How many pcs do you want

How many pcs do you want

As Eram said Steam does not put a limit on that, however third party DRMs with activation limits are not in Steam’s control, so inform yourself beforehand.

thanks, we have 2 pcs, both with stream accounts, so if i was to purchase age of empires for instance i could download it onto both pcs

Both accounts must own the game, mind you.

You can also download the game on one PC, use the Backup feature and restore the Backup on the other machine to save time and bandwith.

If it’s not there you can install how many times you want.

If it is there, read about the DRM and how it works, it may just be a minor thing like an EA account may be needed.

ok, so inputting the same activation code in 2 pcs may present a problem, thanks people, very kind.

is it not possible to have the same account on 2 pc’s

Only one can be connected to Steam at a time.

If you want to play at the same time, two accounts and two purchases of the game are needed.

my plan is to buy age of empires from the one steam account and play it on both pcs multiplayer, yay or nay.

There is family sharing, but that still means only one copy of the game can be used at the same time.

is it not possible to have the same account on 2 pc’s

my plan is to buy age of empires from the one steam account and play it on both pcs multiplayer, yay or nay.

I have a problem where I want to download my purchased games to my new computer, but can’t. Where do I need to be looking?

If the account owns the game, you’ll see it on your library (except F2P games, you have to install them), no matter which computer you’re on.

If you can’t, you might have logged in with a different account. Otherwise, if you see the games but you just can’t download them, the PC/network might have limitations (overzealous AVs, Firewalls, etc).

How to Check How Many CPU Threads Do I Have?

You can check the amount of threads you have on your CPU through using built in Windows services and tools like task manager, and system information. You can also check through manufacturer’s spec sheet, and by using some third party apps.

The amount of threads your CPU has depends upon its model, its core count, its generation and whether it has simultaneous multithreading (SMT) like hyper-threading enabled.

Newer generation processors have more threads compared to the previous gen CPUs primarily because they have more cores.

The higher the amount of threads you have, the better is the CPU performance since having more threads essentially means your CPU has more workers (resources) at its disposal.

For multitasking, games that are multi-threaded, and professional tasks like video rendering, a higher number of thread count is advisable.

In the text below we will explore different ways to check how many CPU threads you have.

TABLE OF CONTENTS

How to Check How Many CPU Threads Do I Have?

The following are some of the ways to check how many CPU threads you have. Most of these are as easy as pie.

We will detail each method below:

1. Check Using the Task Manager in Windows

Using the Task Manager is by far the easiest method to check how many CPU threads you have. In addition to threads, you can also check out other information regarding your CPU such as its clock speed, cache memory, model etc.

Step 1: Open The Task Manager

There are many ways to open the task manager.

Method 1: Press CTRL+ALT+DELETE. On Windows 10, this will open a menu screen from which you can select “Task Manager”.

Method 2: Right click on the Taskbar on Windows and Select Task Manager.

Image: Right Clicking anywhere in the Taskbar will open up a menu. From there go ahead and select “Task Manager”.

Step 2: Head Over to the Performance Tab

With the Task Manager open, head over to the performance tab

Step 3: Check the Amount of Logical Processors

Make sure that the “CPU” tab is selected from the systems shown on the left hand side.

The threads on the processor are also known as “Logical Processors”. Therefore, check out the amount of logical processor the Task Manager shows.

Image: You can see from Task Manager window above that this system has 8 threads.

Note, do not get confused by the field marked as “Threads” (which in this case is 3759). This basically shows the amount of program threads or codes running at the moment. It has nothing to do with the amount of threads on your CPU has!

2. Check Using the System Information Tool

There is another handy tool in Windows that you can use to find out a lot about your PC. It is called the “System Information” tool.

Step 1: Type System Information in the Search Bar

Type “System Information” in the search bar and select the app.

In the older Windows version, you can also go to “Run” and type “msinfo.32”.

Step 2: Look for the Processor Field

This tool will show you a whole lot of information in a single organized table.

What you want to look for is the “Processor” field.

In this field, look for the amount of “Logical Processors” it outlines. This is the amount of Threads you have in your CPU.

Image: This system shown here has 8 logical processors, or in other words, 8 threads in the CPU.

3. Check Using Manufacturer Information

Chip manufacturers tend to have a listing of their CPU models as well as their specifications online.

This method can come in handy if your CPU isn’t yet installed in the motherboard or if you want to get information regarding the CPU that you yet have to buy.

However for this method to work, you will need to know the model and make of the processor in question.

A quick web search on Google for make and model of your CPU can land you on the manufacture’s website where you can search for the exact CPU model and get its information.

Image: The image above shows an excerpt from the official specification sheet of Intel Core i7-7700HQ. You can view the complete information here.

4. Using Third Party Software

You an also use FREE third party software such as CPU-Z and HWInfo to learn microscopic details regarding your PC Hardware including the CPU.

You do need to download and install these, but if you want to learn every single and minute detail about your system, these are some of the most comprehensive free tools in the market.

Most of the third party software are dense with information and are generally used by experts.

Image: CPU-Z is one of the most popular software for finding out details regarding your system components. Here you can see the amount of Cores and Threads in Intel Core i7-7700HQ.

What is a Thread in Simple Terms?

A thread is basically a series of code that you can think of as a conveyor belt that processes data. Since these aren’t actual cores, they are called “Logical Processors“.

Each Core in a processor has at least a single thread. However, on CPUs with simultaneous multi-threading (SMT) enabled, which most CPUs do these days, you can have two threads per core.

So if a CPU as 2 Cores/4 Threads, 4 Cores/8 Threads, 8 Cores/16 Threads and so on then in this case, the CPU has multi-threading capability.

If a CPU has 2 Cores/2 Threads or 4 Cores/4 Threads then in this case the CPU does not have multi-threading enabled.

The amount of threads you have is generally the defining feature of how good a CPU is at multitasking.

When looking at the multi-core performance of a CPU, the amount of the threads can make a significant difference in the benchmarks results.

The difference threads can make is profound when performing tasks such as rendering, encoding, simulation or data science that are designed to use a lot of simultaneous cores and threads.

Gaming can also indirectly benefit from a higher thread count particularly if you have software and services, like streaming services, running parallelly in the background.

What Is Multi-Threading?

As mentioned earlier multi-threading is when a CPU has more than one thread per core.

Many people also know this by the name of Hyper-Threading (which is Intel’s proprietary method of multi-threading for their CPUs.)

Not all tasks, however, benefit from a very high thread count.

Some tasks, mostly games and even professionals tasks like designing in CAD or sculpting in Blender are highly single core/thread oriented.

Conclusion

Having knowledge of the amount of cores and threads a CPU has is vital for understanding its capabilities as well as its price range.

It is quite common to ask how many CPU threads do I have and fortunately there are many ways to figure this out.

The best way to find out, in my opinion, is to use built-in Windows services and tools such as Task Manager and System Information.

You can also use the manufacturer’s website but you will need to know the exact model of your CPU for this. Whichever method a you prefer will depend on the density of information needed.

If you want every single little detail about your CPU, then a third-party software like CPU-Z is recommended.

How to create an insane multiple monitor setup with three, four, or more displays

By now, a dual-monitor setup has become commonplace. Multitasking on a single screen is just way too confining. But why stop at two displays? I can speak from experience: Having multiple monitors (and I’m talking three, four, five, or even six) is just…awesome, and something you totally need in your life.

Right now, my main PC has a triple-monitor setup: my main 27-inch central monitor, with a 24-inch monitor on either side. I use my extra monitors for a number of things, such as comparing spreadsheets side-by-side, writing articles while also doing research, keeping tabs on my social media feeds, and, of course, watching Netflix.

Using one of your monitors in vertical orientation can make a big difference for scrolling long documents. If you’re a gamer, well, surely you can see how great three-plus monitors can be for games that support multi-monitor setups. You can even use your TV as an extra computer monitor!

But before you jump in, you want to give your multi-monitor plan some forethought. This guide will walk you through all the factors you need to take into account before setting up three or more monitors.

Step 1: Check your graphics card(s)

Before you run out and buy a bunch of extra monitors, check to see whether your computer is physically capable of handling all that graphics prowess. First, look at the back of your PC: How many graphics ports (DVI, HDMI, DisplayPort, and VGA) do you see?

If you don’t have a discrete graphics card, you may only see two video ports—most motherboards come with integrated graphics that can only run dual-monitor setups. If you do have a discrete graphics card, you’ll probably see at least three ports, not including the ports on your motherboard.

Tip: While it is possible to set up multiple monitors using ports on both your motherboard and your discrete graphics card, you’ll see a performance drop and some lag when you move windows between monitors. If you want to do this, you will also need to enter your PC’s BIOS and go to Configuration > Video > Integrated graphics device and set it to “Always enable.”

Just because you see three or more ports on your discrete graphics card, however, doesn’t necessarily mean you can use all of them at the same time. For example, many older Nvidia cards are unable to run more than two monitors on a single card, even if they have more than two ports. The best way to find out whether your graphics card supports multiple monitors is to find the name of your card (Control Panel > Device Manager > Display Adapters) and Google it with the monitor setup you’re looking to run (e.g. “Nvidia GTX 1660 four monitors”).

Most modern graphics cards can power several displays simultaneously.

If your graphics card supports—and has enough ports for—the number of monitors you want to set up, excellent. If not, you may need to purchase an additional graphics card to get the multi-monitor support you’re looking for.

Before you buy an extra graphics card, you’ll need to make sure you have enough space in your tower (and open PCIe slots), as well as a power supply unit that can handle the extra strain.

If you buy a graphics card solely for the purpose of having multiple monitors, it’s best to get a cheaper modern option, as current GPUs can power several displays without issue. Check out the best budget graphics card section of our GPU guide for your best options.

How much RAM do you need?

Random access memory, usually shortened to RAM or simply “memory,” is one of the most important parts of any computing device. Modern PCs, tablets, and phones typically have from 2GB up to 32GB, though some have even more. But how much RAM do you need, exactly?

Adding more RAM to your computer won’t always make it run faster, so it’s important to buy an appropriate amount based on your computer and the applications you want to run. Windows 10, for example, takes about 2GB of RAM on its own, while the ChromeOS featured in the best Chromebooks requires far less.

In this guide, we’ll walk you through how much RAM you need for a tablet, laptop, desktop, and gaming machine. If you want to know how much RAM you need for a smartphone, we have a guide for that, too.

See more

Overview: How much RAM do you need?

In a nutshell, here are some simple guidelines that apply to most PCs and Macs:

Remember, buying more RAM than you need doesn’t net you any performance benefit — it’s effectively wasted money. Buy what you actually need, and spend the remaining budget on more important components like the CPU or graphics card.

An introduction to RAM

Memory capacity is often confused with the long-term storage offered by a solid-state or mechanical hard drive. Sometimes even manufacturers or retailers will mix up the terms.

RAM is the same thing, technically, but it serves a very different purpose. Instead of a large amount of slow storage — like you’d find on a mechanical hard drive — RAM is a small amount of extremely fast storage. As you open programs, it stores data that they need access to quickly in system memory.

Different programs require different amounts of RAM (we’ll detail a few intensive applications next), but regardless of the application, it’s likely to use at least a little bit of RAM. That adds up over time, and if you don’t have enough RAM to go around, the applications you’re using will severely slow down. You can still launch them, but if you run out of RAM, the application won’t have access to the ultra-fast storage RAM provides to quickly access the data it needs.

You can also have too much RAM. If, for example, you’re only using 12GB of RAM under the most demanding circumstances and you have a 16GB kit, upgrading to a 32GB kit (assuming all other aspects are equal) won’t impact your performance whatsoever. It’s effectively wasted money.

Because of that, it’s important to choose a capacity that slightly exceeds your needs without going overboard. You can buy more RAM, and it won’t negatively impact performance. But that’s a bit like buying a house with four bedrooms and only using two of them.

System RAM shouldn’t be confused with the dedicated memory used by discrete graphic cards. High-end 3D games rely on video RAM, or VRAM, to temporarily store image data, like textures. Most current-generation graphics cards use GDDR5, GDDR6, and GDDR6X.

Meanwhile, system RAM is identified with DDR3 or DDR4, with the number identifying the generation. The newer term DDR5 indicates the latest RAM generation, although compatible devices may not appear in the wild for a while. You can stay up to date on what to expect with our guide to DDR5.

DDR6 is in development but not readily available.

If all of this sounds confusing, rest assured that most manufacturers are very good at identifying RAM clearly so consumers know what’s what.

RAM-heavy applications

The operating system and the web browser typically consume the most RAM, though some applications and games can use more than everything else combined. There’s not much you can do to make Windows or MacOS use less memory, but more RAM in your computer means that you can open more browser tabs in Chrome, Firefox, Edge, and so on.

In addition, more complex websites use more RAM than others. For example, a simple text news story is relatively light on memory, while something like Gmail or Netflix uses a lot more.

The same goes for offline programs. A chat program or a game like Minesweeper will use almost no RAM, while a gigantic Excel spreadsheet, a huge Photoshop project, or a graphics-intensive game like Wolfenstein: Youngblood may use gigabytes by themselves.

Outside of games and general browsing, professional applications tend to hog the most RAM. In particular, video editing applications like Adobe Premiere and digital audio workstations (DAWs) like Pro Tools are memory hungry. We’ll get into specifics for tablets, laptops, and desktops below, but 16GB usually does the trick for a desktop application. If you’re using applications like Premiere or Pro Tools, though, it’s a good idea to upgrade to 32GB (similar applications can actually take advantage of all of that RAM).

How much RAM for tablets?

Tablets are not expected to deal with heavy-duty software tasks, so their RAM needs tend to be pretty low — similar to a lot of smartphones.

However, as multi-tab browsers and more complex software continue to make the transition, tablet needs are becoming more and more similar to laptop needs. Current spec options typically range from 2GB to 16GB of RAM, with other considerations like battery life and processor speed often being of greater consideration.

With something like the iPad Mini, which touts 3GB of RAM, its design is more focused on its vibrant display and long battery life. Meanwhile, Apple’s latest 12.9-inch iPad Pro has 6GB of RAM to accommodate the 2-in-1 crowd, although the new 2021 models will ship with 8GB or 16GB. Microsoft’s Surface Go 2 has a default 4GB with an option of 8GB because it falls somewhere between a laptop and a tablet — our reviewer was not entirely won over.

Ultimately, this gives us a guideline for choosing tablet RAM:

Remember, tablets are generally complementary devices that reside between your smartphone and your PC. If you’re leaning more toward a laptop replacement, buy a tablet configuration with the RAM you’d need for any other desktop or laptop.

How much RAM for laptops?

Most laptops come with 8GB of RAM, with top-tier machines packing 16GB — even up to 32GB for the most powerful gaming notebooks. As previously mentioned, tablet and laptop needs are converging, but most users feel comfortable running more complex programs on laptops, which means RAM has a more important role here.

For something like a Chromebook, which mostly relies on cloud-based apps and provides very little storage space, you won’t need much in the way of RAM and will be fine for 8GB of RAM when buying a Chromebook, especially since you can now use the Google Play Store to download Android apps directly on your machine.

For Windows and MacOS, however, you should treat 8GB as a starting point and think about bumping that number up to 16GB. Most of the best laptops come with 16GB for good reason. Windows 10, for example, consumes around 2GB of RAM before you even open an application. If you are doing a lot of graphic design work or are planning on dabbling in some higher-end gaming, you may want to consider increasing that to 16GB.

You’d only need to go past that if you perform certain tasks, like editing huge video or photo files — the kind of thing you’d normally do on a desktop. Most people don’t use a laptop for such tasks, but if you do, buying enough RAM is crucial. It’s more difficult to upgrade RAM in a laptop (or, in some recent models, impossible) compared to a desktop, so buying what you need at the start is paramount.

How much RAM for desktops?

An upgrade to 32GB is a good idea for enthusiasts and the average workstation user. Serious workstation users may go further than 32GB but be prepared for higher costs if you want speed or fancy features like RGB lighting. Anything beyond that is the realm of extreme specialty rigs equipped to handle huge datasets, staggeringly large video files, or niche programs designed for researchers, corporations, or government.

Desktop users should pay attention to their motherboard’s DIMM slots, too (the spaces where your RAM sticks snap in). Most motherboards use dual-channel or quad-channel memory, and they have requirements for where you should place the sticks. For dual-channel, it’s usually the second and fourth slot on a full-sized motherboard, but it’s best to consult your motherboard’s manual.

How much RAM do you need for gaming?

16GB of RAM is the best place to start for a gaming PC. Although 8GB was enough for many years, new AAA PC games like Cyberpunk 2077 have an 8GB of RAM requirement, though up to 16GB is recommended. Few games, even the latest ones, will actually take advantage of a full 16GB of RAM. Instead, the extra capacity gives you some wiggle room in running other applications while your games are running.

For the vast majority of gamers, 16GB is enough. However, if you plan on streaming or running multiple applications while your games are running — OBS Studio, a web browser, etc. — 32GB will give you a little more room. You won’t notice any performance benefits between 16GB and 32GB solely in games, however, so prioritize buying fast RAM if you’re only interested in gaming.

RAM speed versus capacity

While you won’t see any performance improvement by adding more RAM to your system if you already have what you need, the same cannot be said when it comes to RAM speed. Right now, DDR4 is the standard across desktops, laptops, and tablets. Each DDR generation has a range of speeds, with DDR4 starting with DDR4-1600 and ending with DDR4-3200. The number at the end notes the memory’s speed. The benefit of faster memory is simple: More cycles per second means the module can read and write data faster.

It’s not as simple as buying RAM sticks with a higher number, though. DDR4 memory modules are all rated to run at 2133MHz, and it doesn’t matter what modules you buy or what they’re rated for, they’ll run at 2133MHz out of the box. That presents a problem if you bought memory rated for 3200MHz. The speed your RAM is rated for is just that: a rating. That means the manufacturer has verified that the modules work at that speed, but it doesn’t mean they run at that speed out of the box.

Enter Intel Extreme Memory Profile (XMP). Instead of shipping at a faster speed, faster memory modules come with a profile on-board, and you can easily activate the profile through your motherboard’s BIOS. To be clear, we’re not talking about overclocking your memory past the recommended speed (it’s possible, though the performance benefits aren’t always worth the effort). We’re just referring to activating the speed your memory is rated for. It’s free performance, so it’s worth taking.

You need to make sure that your motherboard actually supports the memory speed your modules are rated for and that it supports XMP (most modern motherboards do). As for the performance benefit of faster memory, it really depends. Different applications react differently to faster memory, and there are even differences between Intel and AMD. However, if you bought faster RAM sticks or plan to buy them, you’ll want to enable the XMP profile in your BIOS to get the most out of your purchase.

This can be critical to performance depending on your configuration. AMD’s APUs, for example, perform much better in games when paired with fast DDR4 memory. Similarly, certain Intel chips, such as the Core i5-11400, take kindly to faster memory.

Upgrading your RAM can be easy and inexpensive

RAM isn’t that expensive, and it’s the easiest component to upgrade in a desktop PC — laptops, too, in many cases. Buying a generous amount is wise, but don’t go crazy. There’s not much reason for a gamer to exceed 32GB for now, and no reason to exceed 16GB if all you want to do is watch Netflix.

How Many Watts Is My Computer Using? (5 Methods)

By Jennifer Draper July 5, 2021

Desktops and laptops have become integral parts of our lives.

We perform almost every important task with them, including work, school, shopping, watching movies, gaming, video and photo editing, and so on.

At some point, anyone could ask themselves just how much energy these capable machines use and how much it costs to run them.

How To Measure The Computer’s Power Consumption (5 Methods)

There are various models of desktops, laptops, and Chromebooks are available, each with different components that come from different brands.

Some people attach speakers, modems, printers, and other devices to their computers.

Some people have multiple monitors.

Overall, the best method for determining your computer’s power consumption is to measure it yourself.

Here are different methods to test.

1. Local Cooling

Local Cooling is a free utility that can estimate the main computer component’s power usage.

After you’ve downloaded and installed the app, click on the Settings button and head to the My Power tab.

The app can also help you manage your power settings.

2. Power Supply Calculator

The Power Supply Calculator is a great online tool for estimating your power budget for free.

It can’t calculate your system’s power usage in real-time, but it allows you to choose the PC component brands and their models, so you can get the ballpark figure.

This will also be an excellent tool for those who want to build their own computer systems and want to know how much energy each part will use up.

3. OuterVision

The OuterVision calculator is a highly detailed tool that even PC hardware and power supply manufacturers use.

This basic calculator allows a quick estimation of the computer’s power draw.

You should know the details about your computer’s components.

You’ll enter the model of the monitor, optical drive, storage, graphics card, RAM, CPU, and motherboard.

Then you’ll enter the number of hours you use your computer, and it’ll give you the general power consumption.

The Expert OuterVision calculator goes a bit further for advanced users and lets you add in the fans, liquid cooling kits and pumps, CPU utilization, PCI cards, Express cards, and multiple numbers of video cards.

It lets you calculate the power consumption of attached devices like keyboards, mice, controllers, USB devices, or LED systems.

There are even options for including the CPU and GPU overclocking.

4. Open Hardware Monitor

One of the most popular and lightweight applications for calculating the computer’s energy usage is the Open Hardware Monitor.

Once you install it, it collects data from monitor voltages, temperature sensors, fan speeds, load and clock speeds, and other parts to offer you real-time power draw readouts.

This app also provides other valuable information about your PC like the GPU, CPU, and hard drive temperature, fan and clock speeds, and so on.

5. Power Meter

Using a Power Meter or Watt Meter is the most accurate method for calculating the computer’s power draw within a very low margin of error.

These handy devices plug into the wall outlet, and then you should plug your computer onto them so that they can show you the real-time energy consumption.

It works for all electronic devices that can be plugged into an outlet, so getting one will quickly help you find out which devices are the greedy energy consumers around your house.

This device doesn’t have many extra features; for instance, it can’t record the power consumption.

If you want a more advanced device, you can consider the HOBO UX120-018 Plug Load Data Logger with lots of additional capabilities.

It’s important to note that this unit does come at a much higher price, and the average user won’t benefit much from it.

How Much Money Are You Spending On The Electricity That Your Computer Consumes?

Now that you know how to measure your computer’s power usage, let’s calculate the cost of it for those who want to manage their budgets.

It’s a simple calculation process, but you need to know the average time you use the computer per day, and also how much electricity costs where you live.

For instance, let the power meter record your computer’s consumption for a week.

Then divide that number by seven to get the average daily usage.

Then find out the price you pay for electricity per kilowatt/hour.

In the United States, the average electricity cost is 13 cents per kilowatt-hour, but it varies from area to area.

Therefore, to get the exact price, either check your electric bill or check out the Global Electricity Prices.

If your city has tiered pricing for different times of day, use the average rate.

Lastly, multiply the average daily usage by the average electricity cost to get how much you pay for your computer’s power every day.

You can then multiply that by 30 to get monthly usage or by 365 to get the yearly use.

A more straightforward method is to enter the data you’ve collected to the Energy Use Calculator and let it do the hard work.

Generally, the costs for running your PC normally won’t take up much of the electric bill.

However, if you do cryptocurrency mining or overclock your system, it will run up the cost.

How Much CO2 Does Your Computer’s Power Consumption Represent?

To give you an idea of roughly how much CO2 the computer or laptop’s power usage emits, let’s assume that a desktop uses 200 Watts per hour on average.

This number includes the connected printer, modem router, and loudspeakers.

If the computer works for eight hours a day, it emits 175 kg of CO2 every year.

A laptop uses less energy, around 50 and 100 Watts per hour.

A laptop that is on for eight hours daily emits between 44 kg and 88 kg of CO2 yearly.

If you put the desktop or laptop on standby mode, they consume one-third of the mentioned energy, and the CO2 emission decreases by about 15%.

Tips For Saving Energy

Why Would You Want To Know Your PC’s Power Consumption?

You might be asking this question out of mere curiosity, but there are several valid reasons to know how much juice your primary productivity device uses.

Firstly, you might be facing a huge electric bill and are wondering about the expenses.

Knowing how much power your computer uses can help you with budgeting, especially if you have a huge gaming system or use your computer for intensive tasks like heavy video editing or programming.

Routine use of a computer won’t affect the energy bill very much.

The second scenario happens when you want to get your charger or power cord replaced.

It would be essential to know the actual wattage consumption to reach the maximum charging speed without damaging the system.

Lastly, you may want to upgrade your PC with extra high-performance components that can affect power consumption, and in turn, the electric bill.

For instance, high-end graphics cards can have a considerable effect on energy usage.

New processors usually need more power as well.

Before buying expensive components for your new upgrade, you need to calculate their power consumption because you might need to update your power supply first.

Moreover, updating the power supply and increasing the electricity will affect your home’s circuitry and the other components in your computer, so knowing the exact power requirements is vital.

What Factors Affect The Amount Of Power Your Computer Consumes?

Not every PC is the same, and therefore, every PC’s power consumption differs from the others, and here are the effective factors:

For instance, a Mac consumes less power than a PC.

Chromebooks are also much more energy efficient.