high end, rather annoying for the low to mid-end.

The Mac Mini. Now with more graphical power doing absolutely nothing.

The Mac Mini. Now with more graphical power doing absolutely nothing.

I’ve had the good fortune to play with LG’s BE06LU10 external Blu-ray player, but sadly it arrived too late to test in conjunction with the new Mac Mini to see if the CPU had enough grunt to run a heavy VC-1 decode. I suspect it does, but wouldn’t mind proof before laying down AUD$1049 for the Mac Mini, and then another AUD$400 for the LG. Given the aesthetic is totally different for both devices though, upon a successful test I’d be more likely to gut the Mac Mini DVD drive and insert a slot loading Blu-ray.

LG's BE06LU10 external Blu-ray drive while fine by itself, would likely ruin the aesthetic of the Mac Mini.

LG's BE06LU10 external Blu-ray drive while fine by itself, would likely ruin the aesthetic of the Mac Mini.

Given the failure of the Mac Mini to capitalise on the streaming/Blu-ray market, and Ion’s inability to process VC-1 without frame skipping, it seemed like I was going to have to fall back on a homebrew solution, until I spotted this — MSI has a contender for the best all-in-one solution with its Wind Box DE200, also based on the seemingly ever-expanding 9400M chipset. While the 2GHz Celeron M 550 CPU is a worry, it’s a Socket P-based solution, meaning it can at least be upgraded to a 2.266GHz Celeron M 570, and if the chipset supports, a Core 2 Duo mobile processor. Hopefully MSI will take the guesswork out for us and just release a higher model version.

MSI's Wind Box DE200 - with a little more CPU, this could be the all in one we're looking for.

MSI's Wind Box DE200 - with a little more CPU, this could be the all in one we're looking for. Image credit: Engadget

On the server front, Areca have been darlings and released what we’ve been waiting for in controllers — an internal 16 port SAS HBA with no RAID engine, to keep the costs down, in the form of the ARC-1300ix-16. Best of all, it has Solaris support out of the box. Looks like we have our target, now we just need to wait for a local release.

The Areca ARC-1300ix-16 goes for CAD$499, has no RAID engine and comes with Solaris support. It's love at first sight.

The Areca ARC-1300ix-16 goes for CAD$499, has no RAID engine and comes with Solaris support. It's love at first sight, so long as it comes out in Australia. Image credit: Tweakers.net

In bad news, Anand gives us all a reason why we have to wait a little longer for SSDs to really live up to the promise, as they get slower over time. Unless you want to drastically shorten their lifespan by continuously hard wiping them, that is. This is a shame, as the improvement in Windows UI snappiness (loading an expanded Control Panel from the Start Menu is near instant) is almost entirely worth it on its own.

In other news, while the new Xeon 5500 setups have me crying at the ridiculous performance that can be made available with wads of cash, I’m sure my setup will do just fine within the confines of home use. The bought hardware seems to test well, short of the MSI P7n Diamond continuously resetting the boot order to what it thinks is smart rather than using the options set by the user. If there’s a USB drive left in or a new hard drive hooked up, it tries to boot off that. If you finish installing an OS off the optical drive, it sets the primary boot device to the hard drive where the OS is installed. Extremely frustrating and vastly stupid on behalf of the MSI engineers.

One step forwards, two steps back

February 16th, 2009

Some purchasing has recently happened to start the file server project:

  • Intel Q9550 ~ AUD$450
  • 8GB Corsair DDR2 8500 ~ AUD$380
  • MSI P7N Diamond ~ AUD$360

MSI’s P7N Diamond was chosen for one point alone — four PCI-e x16 slots. While a lot of boards have a number of physical x16 slots, they fail to back this up electrically beyond two slots. The MSI board has three x16 electrical slots, with the fourth yellow one being an x8 — perfect for expansion.

The P7N Diamond has just the right amount of PCI-E lanes to satisfy our expansion needs.

The P7N Diamond has just the right amount of PCI-E lanes to satisfy our expansion needs.

OpenSolaris 2008.11 was installed on this setup, on a 500GB drive hooked up to one of the NV sata ports, a DVD drive hooked up to the JMB363 controlled IDE port, a previously acquired GeForce 7600GS inserted, alongside a HighPoint RocketRaid 2340. For kicks, an Intel X25-E was hooked up to check out some awesome transfer speeds.

It wasn’t to be.

Things I’ve learned:

  • OpenSolaris loves the MSI board, pretty much enabling everything. While it recognises the X-Fi sound, sound does not actually work. This isn’t a deal breaker. To my never ending surprise, JMB363 seems to work just fine.
  • Turning off AHCI only results in the rear eSATA ports turning off.
  • Most curiously, OpenSolaris will not recognise the X25-E drive at all. Whether this is related to the NV sata ports or otherwise, I do not know.
  • The HighPoint RocketRaid 2340 is not supported. The dual Marvell 88SX6081 chips on it technically are with voodoo beyond the install process, but are the cause of some problems. These have been patched it seems, but all up it seems less trouble to grab something based off LSI chipsets. While FreeBSD certainly supports the 2340, once again the sturdiness of its implementation of ZFS gives me pause.
  • There’s something called Solaris eXpress Community Edition, which abbreviates to the unfortunate SXCE, or “sexy”. It’s basically a beta containing future code, and sadly also didn’t recognise the X25-E, 2340 or X-Fi.

The remaining options are few to be able to set up a 16 drive array in Solaris. Either acquire the Adaptec 31605 for around AUD$1200, or two HP P400s for around AUD$700. Obviously the HP option is significantly cheaper – so long as it works.

While Solaris may seem ideal, it certainly isn’t cheap to get working thanks to limited hardware support. It could seriously be a wait for Snow Leopard and some Hackintoshing, although this is much better suited to an Intel board than this 780i.