Author: Jim Stephenson

When building or upgrading your computer, one of the critical components to consider is the motherboard. The average cost of of a motherboard can vary greatly, making it essential to understand what factors influence the price and what features you need for your specific use case.

Motherboard prices can range from as low as $50-60 for budget options to over $200 for high-end models, with some niche enthusiast boards surpassing the $800- $1000-mark. While most users will only need to spend up to $200, it’s important to consider aspects such as compatibility with your other components, the desired level of performance, and features like expansion slots, integrated or dual graphics cards, and networking support.

Remember, a well-selected motherboard will serve as the foundation for your computer system, so take your time to research and select a model that fits your budget and meets your present and future computing needs.

Understanding Motherboard Costs

Price Range

When purchasing a motherboard for your PC, you might wonder how much you should expect to pay. Motherboard prices can vary greatly, with some budget options priced as low as $50-60, high-end models can easily exceed $200, and particularly niche enthusiast boards going as high as $800 – $1,0001. Determining your needs and available budget is essential to find the right motherboard for your build.

Factors Affecting Price

Several factors can influence the cost of a motherboard. Understanding these factors can help you make an informed decision when shopping for your next board. Some of the key factors include:

1. Chipset: A motherboard’s chipset determines its compatibility with certain CPUs and features. Typically, more advanced chipsets support a wider range of CPUs and offer more features, resulting in higher costs2.
2. Form factor: Motherboards come in different sizes, known as form factors. These include ATX, Micro-ATX, and Mini-ITX. The larger the form factor, the more features and expansion slots a motherboard typically has, which can raise its price2.
3. Expansion slots and RAM support: The number of expansion slots and supported RAM can affect the motherboard’s cost. More expansion slots (such as PCIe, M.2, and SATA ports) and better RAM support (capacity, speed, and channels) can increase costs.
4. Quality of components: Higher-quality components, such as capacitors, VRMs, and chokes, can increase a motherboard’s price. These components ensure better power delivery, stability, and longevity, making them worth considering for power users or long-term builds3.
5. Additional features: Features like built-in Wi-Fi, Bluetooth, premium audio components, RGB lighting, or overclocking support can also drive up motherboard costs. While these options may not improve performance dramatically, they can enhance the overall user experience and aesthetics of your PC build4.

As you plan your PC build, it’s essential to consider the factors that matter most to you and the ultimate purpose of your computer. By understanding the factors that impact motherboard features and prices, you can make an educated decision and choose the best board within your budget.

Selecting a Motherboard by Brand

Choosing a motherboard compatible with your processor is essential, as it directly affects your system’s performance. The brand is an important factor when selecting a motherboard for your PC. Two major players in the market are Intel and AMD, each offering various options ranging from budget-friendly solutions to high-end, feature-rich models. This section will discuss the different offerings by Intel and AMD and prominent motherboard manufacturers like ASUS, MSI, and Gigabyte.

Intel Motherboards

If you are building a PC with an Intel processor, you’ll need a compatible Intel motherboard. The good news is that numerous options are available from well-known manufacturers like ASUS, MSI, and Gigabyte. These manufacturers offer feature-packed and high-quality options to suit different budgets and needs.

• ASUS provides great motherboards with cutting-edge features and excellent build quality. Some of their popular models for Intel processors include the ROG Maximus series and the Prime series.
• MSI is another reliable choice for Intel motherboards, offering options such as their MPG, MAG, and MEG series, each catering to different performance and budget levels.
• Gigabyte offers Intel-compatible motherboards through their AORUS and UD Series, providing solid offerings for various budgets and requirements.

AMD Motherboards

For those who prefer AMD processors, you’ll need an AMD-compatible motherboard. Intel, ASUS, MSI, and Gigabyte also manufacture excellent motherboards for AMD processors. Here’s a quick overview of their offerings for AMD-based PCs:

• ASUS offers a variety of AMD-compatible motherboards in their TUF Gaming, ROG Strix, and Prime series. These options cater to budgets and performance needs, providing reliable and feature-rich choices.
• MSI produces AMD motherboards in their MPG, MAG, and MEG series, just like their Intel counterparts, ensuring customers have a consistent experience regardless of their chosen processor.
• Gigabyte’s AORUS and UD series also span both Intel and AMD platforms, offering quality options for those building a PC with an AMD processor.

It’s crucial to carefully research and compare motherboards from these brands, considering factors such as price, features, and compatibility with your specific processor. Balancing your budget and desired performance will help you select the perfect motherboard for your build.

Motherboard Sizes and Form Factors

When considering the cost of a motherboard, it’s essential to understand the different sizes and form factors available in the market. Knowing the right size for your specific needs will help you make a more informed decision. This section will explore the three common form factors – ATX, Micro-ATX, and Mini-ITX.

ATX

ATX (Advanced Technology eXtended) is the most common motherboard form factor. It offers the most space for components and expansion slots, making it suitable for high-performance gaming and workstation systems. An ATX motherboard measures 305mm in height and 244mm in width, or 12 x 9.6 inches Pc Guide. To accommodate this size, you need to pair it with an ATX-compatible PC case, such as super-towers, full-towers, middle-towers, or mini-towers.

Benefits of using an ATX motherboard:

• More PCIe and expansion slots
• Typically supports multiple graphics cards
• Greater RAM capacity

Micro-ATX

Micro-ATX is a smaller version of the ATX form factor, measuring 2.4 inches shorter in height than Tom’s Hardware. This reduced size means less room for expansion slots and components. However, Micro-ATX motherboards are still suitable for a most standard and budget gaming build. Because of their size, they can fit into more compact and space-saving cases, making them popular for small-to-medium-sized setups.

Advantages of Micro-ATX motherboards:

• Less expensive than ATX motherboards
• Can fit into more compact cases
• Provides most of the features found in ATX motherboards

Mini-ITX

Mini-ITX is the smallest of the three form factors, designed specifically for small and portable systems. Mini-ITX motherboards typically have limited expansion options but provide powerful features within a small footprint. These motherboards are popular for HTPCs (Home Theater Personal Computers), low-power systems, and compact gaming builds.

Characteristics of Mini-ITX motherboards:

• Offers ultra-compact size
• Ideal for small form factor builds
• Limited expansion options

As you can see, each motherboard form factor caters to different requirements and demands regarding size and performance. By understanding the specific needs of your build, you can choose the most suitable motherboard size and form factor, ensuring the best balance between cost, size, and features.

Budget, Mid-Range, and High-End Motherboards

Budget Motherboards

Finding a reliable and good-performing motherboard can be challenging when you’re on a tight budget. Luckily, budget motherboards offer essential features and performance for those who need a basic setup. They typically fall between $65-100 and are designed to support basic usage, including office tasks and multimedia playback.

Some things to consider when looking for a budget motherboard:

• Compatibility with your chosen CPU
• Number of RAM slots available
• Expansion slots (such as PCIe) for future upgrades

Remember, these boards will not offer advanced features like multiple PCIe slots or high-end audio solutions but should suffice for a basic build.

Mid-Range Motherboards

Mid-range motherboards are an excellent option for moderate performance and a wider range of features. These boards usually cost between $130-$250 and provide a good balance of performance and features without breaking the bank.

Here are some key features you’ll find in mid-range motherboards:

• More RAM slots for expanded memory
• Better audio and networking solutions
• More PCIe slots for additional component upgrades
• Compatibility with higher-performance CPUs

Note that mid-range motherboards like the B560 ($120-$170) and B550 ($150-$200) offer a better value for a performance-oriented build.

High-End Motherboards

Enthusiasts seeking maximum performance and features should look into high-end motherboards. High-end motherboards are designed for users who demand the best gaming experience or require advanced specifications for professional work. These models can range average price from $100 to $600, with offerings like the X570, Z590, and Z690 being popular choices.

Notable advantages of high-end motherboards include the following:

• Overclocking support for both CPU and RAM
• SLI or CrossFire support for multiple graphics cards
• Advanced cooling solutions to handle more power-hungry components
• Premium audio, networking, and storage options

While they come at a higher cost, investing in a high-end motherboard can future-proof your build and ensure the best performance possible. Remember, always consider your specific build requirements and budget allocation when choosing a motherboard to maximize your investment.

Key Features to Consider

When choosing a motherboard, it is essential to consider its key features, ensuring compatibility with your components and meeting your desired performance level.

CPU Sockets and Compatibility

The first thing to consider is the CPU socket, which determines the compatibility between the motherboard and your chosen processor. There are different types of sockets, such as Intel’s LGA 1200 or AMD’s AM4, that cater to specific CPU models. Be sure to choose a motherboard with a socket that matches your CPU to avoid compatibility issues. Additionally, if you plan to overclock your CPU, check that your selected motherboard supports this feature.

RAM Slots and Compatibility

The amount, type, and speed of the RAM you want to use in your system will determine the necessary RAM slots and compatibility features for your motherboard. Modern motherboards support DDR4 RAM and come with two to eight slots for DIMMs, allowing varying amounts of RAM to be added. Check the motherboard’s specifications for the maximum RAM capacity and speed it can support to ensure it aligns with your needs.

Graphics Card Compatibility

For those interested in gaming or graphics-intensive tasks, the motherboard must have a PCIe x16 slot for a dedicated graphics card. Some motherboards offer multiple PCIe slots, allowing for multi-GPU configurations. Consider the spacing around the PCIe slots, as larger graphics cards require additional clearance. Remember to check your desired case’s compatibility with the graphics card to ensure a seamless fit.

Connectivity Options

Various connectivity options can enhance the system’s functionality when selecting a motherboard. Here are some essential connectivity options to look for:

• Wi-Fi and Bluetooth: Consider a motherboard with built-in Wi-Fi and Bluetooth capabilities if wireless connectivity is essential to you. Alternatively, you can add a PCIe Wi-Fi expansion card later if needed.
• USB Ports: The number of USB ports on your motherboard, as well as their types (USB 2.0, 3.0, 3.1, Type-C), should align with your requirements for connecting peripherals, external storage, or charging devices.
• SATA Ports: Lastly, ensure that your motherboard has enough SATA ports to connect any hard drives or SSDs you plan to use in your system, especially if you have multiple storage drives.

Considering these essential features when selecting your motherboard, you can be confident that your chosen components will work together seamlessly and meet your performance expectations.

Motherboard Chipsets and Generations

When considering a new motherboard, it’s important to understand chipsets and their corresponding generations. In this section, we will discuss Intel Chipsets and AMD Chipsets.

Intel Chipsets

Intel chipsets have different generations, each offering various features. For example, the Z590 is part of the latest 11th generation of Intel motherboards. This chipset supports the newest Intel CPUs and technologies, such as PCIe 4.0 and USB 3.2 Gen 2×2. When selecting an Intel motherboard, you should consider the following:

• The Generation (e.g., 11th Gen, 10th Gen)
• Required features and compatible CPUs

Noteworthy Intel chipsets include:

• Z590: High-end, suited for gaming and overclocking enthusiasts
• B560: Mid-range, suitable for mainstream users

AMD Chipsets

Similarly, AMD chipsets come in different generations with varying performance levels and features. The AMD X570 and B550 Gaming Plus are popular chipsets within the current generation of AMD’ motherboards range. When selecting an AMD chipset, you should consider the following:

• The Series (e.g., X570, B550)
• Needed features and compatible CPUs

Notable AMD chipsets are:

• X570: High-end, ideal for gamers and overclocking enthusiasts
• B550: Mid-range chipset, providing a good balance of features and price
• B450: Previous generation, but still relevant for budget-conscious users
• B350: Older generation, more challenging to find, and less feature-rich

In summary, understanding the various generations and chipsets of motherboards is crucial for making an informed decision in your purchase. By considering the requirements of your system and the features you need, you can select the most suitable chipset for your motherboard, whether it is an Intel Z590 or an AMD B550 Gaming Plus.

Additional Features and Aesthetics

When choosing a motherboard, it’s essential to consider the additional features and aesthetics that can impact your computing experience. This section discusses critical factors, including overclocking capabilities, RGB lighting, heatsinks, and cooling solutions.

Overclocking Capabilities

It would be best to look for motherboards with excellent overclocking capabilities to squeeze maximum performance from your components. Some boards are specifically designed for overclocking, offering improved power delivery and better voltage regulation to ensure stable operation at higher speeds. When selecting a motherboard, look for features like:

• Robust power delivery systems: With more robust VRMs (Voltage Regulator Modules), you can ensure stable power delivery to your CPU and memory when pushing higher clock speeds.
• Robust BIOS features: A comprehensive BIOS with various overclocking options allows for fine-tuning your system for optimal performance.
• Diagnostic and troubleshooting tools: Motherboards equipped with digital debug readouts, voltage checkpoints, or BIOS flashbacks can make it easier to work with overclocked components and quickly identify any issues.

RGB Lighting

For those who prioritize aesthetics, RGB lighting can be an essential aspect of your motherboard choice. Modern motherboards have built-in RGB lights and customizable lighting profiles to match your PC’s color scheme or set effects like pulsing or rainbow patterns. Here are some considerations when seeking a motherboard with attractive RGB lighting:

• Compatibility with other RGB components: Ensure the motherboard supports RGB synchronization with other components in your build (such as fans, cases, or peripherals) via software like ASUS Aura Sync, MSI Mystic Light, or Gigabyte RGB Fusion.
• Expansion capability: Motherboards with multiple RGB headers allow you to connect additional RGB strips or accessories to enhance your lighting setup further.

Heatsinks and Cooling

In addition to performance and aesthetics, you should consider the heatsinks and cooling systems on a motherboard. Effective cooling solutions can help protect your components from overheating, extend their lifespan, and improve overall system stability. When evaluating motherboard cooling options, take note of the following elements:

• Heat pipe design: Motherboards with heat pipes connecting various heatsinks can distribute heat more effectively, reducing hotspots and promoting better overall cooling.
• Active or passive cooling: Some motherboards include fans built into the VRM heatsinks. While this may provide better cooling, it can also introduce an additional point of failure (i.e., fan bearings) and increase noise levels.
• Aesthetic appeal: Heatsinks can also contribute to your build’s visual appeal. Choose a motherboard with a heatsink design that complements your desired theme or color scheme.

By paying attention to these additional features and aesthetics of existing motherboard before making your purchase, you can find a motherboard that suits your needs and preferences.

The Intel Core i9-10900K is a flagship processor designed to deliver unmatched performance for high-end gaming, content creation, and demanding professional applications. With its impressive specifications and groundbreaking features, the i9-10900K is one of the most powerful processors in Intel’s lineup.

Why Do People Like The Intel Core i9 10900K?

Power and Performance

The i9-10900K is a 10th generation, 10-core, 20-thread CPU with a base clock speed of 3.7 GHz and an impressive turbo boost frequency of up to 5.3 GHz. This processor excels in multi-threaded tasks, allowing for effortless multitasking and smooth performance in resource-intensive applications. Whether you’re a gamer, content creator, or professional seeking exceptional processing power, the i9-10900K delivers outstanding performance.

Hyper-Threading Technology

Hyper-Threading technology plays a pivotal role in the i9-10900K’s performance prowess. With hyper-threading, each physical core can handle two threads simultaneously, doubling the number of available threads. This technology enables more efficient utilization of the processor’s resources, improving multitasking, faster rendering, and seamless execution of multiple software threads.

Boost Clock Frequencies

The i9-10900K showcases impressive single-core and multi-core turbo boost frequencies. With Intel’s Turbo Boost Max Technology 3.0, the processor dynamically identifies and maximizes clock speeds on the most demanding tasks, ensuring excellent single-threaded performance. This capability makes the i9-10900K an exceptional choice for gaming enthusiasts and professionals seeking top-tier performance.

Overclocking Potential

For enthusiasts and overclockers, the i9-10900K offers exceptional headroom for pushing its performance limits. With Intel’s Turbo Boost Max Technology and unlocked multiplier, users can use the processor’s unlocked nature to achieve even higher clock speeds. Overclocking the i9-10900K can unlock substantial performance gains, making it a favorite among those who seek to push their systems to the extreme.

Intel Thermal Velocity Boost

The i9-10900K introduces Intel Thermal Velocity Boost (TVB), which dynamically increases clock speeds based on thermal and power headroom. This feature ensures optimal performance while maintaining thermal efficiency. When the processor’s temperature is below a certain threshold, and sufficient capacity is available, TVB can further boost clock frequencies, enabling even higher performance for shorter bursts.

Enhanced Intel UHD Graphics

The i9-10900K integrates Intel UHD Graphics 630, which provides improved graphics capabilities for gamers and content creators. While dedicated graphics cards are typically preferred for demanding gaming and professional applications, the i9-10900K’s integrated graphics deliver decent performance for casual gaming and general multimedia tasks, offering a convenient solution for those without a dedicated GPU.

Intel Advanced Technologies

The i9-10900K incorporates several advanced technologies to enhance performance and user experience. Some notable features include:

1. Intel Optane Memory support, enabling faster storage access and system responsiveness.
2. Intel Turbo Boost Max Technology 3.0, optimizing single-threaded performance for critical tasks.
3. Intel Hyper-Threading Technology, providing improved multi-threaded performance.
4. Intel Virtualization Technology, facilitating efficient virtualization and running multiple operating systems simultaneously.

Why Do You Need Robust CPU Coolers For i9 10900K?

It comes as no surprise that with a powerful CPU such as the i9 10900K, you’ll need a hefty and solid CPU cooler to help keep it cool. The CPU is known for its high power consumption while guaranteeing solid productivity performance, be it gaming, rendering, or office tasks.

Heat Generation

The i9-10900K is a 10-core, 20-thread processor designed to handle intensive workloads. It performs complex calculations and operates at high clock speeds, generating significant amounts of heat. Without an effective enough cooling system or solution, the excess heat can cause thermal issues that affect performance, stability, and even the lifespan of the CPU.

Thermal Throttling and Performance Impact:

When a processor reaches high temperatures, it activates thermal throttling as a protective measure. Thermal throttling reduces the CPU’s clock speed to dissipate heat, which leads to decreased performance and slower processing times. With a high-performance CPU like the i9-10900K, thermal throttling can significantly impact performance, limiting its ability to deliver its full potential.

Overclocking and Heat

Overclocking, pushing a CPU beyond its stock frequencies, can yield substantial performance gains. However, higher clock speeds increase heat generation exponentially. The i9-10900K’s exceptional overclocking potential makes it a favorite among enthusiasts and power users. Still, it also emphasizes the need for a powerful CPU cooler to handle the additional heat generated during overclocking.

Temperature Management and Longevity

Excessive heat can negatively impact the longevity and reliability of a CPU. Prolonged exposure to high temperatures can lead to degradation of internal components, reducing the processor’s lifespan. Utilizing a powerful CPU cooler can effectively manage temperatures, minimizing the risk of long-term damage and ensuring the i9-10900K remains in optimal condition for an extended period.

Turbo Boost and Cooling Efficiency

The i9-10900K features Intel Turbo Boost Max Technology 3.0, which dynamically increases clock speeds based on thermal and power headroom. An efficient cooling solution is essential to leverage this technology and attain maximum performance fully. A powerful CPU cooler allows the processor to maintain lower temperatures, enabling Turbo Boost to operate at higher frequencies for longer durations.

What’s The Best CPU Cooler for i9 10900K?

This list contains some of the best air coolers and AIO liquid coolers in the market right now. We’ve not included custom loop liquid coolers because they’re expensive and are assembled based on user preference.

Here are some top CPU coolers known for their excellent performance and compatibility with the i9-10900K:

Noctua NH-D15

Regarding cooling high-performance processors like the Intel i9-10900K, the Noctua NH-D15 is widely recognized as an exceptional CPU cooler. It is meticulously engineered and crafted to provide unmatched cooling capabilities.

The Noctua NH-D15 is a dual-tower air cooler that delivers outstanding cooling performance. With its six heat pipes and two high-quality NF-A15 PWM fans, the NH-D15 ensures optimal heat dissipation, effectively maintaining low temperatures for the i9-10900K even under heavy workloads or overclocking.

The NH-D15’s dual-tower design and direct-contact copper heat pipes maximize heat transfer from the i9-10900K’s heat spreader to the cooling fins. The generous surface area, complemented by the aluminum fins and nickel-plated copper base, facilitates rapid heat dissipation, ensuring efficient cooling even during demanding CPU tasks.

Noctua is renowned for its commitment to silent operation, and the NH-D15 lives up to this reputation. The NF-A15 PWM fans included with the NH-D15 incorporate advanced aerodynamic optimizations, anti-vibration pads, and smooth-bearing technology to deliver exceptional airflow while maintaining near-silent operation. This guarantees that your i9-10900K remains cool without generating excessive noise.

Compounding with RAM modules and motherboard components is crucial when selecting a good CPU cooler indeed. The NH-D15 excels in this aspect by providing ample clearance for taller memory modules and avoiding interference with PCIe slots. This compatibility ensures a hassle-free installation process and peace of mind when building your i9-10900K system.

be quiet! Dark Rock Pro 4

Be quiet! Dark Rock Pro 4 is an excellent CPU cooler known for its precision engineering and remarkable silent operation. It offers exceptional cooling capabilities for processors like the Intel i9-10900K.

Crafted as a dual-tower air cooler, the be quiet! Dark Rock Pro 4 excels in providing outstanding cooling performance. It utilizes seven high-performance copper heat pipes and two premium Silent Wings PWM fans to ensure efficient heat dissipation, keeping the i9-10900K cool even during demanding workloads and overclocking.

The Dark Rock Pro 4’s dual-tower design and advanced heat pipe layout optimize heat transfer from the i9-10900K to the cooling fins. Its unique construction, featuring nickel-plated fins and a copper base, enables rapid heat dissipation, and excellent cooling performance for the CPU even during intensive usage scenarios.

be quiet! is renowned for its commitment to near-silent operation, and the Dark Rock Pro 4 lives up to this reputation. Equipped with two Silent Wings PWM fans featuring advanced fluid-dynamic bearings and airflow-optimized fan blades, this cooler delivers exceptional cooling performance while generating minimal noise, providing a peaceful computing experience.

be quiet! has earned a solid reputation in the PC cooling industry, and the Dark Rock Pro 4 upholds this legacy. With numerous positive reviews and satisfied customers, this cooler has become a preferred choice for enthusiasts and professionals seeking outstanding cooling performance, whisper-quiet operation, and long-term reliability.

Corsair H115i RGB Platinum

The Corsair H115i RGB Platinum is a standout choice for high-performance processors such as the Intel i9-10900K. It provides an exceptional combination of powerful cooling performance and eye-catching RGB lighting, making it a premium solution for temperature management.

Featuring a large 280mm radiator and two high-performance ML140 PWM fans, the Corsair H115i RGB Platinum efficiently dissipates heat, effectively drawing it away from the i9-10900K. Its liquid cooling technology delivers superior cooling performance, especially during heavy workloads and overclocking scenarios.

The H115i RGB Platinum uses Corsair’s advanced magnetic levitation (ML) fans, specifically designed for quiet operation. These fans provide excellent airflow while minimizing noise output, ensuring a silent computing experience. The pump is also engineered for quiet operation, ensuring effective cooling performance without compromising acoustic comfort.

With liquid cooling solutions offering superior thermal dissipation, the H115i RGB Platinum excels in this regard. Its large radiator surface area and the two ML140 PWM fans facilitate efficient heat transfer, cooling the i9-10900K even under demanding tasks. This extreme cooling efficiency guarantees optimal processor temperatures, maintaining stability and maximizing overall performance.

Cooler Master Hyper 212 Black Edition

The Cooler Master Hyper 212 Black Edition incorporates a direct contact heat pipe design, ensuring efficient heat transfer from the i9-10900K processor to the cooling fins. The high-quality materials used in the four heat pipes allow for rapid heat dissipation, effectively managing CPU temperatures even during demanding workloads and gaming sessions.

With its single tower and aluminum fins, the Hyper 212 Black Edition offers a large surface area for enhanced heat dissipation, resulting in optimal cooling and better performance throughout. The tower’s asymmetric shape provides ample clearance for RAM modules, preventing compatibility issues and facilitating easy installation.

Featuring a 120mm PWM fan, the Hyper 212 Black Edition balances cooling performance and noise levels. The fan operates quietly while providing both air cooling and sufficient airflow to dissipate heat effectively. The PWM functionality enables automatic fan speed adjustments based on the CPU’s temperature, ensuring efficient cooling under varying workloads.

An outstanding feature of the Hyper 212 Black Edition is its affordable price, making it an excellent choice for users seeking reliable cooling without straining their budget. This cooler offers a high cooling performance at a budget-friendly cost and exceptional value for money almost the same performance.

Cooler Master’s strong reputation in the PC hardware industry is reflected in the Hyper 212 Black Edition. With numerous positive reviews and satisfied customers, this cooler has become popular among PC enthusiasts and builders who value quality and performance.

NZXTKraken X63

NZXT is known for its impressive RGB lighting, and the NZXT Kraken X63 meets expectations. It features advanced RGB lighting on the pump head and fans, allowing users to customize the lighting effects to match their system’s style. The NZXT CAM software simplifies customization and synchronization with other NZXT RGB components, resulting in a visually stunning and coordinated setup.

The Kraken X63 has two Aer P series fans for optimized airflow and static pressure. These fans effectively dissipate heat while keeping noise levels low. With fluid dynamic bearings, chamfered intake, and exhaust, they offer exceptional cooling performance without sacrificing quiet operation.

Controlling the Kraken X63 is made easy with the NZXT CAM software. Users can monitor temperatures, adjust fan speeds, and customize pump settings to achieve precise cooling control. The intuitive interface simplifies configuration, ensuring the i9-10900K remains cool during demanding workloads or overclocking.

NZXT has prioritized user-friendliness in the design of the Kraken X63. The all-in-one liquid cooler comes pre-filled and sealed, eliminating manual filling or maintenance. Installation is a breeze thanks to the modular mounting bracket and flexible tubing. Additionally, the cooler is compatible with a wide range of CPU sockets, including Intel’s LGA 115x and LGA 1200.

The Wrap Up

So, what’s the best CPU cooler for i9 10900K out of all the contenders on here?

The Noctua NH-D15 is our pick from the air coolers on this list. It’s considered as one of the best CPU coolers not just for the i9 10900K, but for other high powered processors too. It’s a silent air cooler that doesn’t disappoint in terms of performance.

If you want an AIO cooler, then the NZXT Kraken X63 is a solid pick. This recommendation comes with personal experience using this particular AIO cooler. I’m using the NZXT Kraken X63 on top of a Ryzen 7 processor, and even under heavy workloads, it doesn’t disappoint. The noise level is almost negligible at times.

Between liquid coolers, AIO coolers, and air coolers, it boils down to two things: preference and budget. If you want more power without breaking the bank, then air coolers are your solid picks. If you want performance over anything, then get a high end air cooler or high end AIO cooler.

Blender is a free and open-source 3D creation software that has been gaining popularity among 3D animators and modelers. It is a comprehensive tool that allows users to create everything from 3D models to animations and even video games. If you want the best mouse for Blender then read on. Looking to upgrade your PC? Check out our article on the best PC for Blender.

Why is Blender Used A Lot?

One of the standout features of Blender is its robust and versatile toolset. It offers various tools for modeling, texturing, lighting, and animating 3D scenes. Additionally, Blender has a highly customizable interface that allows users to arrange and modify the interface to suit their workflow. This level of customization can help users work more efficiently and with greater precision.

Another critical advantage of Blender is its active and supportive community. The Blender community comprises developers, artists, and enthusiasts collaborating and contributing to the software’s development. This community produces a wealth of tutorials, resources, and plugins that users can leverage to enhance their workflow and explore new techniques.

Finally, Blender’s price tag makes it an attractive option for users just starting with 3D modeling and animation. Unlike other serious 3D modeling software that can cost thousands of dollars, Blender is completely free and open-source, which makes it accessible to anyone who wants to learn 3D modeling and animation.

Why Do Some People Hate Blender?

While Blender is a powerful tool, it has some drawbacks that users should be aware of. One of the main issues is the software’s steep learning curve. Due to its extensive toolset and complex interface, it can take some time for users to become proficient with Blender. Additionally, some users may find Blender’s interface less intuitive than other 3D software, making it easier for new users to navigate.

Another potential drawback is that Blender’s rendering engine is less robust than other 3D software. While Blender’s rendering engine can produce high-quality renders, it may be slower and more efficient than other render engines. Additionally, users may need to purchase third-party rendering software to achieve specific effects or styles.

Finally, Blender’s open-source nature means it may receive a different level of technical support than commercial software. While the Blender community is active and supportive, users may encounter bugs or technical issues that require more specialized support.

What’s The Best Mouse for Blender?

Logitech MX Master 3

The Best Gaming Mouse for Blender

The Logitech MX Master 3 is a wireless mouse designed for productivity, making it a great choice for anyone working with 3D animation software. The mouse has a comfortable ergonomic design and is packed with features that make it easy to use and customize.

Tech Specs:

• Dimensions: 124.9 x 84.3 x 51 mm
• Weight: 141 g
• Sensor: Logitech Darkfield High Precision 4000 DPI
• Battery Life: up to 70 days on a single charge
• Connectivity: Bluetooth Low Energy or Logitech Unifying USB receiver
• Compatibility: Windows, Mac, Linux, iPad, and Android

The Logitech MX Master 3 is a highly customizable mouse that allows users to create specific profiles for their workflow. It features a unique scroll wheel that can switch between ratcheted scroll wheels and smooth scrolling, which is useful when working on complex 3D models. The mouse also has a thumbwheel that can be customized to perform specific actions, such as zooming or panning.

In addition, the Logitech MX Master 3 has a high-precision sensor that provides accurate tracking on any surface, including glass. This makes it easy to work in any environment, whether at a desk or on the go. The ergonomic mouse itself is also very comfortable to use, with a contoured shape that fits snugly in the hand, and its battery life is impressive, lasting up to 70 days on a single charge.

While the mouse is very responsive, it has a polling rate of only 125 Hz, which can result in some lag when playing games or using applications that require a faster response time. In addition, the mouse may be too large for people with smaller hands, as its ergonomic design is optimized for larger hands. You could dabble with the Logitech software if you want to customize some of the buttons.

Overall, the Logitech MX Master 3 is a fantastic wireless mouse packed with features that make it an excellent choice for anyone working with 3D animation software. Its customizable buttons, unique scroll wheel, and comfortable design make it easy to use for long periods, and its high-precision sensor provides accurate tracking on any surface. While it may not be the very best mouse choice for gamers or people with smaller hands, the Logitech MX Master 3 is a highly recommended mouse for productivity and 3D animation work.

3Dconnexion SpaceMouse Pro

An Unusual Computer Mouse With a Lot of Function

The 3Dconnexion SpaceMouse Pro is a 3D navigation and input device, designed specifically for 3D applications, making it an ideal tool for 3D animation professionals. The device’s unique design allows users to easily navigate through 3D models. It comes with a wide range of customizable features that can be tailored to the user’s needs.

Tech Specs:

• Dimensions: 204 x 142 x 58 mm
• Weight: 665 g
• Sensor: Advanced 6-degrees-of-freedom sensor
• Buttons: 15 programmable buttons
• Connectivity: USB
• Compatibility: Windows and Mac

Why People Should Buy It:

The 3Dconnexion SpaceMouse Pro is an excellent device for anyone who works with 3D models on a regular basis. The device has a unique design that allows users to navigate through 3D models with ease, making it an ideal tool for 3D animation professionals. The device comes with 15 programmable buttons that can be customized to perform specific actions, such as zooming or panning.

In addition, the 3Dconnexion SpaceMouse Pro has an advanced 6-degrees-of-freedom sensor that provides accurate tracking and allows for precise navigation through 3D models. The device is also very comfortable to use, with a contoured design that fits snugly in the hand. Its build quality is solid and durable and good mouse is compatible with both Windows and Mac computers. Unlike most mice, it has no dedicated middle mouse button, but in all honesty, it doesn’t need it.

Now, tThe device has a steep learning curve, and it can take some time to get used to its unique navigation system. In addition, the device is large and heavy, which may make it uncomfortable to use for extended periods.

Furthermore, the 3Dconnexion SpaceMouse Pro is relatively expensive compared to other 3D navigation devices on the market. It may not be a worthwhile investment for those who do not work with 3D models regularly or those who only a good mouse to work with simple 3D models.

Razer Naga Trinity

A Fantastic Mouse with Pleasant Hand Rest Position

The Razer Naga Trinity is a gaming mouse designed for MMO (massively multiplayer online) gamers. Its unique modular design allows users to switch between three different side plates of wired mouse, each with a different button layout complete control it, making it a versatile tool for gaming and productivity.

Tech Specs:

• Dimensions: 119 x 74 x 43 mm
• Weight: 120 g
• Sensor: 5G optical sensor
• Buttons: 19 programmable buttons
• Connectivity: USB
• Compatibility: Windows and Mac

The Razer Naga Trinity is an excellent gaming mouse for MMO gamers who require many programmable buttons. Its modular design allows users to switch between up to three devices with different side plates, each with a different button layout, making it a versatile tool for gaming and productivity. The device features a 5G optical sensor that provides accurate tracking and responsive movement, making it an excellent option for fast-paced gaming.

In addition, the Razer Naga Trinity has 19 programmable buttons that can be customized to perform specific actions, such as casting spells or activating skills. The buttons are well-placed and easy to reach, and they have a satisfying clicky feel that provides feedback to the user. The device also has a comfortable design that fits snugly in the hand, and its build quality is solid and durable.

The downside is that while it has decent and clever function keys, the device has a large and bulky design that may need to be more comfortable for users with smaller hands. Furthermore, the modular design may be unnecessary for some users and may not justify the higher price point compared to other gaming mice on the market.

In addition, while the device is compatible with both Windows and Mac, it is optimized for Windows, and some programmable features may need to be fixed on a Mac.

If you want one of the best gaming mice to use for Blender, then the Razer Naga Trinity is a solid pick. On a personal note, I am a proud owner of one and I’ve been using at least four clever function keys for macros on World of Warcraft.

Logitech G Pro Wireless

A Solid Wireless Mouse with Extensive Battery Life

The Logitech G Pro Wireless is a great mouse, a gaming mouse designed for esports professionals and serious gamers. Its lightweight and durable design provides precise and accurate tracking, making it an excellent option for fast-paced gaming.

Tech Specs:

• Dimensions: 125 x 63.5 x 40 mm
• Weight: 80 g
• Sensor: HERO 16K optical sensor
• Buttons: 8 programmable buttons
• Connectivity: LIGHTSPEED wireless technology or USB
• Compatibility: Windows and Mac

The Logitech G Pro Wireless is an excellent gaming mouse for esports professionals and serious gamers who require precision and accuracy in their games. Its lightweight and durable design makes it a pleasure to use, and its HERO 16K optical sensor provides accurate tracking and responsive movement. The device also features LIGHTSPEED wireless technology, which provides a lag-free wireless gaming experience comparable to wired gaming.

In addition, the Logitech G Pro Wireless has eight programmable buttons that can be customized to perform specific actions, such as casting spells or activating skills. The buttons are well-placed and easy to reach, and they have a satisfying clicky feel that provides feedback to the user. The device also has a comfortable design that fits snugly in the hand, and its build quality is solid and durable.

The downside here is that the device has a higher price point compared to other gaming wireless mice on the market, which may be a turn-off for some users. In addition, the device has a limited number of programmable buttons, which may need to be increased for users who require a larger number of buttons.

Furthermore, while the device is compatible with both Windows and Mac, it is optimized for Windows, and some programmable features may need to be fixed on a Mac.

Overall, the Logitech G Pro Wireless is an excellent gaming mouse for esports professionals and serious gamers who require precision and accuracy in their games. Its lightweight and durable design, accurate tracking, and responsive movement make it a top choice for fast-paced gaming. While there may be better choices for users requiring a larger number of programmable buttons or for those on a tight budget, the Logitech G Pro Wireless is highly recommended for serious gamers who want the best possible gaming experience.

Microsoft Surface Precision Mouse

A Wireless Version Of a Familiar And Comfortable Mouse

The Microsoft Surface Precision Mouse is a high-end wireless mouse designed for productivity and performance. It features a sleek and modern design, precise tracking, and customizable buttons, making it an excellent option for professionals and power users.

Tech Specs:

• Dimensions: 122.6 x 77.6 x 43.3 mm
• Weight: 135 g
• Sensor: Microsoft BlueTrack
• Buttons: 6 programmable buttons
• Connectivity: Bluetooth 4.0 or USB
• Compatibility: Windows and Mac

The Microsoft Surface Precision Mouse is an excellent choice for professionals and power users who value precision and customization. Its ergonomic design is comfortable for extended periods, and its precise tracking ensures accurate and responsive movement.

One of the standout features of the Surface Precision Mouse is its ability to customize the six programmable buttons using Microsoft’s Mouse and Keyboard Center software. Users can assign specific commands, macros, or shortcuts to each button, saving time and improving productivity. Additionally, the device features a smooth scrolling scroll wheel, that allows users to scroll through long documents or web pages quickly.

The Surface Precision Mouse also features Bluetooth 4.0 connectivity, allowing easy pairing with compatible devices. The device is compatible with Windows and Mac, making it a versatile choice of productivity mouse for users working with multiple platforms.

Its higher price point may be a turn-off for users looking for a more affordable mouse. Additionally, the device’s size and weight may not be comfortable for users with smaller hands or who prefer lighter mice.

Another potential drawback is that the device’s Bluetooth wireless connectivity sometimes may not be as reliable as a wired connection, which could lead to occasional lag or disconnections. Finally, while the device is compatible with Mac, some of its customizable features may need to be fixed on a Mac.

Overall, the Microsoft Surface Precision Mouse is an excellent wireless mouse that is well-suited for professionals and power users who value precision and customization. While it may not be the best option for users who prefer a lighter or more affordable wired mouse yet, its ergonomic design, precise tracking, and customizable buttons make it a top choice for those who demand the best possible performance from their input devices.

SteelSeries Rival 600

A Gaming Mouse WIth All The Right Ergonomic Features

The SteelSeries Rival 600 gaming mouse boasts advanced features and a sleek design. It’s designed for competitive gamers who demand precision and customization from their input devices. Here’s a closer look at its features and benefits.

Tech Specs:

• Dimensions: 131 x 69 x 43 mm
• Weight: 96 g
• Sensor: TrueMove 3+
• Buttons: 7 programmable buttons
• Connectivity: USB
• Compatibility: Windows and Mac

One of the standout features of the SteelSeries Rival 600 is its advanced TrueMove 3+ sensor, which provides accurate and responsive tracking precise cursor movement. The sensor can track movements up to 12,000 CPI (counts per inch), making it cheap mouse ideal for gamers who need precise movements in games. Additionally, the device features customizable weights that allow users to fine-tune the mouse’s balance and feel, which can improve precision and accuracy.

Another key feature of the SteelSeries Rival 600 is its customizable buttons, which can be programmed using the SteelSeries Engine software. Users can assign specific commands, macros, or shortcuts to each button on regular mouse, which can help streamline their workflow and improve productivity. Additionally, the mouse features a durable build quality, with reinforced side grips and a customizable RGB lighting system that adds a touch of style to any gaming setup.

While the SteelSeries Rival 600 is a top-performing gaming mouse, some may have better options. One drawback is that the device is heavier than some other gaming mice on the market, which may be uncomfortable for users who prefer lighter mice. Additionally, the device’s design may not be comfortable for users with larger hands, as the shape may need more support.

Another drawback is that the device is only compatible with Windows and Mac, which may be a limitation for users who use other operating systems. Additionally, while the customizable weights are a nice feature, they may only be necessary for some users, which could add unnecessary costs to the device.

Overall, the SteelSeries Rival 600 is an excellent gaming mouse that offers advanced features and precise tracking. While it may not be the best option for users who prefer a lighter or more affordable mouse, its customizable buttons, adjustable weights, and durable build quality make it a top choice for competitive gamers cad users who demand the best possible performance from their input devices.

The Wrap Up

In conclusion, choosing the best mouse for Blender is essential for any 3D artist or animator. The Logitech MX Master 3, 3Dconnexion SpaceMouse Pro, Razer Naga Trinity, Logitech G Pro Wireless, Microsoft Surface Precision Mouse, and SteelSeries Rival 600 are all excellent options that offer unique features and advantages for different users.

Ultimately, the best mouse for Blender will depend on the user’s personal preferences, workflow, and budget. You can find the perfect best mouse for blender to take your Blender creations to the next level by considering the factors that matter most to you.

As computer hardware enthusiasts and gamers, we often focus on the latest and most significant components, such as CPUs, graphics cards, and motherboards.

However, we sometimes overlook the potential problems that can arise from improper installation, usage, and maintenance of these components. One such issue that has become increasingly prevalent with the rise of heavy, high-end graphics cards is GPU sag.

What is GPU Sag?

GPU sag refers to the phenomenon where a graphics card begins to droop or bend downwards, causing strain on the PCIe slot, the motherboard, and potentially the GPU itself.

This can happen when the graphics card’s weight exceeds the PCIe slot’s strength or when the mounting mechanism is not strong enough to hold the graphics card vertically in place. GPU sag can affect both the aesthetics and functionality of your system and potentially damage your hardware.

What Are The Common Causes of GPU Sag?

GPU sag, or the downward bending of a graphics card due to the weight of its components, can cause problems for computer users. It can affect both the aesthetics and functionality of the system and potentially damage the hardware. In this article, we will explore the different causes of GPU sag and provide insight into how to prevent it.

Heavy Graphics Cards

One of the primary causes of GPU sags is the weight of the graphics card itself. Modern graphics cards are often large, heavy, and loaded with high-performance components like cooling fans, heatsinks, and other features.

These components contribute to the weight of the graphics card and can cause it to bend downward over time. The weight of the graphics card may not be an issue when it is first installed, but over time, the downward force of gravity can cause the card to sag.

This is also a common problem when you mount your GPU vertically.

Weak PCIe Slot

The PCIe slot on a motherboard is where the graphics card connects to the system. In some cases, the PCIe slot may need to be stronger to support the weight of a heavy graphics card. This can cause the slot to bend or break, damaging the motherboard and the graphics card. A weak PCIe slot is a common cause of GPU sag and can be especially problematic for users with high-end graphics cards.

Improper Mounting

Another cause of GPU sag is improper mounting. If the graphics card is not mounted correctly or secured to the case, it may move around or shift over time, causing it to sag. This can happen if the mounting screws of a vertical GPU mount are not tightened correctly, or the case does not provide enough support for the graphics card. Improper mounting can cause damage to both the graphics card and the PCIe slot and can result in a loss of performance.

Thermal Expansion

Another factor that can contribute to GPU sag is thermal expansion. When a graphics card is in use, it generates heat. The heat can cause the components on the card to expand, which can put additional pressure on the PCIe slot and the motherboard. Over time, this pressure can cause the graphics card to sag. This is especially true for graphics cards with large heatsinks or cooling systems, as they generate more heat and put more pressure on the components.

Overclocking

Overclocking is a technique used to increase the performance of a graphics card by adjusting its settings. While overclocking can boost performance, it can also cause the graphics card to generate more heat.

This additional heat can cause the graphics card to sag over time, especially if it is already heavy or improperly mounted. Overclocking can also cause problems such as stability issues and reduced lifespan.

Inadequate Case Support

Finally, inadequate case support can also contribute to GPU sags. If the case does not have enough support for the graphics card, or if the support is not positioned correctly, the graphics card may begin to sag. This can cause damage to the PCIe slot and the motherboard and can result in a loss of performance.

What Are The Effects Of a Sagging GPU?

Is a GPU sag bad if it’s something that occurs overtime? Most users may not encounter problems like a graphics card sag, but it’s still as common as power supply issues and other hardware problems.

Aesthetics

One of the most noticeable effects of GPU sag is its impact on the appearance of a computer system. A sagging graphics card can give the impression that the system needs to be better constructed and can detract from the overall aesthetic.

This can be especially problematic for users who have invested in high-end components and want their system to look as good as it performs. GPU sag can also cause components like fans and heatsinks to be misaligned, further detracting from the system’s overall appearance.

Reduced Performance

GPU sag can also impact the performance of a graphics card. When a graphics card is sagging, it can put pressure on the PCI e slots and cause it to become misaligned. This can lead to poor connectivity and a reduction in data transfer rates.

Sometimes, it can even cause the PCIe slot to break, rendering the graphics card useless. Reduced performance can also result from thermal throttling, which occurs when the cooling system on the graphics card is not working as effectively due to the misalignment caused by GPU sag.

Stability Issues

GPU sag can also cause stability issues within a computer system. When a graphics card is sagging, it can move around or shift within the PCIe slot, which can cause damage to the slot or the graphics card itself.

This damage can cause stability issues, such as crashes or freezes, leading to data loss or corruption. Stability issues can also result from overheating caused by poor ventilation due to the misalignment of components caused by GPU sag.

Hardware Damage

Worst case scenario, the most severe effect of GPU sag is the potential for hardware damage. When a graphics card is sagging, it can pressure the PCIe slot, causing it to become misaligned or even break.

This can further damage the motherboard and the graphics card, which can be costly to repair or replace. Hardware damage can also occur due to the misalignment of other components, such as fans and heatsinks, which can cause them to fail prematurely.

Are There DIY Solutions to GPU Sag?

GPU sag, the downward bending of a graphics card due to its weight, is a common problem that can have several adverse effects on a computer system. These effects can include reduced performance, stability issues, and even hardware damage.

Fortunately, there are several DIY solutions and prevention methods to prevent GPU sag and keep their gaming system running smoothly.

GPU Support Brackets

One of the most effective solutions for GPU sag is to use and install a GPU support bracket. These brackets are designed to provide additional support for the graphics card, reducing the weight on the PCIe slot and preventing sagging. They typically attach to the case with screws and support the graphics card from underneath, ensuring it remains level and secure.

Several types of GPU support brackets are available, ranging from simple brackets that attach directly to mount the case to more complex designs that feature adjustable arms or even built-in fans for improved cooling. Most cases even have built-in support brackets or other mechanisms to prevent GPU sag.

Backplates

Another permanent solution for GPU sag is to use a backplate. Backplates are metal plates that attach to the back of the graphics card and provide additional support. They can help distribute the graphics card’s weight more evenly, reducing the stress on the PCIe slot and preventing sagging. Backplates also offer some aesthetic benefits, as they can help to cover up any unsightly cables or components on the back of the graphics card.

Smaller Form Factor Graphics Cards

Another way to prevent GPU sag is to choose a smaller form factor graphics card. Larger graphics cards are more likely to sag due to their weight, so choosing a smaller card can help to reduce the risk of sagging. This can be especially useful for users with smaller cases or limited space, as smaller graphics cards can easily fit into tight spaces.

Smaller form factor graphics cards are also typically lighter than their larger counterparts, which can further reduce the risk of sagging. However, ensuring that the smaller graphics card still meets the user’s performance needs is essential, as sacrificing performance for size may be a viable option for some.

How To Prevent GPU Sagging

Proper Mounting and Securing

One of the most critical prevention methods for GPU sag is to ensure that the graphics card is properly mounted and secured in the case. This means using the correct screws and brackets to attach the graphics card to the case and ensuring it is level and secure.

It is also essential to ensure the graphics card is not loose or wobbling vertical pc case, as this can cause stress on the PCIe slot and lead to sagging over time.

Proper Ventilation

Another important prevention method for GPU sag is to ensure that the case has proper ventilation. Overheating can cause the graphics card to sag, as the heat can cause components to expand and shift.

Ensuring that the case has adequate airflow and that the cooling system is working effectively can help to prevent overheating and reduce the risk of sagging.

Cable Management

Proper cable management can also help to prevent GPU sag. Cables that are too tight or too loose can put pressure on the graphics card and cause it to sag over time.

Make sure that cables are correctly routed and secured can help to prevent this issue and keep power to the graphics card level and secure.

The Wrap Up

GPU sag is a common problem many users that can negatively affect a computer system. However, users can employ several solutions and prevention methods to prevent or fix GPU sag and keep their system running smoothly.

These include using GPU support brackets, and backplates, choosing smaller form factor graphics cards, properly mounting and securing the graphics card, ensuring proper ventilation, and good cable management. 

In recent years, video has become one of the most popular and widely used forms of media. The demand for high-quality video content has also increased with the increasing use of video in various industries. To produce high-quality video content, a powerful CPU is necessary for video encoding. This blog post will discuss the importance of a powerful CPU for video encoding and how it can impact your video production process.

What is Video Encoding?

Before we dive into the importance of a powerful CPU for video encoding, let’s first understand what video encoding is. V

ideo encoding converts raw video data into a compressed format that can be easily shared, streamed, and stored. The video encoding process involves various algorithms that compress the video data while maintaining the video’s visual quality.

Why is a Powerful CPU Important for Video Encoding?

Video encoding is a computationally intensive process requiring much processing power. A powerful CPU must ensure the video encoding process runs smoothly and efficiently. A CPU with a higher clock speed and more cores can handle the encoding process more quickly and effectively than a slower CPU with fewer cores.

A powerful CPU can significantly impact the speed and quality of the video encoding process. When encoding video, the CPU needs to perform complex calculations to compress the video data while maintaining its visual quality. A CPU with more processing power can complete these calculations faster, resulting in quicker encoding.

Moreover, a powerful CPU can also improve the visual quality of the encoded video. When encoding video, the CPU needs to compress the video data while maintaining its visual quality. A powerful CPU can handle this task more effectively, producing a higher quality encoded video.

What’s Our Pick For The Best CPU For Video Encoding?

Video encoding or video editing software don’t require a lot of graphics processing power, but if you want to render high-quality videos at a faster rate, then you’re going to need a decent CPU.

Regardless of the video editing software you use, the following CPUs below should be more than enough to power through even the heaviest rendering workloads.

Intel Core i9-13900K

The Best Intel CPU For Video Editing

The Intel Core i9-13900K is considered to be one of the most powerful processors in the market right now. It’s right up there with AMD processors, the Ryzen 9 7950X and Threadripper.

The Intel Core i9-13900K runs on the new Raptor Lake architecture with 24-core count and 32-threads. If you want power, look no further as this is probably the best investment you’ll ever make to upgrade your video editing workstation.

Currently, the Intel Core i9-13900K costs around $569 online, but you get what you pay for. You can overclock this CPU for video editing up to 5.8GHz, something that wasn’t achieved by Intel and AMD prior to the release of Intel Core i9-13900K.

AMD Ryzen 9 7950X

Best AMD Processor For Video Editing

With a 16-core count and 32-thread count, it’s no surprise that the AMD Ryzen 7950X dominates the entire roster of the AMD processors.

The AMD Ryzen 7950X is known for its single-core and multi-threading performance during rendering. What this means is that video editors don’t have to wait that long to render any video because the AMD Ryzen 7950X is both reliable and fast.

It’s as expensive as the Intel Core i9-13900K but you’re getting enough raw performance to run video editing applications and other intensive programs. The downside is that you need an AM5 motherboard, so that’s another dent in your budget. As it stands, there’s no backward compatibility offered by the AMD Ryzen 7950X.

AMD Ryzen 9 7900X

A Solid Midrange AMD CPU For Video Editing

If the AMD Ryzen 9 7950X is way out of your budget, you can settle for the AMD Ryzen 9 7900X, the previous gen CPU from the AMD Ryzen CPUs. It’s about $100 cheaper than the Ryzen 9 7950X, so you could consider it as the best CPU for video encoding or editing within a reasonable price range.

On paper, the AMD Ryzen 9 7900X is a midrange CPU for video editing. With a 12 CPU core count and 24 threads, the AMD Ryzen 9 7900X is able to compete with most of the current gen Ryzen 9 processors and Intel Core processors.

Intel Core i5-13600K

A Dominant Midrange Intel CPU That Beats Any Ryzen 5 CPU

If you’re an Intel fanboy, then you’ll want the Intel Core i5-13600K. Like the AMD Ryzen 9 7900X, it’s a decent midrange Intel CPU that beats Ryzen 5 CPUs by a mile. Did we mention that the Intel Core i5-13600K is also more affordable than the Ryzen 9 7900X by $100 but still as powerful?

The Intel Core i5-13600K is a 14-core count CPU for video editing and can be overclocked to 5.1GHz, just a few Hz shy of the 5.8GHz overclocked speed of the Intel Core i9-13900K. These extra cores and threads beats any of the Ryzen 5 CPUs, but what really takes the cake is its price tag. It’s priced currently at $330, making it the best CPU for video editing and more.

Intel or AMD – Which One Has Better Performance?

Video editing is a resource-intensive task that requires a powerful processor. Regarding choosing a CPU for video editing, two names stand out: AMD and Intel. Both brands offer a wide range of processors with varying specifications good performance, making it difficult to decide which one to choose.

AMD and Intel are two of the largest CPU manufacturers in the world. AMD has given Intel tough competition in recent years, with its Ryzen series processors offering impressive performance at a lower price point. On the other hand, Intel has been the go-to choice for professionals for many years, with its Core series processors powering many high-end workstations.

When it comes to video editing, both brands offer CPUs that are capable of handling the demands of the task. However, the choice between AMD and Intel ultimately depends on your specific requirements and budget.

CPU Cores and Threads

One of the most important factors to consider when choosing a CPU for video editing is the number of cores and threads. Cores are individual processing units within a CPU, while threads allow each core to execute multiple tasks simultaneously.

AMD processors can handle more parallel tasks, making them better for video editing. AMD’s Ryzen series processors have been gaining popularity due to their higher core and thread counts than Intel’s Core series. For example, the Ryzen 9 5900X has 12 cores and 24 threads, while the Core i9-11900K has only 8 cores and 16 threads.

Clock Speed

Another important factor to consider is the base clock and speed of the CPU. Clock speed refers to how many cycles a CPU can perform in a second, measured in GHz. A higher clock speed means that the CPU can perform more tasks in less time.

Intel CPUs are known for their high clock speeds and high core count, which makes them better suited for single-threaded tasks such as gaming. However, when it comes to video editing, the advantage of a high clock speed is offset by the need for more cores and threads. AMD CPUs tend to have lower clock speeds but compensate for this with higher core and thread counts.

Cache Memory

Cache memory is a small amount of high-speed memory built into the CPU. It stores frequently accessed data, allowing the CPU to access it more quickly. A larger cache can improve CPU performance, particularly for tasks requiring much data processing.

Intel CPUs tend to have larger cache sizes than AMD CPUs, which can give them an advantage in tasks requiring a lot of data processing. However, the difference in cache size needs to be more significant to be a deciding factor when choosing a desktop processor or CPU for video editing.

Integrated Graphics

Integrated graphics are built-in graphics processing units (GPUs) integrated into the CPU. They are designed to handle basic graphical tasks such as video playback and web browsing. However, for some video editing tasks, a dedicated GPU is required.

Both AMD and Intel CPUs come with integrated graphics, but AMD’s integrated graphics tend to be more powerful. This means that if you are on a tight budget and cannot afford a dedicated GPU, an AMD CPU with integrated graphics may be a better option.

Regarding video editing, both AMD and Intel CPUs offer powerful processors capable of handling the demands of the task. However, the choice between AMD and Intel ultimately depends on your specific requirements and budget.

If you are on a tight budget, AMD’s Ryzen series processors offer impressive performance at a lower price point. If you need a high-end workstation with the best possible performance, Intel’s Core series processors are still the go-to choice for professionals.

What to Consider When Choosing a CPU for Video Encoding

When choosing a CPU for video encoding, several factors must be considered. First, you must ensure that the CPU has a high clock speed and many cores. The clock speed determines how quickly the CPU can perform calculations, while the number of cores determines how many calculations the CPU can perform simultaneously.

You should also consider the CPU’s cache size and its ability to handle multi-threading. The cache size determines how much data the CPU can store and access quickly, while multi-threading allows the CPU to perform multiple tasks simultaneously.

Lastly, it would be best if you also considered the power consumption of the CPU. A more powerful CPU will consume more power, leading to higher energy bills. However, a more powerful CPU will also result in faster encoding times, saving you time and money in the long run.

Conclusion

In conclusion, a powerful CPU is essential for video encoding. It can significantly impact the speed and quality of the video encoding process, resulting in a higher quality encoded video. With a powerful CPU, you can produce high-quality video content more efficiently and effectively, helping you stand out in today’s competitive market. When choosing a CPU for video encoding, you should consider factors such as clock speed, the number of cores, cache size, multi-threading capabilities, and power consumption.

Have you ever been in the middle of an important task, only for your monitor to suddenly go black? If so, you’re not alone.

A monitor that keeps going black can be a frustrating and disruptive problem, mainly if you rely on your computer for work or entertainment.

While there are various reasons why a monitor may go black, the good news is that many of them can be quickly resolved with some troubleshooting.

In this blog post, we’ll explore the most common causes of monitor blackouts, walk you through some basic and advanced troubleshooting steps, and offer some solutions that can help you get your monitor back up and running in no time.

Why Does My Monitor Keeps Going Black?

Your monitor keeps going black for a lot of reasons. Sometimes, it’s caused by power settings or faulty display adapters. Sometimes, it could be as simple as a faulty HDMI cable.

But for you to understand why your monitor randomly keeps going black, you’ll need to learn about the common causes:

Power Supply Issues

When you’re running on energy saving mode or insufficient power, incorrect power settings can cause your monitor to randomly go black. Your computer screen can also flicker when there’s a power surge.

A quick fix would be to check Windows settings to see if your power saver features are turned on and then go from there. If your monitor randomly goes black during a power surge, you might want to invest in a surge protector.

Video Cable Problems

When your monitor screen goes black after moving your PC a bit, you probably dislodged the HDMI cable. This happens when you’ve just got done cleaning and disassembling your system unit. Loose or damaged cables can also cause monitor blackouts, and both are easy fixes.

Graphics Card or Driver Issues

An outdated graphics driver or display driver can also cause monitor blackouts. This happens when your current graphics driver is no longer compatible with your monitor or struggles to keep up with the monitor’s performance.

On the other hand, graphics cards with faulty hardware can cause the problems listed above.

How to Do You Troubleshoot Monitor Blackout?

Now that we know the different causes of why your monitor keeps going black, we’ll walk you through some basic and advanced troubleshooting steps to help you pinpoint and resolve the problem.

Step 1: Check the Power Supply and Connections

The first step in troubleshooting monitor blackout is to ensure that your monitor receives enough power and that all the necessary connections are securely in place. Check the power cord and adapter to ensure they are properly connected, and ensure your monitor is plugged into a surge protector instead of directly into a wall outlet. If the power supply is not the issue, move on to the next step.

Step 2: Inspect the HDMI Cable or VGA Cables

If the power supply is not the issue, the next step is to inspect the video cable connecting your monitor to your computer.

Check for any damage or wear and tear signs, and ensure the cable is securely plugged in at both ends. If the cable appears damaged or frayed, it’s time to replace it.

Step 3: Check Graphics Card and Drivers

If the power supply and video cable are not the issues, the problem may lie with your graphics card or drivers. Ensure that your graphics drivers are up-to-date and compatible with your monitor.

Try connecting your monitor to a different computer to determine if the issue is with the monitor or the graphics card. If the graphics card is faulty, you may need to replace it.

Step 4: Address Overheating Issues

Check for any dust accumulation inside your monitor or blockages in air vents. If you find any, use compressed air to blow out the dust or move any obstructions away from the vents.

If your monitor is overheating, it may go black to prevent damage. Let the graphics card or CPU cool down for a few seconds. If this doesn’t fix monitor randomly even after a demanding third party application is closed, then you’ll need to go to the next step.

Step 5: Check Monitor Settings

If all the above methods do not resolve the issue, the problem may lie with your monitor settings. Check your monitor’s power-saving settings to ensure that they are not causing your monitor to go black after a certain period of inactivity.

Also, ensure that your display settings are set correctly for your monitor, including the refresh rate and resolution.

Step 6: Scan for Malware or Viruses

If none of the above steps resolve the issue, the problem may be due to malware or viruses on your computer. Run a virus scan to check for any problems and remove any threats detected.

Step 7: Check Monitor QR Code

If you’re unsure whether your monitor has a QR code, take a closer look at the back or bottom of the device. Many monitors now include QR codes that provide quick access to support information and resources. Scanning the QR code with a smartphone or tablet will instantly redirect you to the support page specifically designed for your monitor, where you can find troubleshooting guides, driver downloads, and other helpful information.

Step 8: Consider a New Monitor

If you’ve tried all the above steps and are still experiencing monitor blackout, consider purchasing a new monitor.

Over time, monitors can wear out and start experiencing issues. If your monitor is old and has been experiencing problems, investing in a new monitor may be a more cost-effective solution in the long run.

The Wrap Up

In conclusion, dealing with monitor blackouts can be a frustrating experience, but by following the troubleshooting steps outlined in this blog post, you can quickly diagnose and fix the issue.

From checking the power supply and connections to inspecting video cables, updating drivers, addressing overheating issues, checking monitor settings, scanning for malware or viruses, and considering a new monitor, several solutions are available to help you resolve the problem.

Remember to be patient and methodical in your approach to troubleshooting the issue, and don’t hesitate to seek professional help if necessary. With a bit of persistence, you can get your monitor back up and running in no time.