Elektroschocker

You can't overclock with that motherboard. 

850-1000W PSU?

i can do that but i'm at work at the moment so you have to wait till i'm home

Mind sharing some pictures/a video of the monitor with us if it's not too much trouble?
Would appreciate it

It’s high time to start shutting down some of these myths. There have been too many poorly written and misleading articles published on various tech “news” websites, generating hype out of nothing. Pascal is entirely focused on HPC (high-performance compute, a.k.a. supercomputers and servers) and NVIDIA hasn’t said so much as a word about gaming. But at every turn people keep trying as hard as they can to interpret every statement as "amazing for gamers!", and every time NVIDIA specifically says “compute performance” the words somehow turn into “gaming performance” in people’s minds, leading to a lot of false impressions and expectations. I'm not saying Pascal won't have amazing gaming performance. I'm saying we have no information about Pascal's gaming performance so far. Pascal might be great for gaming, it might be rubbish. NVIDIA has said nothing on the topic, basically none of what they've said so far is really applicable to gaming.

But anyway... let’s get busting!

"10× the Performance of Maxwell GM200!"

"NVLink!"

"8-Way SLI!"

"32 GiB of Memory!"

"HBM2 (3D Memory)!"

The things NVIDIA has actually claimed specifically:
NVLink will be useful as a replacement for PCI Express in supercomputers, and will have 80 GB/s of total bandwidth shared between the CPU and the number of GPUs in the system. (NVIDIA developer blog) NVLink can be used as a GPU-GPU interconnect without replacing PCIe as the system interconnect, which provides great benefit for HPC and multi-GPU accelerated computing algorithms. No word on what this means for regular desktop cards and multi-GPU gaming. (NVIDIA developer blog) 2× the power efficiency (performance per watt) in SGEMM operations compared to Maxwell GM200; that’s a bit out of my depth so I don’t know how relevant that is to gaming applications, but I do think it’s important to notice that NVIDIA was very specific not to claim 2× power efficiency just as a general statement, so it probably won’t be, otherwise they would have just said that. (slide from keynote) 4× FP16 performance in mixed precision mode compared to Maxwell GM200; not really relevant for gaming, though it could mean the FP32 performance of Pascal is 2× that of Maxwell, this is only speculation so I don't know why I'm even mentioning it in this section (slide from keynote) Very roughly 10× the overall throughput for deep learning problems compared to Maxwell GM200 (slide from keynote) Up to 32 GiB of 3D memory (HBM) in highest-end cards (and not necessarily highest-end GeForce cards) (slide from keynote) Up to 3× the memory bandwidth of Maxwell GM200 (so, ≈1 TB/s) (slide from keynote) 8 GPUs in a future Pascal-based deep learning devkit (SLI not mentioned) (end of: https://www.youtube.com/watch?v=vdNRqZSRgfA)
So, I don’t mean to dampen the mood or say Pascal won’t be great, not at all; the reality is we have absolutely no idea how Pascal will be for gaming, there’s been no information about that topic yet. It might be only a marginal improvement, it might be totally amazing. Everything we’ve heard so far is about compute capabilities. As much as the sensationalist “news” sites across the web want to make it seem like all these things are applicable to gaming, they simply aren’t. So far the Pascal architecture seems to be entirely centered around high-performance compute and accelerated computing.

We’ll see what kind of gaming performance Pascal brings to the table in due time. For now, just sit back, relax, and be careful of what you read on the Internet.

Full GTC 2015 Keynote:

GTC 2016 Update:
https://devblogs.nvidia.com/parallelforall/inside-pascal/

NVIDIA has released specifications for the GP100 GPU ("Big Pascal"), as well as the NVIDIA Tesla P100, a compute acceleration module which will use the GP100 GPU.
 
Specifications of the GP100 GPU include:
3840 FP32 cores, 1920 FP64 cores (1/2 FP32) Cores are arranged in to 60 groups of cores called SMs, with 64 FP32 cores and 32 FP64 cores in each group 240 texture units (4 per SM) 4096-bit HBM2 memory interface (8 × 512-bit) 4 MiB L2 cache 15.3 billion transistors 610 mm2 die area Manufactured by TSMC on a 16 nm fabrication process Specifications for the Tesla P100 compute accelerator include:
A GP100 GPU with 4 SMs disabled (56 out of 60 enabled), for a total of 3584 FP32 cores active (1792 FP64 cores) A 1328 MHz base frequency and 1480 MHz boost frequency 224 texture units enabled Up to 16 GiB of HBM2 DRAM on a full 4096-bit memory interface 300 watt TDP 5.3 FP64 TFLOPs at boost frequency (3× compared to Kepler GK110's 1.7 TFLOPs, and 25× compared to Maxwell GM200's pathetic 0.2 TFLOPs) With FP64 = 1/2 FP32, this implies 10.6 TFLOPs in theoretical FP32 performance, which is 16% faster than the theoretical performance of a Maxwell GM200 GPU at equal frequency (1.4 GHz), and 72% faster than a 1.0 GHz Maxwell GM200 GPU (TITAN X stock frequency). Also keep in mind that this is with only 56 out of 60 SMs enabled.  

Und heute Abend:
  Eine 80+ Bronze PSU verursacht ein feuer in Bayern, angeblich sollte der Besitzer seinen GPU "overclocked" haben, die Polizei ist noch am investigieren.

I think they will do it once they are done with the office, it's still a mess last time I checked. Making content and finishing organising and whatnot at the same time is a slow process.

o/

Slick/Luke is on 24/7

It'd be cheaper to put it in my garbage can but thanks

Yes my work is all copyrighted, but it is only if the copyright owner chooses to enforce the aforementioned copyright that it becomes an issue for whoever is using the work.
 
In the case of school projects or classroom use (and fan creations like mashups and whatnot) I never pursue any kind of action and when people ask me (ahead of time is preferred) always give the okay.
 
Anyway, for the reference of anyone reading this thread I don't see @linustech tags because I have notifications disabled (too many) but I do read at least the subject lines of probably 80% of what's posted on this forum, so if a thread is titled "Dear Linus" I'll usually at least pop my head in
 
Glad the video helped you out in your project, OP

Thank you for helping me "shock and awe" a class of college students. I used the ending of your son building a gaming pc (wish I could've shown the whole thing, but had a video time limit). It helped me really push my point, and get an A in my speech class.


Once again, thank you!
@LinusTech.

I spent $450 USD on a 15GB HDD.
 
 
(That was back 1995)

I use an xbox 360 controller while playing PC FPSs, along with every other genre except rts.
 
Also I can't type unless I'm looking at the keys

I've started seeing this guide recently spring up from the PCMasterRace subreddit: http://i.imgur.com/tgrbCnr.jpg
 
And honestly, it really needs some editing, and needs to be a version that's not set in stone like that image but rather a thread. And I'm bored. So here we go:
 
Tier 1
Antec - High Current Pro, High Current Platinum
Be Quiet - Dark Power Pro P10, Dark Power Pro 11
Corsair - AX, AXi, HXi
Enermax - Platimax
EVGA - G2, P2, PS
Fractal - Newton R3
LEPA - G1600
Seasonic - X, Platinum, Snow Silent
Super Flower - Leadex
XFX - Pro Gold, Pro Black
 
Tier 2
Antec - EDGE, TruePower Classic
Cooler Master - V-series (fully modular)
Corsair - RMi, HX
EVGA - GS, GQ
Fractal - Edison M
Seasonic - S12G, G XFX - TS Gold, Pro XXX, XTR
 
Tier 3
Antec - High Current Gamer, Neo ECO
Be Quiet - Straight Power E9, E10
Corsair - RM (variations apply)
Cooler Master - VSM ("V-series" Semi modular)
EVGA - B2
Fractal - Tesla R2
OCZ*1 - ZX
PC Power & Cooling*1 - Silencer Mk III, Turbo Cool*2
Rosewill - Capstone, Lightning, Silent Night, Tahyon, Fortress
Seasonic - M12II, M12II EVO, S12II
Silverstone - Gold SFX, Gold Evolution, Strider Gold
Super Flower - Golden Green
Thermaltake - DPS Gold
XFX - Core, ProSeries Bronze, TS Bronze
 
Tier 4
Antec - EarthWatts/EA Green
Corsair - CS
Cooler Master - GM
EVGA - 1000G
FSP - Aurum Pro
Be Quiet - Power Zone
Enermax - Revolution X't
Silverstone - Strider Plus
 
Tier 5
Antec - Basiq VP-F, Basiq BP, EarthWatts Platinum
Enermax - NaXn 82+
Fractal - Integra M
NZXT - Hale90 V2 OCZ*1 - ZT, ModXStream
Silverstone - Bronze SFX
Thermaltake - ToughPower Gold
 
Tier 6
Antec - Basiq VP
Be Quiet - Dark Power Pro, Pure Power L8, Straight Power E9
Bitfenix - Fury
Corsair - CX
EVGA - 500/600 B, NEX-B (B1), NEX-G (G1)
FSP - Aurum, Raider Silver
Fractal - Integra R2, Tesla R2
NZXT - Hale82 V2 OCZ*1 - Fatal1ty
Rosewill - Hive, ARC (M)
Silverstone - Strider Essential
Thermaltake - LitePower, London, ToughPower
Zalman - GS/GT
 
Tier 7
Cooler Master - Elite series
Corsair - VS
EVGA - 430/500W 80+ (W1)
ThermalTake - Smart Bronze, TR2-RX
 
Ones to stay away from (NOT a conclusive list)
Any shitty-brand PSU like Apevia, Logisys, Diablotek, etc
Generic Chinese units
Cooler Master - Thunder
EVGA - 400W
FSP - Raider Bronze
Thermaltake - TR2, PurePower
 
(I don't know why this section comes out double spaced, it doesn't show up as so in the editor)
 
Footnotes
*1 - OCZ and PC Power & Cooling now known as FirePower
*2 - Regarding 860W model, other Turbo Cool models were different and are no longer in production under the FirePower name
 
Idk conclusion? 
General advice? Pick a good PSU for your system and let it last. Choose one from a good OEM, one that's known for being high quality, and is as high up on this list as you can get for your budget. Balance out your builds and don't pick flagship components like CPU and GPU combined with a tier 6 PSU. People don't hate on the Corsair CX because it's a CX, but because people are pairing it with OC'd i7s and two flagship GPUs and wonder why they break.

PCPartPicker part list / Price breakdown by merchant   CPU: Intel Core i5-4460 3.2GHz Quad-Core Processor  ($226.71 @ Vuugo)  Motherboard: MSI H81M-P33 Micro ATX LGA1150 Motherboard  ($56.71 @ Vuugo)  Memory: Patriot Signature 8GB (2 x 4GB) DDR3-1600 Memory  ($48.98 @ DirectCanada)  Storage: Western Digital Caviar Blue 1TB 3.5" 7200RPM Internal Hard Drive  ($57.71 @ Vuugo)  Video Card: Sapphire Radeon R9 390 8GB Nitro Video Card  ($436.49 @ Newegg Canada)  Case: Cooler Master K280 ATX Mid Tower Case  ($45.71 @ Vuugo)  Power Supply: EVGA SuperNOVA GS 550W 80+ Gold Certified Fully-Modular ATX Power Supply  ($109.98 @ Newegg Canada)  Keyboard: Cooler Master CM Storm Devastator Gaming Bundle Wired Gaming Keyboard w/Optical Mouse  ($32.71 @ Vuugo)  Total: $1015.00 Prices include shipping, taxes, and discounts when available Generated by PCPartPicker 2015-10-28 00:44 EDT-0400   This will easily do well in most games.

Computer Canada is wrong about suggesting the FX platform.
 
 
It outdated and will not last a few years
 
 
you will be better with the Intel Haswell or Skylake builds
 
 
check the other tread for suggested builds
 
http://linustechtips.com/main/topic/474926-build-me-a-gaming-computer-d/

290 for photoshop
WHAT

IBM 24 core 3.9ghz Z230 CPU
96GB DDR5 8ghz ram
PowerVR 24GB GPU DX14

Uh, I was under the impression that it was a very common thing to do. 

Still not that good, but better.

It has three different metallic elements, and two plastic. After a manual you must choose a proper one for a certain socket (2011-3).

Locked. How many times are you going to post this? This is the third time you've created this topic. Please do not post threads multiple times.

I would rather next time having them literally get 100% free PC parts from an actual scrapyard.