Gigabyte GA-7PESH1 BIOS

As the server team at Gigabyte is essentially a different company to the consumer motherboard team, there is little cross talk and parity between the two.  When the consumer motherboard side used the C606 server chipset for the Gigabyte X79S-UP5, the whole package got the consumer motherboard BIOS, software and utilities.  With this C602 enabled GA-7PESH1, utilities such as the BIOS and software are designed in the server department and are not as well designed as their consumer counterparts.

In terms of the BIOS, this means we get a reskinned Aptio Setup Utility from American Megatrends, rather than the 3D BIOS implementation.  Aesthetically the BIOS is prehistoric in terms of recent trends, but the server based platform has a lot more to deal with – having just a list of options make it very easy to add/subtract functionality as required.

Updating the BIOS is a hassle from the off – there is no update feature in the BIOS itself, and the utilities provided by Gigabyte are limited to DOS bootable USB sticks only.  This means sourcing a DOS bootable USB stick in order to put the software onboard.  There are a few utilities online that will streamline this process, but due to some memory issues I initially had with the motherboard, thankfully Gigabyte talked me through the exact procedure.

The front screen of the BIOS is basic at best, telling us the BIOS version, the total memory installed and the system date.  Despite the market orientation for such a product, some indication as to what the motherboard is and the CPUs that are installed, at the bare minimum, would have been nice.

Apologies for the quality of the BIOS images – the BIOS has no ‘Print Screen to USB’ utility, and thus these images are taken with my DSLR in less-than-ideal lighting conditions.

The Advanced menu tab has options relating to PCI Configuration, Trusted Computing (TPM), CPU identification and configuration (such as Hyperthreading and Power Management), error logging, SATA configuration, Super IO configuration and Serial Port options.

The Chipset tab option gives us access to North Bridge/South Bridge options, such as the memory controller, VT-d, PCIe lane counts and memory detection.

In order to access the server management features, after an ethernet cable has been plugged into the server management port, the IP for login details can be found in the server management tab:

Other options in the BIOS are for boot priority and boot override.

Gigabyte GA-7PESH1 Visual Inspection, Board Features Gigabyte GA-7PESH1 Software
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  • dj christian - Monday, January 14, 2013 - link

    No please!

    This article should be a one time only or once every 2 years at most.
    Reply
  • nadana23 - Sunday, January 06, 2013 - link

    From the looks of results some of the benchmarks are HIGHLY sensitive to effective bandwidth per thread (ie, GDDR5 feeding a GPU stream processor >> DDR3 feeding a Xeon HT core).

    However - it must be noted that 8x DIMMS is insufficient to achieve full memory bandwidth on Xeon E5 2S!

    I'd suggest throwing a pure memory bandwidth test into the mix to make sure you're actually getting the rated number (51.2GB/s)...

    http://ark.intel.com/products/64596/Intel-Xeon-Pro...

    ... as I strongly suspect your memory config is crippling results.

    Dell's 12G config guidelines are as good a place as any to start on this :-

    http://en.community.dell.com/cfs-file.ashx/__key/c...

    Simply removing one E5-2590 and moving to 1-Package, 8 DIMM config may (counter-intuitively) bench(market) faster... for you.
    Reply
  • dapple - Sunday, January 06, 2013 - link

    Great article, thanks! This is the sort of benchmark I've been wanting to see for quite some time now - simple, brute-force numerics where the code is visible and straightforward. Too many benchmarks are black boxes with processor- and compiler-specific tunes to make manufacturer "X" appear superior to "Y". That said, it would be most illustrative to perform a similar 'mark using vanilla gcc on both MS and *nix OS. Reply
  • daosis - Sunday, January 06, 2013 - link

    It is long known issue, when windows does not start after changing hardware, especially GPU (not always so). There is as long known trick so. Just before last "power off" one should replace GPU's own driver with basic microsoft's one. In case of GPU it is "standart Vga adapter" (device manager - update driver - browse my computer - let me pick up). In fact one can replace all specific drivers on OS with similiar basic from MS and then to put this hard drive virtually to any system without any need for fresh install. Mind you, that after first boot it takes some time for OS to find and install specific drivers. Reply
  • jamesf991 - Sunday, January 06, 2013 - link

    In the early '70s I was doing very similar simulations using a PDP 11/40 minicomputer. (I can send citations to my publications if anyone is interested.) At Texas Tech and later at Caltech, I simulated systems involving heterogeneous electron transfer kinetics, various chemical reactions in solution, coulostatics, galvanostatics, voltammetry, chronocoulometry, AC voltammetry, migration, double layer effects, solution hydrodynamics (laminar only), etc. Much of this was done on a PDP 11/40, originally with 8K words (= 16K bytes) of core memory. Later the machine was upgraded to 24 K words (!), we got a floating point board, and a hard disk drive (5 M words, IIRC). My research director probably paid in excess of $50K for the hardware. One cute project was to put a simulation "inside" a nonlinear regression routine to solve for electrode kinetic parameters such as k and alpha. Each iteration of the nonlinear solver required a new simulation -- hand-coding the innermost loops using floating point assembly instructions was a big speedup!

    I wonder how the old PDP would stack up against the 3770?
    Reply
  • flynace - Monday, January 07, 2013 - link

    Do you guys think that once Haswell moves the VRM on package that someone might do a 2 socket mATX board?

    Even if it means giving up 2 of the 4 PCIe slots and/or 2 DIMMs per socket it would be nice to have a high core count standard SFF board for those that need just that.
    Reply
  • samsp99 - Monday, January 07, 2013 - link

    I found this review interesting, but I don't think this board is really targeted at the HPC market. It seems like it would be good as part of a 2U / 12 + 2 drive system, similar to the Dell C2100. It would make a good virtual host, SQL, active web server etc. Having the 3 mSAS connectors would enable 4 drive each without the need for a SAS expander.

    Servers are designed for 99.999% uptime, remote management, and hands-off operation. To achieve that you need redundent power, UPS, Networking, storage etc. They also require high airflow, which is noisy and not something you want sitting under your desk. Based on that, it makes sense that the MB is intended for sale to system builders not your general build your own enthusiast.

    HW manufactuerers are faced with a similar problem to airlines - consumers gravitate to the cheapest price, and so the only real money to be made is selling higher profit margin products to businesses. Servers are where intel etc makes their profits.

    For the computational problems the author is trying to solve, to me it would seem to be better to consider:
    a) At one point, I think google was using commodity hardware, with custom shelving etc. Assuming the algorithms can be paralleled on different hosts, you shouldn't need the reliability of traditional servers, so why not use a number of commodity systems together, choosing the components that have the best perf/$.

    b) There are machines designed for HPC scenarios, such as HPC Systems E5816 that supports 8x Xeon E7-8000 (10 core) processors, or the E4002G8 - that will take 8 nVidia Tesla cards.

    c) What about developing and testing the software on cheap worstations, and then when you are sure its ready, buying compute time from Amazon cloud services etc.
    Reply
  • babysam - Monday, January 07, 2013 - link

    It is quite delighting to look at your review on Anandtech (especially when I am using software and computer configurations of similar nature for my studies), as it is quite difficult for me to evaluate the performance gain of "real-life" software (i.e. science oriented in my case) on new hardware before buying.

    From what I have seen in your code segments provided (especially for the n-body simulation part) , there are large amount of floating-point divisions. Is there any possibility that the code is not only limited by the cache size(and thrashing), but by the limited throughput of the floating-point divider? (i.e. The performance degradations when HT is enabled may also be caused by the competition of the two running threads on the only floating-point divider in the core)
    Reply
  • SanX - Tuesday, January 08, 2013 - link

    if you post zipped sources and exes for anyone to follow, learn, play, argue and eventually improve.

    I'd also preferred to see Fortran sources and benchmarks when possible.

    Intel/AMD should start promote 2/4/8 socket monster mobos for enthusiasts and then general public since this is the beginning of the infinite in time era for multiprocessing.

    Also where are games benchmarks like for example GTA4 which benefits a lot from multicores as well as from GPUs?
    Reply
  • IanCutress - Wednesday, January 09, 2013 - link

    The n-body simulations are part of the C++ AMP example page, free for everyone to use. The rest of the code is part of a benchmark package I'm creating, hence I only give the loops in the code. Unfortunately I know no Fortran for benchmarks.

    Most mainstream users (i.e. gamers) still debate whether 4 or 6 cores are even necessary, so moving to 2P/4P/8P is a big leap in that regard. Enthusiasts can still get the large machines (a few folders use quad AMD setups) if they're willing to buy from ebay which may not always be wholly legal. You may see 2P/4P/8P becoming more mainstream when we start to hit process node limits.

    Ian
    Reply

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