On 8/23/2012 7:28 PM, Stephen Powell wrote: > On Thu, 23 Aug 2012 03:07:49 -0400 (EDT), Stan Hoeppner wrote:
>> http://www.ebay.com/itm/Lot-of-14-PC1600-DDR-200-Registered-ECC-1GB-Server-Memory-Micron-Samsung-/130718246446?pt=US_Memory_RAM_&hash=item1e6f6a262e > > Hmm. I'm not even sure if this is the right kind of memory. It is. > I only need 4. What would I do with the other 10? If 14 used sticks is $50 and 4 new sticks is $120, does it matter? Keep em as spares, make key chains, whatever. > I went to the web site > of an outfit I've dealt with before, http://www.oempcworld.com, and I > found a way to specify my system by entering the motherboard number. > I told it I had an Intel SE7500CW2. Here's the page it took me to: > > http://www.oempcworld.com/configurator/configurator.php?mch=SE7500CW2&mfr=Intel&mdn=SE7500+Mainboard+Series Under the photo: "Actual item may differ". That photo shows a standard 184 pin non ECC desktop DIMM. > They are charging about $30 per DIMM, so four of them would be about > $120. The lot of 14 from Ebay is the only way to go here. >> $50 for old RAM or $110 few all new guts? $110 gets you a new Foxconn >> AM3 mobo, 2.8GHz 1MB L2 64bit 45 watt single core AMD retail CPU, and >> 4GB DDR3-1333 dual channel RAM-- 6.6x the memory bandwidth of the >> Netburst Xeon. >> >> http://www.newegg.com/Product/Product.aspx?Item=N82E16819103888 >> http://www.newegg.com/Product/Product.aspx?Item=N82E16813186189 >> http://www.newegg.com/Product/Product.aspx?Item=N82E16820148541 >> >> I've used this combo to refurb 2 old machines now, including the machine >> from which I've typing this. No problems so far with exactly one year >> on this one. I've got a dual core Regor 3GHz 2x1MB L2 in this box. >> >> If a single core 2.8 64bit Sempron is insufficient for your workload, >> add $25 for a 65 watt 3.2GHz dual core AthlonII X2, $135 total: >> http://www.newegg.com/Product/Product.aspx?Item=N82E16819103873 > > Hmm. That's worth mulling over. But I generally like to get hardware > when it's at least 3 or 4 years old. That way, I can usually run > Debian stable and have all the device drivers work with no problems. > I worry particularly about the mobo with an on-board bleeding edge > Nvidia video chipset. The nVidia MCP61 SB+GPU single chip chipset on this board hit the market in late 2006 and has been out of production for at least 2 years, boards using it out of production for a year. Units still in the channel are simply those that haven't sold. This is the reason this is the cheapest socket AM3 board Newegg offers. Sometimes you forget you and I think alot alike. I'd never recommend anything bleeding edge to you Stephen. > This thing is about 10 years old, but since > it was originally intended to be used as a high-end server, it should > make a decent desktop system even today. The 2D chip is too slow. If you want to use a GUI desktop and a modern browser, visit modern complex websites, play flash videos etc, this system won't be very snappy. You'll also likely need to add a sound card. This is decidedly an entry level server. Entry is 2-4 sockets. Midrange is 8-16 sockets. High end is 16+ sockets. There have only been a handful of high end x86 servers produced throughout history: the 32-way Data General Aviion PPro, the 32-way Unisys ES7000 P3 Xeon, both long discontinued, and the currently shipping 256-way SGI Altix UV 4/8/10 core Xeon, the very highest of the high end. It's the only shared memory system of any ISA with over 128 sockets. >> As long as the PSU has the 4-pin CPU power plug, and it should being a >> Xeon board, you shouldn't need to replace anything else. And you've >> basically got a brand new system, sans drives, for $110-135. > > I don't see the 4-pin CPU power plug to which you refer coming out > of the power supply. (Yes, I finally broke down and took the cover > off.) Of course, it does have several spare 4-pin power connectors > designed for peripherals, such as hard disks, CD-ROM drives, etc. > But I suspect you are referring to something smaller. Found a good pic of this board. It has an 8 pin aux +12v power connector, not 4 pin. It may be unused on your system. I.e. the person who built the box didn't use a PSU with the 8 pin aux output as only one CPU was installed and most of the PCI slots are empty. I didn't read the manual thoroughly. You could probably get away without connecting the 4 pin aux CPU power on the Foxconn board if using a 65w or lower CPU. I've never tried it. But I don't find anything in the manual that says the board won't post with it disconnected. Many newer boards won't power up without it connected and their docs say so in bold print. This is a safety feature to keep folks with 80+ watt CPUs from burning up the board traces and/or smoking the 24pin +12V wires due to excessive current draw. Worse case scenario if it must be connected, you also buy a $15 PSU with the 4 pin aux CPU +12V output. It's still a big win over spending $120 to add memory to an old slow box. Now, if you plan to use it as a headless server, spend the $50 on the memory and use it as is. Should be fine for some light duty stuff. -- Stan -- To UNSUBSCRIBE, email to debian-user-requ...@lists.debian.org with a subject of "unsubscribe". Trouble? Contact listmas...@lists.debian.org Archive: http://lists.debian.org/50374d33.8050...@hardwarefreak.com
