Recommended Posts

So lately, especially since it's been summer, I've noticed a lot of people asking for help with their computer builds.

Often times, the same questions are asked over and over again (if you frequently help people in Hardware Hangout with their computer builds you would know what I mean).

As well, I also so see a lot of people not providing enough information in order for others to be able to make the proper recommendations with what hardware to buy, why this chipset is better than that chipset etc.

I hope this thread will help reduce some of the more generic questions that are being asked to save time (and to save the effort of having to ask the same questions everytime someone needs help with a new build).

So for those of you who already do this, then great. For those of you who don't, read ahead and I highly recommend you try what this guide will teach you. You'll notice you get a lot more replies and you'll get your help way faster. :)

To start off, when someone asks for help with a computer build, that person usually has their own specific purposes for the computer they are planning on building. Thus, before you make your thread in Hardware Hangout, you should ask yourself at least the following questions (this is the part that is inspired by gwai lo)

Here's a brief rundown of the questions, in case you don't want to go through the entire thread cause I do understand that it's a bit long and to some of you it may look like a huge wall of text.

1. What are your other components / What components are you planning on buying?

2. What's your budget?

3. What are you using your computer for?

4. What size is your monitor? To SLI/Crossfire or not to SLI/Crossfire?

5. When are you buying? Should I wait?!

6. Are you overclocking?

7. Where do you plan on buying from?

8. Do you want any specific features?

1. What are your other components / What components are you planning on buying?

Well, without knowing what your other components are, it is VERY difficult to give any advice as to what to recommend for your computer. Why? Well say you're asking for help, and no one else really has an idea of what your other computer components are it's difficult to determine whether or not the parts we are recommending will even be compatible. Additionally, maybe you are building a computer to replace an existing one, it would be nice to let the other members know whether you can transfer a hard drive or two from your old build into a new one, or whether you can use an optical drive that you already have.

Just as a reference as to what components you may want to include in your spec list starting from top to bottom:

PSU, Video Card (if applicable), CPU, RAM, Motherboard, Hard Drives, Optical Drives, Case, CPU Cooler

2. What's your budget?

Well this is quite self explanatory. As most of you already know the computer hardware industry is roughly split up into three groups. The mainstream group of which make up most of the computer hardware "market share". The enthusiasts, this is the section that I assume most people posting on a technology forum would comprise of, and then there are the "extreme enthusiast" group (I couldn't really think of the term for that) which is made up of the people who really have no limit to their budget, are into extreme overclocking (ie. World Record breaking overclocks, watercooled quad SLI setup, Core 2 Extreme processors etc).

Each group will have their own respective price ranges. And without knowing what your budget is, it's hard to recommend hardware that belong to a particular price range.

If anything, knowing your budget is THE most important question to answer in your initial post when asking for help with a computer build, whether it's for a video card only, a processor ONLY or whether your budget is for the entire system.

IMPORTANT NOTE: PLEASE remember to state the currency that your budget will be in. It is quite confusing when someone posts a $10,000 budget just to realize that it's not in USD or CAD. :p

3. What are you using your computer for?

Again, quite self explanatory. Computers nowadays are being used for a wide variety of purposes, from video editing and rendering, to heavy AutoCAD work, to light, moderate and serious gaming, to just regular office applications, e-mail and watching movies. Make sure you state what your future computer is going to be used for so that people who try to help don't recommend the wrong hardware. I would hate to see someone recommend a 9800GX2 when all you're going to be doing is sending email and browsing the internet.

4. What size is your monitor? To SLI or not to SLI?

Well this question may seem strange at first, but it's actually quite important. Why you ask? The size of the monitor is important in order to determine which video card to recommend. This is more for the people who are involved with the moderate to intense gaming. As a gamer, you want to push the max FPS (frames per second) out of your system at a given resolution. A lot of people seem to think that SLI / Crossfire means better! Well this is not exactly the case, as many of you may (or may not know) SLI / Crossfire does not scale too well. What do I mean by scale? It means that if one single video card (with a single GPU) is providing 100% of the performance at a given game (say Half Life 2) adding another single GPU video card (of the same type) and putting it into SLI / Crossfire does NOT mean you will get DOUBLE the frame rate at a given resolution, and given game. For the price you are paying for TWO video cards, you could be only getting 20-30% performance increase for double the price.

5. When are you buying? Should I wait?!

Answering this question will allow us to determine WHAT specific hardware to recommend. Remember hardware is CONSTANTLY changing, and if you are making a computer build for 4-6 months down the line or even a year down the line, the hardware available will MOST LIKELY be drastically different. Just take Q3 and the end of Q2 2008 for example. ATI released TWO new video cards, and NVIDIA released TWO new video cards putting the total to four. And a few of NVIDIA and ATI's video cards were put on EOL (End of Life) meaning they are no longer going to be produced and they will just let supplies run out.

A general rule of thumb is to not wait more than a month or so for new hardware. The computer hardware industry is moving forward SO fast that it's almost impossible for your system to stay up to date for more than 6-7 months anyway. As well, if you keep playing the waiting game for new hardware, you'll find yourself ALWAYS waiting for new hardware to come out before you grab it. Buy right away, and upgrade when you can. In this situaton, it would be extremely beneficial to the forum members helping you if you included your current setup, and then your intended setup. This is just to make sure you're not doing something strange like upgrading from a E8200 to an E8500.

6. Are you overclocking?

This question needs to be addressed because most of you MAY or may not be overclockers. Well here's an example, if you're building a computer, and you are NOT going to be overclocking, BUT in your initial computer build spec list, you have an aftermarket CPU cooler. Well that's just money wasted right? Because if you're not overclocking the stock Intel cooler will save you about $30-60 off your budget!

And if you ARE overclocking, what type of cooling should you get? A good hint generally with aftermarket cooling is go for the high end cooling, or stick with stock until you can afford high end cooling. There is NO reason to grab some mediocre aftermarket cooling that will perform close to stock cooling (not to mention you are already spending $30+ on a cooler, why not get the best?)

7. Where do you plan on buying from?

Quite self explanatory again, as if there is a specific place that you wish to buy from (maybe you are from the US/UK or Canada or wherever and your online retail store options are very limited). Including this in your thread just helps streamline everything and make it easier for people to provide direct links to pieces of hardware. This is especially important if you aren't from North America or the UK, try to provide a link to the website you plan on ordering from as well.

Refer to the following thread if you need some Hardware Shopping Websites: https://www.neowin.net/forum/index.php?showtopic=55653

8. Do you want any specific features?

Maybe you NEED to go SLI/Crossfire, well if you don't say that then I think 90% of the people here will recommend a single GPU video card. :p

Or maybe you have a need for two ethernet ports? Or maybe RAID? Make sure you include any extra features that you wish to have in your system so you we don't recommend something that doesn't have what you need, or has TOO many features that you don't use!

With all those questions answered, you SHOULD be in good shape to recieve some pretty good advice from the hardware geeks here at Neowin.

Futhermore, I would like to explain a few things that members may (or may not) already know about.

Bang for buck

In very technical terms, it means increasing your price to performance ratio. gwai lo and chconline made a few crude MS paint charts a few weeks back which explained this VERY nicely, I'll try to find those and add it to this thread. But in a nutshell, it means that you want to pay less, for hardware that will perform better than the competing hardware. For example, an ATI 4850 will cost about $200 for (the following figures are fake for the purposes of this thread) 50FPS at max settings in Crysis, while an NVIDIA 9800GTX+ wil cost $240 for 53FPS at max settings in Crysis. If you calculate it (divide the cost of your video card by the FPS you are get) you will be paying 4$ per FPS for the 4850, while you are paying $4.52 per FPS for the 9800GTX+ (at any given resolution). In the end the choice is yours to make, but the (fake) numbers should explain what I'm trying to get at that $4 per FPS is better thn $4.52 per FPS, especially if you put into account that you run most games at at least 30FPS or greater.

Here are the "MS Paint" charts that explains bang for buck:

Credit goes to gwai lo

download.php?file=post-56214-1211857641.jpg&name=performance.JPG

This graph indicates a system that is LOW in performance, and LOW in cost. This is what your system might be initially.

download.php?file=post-56214-1208912308.jpg&name=performance.JPG

This graph indicates a system that is HIGH in performance, but also HIGH in cost. Notice how as your variables on the x (money) and y (performance) axis' increase, the increase in money is substantial, but the increase in performance is diminishing.

download.php?file=post-56214-1208912447.jpg&name=performance2.JPG

Now finally, this graph shows that if you take the graph from above (HIGH performance, HIGH monetary cost) and you decrease performance by a bit, the variable on the x (money) axis decreases substantially. This is what I truly mean by "bang for buck", as the performance decrease you get will be quite minimal, but the money that you save far outweigh the performance decrease that you get.

As a result, you have a system that performs CLOSE to a very expensive system, but you also save a ton more. It's my HOPE that most builds will try to aim for this type of balance.

The importance of choosing a QUALITY power supply unit (PSU)

The PSU is one of (if not THE) most important component(s) in your computer. It is important to buy a good quality PSU from a reputable manufacturer because your computer needs to be provided with CLEAN low ripple power.

Many PSU manufacturer's advertise their PSU as being able to supply x amount of power (let's say 500W). Well that's all fine and dandy, but you have to consider whether or not this 500W PSU is able to supply continuously 500W for a given period of time, or is it just the PEAK setting that the PSU is able to reach for a few seconds? As well, is this 500W that is advertised given at ROOM temperature? Or is it given at the PSU's OPERATING temperature? Most companies will probably state their wattage at ROOM temperature (of about 23-26C) while a PSU'S OPERATING temperature is more likely closer to 40-43C. A PSU'S power output capabilities are decreased as the temperature rises. As well, you have to differentiate the PSU'S MTBF (Mean Time Between Failures) as at OPERATING temperature, or ROOM temperature. Again you have to consider the context in which this information is provided; a PSU's MTBF will be lower as the temperature rises. So an MTBF of 100,000 hours @ 40C is better than an MTBF of maybe 150,000 hours @ 23C.

So when buying a PSU, consider how much wattage you need, what kind of computer you are using this PSU to power, and whether or not this PSU can provide the power that the manufacturer has advertised, and of course whether or not your PSU provides the necessary connectors that you require for your computer.

If you want more info, take a look at the following link: http://www.hardwaresecrets.com/article/181/1 - Everything You Need To Know About Power Supplies

Of particular interest is page 11 regarding voltage ripple and noise.

As well as this: http://www.jonnyguru.com/forums/showthread.php?t=1036 - The "Power Supply" FAQ.

Hopefully, this will also quiet down the "I'm going to get a 1000W PSU because it's going to be there in case I need it even though I'm only running a single video card setup with a max power draw of about 650W" :p

I hope this guide helps, feel free to send me a PM if I missed anything that you think is important, and I'll see if it needs to be added.

Recent Changes: Added descriptions to gwai lo's images.

Edited by shift.
Link to comment
https://www.neowin.net/forum/topic/647056-guide-to-computer-builds/
Share on other sites

Man those pictures are hilarious! Thanks for the guide SHiFT. A post like this has been badly needed. That power supply link you gave was probably on the best reviews/whatever I've ever read. If only more people believed that you don't need 750W power supplies for basic setups...

I vote to Pin this thread! :yes:

As you've already said, these same questions come up constantly. But people have to actually use it in order for it to be effective. I don't mind answering questions, but answering the same questions over and over again is just too much sometimes.

P.S. I love those sketches. (Y)

Thanks guys. Yeah gwai lo made some pretty awesome sketches :D

Just got a little repetitive answering all the generic questions related to everyone making "help me with my computer build" threads.

Hope this will save some time (assuming people actually take a look at it) so we can get right down to the knitty gritty details of each specific computer build. :p

I hope a Mod will pin or sticky this thread. It might reduce the total number of posts, but in the end it will produce quality posts (in this section at least) which will be more helpful to the person asking for suggestions. Once we get the general details (as listed in post #1) we can as -SHiFT- said "get down to the knitty gritty" of the specific details.

Not to take credit away from anyone, but why hasn't someone done this before? This topic is a great idea (as long as people use it). I can see this as a very useful and time saving idea for everyone involved.

I vote to Pin this thread! :yes:

As you've already said, these same questions come up constantly. But people have to actually use it in order for it to be effective. I don't mind answering questions, but answering the same questions over and over again is just too much sometimes.

P.S. I love those sketches. (Y)

I agree with the pinning suggestion.

Awesome guide you put together -SHiFT-. And kudos to gwai lo on the awesome sketches. :D

Thanks. If you guys could help out (in future "help me with my computer build threads") by pointing people to this in case they do end up asking those common questions that would be awesome.

Not really looking for high post count in this thread, but a high view count is definitely a plus, even if people just skim over my first post.

For those of you who help out a lot in Hardware Hangout you should know how frustrating it can be sometimes answering the same questions over and over again.

Edited by -SHiFT-
Thanks. If you guys could help out (in future "help me with my computer build threads") by pointing people to this in case they do end up asking those common questions that would be awesome.

Not really looking for high post count in this thread, but a high view count is definitely a plus, even if people just skim over my first post.

For those of you who help out a lot in Hardware Hangout you should know how frustrating it can be sometimes answering the same questions over and over again. :hmm:

I have no problem referring folks to this thread to (get the basic questions) out of the way and focus on the details of the persons build.

Yes, I personally can only deal with so many of the same questions over and over and over again, it's not really fair to the one's asking for help but you can only answer the same question so many times before it starts to get repetitive.

Ah, I think I was the fool who started talking about EE processors before I understood it and got bombed with differential graphs :p

If you could find that thread, I think someone drew a really neat looking one (not that your graphs aren't top notch gwai :rofl:)

Edit: found the graph + explanation

Credit goes to chconline

img0018lt2.jpg

Thanks for that, I'll add it to the original post. Do you mind removing the image so it doesn't clutter up the thread so much? :)

EDIT: Nevermind, forgot you can't edit posts after 15 minutes. I guess I'll just leave it like this.

I think I've gotta upgrade mine first ;)

And yeah, it seems like a lot of the recent "computer build" threads have actually followed this format, and I think it's awesome. Cause we can answer questions in the first response, instead of the first response asking for budget, purpose of computer etc.

  • 4 weeks later...
Ah, I think I was the fool who started talking about EE processors before I understood it and got bombed with differential graphs :p

If you could find that thread, I think someone drew a really neat looking one (not that your graphs aren't top notch gwai :rofl:)

Edit: found the graph + explanation

Credit goes to chconline

img0018lt2.jpg

LOL woot :woot:

  • 1 month later...
This topic is now closed to further replies.
  • Recently Browsing   0 members

    • No registered users viewing this page.
  • Posts

    • GitHub removes manual model selection from Copilot free and student plans by Karthik Mudaliar GitHub is removing the ability to manually select an AI model from its Copilot Free and Student plans, making its automatic routing system the default and only way to choose a model. This means users on these tiers will no longer be able to deliberately select a particular OpenAI, Anthropic, Google, or Microsoft model for a task. In its announcement, GitHub said Copilot Auto will dynamically choose what it considers the best model for each request. Free and Student accounts will retain access to models from multiple families, although the available selection will continue to depend on the restrictions attached to each plan. GitHub did not identify a fixed pool of models that Auto will always use, and its documentation warns that model availability can change over time. GitHub describes Auto as more than a random fallback system. On supported surfaces, its task-optimization technology evaluates the complexity of a request alongside real-time information about model health and availability. Straightforward prompts can be routed to faster and less expensive models, while more demanding coding tasks may be sent to higher-cost reasoning models. The company says this approach should reduce rate limiting, latency, and failed requests. Auto generally selects one model along natural prompt-caching boundaries rather than repeatedly switching models during a session, as GitHub found that mid-session changes increased costs without producing sufficient improvements in output quality. Users can still check which model generated a response. In Copilot Chat, the information appears when hovering over an answer, while Copilot CLI and the Copilot cloud agent display the selected model alongside their output. Auto is available in Copilot Chat, Copilot CLI, and the cloud agent, with the exact implementation and release status varying between supported development environments. The latest restriction follows several months of adjustments to Copilot’s individual plans. GitHub temporarily halted new Pro, Pro+, and Student subscriptions in April as it sought to manage demand and service reliability. It later introduced token-based billing and began gradually reopening individual-plan registrations on June 17. Alongside the picker change, GitHub is retiring the “Preview” label from Microsoft-developed models. It argues that the label is no longer necessary because Auto handles model routing and models are continuously updated behind the scenes.
    • Look up 'inflation' kid. Ask an AI for the numbers between both games.
    • Google reportedly set to lose two key Gemini and DeepMind researchers to Anthropic by Karthik Mudaliar Google is reportedly preparing to lose two more prominent artificial intelligence researchers, with Gemini contributors Jonas Adler and Alexander Pritzel planning to join rival AI developer Anthropic. According to a report from Bloomberg, both researchers are viewed internally as important contributors to Google’s flagship Gemini model family. Adler worked on Google’s AI coding efforts, while Pritzel was involved in the process used to train AI systems. Neither company has publicly confirmed the moves. The report also does not say when the researchers will formally leave Google or what positions they will hold at Anthropic. Training a large AI model requires decisions covering its architecture, data preparation, distributed computing infrastructure, and post-training methods that shape how the finished system behaves. Researchers with experience operating at the scale of Gemini are consequently difficult to replace quickly. Both Adler and Pritzel have previously contributed to Google DeepMind’s scientific research as well. They are listed among the authors of the company’s work on expanding AlphaFold protein-structure predictions across entire proteomes, alongside AlphaFold researchers including John Jumper. The reported departures arrive shortly after another important change within Google’s Gemini organization. Gemini co-lead Noam Shazeer is leaving Google for OpenAI, after returning to the search company in 2024 through its deal with Character.AI. Shazeer is particularly well known as one of the authors of the Transformer paper, whose architecture became the foundation for most modern large language models. Anthropic, meanwhile, has been recruiting recognizable figures from other leading laboratories. OpenAI co-founder and former Tesla AI director Andrej Karpathy joined Anthropic’s pre-training team in May. His move, followed by the reported recruitment of several Google researchers, suggests Anthropic is strengthening the research teams responsible for the core capabilities of future Claude models rather than concentrating solely on product and enterprise sales. The competition is complicated by the companies’ extensive commercial relationships. Anthropic competes directly with Google’s Gemini models, but it also relies on Google as an infrastructure partner. In April, Anthropic announced an expanded agreement with Google and Broadcom covering multiple gigawatts of next-generation Tensor Processing Unit capacity. TPUs are Google-designed accelerators used to train and run large AI models. via Bloomberg
    • This article makes my head hurt. Lots of confusing words
    • Google adds built-in computer control to Gemini 3.5 flash by Karthik Mudaliar Google has added Computer Use as a built-in tool in Gemini 3.5 Flash, giving developers a single model that can reason about a task and operate graphical interfaces across browsers, mobile devices, and desktop environments. The feature is available through the Gemini API and Google’s Gemini Enterprise Agent Platform, although it remains a preview feature for now. Computer Use enables an AI agent to examine screenshots and return actions such as mouse clicks, scrolling, and keyboard input. A developer’s application must execute those actions, capture the resulting screen, and send it back to Gemini, creating a continuous loop until the task is completed. Google says the integration can be used for activities including repetitive form filling, application testing, research across multiple websites, and longer enterprise workflows. Gemini 3.5 Flash can work with browser, mobile, and desktop environments, whereas Google’s earlier standalone Computer Use model was primarily positioned around browser interaction. The main change is consolidation. Computer control was previously offered through the separate Gemini 2.5 Computer Use preview model. As Neowin reported when that model was introduced, it was designed to interpret a visual interface and generate actions without requiring a website-specific API. Google later brought Computer Use to preview versions of Gemini 3 Pro and Gemini 3 Flash in January 2026. The latest release now incorporates the tool into the stable Gemini 3.5 Flash model rather than requiring developers to select a specialized model solely for interface automation. Gemini 3.5 Flash itself was announced in May as Google’s latest fast model for coding and multi-step agent workflows. It supports a one-million-token input context window and up to 65,000 output tokens, along with adjustable thinking levels that let developers trade additional reasoning for lower latency and cost. Google also added that Gemini 3.5 Flash received targeted adversarial training for computer-use scenarios. The company is also offering safeguards that can require user confirmation before sensitive or irreversible actions and automatically stop a workflow when suspected prompt injection is detected. Its developer documentation describes configurable protections for areas such as financial transactions and changes to sensitive records. Google isn't the first to bring Computer Use to its platform. Anthropic has made computer control available through Claude, while OpenAI has continued improving computer-use performance in its recent models. Microsoft has also applied the concept to business workflows, including a Computer Use capability for the Researcher agent in Microsoft 365 Copilot.
  • Recent Achievements

    • Dedicated
      Scoobystu earned a badge
      Dedicated
    • First Post
      Tom Schmidt earned a badge
      First Post
    • One Month Later
      D0nn13 earned a badge
      One Month Later
    • Rookie
      +ChiefOfNeo went up a rank
      Rookie
    • One Year In
      Tom Schmidt earned a badge
      One Year In
  • Popular Contributors

    1. 1
      +primortal
      463
    2. 2
      +Edouard
      177
    3. 3
      PsYcHoKiLLa
      124
    4. 4
      Michael Scrip
      79
    5. 5
      Xenon
      76
  • Tell a friend

    Love Neowin? Tell a friend!