Source:http://www.guidetoonlineschools.com/online-schools

We’d like for you to tell us what sorts of board features/capabilities are currently important to you and what’s on your wishlist for your next-generation build.

Even if some of the features you want don’t exist yet, we’re sure that ASRock’s engineers would like to hear about what the best of you can dream up.

I thought about this for a bit and some pretty quick ideas came to mind.  I have been reviewing hardware and looking at all of the new stuff, and some things I have been hoping for just haven’t materialized yet.  So below is my comments on it:

Others have mentioned this, but here are some ideas combined together in what I would like to see.

1) Strip off legacy devices finally. Remove PS/2 ports, floppy, IDE, switch VGA for DVI.

2) Built in gigabyte ethernet and wireless. Both are needed.

3) Solid, well build, northbridge and southbridge heatsinks. Possibly active cooling options at least on the Northbridge. (Still giving plenty of clearance for aftermarket aircoolers.)

4) mini-lcd of some sort displaying system stats/info. RAM clockspeed, CPU vcore, etc. Instead of just the 2 digit post screen.

5) Overclocking options. Control buttons/knobs, able to change more than one facet of an overclock.

6) All pci-e slots run at 16x. Space them a little further apart to allow for dual-slot cards in crossfire to get a little breathing room.

Neat ideas that might not be for all or cost effective:

Lighted pci-e (mini and 16) connectors. ie, take the existing dark blue and make it a transparent blue with embedded LEDs. Button to disable on the board.

RAM slots that angle away from the CPU socket so we don’t have to worry about aftermarket CPU aircoolers hitting them.

Why do I say that? Well moving an entire PC from case to case takes a little bit of time and effort, but I love seeing what case manufactures are coming up with. It is a far cry from the old beige boxes I used to work with. The industry has really moved towards the enthusiast end.

Yet every case is different and it is fascinating to see how the different ones try to solve different issues.

Today I take a look at the Sentey Arvina GS-6400.  Head on over and check it out!

Adapters are always interesting to test – sometimes they work as advertised – and sometimes not.

Stop on over to take a look at our conclusions!

I had actually been contemplating picking up a couple of these anyways as a possible airflow management solution.  So since the case had 4 intake slots for 120mm fans, it worked out well to test those at the same time.  If you are doing a new build or looking to make some changes to an existing case, this review is worth taking a look at.

All told the bill for the build came in around $700.  So I missed the mark a little bit.  I cheated a little bit by using an old monitor, DVD burner, and a SATA drive that I had on hand.  This probably saved $100-$200 by not having to purchase those components immediately.

By using the Black Edition CPU and the Gigabyte board, I was able to achieve a mild Overclock from 3.2ghz to 3.72 running on the stock cooler.  Normally I wouldn’t recommend doing this on the stock cooler, but I did for 2 reasons.  I waiting 3 weeks reviewing baseline temps on “auto” settings at stock speeds and I tweaked the fan settings.  Also, I only tweaked the unlocked multiplier, which was quick and simple to do, but with minimal heat increase.  By setting my own fan speed control settings, I was able to bump the idle fan speed just enough to actually slightly reduce the temp (from an average of 41c, to an idle average of 39c while) Overlocked.  The volume of the CPU fan is acceptable at 80%, it is only when the fan kicks in at 90%+ that it develops an annoying pitch.  I probably won’t leave it overclocked since I just don’t need it.

I recently reviewed a Noctua CPU cooler and have left that in the machine.  Saved about $60 and reduced the annoying pitch.  After a month I was really disappointed in the performance of the video card, so caved and replaced with a mid-range Radeon 5770.  This brought my Windows 7 Experience Factor from a 4.1 (limited by the vid card) to a 7.0 (Max is 7.9)  So it was well worth the additional cost.

Any way you look at it, the machine cost did miss the mark a little bit at $850, but was well under $1000.  Some sites had machines at a cost close to this, but I felt I was able to do it for a fair amount cheaper and exactly the components I wanted.  A further plus is that it is a powerful rig that is on the modern upgrade path.  For example, when the prices of the AMD 6-core CPU’s come down, it would be easy to drop one in since the board is of the newest AMD slot type.  For minimal cost I will be able to now keep this machine as up to date as I require for far less cost.

The next and most critical item is replacing the monitor with a decent 20”+ LCD, possibly since the Radeon 5770 supports it a dual 20” LCD setup would be most cost effective.  Lastly, upgrading the IDE DVD-Burner to a BluRay SATA drive and adding additional hard drive space would be nice.  All told if purchased immediately would be about $400-$500 in upgrades.  Watching the various sites should allow me to pick these up piecemeal when specific items I am looking for are on sale or snag them on ebay – further reducing costs and allowing for an even higher end machine.

The build itself was the smoothest I have ever had.  Components have come a long way in the last decade and they are much more user friendly.  Remembering back to a few of my first builds, cutting my hands on the case or ripping knuckles across ISA  and PCI cards, the lack of blood was a pleasant change.  (I have scars from PC builds.) Manufacturers have really gone towards what is now called the “enthusiast market” and treat the parts how people are actually going to use them.  I find it far easier to work with equipment now than I did even 3-4 years ago.

Once everything was plugged in and ready to go, I hit the power button.  I honestly can’t remember ever having everything boot and start loading the OS on the first try before.  The cables and hookups are much more clearly labeled than they used to be.  One issue I noted is the DDR3 1600 RAM is clocking at 1333, so I believe I will need to manually correct the timings on that, though didn’t prove too difficult to track down the correct settings.  Using CPUZ it pulled the timings chart from the RAM itself and I then went into the bios to fix.  Comparing the new machine to the dual core I have been using it is smoking fast.  The double cores and double the ram make a huge difference, but the solid-state drive takes the cake.

The low end video card and an old CRT monitor do detract from the system, so will need to be upgraded sometime, but it was one way to keep costs down and still get raw power into the machine.