What are the 4 types of system requirements?

Yo, what’s up, coders! Let’s break down those system requirements. Forget that dry textbook definition – we’re talking real-world game development here (or any software project, really!). There are four major categories you HAVE to nail:

Functional Requirements: This is the “what” – what your system *does*. We’re talking features, functionalities, specific tasks the system needs to perform. Think of this as the core gameplay loop, the player actions, the data it handles. No features, no game! Nail this section.

Performance Requirements: This is the “how well” – how fast, how responsive, how efficient your system needs to be. Frame rate targets, load times, data processing speeds – this is all critical for a smooth user experience. Lag is the enemy! We gotta optimize everything here.

System Technical Requirements: This is the “where” – the hardware and software your system needs to run on. Minimum and recommended specs – you gotta tell your players what they need. Are we talking potato PCs or high-end rigs? Make it clear, keep it simple.

Specifications: This is the “how” – the detailed, technical specifications for each component. Think API integrations, database design, specific libraries – the nuts and bolts making the whole thing tick. This is where the magic happens, but only if you know the details. Don’t overlook this!

What are the requirements of a computer system?

Level Up Your Rig: The Essential Components of a Gaming PC

Think of your gaming PC as a finely-tuned machine, ready to conquer any digital world. But before you can slay dragons or explore galaxies, you need the right specs. Here’s the breakdown:

Architecture: This is the fundamental blueprint of your system – the underlying structure that dictates how everything works together. Choosing the right architecture (like x86-64) is crucial for compatibility and performance. Think of it like selecting the chassis for your supercar – it’s the foundation for everything else.
Processing Power (CPU): The CPU is the brain of the operation. A more powerful CPU means smoother gameplay, faster load times, and the ability to run more demanding games at higher settings. Think of it as your gamer’s brain – the more powerful, the faster your reaction time in-game!
Memory (RAM): RAM is the short-term memory of your system. More RAM means your system can handle more complex tasks simultaneously, preventing lag and stuttering, especially during intense gameplay. Imagine it as your character’s quick-access inventory – more space for potions and weapons means fewer interruptions!
Secondary Storage (HDD/SSD): This is where your games are stored. SSDs offer significantly faster load times compared to HDDs, meaning less time waiting and more time playing. Think of it like a well-organized backpack – fast access to your weapons and supplies is vital.
Display Adapter (GPU): The GPU is responsible for rendering the visuals – the higher the performance, the better the graphics. This is where you’ll see the difference between blurry, low-detail textures and crisp, stunning visuals. This is the artist’s palette, turning digital pixels into breathtaking worlds.
Peripherals: These are the input devices – keyboard, mouse, joystick, etc. – and the output devices, like your monitor and headphones. The quality of your peripherals directly impacts your gaming experience. These are the tools of your trade – choosing the right ones will improve your accuracy and immersion.

Pro-Tip: Don’t underestimate the importance of a good power supply! It needs to provide enough power for all your components to run smoothly and prevent crashes.

Bonus: Consider cooling solutions (CPU cooler, case fans) to keep your system running efficiently and prevent overheating, which can significantly impact performance.

What are the main requirements of a system?

Let’s dissect system requirements like a seasoned PvP veteran dissecting a newbie. There’s no room for error, so precision is key. We’re talking about the foundational trinity: hardware, software, and connectivity.

Hardware is your base – the raw power. Think CPU, RAM, storage (think SSD for speed, HDD for bulk), and GPU (crucial for graphics-intensive applications). Insufficient RAM is like facing a geared opponent with a rusty weapon – you’ll be crippled. A weak CPU is a death sentence in a high-stakes raid. Don’t underestimate the power of a fast SSD; it’s the difference between a lightning-fast load and a frustrating eternity staring at a loading screen.

Software is your skillset – the code that brings it all to life. This includes the operating system (OS), drivers, libraries, and of course, the application itself. Incompatibility is a game-over condition. Always verify OS compatibility; a mismatched OS is like equipping the wrong armor – it will lead to your demise.

Operating System (OS): Windows, macOS, Linux – each has strengths and weaknesses. Choosing the wrong one is like picking the wrong class in a game.
Drivers: The glue that connects hardware and software. Outdated drivers are a vulnerability.
Libraries: Essential supporting code; missing libraries will cause crashes.

Connectivity is your battlefield – the network you operate within. It dictates your access to resources and the speed of your operations. Lag is your nemesis, and bandwidth is your lifeline. Think network speed (gigabit Ethernet is preferable to Wi-Fi), latency (lower is better), and stability (consistent connection is a must).

Network speed: Gigabit Ethernet generally offers superior speed and stability compared to WiFi.
Latency: Low latency is crucial for real-time applications and online gaming. High latency is like fighting with a significant delay.
Stability: A reliable, consistent connection is paramount. Intermittent connectivity will interrupt your progress.

Ignoring any of these three is a guaranteed wipe. Master these requirements, and you’ll dominate the system landscape.

Where can I find my system requirements?

Alright gamers, so you need to know your system specs? Piece of cake. This isn’t some cryptic boss fight, trust me.

First, the Windows 10 method: Think of this as the “easy mode” strategy. It’s reliable, and works every time. No cheats needed.

Hit that Windows key – you know, the flag icon in the bottom left. Think of it as your starting portal.
Click the Settings gear. This is your inventory, where you find crucial information.
Select “System”. Consider this your character sheet – it’s where you’ll find all your vital stats.
On the left, choose “About”. This is like checking your character’s detailed profile.
Boom! You’ll see a load of info: processor, RAM, system type – all the juicy details you need to know what your rig can handle. This is basically your PC’s level-up status.

Beyond the Basics:

That gives you the essentials, but sometimes you need more. Think of it as needing to check the specific stats of your weapons and armor for optimal performance.

Third-party apps: There are tons of free system info tools. They’re like having a trusty sidekick; they give you a more detailed breakdown. Think of them as your ultimate gaming guide!
DXDIAG: This is a built-in Windows tool – it’s like a secret cheat code. Type “dxdiag” in the search bar. It’s a goldmine for DirectX-related information. This is your essential tool for checking graphics card compatibility!

Knowing your system specs isn’t just for bragging rights; it’s crucial for choosing the right games and settings for optimal performance. Avoid those frustrating low frame rates! Use this info wisely.

What are the basic system requirements?

Yo, what’s up gamers! System requirements? Think of them as the bare minimum specs your rig needs to avoid a total meltdown. We’re talking the CPU, GPU, RAM, and storage – the vital organs of your PC. If your system doesn’t meet these requirements, expect lag, crashes, and overall potato performance. It’s like trying to run a marathon in flip-flops – not gonna end well.

But it’s not just about meeting the minimums; aim for *recommended* specs. That’s where you’ll get the best visual fidelity, smoother frame rates, and a generally better experience. Minimum specs guarantee it *runs*, recommended specs guarantee it *runs well*. There’s a huge difference. Think of minimum as playable, while recommended is actually enjoyable.

Check those requirements carefully before buying any game or software. Don’t just eyeball them – actually look at your own system specs (usually found in your system information or through programs like CPU-Z or GPU-Z). Compare them side-by-side, and don’t be afraid to upgrade if needed. No one wants a slideshow instead of gameplay!

Often, system requirements are listed as minimum and recommended. The minimum requirements ensure the game will run, but likely at low settings and potentially lower frame rates. The recommended requirements, however, aim for a much more enjoyable and higher-fidelity experience. Always prioritize the recommended specs for the best possible performance.

What are the four main requirements?

So, you’re asking about the four main requirements for production? It’s all about the factors of production, right? Think of them as the building blocks of any economy. We have land – encompassing all natural resources, not just dirt, but minerals, water, even the climate. Then there’s labor – the human effort put into production, everything from the factory worker to the CEO. But it’s not just brawn; we also have human capital, which is the knowledge, skills, and experience of that workforce. Think advanced training, education, on-the-job learning – that’s what makes a skilled worker worth more than an unskilled one. And finally, we have physical capital, the tools and equipment used in production: factories, machines, computers, infrastructure – all that stuff that helps people produce more efficiently. These four factors interact; you need skilled labor (human capital) to effectively use complex machinery (physical capital), all operating within a given resource base (land).

Important note: Some economists add entrepreneurship as a fifth factor, recognizing the crucial role of innovation and risk-taking in driving production. It’s the spark that brings the other four together.

What are the 5 basic elements of the computer system?

Forget the simplistic five-element model; it’s far too reductive for serious analysis. While motherboard, CPU, GPU, RAM, and storage are core components, a holistic understanding requires a deeper dive. The motherboard, the system’s backbone, isn’t just a passive connector; its chipset architecture significantly impacts system performance and scalability. Think of CPU clock speeds and cache sizes – crucial metrics often overlooked in basic descriptions. These directly translate to frame rates and latency in games.

CPU: Don’t just look at GHz; examine instruction set architecture (ISA) and core counts for true performance insight. A higher core count offers better multi-threaded performance, essential for modern game engines leveraging multiple cores. The CPU’s bottleneck effect can dramatically impact gameplay smoothness, especially in heavily-threaded titles.

GPU: The GPU isn’t just about raw processing power (measured in CUDA cores or Stream Processors). Memory bandwidth (GB/s) and VRAM capacity (GB) are equally crucial. Higher bandwidth enables faster texture loading and smoother visuals, while sufficient VRAM prevents performance drops due to texture swapping. Consider the GPU’s architectural features – ray tracing cores for example – and their impact on visual fidelity and performance trade-offs.

RAM: Speed (measured in MHz) and capacity (GB) are key. Insufficient RAM leads to excessive paging to the storage device (slowing things down significantly), particularly detrimental during intense gaming sessions where assets are constantly being loaded and unloaded. The type of RAM (DDR4, DDR5) also plays a part.

Storage Device: Assess not just capacity (TB), but also the I/O speed (measured in MB/s or IOPS). Faster storage (NVMe SSDs) drastically reduce load times, impacting gameplay responsiveness and immersion. The difference between a traditional HDD and an NVMe SSD is night and day in game loading times.

Beyond the Basics: Consider power supply wattage, cooling solutions (CPU cooler, case fans), and peripheral connectivity (input lag from monitors and controllers, for example). These seemingly minor elements can significantly impact the overall gaming experience, often overlooked in simplified explanations.

How to make a list of requirements?

Crafting a robust requirements list for a game demands a more nuanced approach than typical project management. Think of it as designing the game’s DNA. Stakeholder identification goes beyond just producers and artists; include players (through surveys, focus groups, playtests), marketing, and even potential future platform holders. Project goals shouldn’t just be vague metrics; define specific, measurable, achievable, relevant, and time-bound (SMART) objectives. Gameplay loops, monetization strategies, and target player demographics should all inform these goals.

Stakeholder discussions need to be structured. Employ user story mapping to visualize player journeys and identify core mechanics. Prioritize functionality based on its contribution to the core loop and overall player experience. Compiling notes isn’t just about recording features; capture the *why* behind each requirement. Document player motivations, emotional responses anticipated, and desired gameplay feelings. This informs design decisions beyond simple functionality.

The requirements document should be living and iterative, reflecting the dynamic nature of game development. Use clear, concise language, avoiding jargon. Prioritize requirements using a system like MoSCoW (Must have, Should have, Could have, Won’t have). Team review should be active and collaborative, not just a formality. Regular playtests and iterative feedback loops are crucial for refining requirements based on actual gameplay data. Task development and assignment benefit from agile methodologies, allowing for flexibility and adaptation as development progresses. Consider using story points to estimate effort and track progress accurately. Link tasks directly to specific requirements to ensure traceability.

What are the minimum system requirements for Windows ME?

Alright folks, so you’re digging up the ancient history of Windows, huh? Want to know the *real* minimum specs for Windows ME? Prepare to be amazed (or horrified).

Minimum: We’re talking a Pentium 150 MHz processor here. That’s… *vintage*. Think dial-up internet, floppy drives, and a screen resolution that’ll make your eyes bleed. You’ll need a paltry 32 MB of RAM – yes, Megabytes – and a surprisingly spacious (for the time) 320 MB of hard drive space. Good luck finding a machine that still runs this. Seriously, it’s a museum piece.

Recommended: Now, if you actually want something *usable*, bump that up to a Pentium II 300 MHz. A significant leap, I know. You’ll also need a generous 64 MB of RAM and a whopping 2 GB of hard drive space. Even with these “recommended” specs, you’re looking at a snail’s pace compared to modern systems. Expect lag, crashes, and the constant fear of the blue screen of death. Think of it as an exercise in patience and nostalgia. It’s less a computing experience and more an archaeological dig.

How do I find out my computer’s system specs?

Alright gamers, so you wanna know your rig’s specs? Piece of cake. First, hit that Windows Start button – you know, the one that’s been staring at you from the bottom left for years. Think of it as your in-game menu, but for your actual computer.

Next, click Settings – that little gear icon. It’s like accessing your options menu; you’re gonna tweak some settings, but not your graphics this time. We’re going deep into the system.

Now, navigate to “System”. It’s usually pretty high up in the list; think of it as the main hub of your OS. Then, scroll down – remember those long loading screens in your favorite RPG? This is kind of like that, but less exciting, unless you’re a real tech head. Find “About”.

Boom! There you have it. Processor? Check. RAM? Check. That’s your CPU and your memory – think of them as your character’s stats, vital for game performance. You’ll also see your Windows version. Knowing this helps troubleshoot if you run into problems or need driver updates. This is like checking your character’s level and making sure they’re appropriately geared for the next dungeon!

But wait, there’s more! This only scratches the surface. For a deeper dive, particularly if you’re looking at things like your graphics card (your magical spell-casting device), use third-party tools like HWMonitor or Speccy. These programs give you a far more detailed breakdown, like the exact model of your GPU, and its current temperatures. This is like accessing the advanced game settings and really fine-tuning your experience.

What is the most basic requirement?

The most fundamental requirement for human survival is the fulfillment of four core needs: food, water, air, and shelter. These are not merely suggestions; they’re absolute prerequisites. Lack of any one immediately compromises survival. Let’s break it down:

Food provides the necessary energy and nutrients for bodily functions. Consider the caloric intake needed versus the energy expenditure for various activities. Different climates and levels of physical activity demand varying caloric requirements. Understanding macronutrients (carbohydrates, proteins, fats) and micronutrients (vitamins and minerals) is crucial for optimal health and survival.

Water constitutes a significant percentage of our bodies and is vital for countless biological processes. Dehydration sets in rapidly, leading to organ failure and ultimately, death. The daily water requirement depends on factors such as climate, physical exertion, and overall health. Access to clean, potable water is paramount.

Air, specifically oxygen, is essential for cellular respiration. Even short periods without oxygen result in irreversible brain damage. Air quality significantly impacts health, with pollutants contributing to respiratory illnesses. Understanding air pressure and its effects at different altitudes is also a critical aspect of survival.

Shelter protects from the elements and provides a safe space. This doesn’t necessarily mean a luxurious home; it simply means protection from extreme temperatures, precipitation, and potential dangers. Shelter design and construction vary greatly depending on climate and available resources. Consider the principles of insulation, weather resistance, and structural integrity for effective shelter construction.

Failure to meet any of these four needs will trigger a cascade of negative physiological effects, ultimately resulting in death. Understanding the nuances of each and how they interrelate is crucial for survival in any environment. Therefore, securing these basic necessities is the primary focus in any survival scenario.

What are good system requirements?

Alright guys, so you’re asking about good system requirements? Think of it like building a sick gaming rig – you need a solid blueprint. It’s gotta be SMART: Simple, Measurable, Attainable, Relevant, and Time-bound. Forget vague stuff like “make it fast.” That’s not helpful!

We break things down into two main categories: functional and non-functional.

Functional requirements: These are the “what” – what the system *does*. Think of it like listing the features your game needs. “Needs a character creator,” “Supports online multiplayer,” “Allows saving progress.” Keep it focused on the user’s experience. High-level descriptions are key here. Don’t get bogged down in the nitty-gritty implementation details just yet.
Non-functional requirements: These are the “how well” – how the system *performs*. This is where we talk performance, security, scalability, and usability. For example: “Must load in under 3 seconds,” “Must support at least 100 concurrent users,” “Must be accessible to users with disabilities,” “Must have end-to-end encryption.” This is where you define the quality of the experience.

Here’s the pro tip: Make sure your requirements are verifiable. You should be able to easily test if a requirement has been met. Also, they need to be traceable – you need to know where each requirement came from and how it ties to the overall project goals. Losing track of this is a recipe for disaster, trust me.

And remember – less is more. Avoid feature creep! Focus on the core functionality first. You can always add more later. Start with the MVP (Minimum Viable Product) and iterate from there.

Prioritize: Which features are absolutely essential? Which are nice-to-haves?
Iterate: Don’t be afraid to refine your requirements as you go.
Collaborate: Talk to your team, your users, and stakeholders to ensure everyone is on the same page.

What are the 3 types of requirements?

In the world of Agile and requirements management, a seasoned pro knows there aren’t just *some* requirements; there’s a trinity: Known, Overlooked, and Emergent. Understanding this fundamental difference is crucial for successful project delivery.

Known Requirements: These are the bread and butter – the features, functionalities, and constraints explicitly documented and understood by the team. Think of them as the meticulously crafted map guiding your project’s journey. They’re the bedrock of your initial planning and estimations. Properly managing these is essential, but it’s only the first step.

Characteristics: Clearly defined, documented, and agreed upon by stakeholders.
Management: Use techniques like user stories, use cases, and detailed specifications. Prioritize using methods like MoSCoW analysis (Must have, Should have, Could have, Won’t have).

Overlooked Requirements: These are the sneaky ninjas of the requirements world. Often hidden in plain sight, they’re the assumptions, unspoken needs, or edge cases missed during the initial analysis. They frequently emerge during development, causing delays and frustration. Proactive elicitation techniques and thorough stakeholder engagement are your weapons against these silent saboteurs.

Causes: Poor communication, incomplete stakeholder analysis, insufficient brainstorming, rushing the requirements gathering process.
Mitigation: Employ various elicitation techniques, conduct thorough reviews, and foster a culture of open communication.

Emergent Requirements: These are the unpredictable wildcards – the new needs that surface as the project unfolds and the team and stakeholders gain a deeper understanding of the problem space. Think of them as the uncharted territories on your map, revealed only as you explore. Embracing change and having the flexibility to adapt are crucial for managing these effectively. Agile methodologies, with their iterative nature, are best suited to handle these dynamic shifts.

Source: User feedback, technological advancements, evolving market conditions, improved understanding of the problem.
Handling: Prioritize through a continuous feedback loop, incorporate changes into subsequent iterations, maintain flexibility and adaptability.

Mastering the art of managing all three requirement types—knowing what’s known, uncovering the hidden, and adapting to the unexpected—is the mark of a true requirements management ninja. Only then can you navigate the complexities of software development and deliver truly successful projects.

What are the 3 software requirements?

Think of software requirements as your game’s winning strategy. You need three key elements to conquer the software development challenge:

Functional Requirements: The Core Gameplay. These define *what* your software does. They’re the specific features and actions the user can perform. Imagine them as individual levels in your game. Each level needs clear objectives. Don’t just say “the game should be fun”—define specific actions: “The user can create a new account,” “The user can save their progress,” “The user can interact with other players.” Poorly defined functional requirements are like a level with unclear objectives – frustrating and confusing. Be precise, measurable, achievable, relevant, and time-bound (SMART).
Non-Functional Requirements (NFRs): Optimizing the Experience. These define *how* your software performs. This is the game’s engine – how smooth the gameplay, how responsive the controls, and how visually appealing it is. Examples: performance (response times, load times), security (data protection), scalability (handling many players), usability (ease of use), reliability (uptime). Neglecting NFRs is like creating a game with incredible levels but unplayable frame rates or game-breaking bugs. They’re crucial for a positive user experience.
Domain Requirements: Knowing Your Genre. These are specific to the industry or field your software operates in. It’s understanding the rules of your game genre. For example, a banking app needs to comply with strict financial regulations; a medical software must adhere to HIPAA. Ignoring domain requirements is like building a racing game with the physics of a puzzle game – it simply won’t work in its intended context. You must understand the specific rules and constraints of the domain.

Mastering these three types of requirements is essential for building a successful, robust, and enjoyable software “game”. Each is a crucial piece of the puzzle; omitting even one can lead to a broken or unsatisfying end product.

What are the five basic elements of a system?

Alright folks, let’s break down the five core elements of any system, like we’re tackling a ridiculously hard boss fight. First, you gotta have your overall objective – that’s your main quest, your ultimate goal. Without it, you’re just wandering around, wasting resources. Think of it as your endgame, the trophy you’re aiming for.

Next, the environment. This isn’t just the pretty scenery; it’s everything outside your system that can affect it – think rival guilds, unexpected market crashes, or even a rogue weather system. Knowing your environment is crucial to surviving, adapting and thriving. It’s essential to scout it thoroughly and be prepared for surprises.

Then you need resources. This is your gold, your mana, your XP – whatever fuels your system. Without enough resources, your system will fail before it even gets started. Budget allocation is key here. Learn to prioritize and optimize. Don’t waste them on unnecessary upgrades early game.

Next up, the components – these are your party members, your units, your individual systems that work together to achieve the main objective. Each component has its own goals, actions, and performance metrics. Understanding these is crucial for team synergy and optimizing for maximum impact. Consider buffs, debuffs, and synergy effects between components.

Finally, management. This is your leadership, the strategy, your gameplay choices. This is where you pull all the elements together, making sure the system functions efficiently, adapting to challenges, and achieving those goals. A well-managed system can overcome even seemingly insurmountable odds.

How to check system info?

Level Up Your System Knowledge! Need to know your PC’s specs? Think of it as checking your character sheet in a game. Knowing your system’s stats is crucial for performance optimization – think smoother frame rates and avoiding game-breaking glitches.

Method 1: The Quick & Easy Check Right-click the “This PC” icon (it’s usually on your desktop – your game’s starting point!). Select “Properties.” Boom! You’ll see your operating system, processor, RAM, and more. This is like a quick glance at your character’s essential stats.

Method 2: The Deep Dive Navigate to Settings > System > About. This is where you get the full lowdown – a detailed report card of your PC’s capabilities. You’ll find more detailed information about your hardware and software, helpful for troubleshooting specific game issues. Identifying potential bottlenecks (like low RAM) is key for in-game performance.

Pro-Tip: Knowing your system specs helps you choose the right graphics settings in games, preventing lag and maximizing your gaming experience. It’s like choosing the right armor and weapons for your character!

What are the seven 7 major components of computer?

That list is a decent starting point for beginners, but grossly oversimplifies the architecture of a modern computer. While those components are crucial, framing them as the *seven* major components is misleading and potentially confusing.

A more accurate and nuanced breakdown focuses on functionality rather than individual parts. We should consider these key functional blocks:

Central Processing Unit (CPU): The “brain” – executes instructions. It’s important to understand the difference between the CPU and the chipset, often mistakenly lumped together. The chipset manages communication between the CPU and other components.
Memory System: This encompasses RAM (for short-term, volatile storage) and potentially cache memory (various levels, L1, L2, L3, etc., for ultra-fast access). Focusing solely on RAM ignores the crucial role of cache in modern system performance.
Storage: This is broader than just the hard drive. It includes hard disk drives (HDDs), solid-state drives (SSDs), and potentially other non-volatile storage like NVMe drives. Understanding the performance differences between these technologies is vital.
Input/Output (I/O) System: This is where things get interesting. It’s *not* just network and Bluetooth cards. This includes all interfaces: keyboards, mice, monitors, USB ports, sound cards, etc. It’s the communication hub for the entire system. The distinction between integrated and dedicated I/O is crucial for understanding performance trade-offs.
Power Supply Unit (PSU): Essential, but often overlooked. Understanding PSU wattage, efficiency ratings (like 80+ Bronze, Gold, Platinum), and modularity is crucial for system stability and longevity.
System Interconnect: This isn’t a single component but the entire architecture that allows communication between all the above – primarily the motherboard’s chipset and bus system (PCIe, etc.). This is where understanding the limitations of system throughput becomes important.
System Firmware (BIOS/UEFI): Often forgotten, but critically important. This is the low-level software that initializes and manages the hardware before the operating system loads. Understanding its role in booting and system configuration is essential for troubleshooting.

Presenting these functional blocks provides a much more robust and accurate understanding of a computer’s architecture than simply listing individual parts.

How do I check my PC performance?

Want to know if your rig’s ready to dominate the leaderboard? Forget generic benchmarks; let’s get granular. Use Windows’ built-in Performance Monitor – it’s your secret weapon for crushing the competition.

Here’s how to unleash its power:

Hit Windows Key + R, then paste perfmon /report and hit Enter. This starts a 60-second performance analysis – think of it as a quick pro-level system check-up.
Once it’s done, head to the Diagnostic Results tab. This detailed report is your performance roadmap.

Beyond the Basics: What to Look For

CPU Usage: High sustained usage during gaming is expected, but consistent 100% might indicate a bottleneck. Consider upgrading your processor or RAM.
Memory (RAM) Usage: High RAM usage can cause stuttering and lag. Close unnecessary background apps or upgrade your RAM.
Disk Usage: High disk usage, especially during game loading, points to a slow storage device. An SSD is your best friend here.
GPU Usage & Temperature: Monitor your GPU’s performance and temperature. Consistent high usage is fine, but excessively high temperatures might require better cooling. Consider underclocking if it gets too hot
Network Usage: High latency (ping) can wreck your gameplay. Check your internet connection and network drivers.

Pro Tip: Run this test while gaming (or running demanding applications) for the most accurate results. This gives you a true reflection of your system’s performance under pressure. Knowing your system’s limits helps you optimize settings for maximum FPS (frames per second) and responsiveness.