Jack the Stripper

I want to go 4 cores as I have no need for 6 cores.

Is $72.50usd good for a Xeon X5687 3.6 GHz 4 cores 4 × 256 KB 12 MB 2 × 6.4 GT/s QPI 27× ?

Its only for a hobby, in which soldering is not the main focus. Just soldering the odd time here or there. Upgrading phase wires to a beefier guage, soldering up bullet connectors. My Princess Auto (Harbor Freight) iron did not last long, it was the house brand called Power Fist. No fine tips, 2 screws to hold the tip in, adjustable was great. Cord, Iron, plug into wall type, adjustment on the handle.

Yeah my current setup is rocking 1080P I am not into fancy games. I kind of liked Battlefield when I saw it at my brothers house but over all I do not like that style of game. Doom, Clancy amd the like. I think that Battlefield game falls in line with another game I like, World of Tanks. So I find myself attracted to historical type games and not the shoot 'em up style. I like cheesy indie games, Mario style, Maze style, Racing style. My current GPU is sufficient. I just need a new hobby and OC may be a learning opportunity for me.

Makes perfect sense now Yes I know

But see I am a lazy fuck, and the YiHUA-936 by HK @ $25cdn it looks alright because @ 4:40 here he uses a YiHUA 8786D with heat gun. This looks so easy to do, might save me a few bucks. But as said, I am a lazy fuck. My feeling is it will cost about the same as the HK YiHUA (Hakko Clone). Because I may not have the correct adapter and need to buy one, though I could easily achieve whatever voltage it needs with my MeanWell's.

@DunePilot - No I do not plan to run 1080, but there is a slight chance I may run a 1070, the more likely scenerio for me is the AMD RX480 because I like the best bang for the buck aspect to that card. Yes I am reading ALL your posts DunePilot, you are one knowledgable person. I am going to buy a X5675, and try to get 4.3GHz with the 23x reg and 25x turbo and no more then 1.4V max if temps are all good. Quick Questions 1) You mention in another post somewhere, that stock clock speeds are of no consideration since it will be OC'd. I assume this means then I should be looking at the multiplier only? I look at the wikipedia Xeon page a lot, I will post a random cpu that has the column titles. I deleted the last two colums so its easy on the eyes to view. 1a) Are all the CPU's running the same bus speed in a given range/block, and the different CPU's just have different bus multipliers to achieve the frequency for a particular cpu? 1b) Whats highlighted in red and bolded/underlines is what I am looking for right? 2) The I/O bus 2 x 6.4GT/s QPI is only good when you are going to be using 2 cpu's on a mobo? 3) Could you explain the Spec Number where it states (B1) I read a lot about this and have no clue, I guess its the stepping. I see that the multiplier increases with better CPU binning, but the ratio of price per multiplier is taken into consideration. So I see how the X5650 is good budget wise and the X5675 gets you to the 4.3GHz level. Model number Spec number Frequency Turbo Cores L2 cache L3 cache I/O bus Mult. Memory Voltage TDP Socket Release date Dual Core Xeon X5698 SLC32 (B1) 4.4 GHz 0/1 2 2 × 256 KB 12 MB 2 × 6.4 GT/s QPI 33× 3 × DDR3-1333 0.75–1.35 V 130 W LGA 1366 Q1, 2011

Its not the amp rating of the wire or clips, its the alligator clips touching and frying the wire. Happened twice now. I am lucky 50% of the time. The first time it fucked up a $200 piece of equipment that now needs a new MOSFET, and they all need to be matched. I will probably end up selling that item and losing $40. Then I will buy a better Sinewave unit instead of a square wave unit. Plus a MOSFET unit that can handle more amps. Right now the blown MOSFET unit can only handle 60A, but I want more power so I have been looking at 100A units.

So is it better to have 2x QPI's or 1x QPI's on the I/O bus?

Just reading some posts here, wrote down some notes. x56xx(less clocked) uses less power then W(better binning?) w36xx hex core w35xx is low end, no better then AMD Athlon 55xx and 35xx are locked multipiers 56xx blow 1155 cpus out of the water Yeah, 1.5-1.8X ram speed is what I recommend for QPI Link on the i7 you can do 2X but its better to do 1.5-1.8 on the Xeons. I ran mine at 4.3GHz 24/7, most of them will do that. That is why it's not really worth buying more than just a X5650 or maybe a X5675 unless you just happen to find an 80 or 90 for the same price or maybe $20 more. I had a 4.5GHz that I ran all my benchmarks with and also a 4.7GHz profile but I never ran the 4.7GHz for more than anything than screenshots or the occasional benchmark, once you go over 4.3GHz on most of them you start really having to crank the voltage. I learned a lot. I need to let it all sink in.

Mucho's Gracias, but I count 65 CPU's on the wikipedia website. But that ARK website filter is damn fucking awesome.

Interesting, that is what I thought about the baseclock. And I do want to overclock this beatch! Step over to my other thread below, There are so many Xeons to choose from. I want something around the 3GHz mark.

Which series is the best? I get these from the wikipedia website. Xeon 3000-series (uniprocessor) LGA-1156 Clarkdale (MCP, 32 nm) LGA-1156 Lynnfield (45 nm) LGA-1366 Bloomfield (45 nm) LGA-1366 Jasper Forest (45 nm) LGA-1366 Gulftown (32 nm) Xeon 5000-series (dual-processor) LGA-1366 "Gainestown" (45 nm) LGA-1366 "Jasper Forest" (45 nm) LGA-1366 "Westmere-EP" (32 nm) Efficient Performance -------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- Here are them all, LGA-1366, I will highlite the ones that are fucking cheap. "Bloomfield" (45 nm) Based on Nehalem microarchitecture Uni-processor only Quad Core models support: Hyper-Threading, Turbo Boost All models support: MMX, XD bit, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, x64, SpeedStep, Smart Cache, VT-x,[17]EPT,[17]ECC Die size: 263 mm² Steppings: D0 Model number sSpec number Frequency Turbo Cores L2 cache L3 cache I/O bus Mult. Memory Voltage TDP Socket Release date Part number(s) Release price (USD) Dual Core Xeon W3503 SLBGD (D0) 2.4 GHz N/A 2 2 × 256 KB 4 MB 1 × 4.8 GT/s QPI 18× 3 × DDR3-1066 0.8–1.225 V 130 W LGA 1366 March 30, 2009 AT80601002868AA Xeon W3505 SLBGC (D0) 2.53 GHz N/A 2 2 × 256 KB 4 MB 1 × 4.8 GT/s QPI 19× 3 × DDR3-1066 0.8–1.225 V 130 W LGA 1366 March 30, 2009 AT80601002865AA Quad Core Xeon W3520 SLBEW (D0) 2.67 GHz 1/1/1/2 4 4 × 256 KB 8 MB 1 × 4.8 GT/s QPI 20× 3 × DDR3-1066 0.8–1.375 V 130 W LGA 1366 March 30, 2009 AT80601000741AB $284 Xeon W3530 SLBKR (D0) 2.8 GHz 1/1/1/2 4 4 × 256 KB 8 MB 1 × 4.8 GT/s QPI 21× 3 × DDR3-1066 0.8–1.375 V 130 W LGA 1366 March 16, 2010 AT80601000897AB $294 Xeon W3540 SLBEX (D0) 2.93 GHz 1/1/1/2 4 4 × 256 KB 8 MB 1 × 4.8 GT/s QPI 22× 3 × DDR3-1066 0.8–1.375 V 130 W LGA 1366 March 30, 2009 AT80601000921AB $562 Xeon W3550 SLBEY (D0) 3.07 GHz 1/1/1/2 4 4 × 256 KB 8 MB 1 × 4.8 GT/s QPI 23× 3 × DDR3-1066 0.8–1.375 V 130 W LGA 1366 August 9, 2009 AT80601002112AB $562 Xeon W3565 SLBEV (D0) 3.2 GHz 1/1/1/2 4 4 × 256 KB 8 MB 1 × 4.8 GT/s QPI 24× 3 × DDR3-1066 0.8–1.225 V 130 W LGA 1366 November 1, 2009 AT80601002727AB $562 Xeon W3570 SLBES (D0) 3.2 GHz 1/1/1/2 4 4 × 256 KB 8 MB 1 × 6.4 GT/s QPI 24× 3 × DDR3-1333 0.8–1.375 V 130 W LGA 1366 March 30, 2009 AT80601000918AB $999 Xeon W3580 SLBET (D0) 3.33 GHz 1/1/1/2 4 4 × 256 KB 8 MB 1 × 6.4 GT/s QPI 25× 3 × DDR3-1333 0.8–1.375 V 130 W LGA 1366 August 9, 2009 AT80601002274AB $999 "Jasper Forest" (45 nm) Based on Nehalem microarchitecture Uni-processor only LC3528 supports: Hyper-Threading, Turbo Boost All models support: MMX, XD bit, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, x64, SpeedStep, Smart Cache, VT-x,[17]EPT,[17]VT-d, ECC Die size: 263 mm² Steppings: B0[21] Model number sSpec number Frequency Turbo Cores L2 cache L3 cache I/O bus Mult. Memory Voltage TDP Socket Release date Part number(s) Release price (USD) Single Core, low voltage Xeon LC3518 SLBWH (B0) 1.73 GHz N/A 1 1 × 256 KB 2 MB DMI 13× 2 × DDR3-800 0.75–1.35 V 23 W LGA 1366 February 11, 2010 AT80612002946AA $192 Dual Core, low voltage Xeon LC3528 SLBWG (B0) 1.73 GHz 1866 MHz 2 2 × 256 KB 4 MB DMI 13× 2 × DDR3-800 0.75–1.35 V 35 W LGA 1366 February 11, 2010 AT80612002931AB $302 Quad Core Xeon EC3539 SLBWJ (B0) 2.13 GHz N/A 4 4 × 256 KB 8 MB DMI 16× 3 × DDR3-1066 0.75–1.35 V 65 W LGA 1366 February 11, 2010 AT80612003090AA $302 "Gulftown" (32 nm) Based on Westmere microarchitecture Uniprocessor-only systems All models support: Hyper-Threading All models support: MMX, XD bit, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, x64, AES-NI, SpeedStep, Turbo Boost, Smart Cache, VT-x,[17]EPT,[17]VT-d, TXT, ECC Die size: 240 mm² Steppings: B1 Model number sSpec number Frequency Turbo Cores L2 cache L3 cache I/O bus Mult. Memory Voltage TDP Socket Release date Part number(s) Release price (USD) Six Core Xeon W3670 SLBVE (B1) 3.2 GHz 1/1/1/1/2/2 6 6 × 256 KB 12 MB 1 × 4.8 GT/s QPI 24× 3 × DDR3-1066 0.8–1.375 V 130 W LGA 1366 August 29, 2010 AT80613005490AC BX80613W3670 $885 Xeon W3680 SLBV2 (B1) 3.33 GHz 1/1/1/1/2/2 6 6 × 256 KB 12 MB 1 × 6.4 GT/s QPI 25× 3 × DDR3-1333 0.8–1.375 V 130 W LGA 1366 March 16, 2010 AT80613003543AF BX80613W3680 $999 Xeon W3690 SLBW2 (B1) 3.47 GHz 1/1/1/1/2/2 6 6 × 256 KB 12 MB 1 × 6.4 GT/s QPI 26× 3 × DDR3-1333 0.8–1.375 V 130 W LGA 1366 February 14, 2011 AT80613005931AB BX80613W3690 $999 Xeon 5000-series (dual-processor) "Gainestown" (45 nm) Based on Nehalem microarchitecture All models support: MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, Demand-Based Switching (Intel's Server EIST), Intel 64, XD bit (an NX bit implementation), Intel VT-x, Intel EPT, Intel VT-d, Intel VT-c,[22]Intel x8 SDDC[18][23] All models support: Hyper-Threading, Turbo Boost except E5502, E5503, E5504, E5506, L5506, E5507 All models support dual-processor configurations Die size: 263 mm² Steppings: D0[24][25] Model number sSpec number Frequency Turbo Cores L2 cache L3 cache I/O bus Mult. Memory Voltage TDP Socket Release date Part number(s) Release price (USD) Dual Core Xeon E5502 SLBEZ (D0) 1.87 GHz N/A 2 2 × 256 KB 4 MB 2 × 4.8 GT/s QPI 14× 3 × DDR3-800 0.75–1.35 V 80 W LGA 1366 March 30, 2009 AT80602000804AA $188 Xeon E5503 SLBKD (D0) 2 GHz N/A 2 2 × 256 KB 4 MB 2 × 4.8 GT/s QPI 15× 3 × DDR3-800 0.75–1.35 V 80 W LGA 1366 March 16, 2010 AT80602003636AA $224 Dual Core, low voltage Xeon L5508 SLBGK (D0) 2 GHz 2/3 2 2 × 256 KB 8 MB 2 × 5.86 GT/s QPI 15× 3 × DDR3-1066 0.75–1.35 V 38 W LGA 1366 March 30, 2009 AT80602002697AC $440 Quad Core Xeon E5504 SLBF9 (D0) 2 GHz N/A 4 4 × 256 KB 4 MB 2 × 4.8 GT/s QPI 15× 3 × DDR3-800 0.75–1.35 V 80 W LGA 1366 March 30, 2009 AT80602000801AA $224 Xeon E5506 SLBF8 (D0) 2.13 GHz N/A 4 4 × 256 KB 4 MB 2 × 4.8 GT/s QPI 16× 3 × DDR3-800 0.75–1.35 V 80 W LGA 1366 March 30, 2009 AT80602000798AA $266 Xeon E5507 SLBKC (D0) 2.27 GHz N/A 4 4 × 256 KB 4 MB 2 × 4.8 GT/s QPI 17× 3 × DDR3-800 0.75–1.35 V 80 W LGA 1366 March 16, 2010 AT80602000795AA $266 Xeon E5520 SLBFD (D0) 2.27 GHz 1/1/1/2 4 4 × 256 KB 8 MB 2 × 5.86 GT/s QPI 17× 3 × DDR3-1066 0.75–1.35 V 80 W LGA 1366 March 30, 2009 AT80602002091AA $373 Xeon E5530 SLBF7 (D0) 2.4 GHz 1/1/1/2 4 4 × 256 KB 8 MB 2 × 5.86 GT/s QPI 18× 3 × DDR3-1066 0.75–1.35 V 80 W LGA 1366 March 30, 2009 AT80602000792AA $530 Xeon E5540 SLBF6 (D0) 2.53 GHz 1/1/1/2 4 4 × 256 KB 8 MB 2 × 5.86 GT/s QPI 19× 3 × DDR3-1066 0.75–1.35 V 80 W LGA 1366 March 30, 2009 AT80602000789AA $774 Xeon X5550 SLBF5 (D0) 2.67 GHz 2/2/3/3 4 4 × 256 KB 8 MB 2 × 6.4 GT/s QPI 20× 3 × DDR3-1333 0.75–1.35 V 95 W LGA 1366 March 30, 2009 AT80602000771AA $958 Xeon X5560 SLBF4 (D0) 2.8 GHz 2/2/3/3 4 4 × 256 KB 8 MB 2 × 6.4 GT/s QPI 21× 3 × DDR3-1333 0.75–1.35 V 95 W LGA 1366 March 30, 2009 AT80602000768AA $1172 Xeon X5570 SLBF3 (D0) 2.93 GHz 2/2/3/3 4 4 × 256 KB 8 MB 2 × 6.4 GT/s QPI 22× 3 × DDR3-1333 0.75–1.35 V 95 W LGA 1366 March 30, 2009 AT80602000765AA $1386 Xeon W5580 SLBF2 (D0) 3.2 GHz 1/1/1/2 4 4 × 256 KB 8 MB 2 × 6.4 GT/s QPI 24× 3 × DDR3-1333 0.75–1.35 V 130 W LGA 1366 March 30, 2009 AT80602000756AD $1600 Xeon W5590 SLBGE (D0) 3.33 GHz 1/1/1/2 4 4 × 256 KB 8 MB 2 × 6.4 GT/s QPI 25× 3 × DDR3-1333 0.75–1.35 V 130 W LGA 1366 August 9, 2009 AT80602000753AA $1600 Quad Core, low voltage Xeon L5506 SLBFH (D0) 2.13 GHz N/A 4 4 × 256 KB 4 MB 2 × 4.8 GT/s QPI 16× 3 × DDR3-800 0.75–1.35 V 60 W LGA 1366 March 30, 2009 AT80602002712AA $423 Xeon L5518 SLBFW (D0) 2.13 GHz 1/1/1/2 4 4 × 256 KB 8 MB 2 × 5.86 GT/s QPI 16× 3 × DDR3-1066 0.75–1.35 V 60 W LGA 1366 March 30, 2009 AT80602002265AB $551 Xeon L5520 SLBFA (D0) 2.27 GHz 1/1/1/2 4 4 × 256 KB 8 MB 2 × 5.86 GT/s QPI 17× 3 × DDR3-1066 0.75–1.35 V 60 W LGA 1366 March 30, 2009 AT80602000810AA $530 Xeon L5530 SLBGF (D0) 2.4 GHz 1/1/1/2 4 4 × 256 KB 8 MB 2 × 5.86 GT/s QPI 18× 3 × DDR3-1066 0.75–1.35 V 60 W LGA 1366 August 9, 2009 AT80602002927AB $744 "Jasper Forest" (45 nm) Based on Nehalem microarchitecture All models support: MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, Demand-Based Switching (Intel's Server EIST), Intel 64, XD bit (an NX bit implementation), Intel VT-x, Intel EPT, Intel VT-d, Intel VT-c,[22]Intel x8 SDDC[18][23] EC5549, LC5528, and LC5518 support: Hyper-Threading, Turbo Boost Die size: 263 mm² Steppings: B0[21] Model number sSpec number Frequency Turbo Cores L2 cache L3 cache I/O bus Mult. Memory Voltage TDP Socket Release date Part number(s) Release price (USD) Dual Core Xeon EC5539 SLBWL (B0) 2.27 GHz N/A 2 2 × 256 KB 4 MB 1 × 5.86 GT/s QPI 17× 3 × DDR3-1333 0.75–1.35 V 65 W LGA 1366 February 12, 2010 AT80612003861AB $388 Quad Core Xeon EC5509 SLBWM (B0) 2 GHz N/A 4 4 × 256 KB 8 MB 1 × 4.8 GT/s QPI 15× 3 × DDR3-1066 0.75–1.35 V 85 W LGA 1366 February 12, 2010 AT80612004740AA $266 Xeon EC5549 SLBWP (B0) 2.53 GHz 2933 MHz 4 4 × 256 KB 8 MB 1 × 5.86 GT/s QPI 19× 3 × DDR3-1333 0.75–1.35 V 85 W LGA 1366 February 12, 2010 AT80612005712AB $530 Quad Core, low voltage Xeon LC5518 SLBWF (B0) 1.73 GHz 2133 MHz 4 4 × 256 KB 8 MB 1 × 4.8 GT/s QPI 13× 3 × DDR3-1066 0.75–1.35 V 48 W LGA 1366 February 12, 2010 AT80612002928AC $519 Xeon LC5528 SLBWK (B0) 2.13 GHz 2533 MHz 4 4 × 256 KB 8 MB 1 × 4.8 GT/s QPI 16× 3 × DDR3-1066 0.75–1.35 V 60 W LGA 1366 February 12, 2010 AT80612003858AA $519 "Westmere-EP" (32 nm) Efficient Performance Based on Westmere microarchitecture All models support: MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, Enhanced Intel SpeedStep Technology (EIST), Intel 64, bit (an NX bit implementation), TXT, Intel VT-x, Intel EPT, Intel VT-d, Intel VT-c,[26]Intel x8 SDDC,[18][23]AES-NI, Smart Cache, Hyper-Threading, Turbo Boost except E5603, E5606, E5607, L5609 Dual-socket configurations supported Die size: 240 mm² Steppings: B1 Model number sSpec number Frequency Turbo Cores L2 cache L3 cache I/O bus Mult. Memory Voltage TDP Socket Release date Part number(s) Release price (USD) Dual Core Xeon X5698 SLC32 (B1) 4.4 GHz 0/1 2 2 × 256 KB 12 MB 2 × 6.4 GT/s QPI 33× 3 × DDR3-1333 0.75–1.35 V 130 W LGA 1366 Q1, 2011 AT80614007314AA Quad Core Xeon E5603 SLC2F (B1) 1.6 GHz N/A 4 4 × 256 KB 4 MB 2 × 4.8 GT/s QPI 12× 3 × DDR3-1066 0.75–1.35 V 80 W LGA 1366 February 14, 2011 AT80614006954AA BX80614E5603 $188 Xeon E5606 SLC2N (B1) 2.13 GHz N/A 4 4 × 256 KB 8 MB 2 × 4.8 GT/s QPI 16× 3 × DDR3-1066 0.75–1.35 V 80 W LGA 1366 February 14, 2011 AT80614007290AE BX80614E5606 $219 Xeon E5607 SLBZ9 (B1) 2.27 GHz N/A 4 4 × 256 KB 8 MB 2 × 4.8 GT/s QPI 17× 3 × DDR3-1066 0.75–1.35 V 80 W LGA 1366 February 14, 2011 AT80614006789AA BX80614E5607 $276 Xeon E5620 SLBV4 (B1) 2.4 GHz 1/1/2/2 4 4 × 256 KB 12 MB 2 × 5.86 GT/s QPI 18× 3 × DDR3-1066 0.75–1.35 V 80 W LGA 1366 March 16, 2010 AT80614005073AB BX80614E5620 $387 Xeon E5630 SLBVB (B1) 2.53 GHz 1/1/2/2 4 4 × 256 KB 12 MB 2 × 5.86 GT/s QPI 19× 3 × DDR3-1066 0.75–1.35 V 80 W LGA 1366 March 16, 2010 AT80614005463AA BX80614E5630 $551 Xeon E5640 SLBVC (B1) 2.67 GHz 1/1/2/2 4 4 × 256 KB 12 MB 2 × 5.86 GT/s QPI 20× 3 × DDR3-1066 0.75–1.35 V 80 W LGA 1366 March 16, 2010 AT80614005466AA BX80614E5640 $774 Xeon X5647 SLBZ7 (B1) 2.93 GHz 1/1/2/2 4 4 × 256 KB 12 MB 2 × 5.86 GT/s QPI 22× 3 × DDR3-1066 0.75–1.35 V 130 W LGA 1366 February 14, 2011 AT80614006780AA $774 Xeon X5667 SLBVA (B1) 3.07 GHz 2/2/3/3 4 4 × 256 KB 12 MB 2 × 6.4 GT/s QPI 23× 3 × DDR3-1333 0.75–1.35 V 95 W LGA 1366 March 16, 2010 AT80614005154AB $1440 Xeon X5672 SLBYK (B1) 3.2 GHz 2/2/3/3 4 4 × 256 KB 12 MB 2 × 6.4 GT/s QPI 24× 3 × DDR3-1333 0.75–1.35 V 95 W LGA 1366 February 14, 2011 AT80614005922AA $1440 Xeon X5677 SLBV9 (B1) 3.47 GHz 1/1/2/2 4 4 × 256 KB 12 MB 2 × 6.4 GT/s QPI 26× 3 × DDR3-1333 0.75–1.35 V 130 W LGA 1366 March 16, 2010 AT80614005145AB $1663 Xeon X5687 SLBVY (B1) 3.6 GHz 1/1/2/2 4 4 × 256 KB 12 MB 2 × 6.4 GT/s QPI 27× 3 × DDR3-1333 0.75–1.35 V 130 W LGA 1366 February 14, 2011 AT80614005919AB $1663 Quad Core, low power Xeon L5609 SLBVJ (B1) 1.87 GHz N/A 4 4 × 256 KB 12 MB 2 × 4.8 GT/s QPI 14× 3 × DDR3-1066 0.75–1.35 V 40 W LGA 1366 March 16, 2010 AT80614005940AA $440 Xeon L5618 SLBX3 (B1) 1.87 GHz 1/1/2/3 4 4 × 256 KB 12 MB 2 × 5.86 GT/s QPI 14× 3 × DDR3-1066 0.75–1.35 V 40 W LGA 1366 March 16, 2010 AT80614005079AB $530 Xeon L5630 SLBVD (B1) 2.13 GHz 1/1/2/2 4 4 × 256 KB 12 MB 2 × 5.86 GT/s QPI 16× 3 × DDR3-1066 0.75–1.35 V 40 W LGA 1366 March 16, 2010 AT80614005484AA $551 Six Core Xeon E5645 SLBWZ (B1) 2.4 GHz 1/1/1/1/2/2 6 6 × 256 KB 12 MB 2 × 5.86 GT/s QPI 18× 3 × DDR3-1333 0.75–1.35 V 80 W LGA 1366 March 16, 2010 AT80614003597AC $551 Xeon E5649 SLBZ8 (B1) 2.53 GHz 1/1/1/1/2/2 6 6 × 256 KB 12 MB 2 × 5.86 GT/s QPI 19× 3 × DDR3-1333 0.75–1.35 V 80 W LGA 1366 February 14, 2011 AT80614006783AB BX80614E5649 $774 Xeon X5650 SLBV3 (B1) 2.67 GHz 2/2/2/2/3/3 6 6 × 256 KB 12 MB 2 × 6.4 GT/s QPI 20× 3 × DDR3-1333 0.75–1.35 V 95 W LGA 1366 March 16, 2010 AT80614004320AD BX80614X5650 $996 Xeon X5660 SLBV6 (B1) 2.8 GHz 2/2/2/2/3/3 6 6 × 256 KB 12 MB 2 × 6.4 GT/s QPI 21× 3 × DDR3-1333 0.75–1.35 V 95 W LGA 1366 March 16, 2010 AT80614005127AA BX80614X5660 $1219 Xeon X5670 SLBV7 (B1) 2.93 GHz 2/2/2/2/3/3 6 6 × 256 KB 12 MB 2 × 6.4 GT/s QPI 22× 3 × DDR3-1333 0.75–1.35 V 95 W LGA 1366 March 16, 2010 AT80614005130AA BX80614X5670 $1440 Xeon X5675 SLBYL (B1) 3.07 GHz 2/2/2/2/3/3 6 6 × 256 KB 12 MB 2 × 6.4 GT/s QPI 23× 3 × DDR3-1333 0.75–1.35 V 95 W LGA 1366 February 14, 2011 AT80614006696AA BX80614X5675 $1440 Xeon X5679 SLC2E (B1) 3.2 GHz 1/1/1/1/2/2 6 6 × 256 KB 12 MB 2 × 6.4 GT/s QPI 24× 3 × DDR3-1066 0.75–1.35 V 115 W LGA 1366 February 14, 2011 AT80614006924AA Xeon X5680 SLBV5 (B1) 3.33 GHz 1/1/1/1/2/2 6 6 × 256 KB 12 MB 2 × 6.4 GT/s QPI 25× 3 × DDR3-1333 0.75–1.35 V 130 W LGA 1366 March 16, 2010 AT80614005124AA BX80614X5680 $1663 Xeon X5690 SLBVX (B1) 3.47 GHz 1/1/1/1/2/2 6 6 × 256 KB 12 MB 2 × 6.4 GT/s QPI 26× 3 × DDR3-1333 0.75–1.35 V 130 W LGA 1366 February 14, 2011 AT80614005913AB BX80614X5690 $1663 Six Core, low power Xeon L5638 SLBWY (B1) 2 GHz 1/1/2/2/3/3 6 6 × 256 KB 12 MB 2 × 5.86 GT/s QPI 15× 3 × DDR3-1333 0.75–1.35 V 60 W LGA 1366 March 16, 2010 AT80614003591AB $958 Xeon L5639[27] SLBZJ (B1) 2.13 GHz 2/2/3/3/4/4 6 6 × 256 KB 12 MB 2 × 5.86 GT/s QPI 16× 3 × DDR3-1333 0.75–1.35 V 60 W LGA 1366 February 14, 2011 AT80614005076AB Xeon L5640 SLBV8 (B1) 2.27 GHz 2/2/3/3/4/4 6 6 × 256 KB 12 MB 2 × 5.86 GT/s QPI 17× 3 × DDR3-1333 0.75–1.35 V 60 W LGA 1366 March 16, 2010 AT80614005133AB BX80614L5640 $996 Xeon L5645[27] SLBVW (B1) 2.4 GHz 2/2/3/3/4/4 6 6 × 256 KB 12 MB 2 × 5.86 GT/s QPI 18× 3 × DDR3-1333 0.75–1.35 V 60 W LGA 1366 February 14, 2011 AT80614005136AB

Well an i7-4770 Lenovo SFF 500GB and 4GB went for $200 last time I checked, an hour before the sale ended. So I dont know how much it sold for, it just slipped my mind, I should have added it tot he Watch List. I was thinking I would max out at $250, real value is $320cdn I am thinking 4 core.

Link a brutha up brah Ouch, $30 for shipping from HK OUCH!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! I need to buy a ton of shit, I could tack on maybe $4 to the $15 price tag of that soldering iron. I am hurting now. USA West it will cost $23 but still I need to buy more crap. OK I will have to see what else I need, perhaps some heat shrink, cable for sure, bullet connectors. Man I wish I could go LiPo, I really do

Which is the second one with the seperate stand? I am diggin it, but I need extra tips of various styles.

I would choose that one or the greenish one at the very bottom. I will have to read the reviews.

The black one that has seperated iron stand rather then the other two with built in stand.

I do need to buy some shit from HK Which one of the 3 should I buy, which one is the best? These got to be better then ebay crap or my $20 one from Amazon.

There are no warehouses in Canada which forces me to use International, which is high in S/H prices. https://hobbyking.com/en_us/catalogsearch/result/index/?limit=36&q=iron&wrh=3 or better seach term was this https://hobbyking.com/en_us/catalogsearch/result/index/?dir=asc&limit=36&order=price&q=soldering+iron Are they half decent?

Has anyone used the AGPtek 110V 60W Adjustable Electric Temperature Gun Welding Soldering Iron Tool +5pc Solder Iron Tips Kit CDN$ 17.18??????????????????????????????

That is soooo true. I haven't figured them out yet. I will try to analyze the pyschological make up in a general way. Adults that have not grown up and matured is my only reasoning but I am not a professional psychologist. I like a good watch like anybody else, but will I spend 1 months wages on a wage, fuck no!

Drones

This is my last glass of Egg Nog, buh bye Lucerne, until next year mate!

I like those clips, I may look for those and oscilloscope clips.