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Unlike Windows PCs, going for a Mac with more RAM isn’t as simple as popping in more modules when you need them. To future-proof your Mac, you need to buy the right amount of RAM from the start.

Modern Macs generally have specs with at least 8 GB of RAM. This sounds like a small amount, especially when you’re paying thousands of dollars for a computer, but is this RAM enough for a Mac?

Table of Contents

Why Does RAM Matter In Your Mac?

Random Access Memory (RAM) is a form of computer memory used to temporarily store data that the computer is currently using or processing. It is called “random access” because the computer can access any part of the memory directly rather than going through a sequence of memory locations.

RAM is an important component of a computer because it determines how much data it can work with at one time and how quickly it can access that data. When a computer runs out of RAM, it can slow down or even crash because it needs to use a slower form of memory, such as a hard drive, to store data.

Having enough RAM is particularly important for running multiple programs at once or using resource-intensive applications such as video editing software, graphics design, gaming, or running virtual machines.

How Much RAM Can You Get With a Mac?

Recent models of the MacBook Air and MacBook Pro laptops usually come with 8GB or “gigs” of RAM as a standard configuration, but some higher-end models can be configured with up to 16GB or even 32GB of RAM or more. The MacBook Air, MacBook Pro 13”, Mac mini, and iMac desktop computers also typically come with 8GB of RAM as a standard configuration, but they can also be configured with 16GB RAM, 32GB RAM, or more in high-end models such as the Mac Studio equipped with an M1 Max or M1 Ultra.

The Mac RAM Upgrade Problem

The RAM configuration of a Mac is not upgradeable on all models, especially on newer models of MacBook Air, MacBook Pro, and Mac mini. In those cases, the RAM is soldered to the motherboard and can’t be upgraded after purchase.

In general, for most regular users, 8GB of RAM should be enough for running basic applications and a few browser tabs. But if you are doing heavy lifting like video editing, rendering, running virtual machines, or work with many browser tabs open, then you should consider getting more RAM, especially if you’re using an older Mac.

Why especially for an older Mac? This is where things get a little more complicated since older Intel-based Macs need more RAM to do the same job as an Apple Silicon Mac.

Intel and Apple Silicon Macs Use RAM Differently

Macs with Intel processors and Macs that use Apple Silicon processors have different approaches to RAM usage.

Macs that use Intel processors use a traditional memory architecture, in which the RAM is externally connected to the processor via a memory controller that runs at different speeds depending on the motherboard and processor generation.

On the other hand, Macs that use Apple Silicon processors use a unified memory architecture (UMA), in which the RAM and the processor are closely integrated and share the same physical chip package. In UMA, the memory is shared between the CPU and the GPU, allowing the two components to work together more efficiently and making the amount of RAM less of a bottleneck for performance.

In practice, this means that a Mac with an Apple Silicon processor might be able to perform better even with less RAM than an Intel-based Mac with the same amount of RAM would be able to. This also means that on an Apple Silicon Mac, the performance increase from upgrading RAM is not as significant as on an Intel-based Mac.

It’s important to note that in both cases, having more RAM is still beneficial for running multiple applications simultaneously or running memory-intensive tasks, but the unified memory architecture of Apple Silicon makes the amount of RAM less of a bottleneck for performance.

Another key reason that Apple Silicon Macs can get away with less RAM is thanks to their tightly Integrated SSDs. You’ll recall we mentioned how RAM helps the computer avoid resorting to slower storage such as hard drives. That’s still true in general, but because Apple Silicon SSDs are so fast, they can act as a high-speed buffer when multitasking. On an M1 MacBook Air, for example, the SSD can write 2.2GB/s and read 2.8GB/s. This means that it can move the entire contents of RAM to and from the SSD in less than four seconds on an 8GB system. So dumping background apps you aren’t currently using to the SSD can happen without the user knowing about it or noticing performance degradation.

More RAM, Less SSD Wear

Having more RAM can potentially reduce wear and tear on the SSD (solid-state drive) of a Mac with an Apple Silicon processor.

When a computer runs out of RAM, it starts using a feature called “virtual memory,” which is a combination of the computer’s RAM and a portion of the hard drive. Virtual memory allows the computer to use the hard drive as an extension of RAM, effectively increasing the amount of memory available to the system. However, using the SSD as virtual memory can cause additional wear and tear.

It’s also worth noting that SSDs are more durable than traditional hard drives and can last for years even with frequent use. Modern operating systems like macOS are optimized to use the flash storage more efficiently, reducing wear and tear.

Most Macs Have Unified Memory Now

In Apple Silicon Macs and some Intel-based Macs with integrated graphics, the memory (RAM) is shared between the CPU and GPU. This means that the CPU and GPU can access the same memory pool and share data, which can improve the efficiency of the system’s memory usage.

It’s also worth considering the GPU capabilities and its limitations too. Some integrated GPUs may have limited memory and performance capabilities, and the amount of RAM may affect the performance of the GPU, so for these cases, the optimal amount of RAM would be at least 16GB.

Considering that the GPUs in M2 and M1 Macs are comparable in power to the PlayStation 4 and Xbox Series S, respectively, having only 8GB of RAM may limit the quality of the textures these GPUs are capable of processing. This doesn’t just apply to Mac gaming (which is undergoing a revival), but any of the 3D creative and professional applications that benefit from having more texture memory.

If you want to try the latest Mac video game ports or any sort of 3D-accelerated application at all, it’s likely worth springing for 16GB or more. That being said, in our long-term use of a base model 8GB MacBook Air M1, even heavy games such as Tomb Raider run just fine at 1080p.

The Bottom Line: Is 8GB Enough For a Mac?

So let’s get down to directly answering the main question here. After all, if you buy a new Mac with 8GB of RAM, you’ll have no opportunity to get more RAM without buying a whole new Mac, so it’s an important decision. It doesn’t help that the price difference between models with different RAM allocations is substantial!

To make it easy, we’ve broken down some example use cases where 8GB RAM in a modern Mac is enough. Keep in mind that this does not include Intel Macs (2024 and earlier) which, as mentioned above, use RAM differently to later Apple Silicon systems.

If you have an Intel Mac with 8GB of RAM and it still does everything you need at a speed you’re happy with, then that’s enough to end the debate. If you’re looking to buy a current Mac however, these are the use cases:

Basic video editing in 4K, or more involved editing in 1080p using apps like Luma Fusion, Adobe Premiere, or Final Cut Pro. Our 4K YouTube channel is edited on an M1 MacBook Pro (MBP) with 8GB of RAM. More subscribers are always welcome!

Photo editing with apps like Adobe Photoshop and Lightroom. Unless you’re editing images with truly insane resolutions or hundreds of layers, 8GB of RAM in a new MacBook Pro or Air is more than enough.

Streaming Netflix, Amazon Prime or YouTube videos. Listening to music on Spotify or Apple Music.

1080p gaming at medium to high settings depending on the age of the title. For example, we played Rise of the Tomb Raider and Alien Isolation on an 8GB MacBook Air with an M1 chip without any issue at this resolution.

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Is Your Recovery Plan Good Enough To Save You?

The events of the past few months have brought disasters back to the

front of corporate agendas.

Unfortunately, not all organizations realize the critical need to

internalize planning and may figure they will let the government help

them if the time comes. What they don’t realize is that even if a

disaster strikes, there may not be aid. They must take care to preserve

their own business continuity.

Organizations simply must take control of their own recovery plans.

Hurricanes like Katrina and Rita are vivid in peoples’ minds right now as

is the outcry for assistance from the government and private

organizations. However, assistance isn’t always forthcoming.

In September, Wisconsin was struck by 27 tornados that damaged 400 homes.

Their request to be declared a federal disaster area to get government

assistance was denied. Accusations are being leveled that the Federal

Emergency Management Agency (FEMA) is spread too thin and can not help

Wisconsin, though they would have in times past.

Can you gamble on getting assistance?

Despite living in a city that was below sea level, many in New Orleans

did not have flood insurance, yet were covered for hurricanes — or so

they thought. Heated debate and lawsuits are arising from carriers

declining claims based on arguements that the property damage was not

caused by the hurricane directly, which would be covered. Some claim the

storm surge and subsequent flooding is what caused the damage and that

would not be covered by insurance policies.

The issue is that flooding requires a separate rider that many did not

buy. If those families and businesses do not get reimbursed from

insurance, how will they fair? Have you checked your insurance policies

lately against your most likely risks to make sure you have the

appropriate coverage to ensure that recovery is possible?

To worsen many already dire situations, some organizations in New Orleans

dutifully sent their backup media to offsite storage sites located around

the city. Not only did some groups lose their on-site data, but the

offsite data was destroyed, as well.

Given your most likely risks, do you have a backup process that

safeguards your data from regional incidents? Do you need to guard

against regional disasters, and if so, how far away must the backups

travel?

The Need for Planning

With just these few examples in mind, when was the last time you and your

team sat down and ran through the most likely scenarios that threaten

your organization? The careful review should move beyond abstracted risks

and focus on layered situations. Move past ”what if we lose power?” and

instead focus on realistic matters such as ”whatif lightning takes out

both the primary and secondary grids that feed our facility?”.

The power company’s communication structure is in disarray and an

estimated time to recover is not even available. What must be done

immediately? What do we do 30 minutes into the outage? What do we do an

hour in? At what time do we begin powering down systems and in what

order? How do we inform employees?

The idea is to use realistic situations to foster dialogue and to capture

and formalize ideas that are scattered through the team. The end result

must be a disaster recovery plan that covers the most likely scenarios.

Whether there are three, five or 20 scenarios, the exact count will

depend on the organization and the risks that confront it.

The goal is to plan to the level that management feels is adequate.

Whenever a disaster strikes, even a small one, take the time to review

lessons learned. Determine what worked well, what did not and revise

plans accordingly.

Business Continuity

Moving beyond disaster recovery is the idea of business continuity.

How will you keep the business running during some kind of disaster? If

disaster recovery is concerned about restoring a given service back into

production, business continuity planning is concerned with the holistic

issues surrounding keeping the business running or getting back up and

running as quickly as possible to minimize impacts.

Some organizations get hit by a disaster and disappear. We, of course,

don’t want that to happen to us. If we return to our power example from

above, think about what business processes are most critical to our

ability to stay operating. What is needed to operate? If the automated

systems are down, can they run manually?

These questions are aimed at understanding the organization’s

requirements and then layering IT’s capabilities in to support the

business. Organizations must review their risks and then develop options

to mitigate continuity risks.

For details, there are many resources on the Web that have been quietly

evolving. There is a wealth of recommended practices out there to aid in

your planning, including recommendations in ITIL and ISO 17799.

Furthermore, discuss matters with your team and industry association to

get started.

There are many avenues to consider. Groups that haven’t dusted off their

disaster recovery and business continuity plans since Y2K should get them

out and run through them, thinking about the disasters most likely to

strike. The scenarios should be detailed enough that responses are

gauged, corrective actions defined and investments approved.

Organizations can’t take their responses for granted. If they do, they

might be faced with the day when planning would have made the difference

between being in or out of business.

Here are some additional resources:

Why Pay Extra For Expensive Earbuds When Cheap Earbuds Sound Good Enough?

Lily Katz / Android Authority

With so many of us tightening our budgets, expensive earbuds may seem frivolous. After all, cheap earbuds have improved over the past few years. Many earbuds that cost $50 or less boast pretty good sound quality and even offer features like water resistance and wireless charging. With all that cheap earbuds have to offer, is it even worth it to pay more for Sony, Samsung, or Apple’s flagships?

With concrete examples, we’ll break down the differences between cheap and expensive true wireless earbuds. In the end, you may find the price is just right between those two extremes.

Mid-tier noise-cancelling performance is all over the place. ANC on the Beats Studio Buds and Nothing Ear 1 does little to cancel out background noise. Then there are the Samsung Galaxy Buds 2 and Sony LinkBuds S that dampen background noise quite a bit. Sony’s own LinkBuds S actually has better ANC than the flagship WF-1000XM4 from 75-350Hz, so wind, engine rumbles, and A/C whirs will all sound a smidge quieter with the LinkBuds S than with the XM4. No matter what, though, the WF-1000XM4 block out more high frequencies like chatter, keyboard sounds, and clinking dishware.

Performance is consistently great when you get to high-end earbuds. Look at how the Google Pixel Buds Pro, Samsung Galaxy Buds 2 Pro, Apple AirPods Pro 2, and Sony WF-1000XM4 compare above. The Galaxy Buds 2 Pro cancel out more super-low frequencies than any of the other earbuds, but the effect may not sound as pleasing as with the AirPods Pro (2nd generation) or the WF-1000XM4.

If you are on the lookout for great noise-cancelling earbuds, don’t cut corners. We recommend you put off your purchase and save for a few more weeks or months to experience great ANC. Your ears will thank you.

Custom EQ module and EQ presets: You can change the earbuds’ frequency response to your liking, or choose from a handful of premade profiles.

Personalized EQ with hearing test: Some apps prompt you to take a hearing test to optimize the frequency response to your hearing abilities.

Control customization: You can change the earbud commands to your liking.

Personalized spatial audio with head tracking: Listeners can personalize the spatial audio effect for a more immersive experience. Enabling head tracking sets your phone as an anchor point, and the audio changes as you move your head relative to your phone.

Ambient sound or transparency mode: These listening modes let you filter background noise through the earbuds.

Location-based sound modes: When you enter or leave a certain location, the sound changes to a predetermined setting that you created.

Automatic ear detection: When you remove the buds, your media pauses. Inserting the earbuds resumes playback.

Ear tip fit test: The app will run a test emitting noises through the earbuds to determine if you’re using the best size ear tips for your ears.

Bluetooth codec options: You can toggle between the earbuds’ Bluetooth codecs.

Bluetooth multipoint: The earbuds can connect to two devices simultaneously. This is good for productivity when you want to watch a YouTube video but keep an ear on your phone for incoming calls.

Ongoing firmware updates: All apps offer access to firmware updates to keep the earbuds competitive and to fix bugs.

While none of these features are necessary for connecting your earbuds to your Android phone or iPhone and listening to music, they sure enhance the experience. You’ll have a hard time finding any earbuds with an original retail price of $50 or less that come with an app at all.

Instead, the appeal of cheap earbuds is that what you buy is what you get. However, simplicity has its downsides. App-less earbuds can’t receive updates to improve the product throughout its lifetime. Most earbud manufacturers start offering apps at around the $100 mark, which is a reasonable price for access to a few or all of these features.

What to watch out for before buying expensive earbuds

Austin Kwok / Android Authority

While expensive earbuds have plenty to offer, wireless earbuds don’t last very long. With regular use, you’re lucky to get more than a couple of years out of them. That’s right, you could spend well over $200 on earbuds that can’t hold a charge after two or three years. How does this battery degradation happen? Simply put, we subject earbuds to an unending charge/recharge cycle. This puts a lot of stress on the tiny lithium-ion batteries, hastening battery breakdown.

Most wireless earbuds won’t survive more than two years of daily use.

If you don’t want to buy a pair of earbuds every two years, we recommend buying wired earbuds. The KZ ZSN Pro X ($23 at Amazon) and Tin Audio T2 HiFi ($49 at Amazon) fit the bill as great wired earbuds. Alternatively, wired headphone batteries last much longer than those in earbuds because they’re bigger and aren’t always recharging. The Anker Soundcore Life Q35 don’t cost too much ($99 at Amazon). Listeners who are ready to go big can grab the Sony WH-1000XM5 headphones for $398 at Amazon.

Those who insist on wireless earbuds may find purchasing mid-tier earphones is an easier financial pill to swallow. These usually fall between $75 and $160. Spending this much opens the door for app support, with a feature set near or identical to a brand’s flagship option.

Pov: Iran Nuclear Accord Is A Good Deal

POV: Iran Nuclear Accord Is a Good Deal Critics of agreement miss the lessons of history

Strip away all the rhetoric, and the November 23 agreement with the Islamic Republic of Iran over its nuclear program emerges as an exercise in realism. It recognizes that three decades of enmity and distrust will not be erased overnight, nor can the knowledge of how to make a nuclear weapon be destroyed. This interim agreement represents a first step in verifiably ensuring that Iran’s nuclear program can be strictly limited to peaceful purposes. It is definitely a path worth pursuing.

The outlines of the agreement are simple: in return for a six-month halt to certain construction and enrichment activities, conversion and dilution of an existing 20 percent of enriched uranium stocks, and intrusive inspections by the International Atomic Energy Agency, the United States and other powers will offer limited relief from crippling sanctions on Iran’s economy. In essence, it deprives Iran of the opportunity to readily further enrich uranium to levels of purity necessary for nuclear weapons. Over the course of this six-month agreement, the sides will explore the possibility of a comprehensive pact that will ensure Iran’s nuclear program is limited to civilian purposes and that treats Iran as any other signatory to the Non-Proliferation Treaty. If, during the next six months, it becomes clear that the Iranians are cheating or trying to hide a military program, then the sanctions can be reimposed immediately and further steps considered. It is worth highlighting that the Iranians made this agreement not just with the United States and its European allies, but also with the Russians and the Chinese. The Iranians would have to weigh the costs of crossing its most sympathetic global powers by failing to live up to the agreement.

Far from being the “historic mistake” that Israeli Prime Minister Benjamin Netanyahu contends, the accord is the first step toward a goal that we all claim to share: an Iran that does not pose a nuclear threat to our friends and allies. There are those, including in the US Congress, who argue that harsh sanctions have brought Iran to the bargaining table and that ratcheting up the pressure even further will bring Tehran to its knees. And therein lies the problem: if Iran concludes that the real aim of sanctions is not the nuclear program, but the destroying of the regime itself, then the incentives to develop the bomb regardless of the costs are quite compelling. The point of sanctions was to bring Iran to the table: that strategy has succeeded. Let’s see what we can accomplish with further negotiations, remembering that people (and governments) with their backs to the wall tend to lash out unpredictably.

The same arguments apply to the military option, with even more force. Those who argue for “surgical strikes” ignore the old military adage that the enemy has a vote in the outcome. They assume that the Iranians will play by our rules. Nothing in recent history suggests that will be the case, and the last 10 years should have taught us something about the costs and dangers of asymmetrical warfare. Unless military action completely destroys the Iranian nuclear infrastructure and wipes out its ruling class and scientists, the Iranians will come to the one logical conclusion available: getting the bomb is their only defense against future military action.

We cannot be blind to the nature of the Iranian regime. We have many issues with them besides the potential of nuclear weapons. But this is not about trusting or liking the Iranians. It is about seeing if we can negotiate a verifiable agreement to move Iran away from acquiring nuclear weapons. It is time to have trust in our abilities, and to remember the words of President Kennedy: “We will never negotiate from fear, but we will never fear to negotiate.”

Robert Loftis, a College of Arts & Sciences professor of international relations and a former US ambassador to Lesotho, can be reached at [email protected].

Explore Related Topics:

Is Python Good For Developing Games? Why Or Why Not?

In this article, we will see if Is Python good for developing games? If yes, what are the primary reasons for it, and if no, what are the reasons?

Python as a game development language has become popular in the entertainment industry. It’s not just because Python is popular in other domains of technology or because it’s free and open source (though those are both great reasons).

Python is utilized in game development because it is a robust and versatile programming language. It automates many of the most typical activities related to game creation, and there are numerous resources to help you learn how to use it efficiently.

Is Python good for Developing Games?

Python is a fantastic programming language for game development. Python game development has shown to be a perfect solution for developers for speedy prototyping and execution of video games as the gaming industry has grown.

Python’s simple and clear syntactic structure differentiates it from other programming languages for game development.

Almost every developer will agree that Python code is simpler to grasp than Java or C code. Python is a popular coding choice among game developers due to its low learning curve.

Python is object-oriented, contains built-in high-level data structures, and enables dynamic type and dynamic binding. Python does allow game creation, although it is not as popular as C++ with DirectX and OpenGL.

PyGame is a developer-friendly and simple-to-use library for creating games. Python is a simple language to learn, so creating games with Python is not difficult.

Reasons why Python is an excellent choice for Game Development. Simple and clear Syntax

Python’s clear syntax is one of the main reasons it is so popular. As a result, the code is simple to read and understand, making it an excellent choice for game creation. Not only is the code simple to read, but it is also simple to write, saving time and effort when developing a game.

Concise syntax aid in the smooth execution of an idea or logic, debugging becomes less difficult, and the flexibility to easily add features makes it a good choice for game development.

Flexible Object Orientation

Flexible object orientation works by assigning attributes/features/properties to a class or type of object. These features are then inherited by other categories derived from them. So, if a programmer wishes to develop an animal-type class, they would first set up some basic features such as eat(), sleep(), and so on, and then any other kinds derived from animals might have the same attributes.

Python is quite versatile in terms of object orientation, which is one of its many strengths. As a result, programmers may simply build new objects and alter old ones without having to write a lot of code. Python is an excellent choice for game development since developers frequently need to generate and update objects on the fly.

Gaming-based Libraries and Frameworks

Python for game creation supports 2D visuals in addition to 3D graphics, making it one of the most popular languages for programming games in general. It has various libraries and frameworks that make game development simple.

Pygame, Pyglet, Kivy, PySDL2, Pymunk, PyOpenGL, PyODE, and many other libraries are widely used in game development. Additionally, a variety of tutorials assist newcomers in their initial stages.

Dynamic Typing

For example, if an idea comes to you in the middle of the night, you can try it out right away because Python does not require type declarations. Python programmers never need to cast variables before using them since all data types are dynamically defined at runtime.

Large Community Support

A supporting community is one of the most crucial things you can have when developing a game. Python has one of the largest and most active programming language communities. If you’re stuck on a problem, chances are more someone in the community has faced and solved it before.

Additionally, because of the large community support, you can simply recruit Python engineers at a minimal cost. Furthermore, these tools include a wealth of open-source tutorials and other instructional materials, so even if you don’t intend to hire a developer, you’ll be able to get started on your project right away.

Artificial Intelligence(AI) Integration Compatibility

The importance of Artificial Intelligence(AI) integration in the gaming business has grown. What if you want to maximize your gaming by using the power of deep learning and other forms of machine learning? Python is an effective AI development tool. Many libraries, such as TensorFlow, Keras, Theano, and others, are specifically created for developers who want to incorporate AI capabilities into their games.

Also, Python may be used on a variety of platforms. As a result, your game can be created on one platform and readily deployed to another. Python is also free and open source, which saves costs even further.

Robust Performance

Importing modules, which allow developers to obtain data from other sources and reuse it in their projects, is a common and influential feature in Python. The module importation function also saves space because a single project does not need to contain all of the data required to work; only the modules needed are imported from other sources and combined with original files.

Python is well-known for its robustness. As a result, your game will be able to handle a large amount of action without slowing down. It comes in handy for creating action-based games since it allows them to process information at the same time without freezing or lagging. The popular Nintendo game Mario Kart 8 Deluxe is a nice example. The game has sold over 45 million copies globally, demonstrating the power of the programming language.

Python Game Development Frameworks Pyglet

Pyglet is an open-source and cross-platform Python windowing and graphics library. It is a powerful Python toolkit for creating games and other visually appealing programs for Windows, Mac OS X, and Linux.

Pyglet provides windowing, user interface event management, joysticks, OpenGL graphics, image and video import, and audio playback. Pyglet works with Python 3.5+ and other Python interpreters like PyPy.

Features

Pyglet does not require any external sources or setup.

It includes a built-in guide for images and audio.

It handles local windowing that is flexible.

Pyglet was written in the natural Python language.

Pygame

Pygame is a Python framework for developing multimedia applications such as video games that is free and open source. It is based on the well-known SDL library. C, Python, Native, and OpenGL are all used in this module.

Pygame allows users to utilize Python programming to create full-featured games and multimedia packages. It is incredibly portable and compatible with nearly every platform and operating system.

Features

CPUs are easily accessible.

Pygame makes the best use of C and Assembles code for centre functions.

It is simple to use and portable.

Only a minimum lines of code is needed.

PyOpenGL

PyOpenGL is a popular Python cross-platform binding to OpenGL and related APIs. PyOpenGL’s binding is built with the standard ctypes library.

PyOpenGL works with a variety of Python external GUI libraries, including Pygame, PyQt, Raw XLib, and many others.

PyKyra

PyKyra is a robust Python game development framework based on Software and Documentation Localization(SDL) and the Kyra engine.

Along with the core capabilities of the framework, it also supports MPEG video, sound formats, direct image reading, and a lot more.

Kivy

Kivy is a cross-platform, open-source Python toolkit for fast application development that incorporates innovative user interfaces such as multi-touch apps. Kivy is available for Linux, Windows, OS X, Android, iOS, and Raspberry Pi.

It supports the majority of inputs, protocols, and devices. The library is GPU speeded up and includes over 20 highly extensible widgets.

Panda3D

Panda3D is an open-source and free-to-use engine written in Python and C++ for dynamic 3D games, visualizations, simulations, and presentations, among other things. Panda3D has command-line tools for analyzing and optimizing source assets, allowing users to manage and code the content development workflow.

PyOgre

Python-Ogre, sometimes known as PyOgre, is a Python binding of the OGRE 3D engine’s C++ library. PyOgre is a cross-platform programming language with a focus on scalability and efficiency. Ogre is a 3D rendering engine written entirely in C++ that has a strong feature set and has been used to create aesthetically spectacular games.

Cocos2d

Cocos2d is an open-source framework built in Python, C++, and Objective C that can be used to create cross-platform GUI-based interactive products such as games.

Conclusion

Renowned games such as Frets on Fire have been created with Python and Pygame. Pygame is once again one of the most popular Python libraries for game development. It has been used to create games by both amateur and professional programmers.

Why Is My Ram Usage So High When Nothing Is Running?

If you are not running any apps while your Task Manager continuously shows that you use more than 70% of your RAM, then your PC has a high Memory/RAM usage issue. Ideally, it is normal to observe 30-40% RAM usage on your PC when nothing is running as this amount of RAM is needed to run the Windows operating system and other background processes. However, continuous high usage of RAM usually indicates issues. So, what is the high memory / RAM usage issue? How do you know that your PC has an issue?

Why is my RAM usage so high when nothing is running?

The high RAM usage issue is mainly related to the overcrowding of many internal processes.

Your PC’s memory includes RAM (Random Access Memory), ROM (Read Only Memory), and Cache. RAM allows data to be read and written at any time and this process is usually fast.

The data stored on the RAM is temporary and as you shut down your PC the memory usage turns to 0. However, when your PC is ON, the background services will use the memory. The percentage of memory usage decides the performance of your PC and if it is too high then it reduces the PC’s performance.

Hence, abnormal RAM usage should be checked.

How high RAM usage issue affects your PC

PCs with high RAM usage issues, experience frequent freezes as soon as you open an app or try loading a memory-intensive game. Sometimes, you can see the error – “Your computer is low on memory” popping up as well. Watch out for the following other symptoms that occur due to high RAM usage issues.

PC’s response becomes extremely slow

Applications don’t respond or open with lag

File transfer consumes extraordinary time

The download or upload files process gets stuck

Read: How to Free up, Reduce or Limit RAM usage in Windows 11

Possible reasons for high RAM usage

PC has too many programs that start during the startup

Potential Virus attack

Registry hack

Disk file system malfunction

Running multiple apps with big memory usage

Insufficient memory

How to check RAM usage on your Windows 11/10 PC

Now that you know what high RAM usage is, here is how you can check the Memory usage on your Windows 11/10 PC. Here is how to do it.

Press Ctrl + Alt + Del keys and select Task Manager to open it.

By default, you are under the Processes Tab. Keep staying in this section and check the column under Memory.

So, you can find the memory usage percentage of your Windows 11/10 PC. As you scroll further down, you can find the memory consumption against each service / app that is being used by the PC.

If you need to troubleshoot further, you can use RAMMap, a memory usage analysis utility from Sysinternals.

How to fix Windows 11/10 high RAM usage issue

We have already covered how to fix 100% Disk, High CPU, Memory, or Power usage in Windows 11/10. Here are some additional suggestions:

Disable Tips and suggestions in Windows

Disable service host Superfetch

Disable unwanted third-party services

Disable the unnecessary startup apps

Set registry hack

Increase the Virtual Memory through Registry NDU

Increase physical memory

Let us look at these solutions in more detail.

1] Disable Tips and suggestions in Windows 11/10

The tips and suggestions feature in your Windows 11/10 OS could be the reason why your RAM usage is so high when nothing is running. Disabling the Tips and Suggestions for specific categories may reduce RAM usage while your PC is idle.

Here is how to disable Tips and Suggestions in Windows 11/10.

Scroll down to the bottom of the Notifications and disable the following options.

Offer suggestions on how I can set up my device

Get tips and suggestions when I use Windows

Show me the Windows welcome experience after updates and occasionally when I sign in to highlight what’s new and suggested

Restart your PC for changes to take effect.

2] Disable service host Superfetch

So if you experience that your RAM usage is high when nothing is running significantly, try disabling the Superfetch feature. Here is how you can disable Superfetch in Windows 11.

Search for and open the Services

3] Disable unwanted third-party services

Sometimes third-party background services could be the reason why your RAM usage is so high when nothing is running. Without making your notice they keep running in the background even when the app is not actually running.

So, before you try any more fixes it is worth checking about these third-party services and disabling them via the System Configuration. Here is how to do it.

In the System Configuration pop-up, select the Services tab.

Next, you should enable the checkbox for Hide all Microsoft services so that you don’t accidentally disable necessary system services.

Once the Microsoft Services are filtered, you can view the list of third-party services. Disable the ones which are unnecessary and possibly you don’t recognize as they were sitting silently without your attention.

4] Disable the unnecessary startup apps

One of the reasons for high RAM usage could be unnecessary startup apps. Disabling unnecessary startup apps will effectively decrease the system load saving quite a lot of CPU memory space. Here is how you can do it.

Press Ctrl + Alt + Del keys and select Task Manager.

5] Set registry hack

Releasing some virtual memory on your PC by deleting the Page file via the Registry can decrease RAM usage on your PC. Here is how you can do it.

Press Windows + R keys, and type regedit to open the Registry Editor

Navigate to:

HKEY_LOCAL_MACHINE/SYSTEM/CurrentControlSet/Control/Session Manager/Memory Management.

Restart your PC for changes to take effect.

6] Increase the Virtual Memory through Registry NDU

NDU is a resource-monitoring setting, and its dependencies can cause sudden memory spikes when many applications are open. You can modify the NDU settings to increase the Virtual Memory of your system and get an immediate memory boost. Here is how you can do it.

Navigate to-

HKEY_LOCAL_MACHINESYSTEMControlSet001ServicesNdu

Change the default value from 2 to 4 and select Ok. The virtual memory allocated to your system has been increased.

Restart your PC for the changes to take effect.

Change the default value from 2 to 4 and save this new NDU setting. It would increase the virtual memory allocated to your system.

7] Increase physical memory

If the physical memory on your PC is small or bare minimum, you can upgrade your RAM. Typically upgrading from 4GB to even 8GB would help serve your purpose and you will be able to play games and run intensive applications.

How do I stop unnecessary RAM usage?

To stop unnecessary RAM usage in Windows 11/10 PC, you can use the Task Manager. It displays all the running apps and processes with details regarding the RAM and CPU. You can check those high-end apps and close them accordingly.

Why is my RAM usage so high for no reason?

Ideally, it is normal to observe 30-60% RAM usage on your PC. However, RAM usage of more than 70% over a continuous period indicates abnormally high usage and needs inspection. As there could be multiple reasons, it is recommended to follow the aforementioned guide to get it fixed.

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