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It's been a long haul, but my rebuilt workstation is finally up. I will have to say that it's a little strange to open up the Resource Monitor and see 16 cores running! So let's start there.
The heart of any high
performance vehicle is the engine. And looking at the SR71 "Blackbird's"
huge engine, you can see why it's a legendary plane. It was said that
they pretty much only needed one answer when a SAM was launched at
it......, that was to go faster!
At the heart of my rebuilt workstation is the Xeon E5-2630L processor. It's a bit of a weird part in the computer world. It's clocked at a low 1.8ghz, so only consumes 55 watts, which isn't very much given that it's got 8 physical cores and being hyper-threaded functions as 16 cores to the operating system. Which basically means that it doesn't do anything super fast compared to say, an i7 or i9, but it can do a LOT of different things pretty fast all at once.
Right now, it's being fed by 2 8Gb modules of Corsair Dominator RAM, but with a total of 8 sockets available, I can max out at 64Gb total some day in the future.
It's all plugged into a Gigabyte X99-Gaming G1 board. The X99 chipset and the boards that they live on, is what make this thing workstation level. 8 RAM sockets, M.2 compatible, 40 lanes of access to the processor! Actually, I had started out with one of these which had dud processor pins that I never did get fixed. Then last week, I bought an Asus X99-3.1U board that had some issues with POSTing, which has to go back to Canada. So now this. There are two other parts to this build that make it my main machine for the next several years.
A couple of weeks ago I traded for an nVidia GTX 970 which takes over the graphics duties for my old GTX 770 which looks just like this, except that it's less powerful and consumes twice as much power.
The last major component is the Plextor M.2 NVMe drive that will take over the boot drive duties. Theses things are quite a bit faster than my old Intel SSD connected through SATA3. The mass storage and optical drive stays the same, as do the old complement of monitors.
I supposed I'm about as happy as I can be with another rebuild put to bed.
This has been my life the last month. As of this weekend, you can add my son's broken arm to the auto accidents. He literally fell out of a tree (tree house) and broken his humorus just below the ball. Clean break, but it was completely offset and needed two pins to hold it all back in place! He'll be "sidelined" for 2 months. So, to stem the tide of craziness in my life, on to my the progress of my slow-moving workstation build.
There is in fact progress: I bought a Gigabyte (you were expecting something else?), GA-X99 Gaming 5p motherboard. It's a pretty high-end board in a high-end category, so yeah, it's nice. They currently sell on Newegg for just south of $400. I bought it for $90 shipped because it has some dinged up socket pins that need fixing. It's a calculated risk, but I've got my fingers crossed and have some time to be patient with it. In case you were wondering, I have in fact successfully straightened socket pins and the machine that was built out of it is still in operation a year later. I'm not going to get into a full on review here since there are some excellent ones already out there on this specific board, but I'll highlight some things that I specifically targeted that took me to this particular model.
I'm a bit of an audiophile, so the special audio section on this board was "a thing" for me. It's not only isolated on the board, but the components are very much in line with clean sound reproduction, down to the replaceable OpAmp and Burr-Brown DAC. This was the single reason why I went with the "Gaming 5p" vs the various other X99 board by Gigabyte.
The other big deal is the M.2 sockets that will allow me to use the latest and fastest interface out there for the primary boot drive. But that's only half the equation.....
In the M.2 world (roughly speaking), there are 3 types of drives. One is represented by the Sandisk X400 in the top image. You can in fact, get it in either a regular 2.5" SATA3, or the M.2 2280 form-factor, but they both run at the SATA3 speed which is maxed at 600MB/s. The only advantage of using this drive vs. a regular 2.5" drive is that it can be mounted on the board-mounted socket vs. a drive-bay requiring both a power and data cable. Then there's the next level of M.2 drives as represented by the Intel 600p. It does actually use the PCIe interface vs. SATA3 and has a read speed over 1000MB/s faster than the X400. That's a lot, but it's a cheap drive and it's write speed at 560MB/s isn't any better than SATA3 and in fact is actually slower than the X400!!! Yes, on your boot drive, you read way more than you write, but still.... that's really a half-measure, so why do it. Then there's this......
It's the Plextor M6e in the M.2 2280 package with, and without the PCIe card adapter. It's a full on PCIe interface with a throughput far in excess of SATA3. Those of you that have been looking into these things might have already seen that it's a 2 year old drive and that it's nowhere near as fast as the current crop of NVMe drives which represent the third group, such as the Samsung 850/860 drives and Plextor's own M8, but neither does it cost as much either. Yes, right now, the 512Gb capacity is $700 on Newegg, but I got mine for less than $120 shipped. These, like anything else are subject to "early adopters" who buy high, and keep on doing so, then sell off for pennies-on-the-dollar when something new comes along.
So, at this stage, I've got two of the four "new" pieces I need to buy to move on to the new workstation. It's going to get quite a bit harder and more expensive after this with the DDR4 ram and an i7 Haswell-E or Broadwell-E processor. The memory is going to cost me another $100 to $125, the CPU...... ah...... something along the lines of $300 for the "low-end", 5820K which is a mere Hex-Core clocked at 3.3Ghz. There's some growth potential here though; which is like a baseball scout saying that a skinny, lanky 6'6" 17 year-old lefty who throws in the high 80's has some projectability! The LGA-2011 v3, right now has processors that start with the 5820K at 6 cores and end with the ten-core 6950X. The chipset gives you 8 sockets for a max of 64Gb of RAM. The higher end processors have 40 data lanes, so you can put 4 graphics cards in it running at full tilt. I should be able to get some years out of they system.
Which brings me to this. Remember when I gambled on the "next-gen" monitor...... a 28" 4K ThinkVision Pro2840m for $126 being run by the GTX 770? Yeah, the original problem with it going into power-save came back. It detects but mostly refuses to fire up. So, I had to go to my backup plan (always have a backup plan), which was to call on the 2 more years of warranty left on this monitor and send it back to Lenovo for repair.
