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Which M2 SSD to Buy?



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Which M2 SSD to Buy?

Which M2 SSD to Buy?: A Comprehensive Guide to Choosing the Best M.2 SSD for Your Needs



When it comes to upgrading your storage solution, M.2 SSDs are a popular choice for their speed and reliability. In this detailed guide, we’ll compare some of the best M.2 SSD drives available in Poland, helping you make an informed decision based on your specific requirements.

Whether you’re a gamer, a professional user, or someone looking for a reliable storage solution, we’ve got you covered.

Samsung 980 Pro:

The Samsung 980 Pro stands out with its PCIe 4.0 interface, offering data transfer speeds of up to 7000 MB/s in reading and 5000 MB/s in sequential writing. Engineered with Dynamic Thermal Guard, this drive ensures optimal temperature control, preventing overheating and maintaining peak performance. Ideal for both laptops and desktops, it caters to avid gamers and professional users seeking top-notch performance.

Corsair MP600:

The Corsair MP600 boasts an NVMe PCIe 4.0 x4 M.2 interface, achieving impressive reading and writing speeds of up to 4,950 and 4,250 MB/s, respectively. Designed with effective cooling in mind, its large aluminum radiator ensures optimal temperature maintenance during various operations. This drive is a reliable choice for users who prioritize consistent performance.

WD 1TB M.2 PCIe Gen4 NVMe Black SN850X:

The Western Digital Black SN850X utilizes an M.2 PCIe NVMe 4.0 x4 interface, delivering exceptional reading and writing speeds of 7300 and 6300 MB/s, respectively. Equipped with Game Mode 2.0 (Windows only), this drive employs load prediction technology for swift game asset loading during gameplay. It’s a choice that combines speed with advanced features for an enhanced user experience.

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ADATA 256GB M.2 PCIe NVMe XPG SX6000 Lite:

The ADATA XPG SX6000 Lite supports the NVMe 1.3 interface and employs 3D NAND flash memory, ensuring high failure-free operation and data stability. With HMB (Host Memory Buffer) and SLC buffering, it achieves read/write speeds of up to 1800/900 MB/s. Additionally, the drive supports LDPC error correction code technology, enhancing data transfer reliability and product lifespan.

Lexar 1TB M.2 PCIe NVMe NM620:

The Lexar NM620 utilizes built-in 3D NAND memory, providing read and write speeds of 3,300 MB/s and 3,000 MB/s, respectively. With support for LDPC (Low-Density Parity Check) technology, it corrects errors during file transfers, ensuring stable performance. Reduced energy consumption and stable operation make it an energy-efficient option for extended laptop battery life.

Kioxia Exceria G2:

The Kioxia Exceria G2 incorporates BiCS FLASH 3D memory, enabling read speeds of up to 2100 MB/s and write speeds of up to 1700 MB/s. Its well-thought-out design efficiently dissipates heat, promising high failure-free operation and prolonged efficiency. This drive is a reliable choice for users seeking a balance between speed and thoughtful design.

Seagate FireCuda 530:

The Seagate FireCuda 530 impresses with data transfer speeds of up to 7300 MB/s, designed for intensive use appreciated by gamers and professionals. Collaborating with EKWB, a leader in thermal management systems, Seagate integrates a special spreader with high-quality aluminum construction and an anodized, textured coating for optimal cooling efficiency. The built-in heat spreader minimizes drive heating, ensuring peak performance over the long term.

Samsung 970 Evo Plus:

The Samsung 970 Evo Plus offers speeds of up to 3,500 MB/s in sequential reading and 3,200 MB/s in writing. Utilizing V-NAND technology and optimized firmware, it ensures energy efficiency even at maximum performance. The Dynamic Thermal Guard system monitors and maintains operating temperatures at optimal levels.

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Crucial P5 Plus:

The Crucial P5 Plus features read speeds of up to 6,600 MB/s and maximum write speeds of up to 4,000 MB/s. Supporting full hardware encryption, it utilizes advanced NAND and proprietary technologies for efficient disk controller operation. The adaptive thermal protection function ensures optimal performance, while error correction technologies enhance data security. Users gain access to free Storage Executive software and a disk content cloning program.

Why Invest in an SSD Drive in 2024?

Investing in an SSD drive brings numerous benefits, primarily attributed to faster data reading and writing speeds compared to traditional HDD drives. SSDs, being purely electronic with flash chips, operate silently and consume significantly less energy than HDDs. Moreover, SSDs offer enhanced data stability, with the ability to overwrite data multiple times without damage. In summary, SSDs provide a range of advantages that make them a worthwhile investment.

Price Considerations:

While SSDs were once considered expensive, their prices have become more accessible to the average user. Currently, SSDs are competitively priced and, at around PLN 400-500, are not a significant strain on your budget. It’s important to note that for this price range, you may obtain an SSD with a smaller capacity compared to an HDD. However, the performance benefits, including faster application and game launches, as well as assured data safety, justify the slightly higher cost.

Choosing the Right SSD for Your Computer:

When selecting an SSD, understanding the interface is crucial. SATA, once popular, is giving way to PCIe interfaces, which offer significantly faster speeds. The PCIe 3.0 and 4.0 standards enable data transfer rates of 32 and 64 GB/s, respectively. Consequently, the ranking provided focuses exclusively on SSDs with a PCIe connector, specifically the M.2 form factor.

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In conclusion, choosing the best M.2 SSD for your needs involves considering factors such as speed, temperature control, and additional features. The models highlighted in this guide cater to various preferences and usage scenarios, ensuring a balance between performance, reliability, and user satisfaction.

Whether you prioritize gaming, professional tasks, or a combination of both, investing in a high-quality M.2 SSD promises a significant enhancement in your overall computing experience. Share your thoughts and views in the comments below regarding Which M2 SSD to Buy?

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How to Clear the RAM on iPhone in seconds





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How to Clear the RAM on iPhone in seconds

A Quick Guide on How to Clear RAM on iPhone in Seconds :


For iPhone users, ensuring optimal performance is paramount to a seamless user experience. One effective way to achieve this is by freeing up space in the Random Access Memory (RAM), where the device temporarily stores data needed for running applications.

When the RAM is cluttered, your iPhone may experience sluggishness, longer loading times, and even unexpected app closures. In this guide, we’ll explore the simple yet powerful method of clearing RAM on your iPhone to enhance its performance in just a few seconds.

Understanding the Importance of Clearing RAM:

Random Access Memory (RAM) is a crucial component that allows your iPhone to quickly access and process data required by active applications. As you use various apps throughout the day, RAM gradually fills up. When it reaches capacity, your device may start to slow down as it struggles to access the necessary data.

Clearing RAM is akin to providing a breath of fresh air to your iPhone, ensuring it can efficiently handle new tasks, resulting in improved speed and responsiveness.

Quick Reset for Different iPhone Models:

The easiest and most effective way to clear RAM on an iPhone involves performing a quick reset. The method varies slightly depending on the type of iPhone model you own. Follow these steps:

For iPhone Models with Face ID (iPhone X and newer):

  • Press and hold the volume down button and the side button simultaneously.
  • When the power off slider appears, drag it to the right to turn off your iPhone.
  • Wait approximately 30 seconds and then turn the device back on.
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For iPhone Models with Touch ID:

  • Press and hold the side button until the slider appears.
  • If you own the first-generation iPhone SE, press the top button instead.
  • Slide to power off and wait for around 30 seconds before turning the device back on.
  • By performing this quick reset, you allow your iPhone to clear out unnecessary data from the RAM, giving it a performance boost.

Additional Tips to Free Up RAM:

While the quick reset is a powerful method, there are other proactive steps you can take to optimize your iPhone’s performance and free up RAM:

Close Unused Applications:

Manually close apps that you’re not actively using, as open apps consume RAM resources.

Manage Notifications:

Turn off notifications for apps that aren’t essential. Unnecessary notifications can contribute to RAM usage.

Stay Updated:

Ensure your iPhone is running the latest version of iOS. Updates often include performance enhancements.

Monitor Storage Space:

Keep an eye on your device’s storage capacity. If it’s near capacity, consider deleting unnecessary files or apps.

Battery and Storage Check:

If your iPhone continues to exhibit slow performance, it may be time to check the battery health or free up additional storage space. Contact Apple support for further assistance.


In just a matter of seconds, you can breathe new life into your iPhone by clearing its RAM. The quick reset method, coupled with proactive measures like closing unused apps and managing notifications, ensures that your device runs smoothly and efficiently.

By understanding the importance of RAM and regularly optimizing its usage, you can enjoy a responsive and high-performing iPhone. Incorporate these simple steps into your routine, and experience the difference in speed and responsiveness on your beloved device.

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How to Share Wifi Password iPhone




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How to Share Wifi Password iPhone

How to Share Wifi Password iPhone? Sharing WiFi Password on iPhone


The convenience of automatically connecting to WiFi at home adds a touch of comfort to our daily lives. Sharing this access with friends and guests is a hospitable gesture, making you the ultimate host.

However, it becomes a challenge when you want to connect someone to your WiFi, and either you don’t know the password or it’s too complex to remember. Fear not – sharing WiFi on iPhone to iPhone is a breeze, and we’ll guide you through the process.

Requirements for WiFi Sharing:

Before delving into the steps, let’s go through the essential requirements to seamlessly share WiFi between iPhones:

Both iPhones Need iOS 16 or iOS 17:

Ensure that both your iPhone and your friend’s iPhone are running the latest version of iOS, either iOS 16 or iOS 17. Staying up-to-date is key to accessing the latest features.

Unlocked and Connected iPhone:

Your iPhone must be unlocked and connected to the WiFi network you intend to share. This ensures a smooth sharing process.

Friend’s Contact Information:

Your friend should be listed as a contact in your address book, and their contact information must include the email associated with their Apple ID. This is crucial for the sharing mechanism to work seamlessly.

WiFi Sharing Steps:

Assuming all the prerequisites are met, follow these straightforward steps to share your WiFi password:

Unlock Your iPhone:

Make sure your iPhone is unlocked and connected to the WiFi network you wish to share.

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Ask Your Friend to Connect:

Request your friend to go to Settings on their iPhone, navigate to the WiFi section, and select the desired network. At this point, their iPhone should prompt them for the WiFi password.

Share Password:

On your iPhone, a prompt will appear to share the WiFi password with your friend. Click on the ‘Share Password’ button. This initiates the sharing process via AirDrop, and your friend’s iPhone will automatically receive the password.

Connection Confirmation:

Once the password is shared, your friend’s iPhone will display a message confirming the connection. Your friend is now successfully connected to the same WiFi network without needing to know the password.

By following these steps, you’ve not only made the connection process seamless but also maintained the confidentiality of your WiFi password.

Alternative Method: Using a QR Code

In case your friend doesn’t use an iPhone or has an older iOS version, an alternative method involves creating a QR code to share your WiFi password. Here’s how:

Prepare a QR Code:

Visit the QiFi website from your iPhone, enter your WiFi network name and password, and click on the ‘Generate’ button. This generates a QR code representing your WiFi credentials.

Display QR Code to Friend:

When your friend needs to connect, show them the QR code on your iPhone. Regardless of their phone type, they can use their camera to scan the QR code. This automatically recognizes the WiFi credentials and connects them without manual password input.


Sharing your WiFi password on iPhone has never been simpler. By keeping both iPhones updated, ensuring the proper settings, and following the steps outlined in this guide, you can effortlessly extend your hospitality to friends and guests.

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Whether using the direct sharing method or the QR code alternative, the process is user-friendly and secures your WiFi network. Embrace the ease of sharing and enjoy a connected and hospitable environment for everyone.

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How to Improve iPhone Battery Life with iOS 17




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How to Improve iPhone Battery Life with iOS 17

How to Improve iPhone Battery Life :


One of the common grievances among iPhone users revolves around the device’s battery life. Many users find that their iPhones don’t hold a charge as well as other high-end smartphones. While the capacity of the phone’s components may contribute to this issue, there are adjustments and tricks within the iPhone settings that can help extend battery life.

In this detailed guide, we will explore various strategies for improving iPhone battery life, specifically focusing on iOS 17.

Optimizing Screen Features:

One of the prominent features impacting battery life is the always-on screen, particularly on newer devices. To address this, users can disable the always-on screen feature by navigating to Settings, selecting ‘Display and Brightness,’ and deactivating it.

This adjustment can significantly reduce battery drainage, especially for those who don’t find this feature essential.

Managing Screen Brightness:

Another factor affecting battery life is screen brightness. Excessive brightness can lead to faster battery depletion. To address this, ensure that the iPhone’s automatic screen brightness adjustment feature is activated. Users can access this setting by going to ‘Settings,’ selecting ‘Display and Brightness,’ and enabling the ‘Auto-Brightness’ option.

By allowing the phone to adjust brightness based on ambient lighting conditions, users can extend battery life considerably.

Addressing Haptic Feedback:

The haptic feedback of the keyboard, also known as the haptic keyboard, can contribute to unnecessary energy consumption. To conserve energy, users can disable this feature by accessing the iPhone settings. Navigate to ‘Settings,’ choose ‘Sounds and Vibrations,’ then proceed to ‘Keyboard Feedback.’ Here, users can disable the ‘Vibration’ option, minimizing the battery impact of haptic feedback.

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Background App Refresh:

One significant feature that can drain battery life is Background App Refresh. While this feature ensures that apps are updated in the background, it can be a resource-intensive process. Users can manage Background App Refresh by going to ‘Settings,’ selecting ‘General,’ and choosing ‘Background App Refresh.’ Here, users can either disable the feature entirely or customize it for specific apps, optimizing battery performance.

App Notifications:

Constant app notifications can contribute to battery drain. Users can conserve battery life by managing app notifications. Navigate to ‘Settings,’ select ‘Notifications,’ and review and adjust notification settings for each app. Disabling unnecessary notifications can help minimize background activities and preserve battery power.

Location Services:

Location services, while useful, can significantly impact battery life. Users can manage location services by going to ‘Settings,’ selecting ‘Privacy,’ and choosing ‘Location Services.’ Here, users can either disable location services entirely or customize settings for individual apps. Turning off location services for non-essential apps can lead to substantial energy savings.

Updates and Background Activities:

Ensuring that the iPhone is running the latest iOS version is crucial for optimal battery performance. Apple frequently releases updates that include bug fixes and optimizations. Additionally, keeping apps updated can address potential performance issues that may impact battery life. Users can check for updates in ‘Settings’ under the ‘General’ section.

Manage Widgets:

Widgets on the iPhone’s home screen can provide quick access to information but may consume unnecessary power if not managed efficiently. Users can customize and remove widgets by entering ‘Edit Home Screen’ mode. Removing widgets that are not frequently used can contribute to improved battery efficiency.

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Limit Background Processes:

iOS 17 provides users with the ability to limit the number of background processes running on the device. To manage this, go to ‘Settings,’ select ‘General,’ and choose ‘Background App Management.’ Here, users can set limitations on background processes, ensuring that only essential activities are running when the device is not in use.

Optimize Mail Settings:

Fetching emails frequently can contribute to battery drain. Users can optimize mail settings by going to ‘Settings,’ selecting ‘Mail,’ and choosing ‘Accounts.’ Here, users can adjust the frequency of mail fetching or switch to manual fetching for non-essential accounts, conserving battery power.


Improving iPhone battery life with iOS 17 involves a combination of adjusting settings, managing features, and adopting efficient practices. By following the detailed tips outlined in this guide, users can optimize their iPhone’s battery performance and enjoy extended usage between charges.

Whether it’s fine-tuning screen settings, managing app activities, or staying up-to-date with software updates, these strategies empower users to make the most out of their iPhone’s battery life. Incorporate these practices into your routine, and experience a more efficient and long-lasting iPhone battery performance with iOS 17.

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