#fastest SSD

[satoritech]

Where to buy the cheapest and fastest PS5 SSDs – Black Friday 2022

Where to buy the cheapest and fastest PS5 SSDs – Black Friday 2022

IF you’re looking to upgrade your PS5 console or PC this Black Friday, then there’s no better place to start than an SSD hard drive.Solid-state drives are faster than the average hard drive or SD card, and can hold much more memory. Read Full Text

[vergess]

time for another break from antisemitism in your askbox, tech help 2 electric boogaloo. blease tell me there is a way to transfer the entire contents of my current C drive (Samsung SSD 860 EVO 1TB) to the 2TB Internal SSD you showed me earlier, withOUT having to reinstall everything, including windows. I heard you need to clone the drive? Not sure how to do that. I plan on keeping the Samsung, I just want the new internal SSD to be my C: and the current SSD I have to be secondary D: drive weh

Yeah my dude you can, at the very easiest end, just have both drives installed at the same time and boot up normal windows then copy paste everything.

The fastest way is to have both drives installed, boot to a USB drive with a cloning utility on it, and clone the drive with your stuff to the new one.

Once you've cloned the OS etc onto the new drive, format the old one and you can leave it installed as a data or backup drive.

[netscapenavigator-official]

Idk how to explain this without being long-winded, but it’s my blog so whatever.

Basically, I have a 2011 MacBook Pro 15”. I’ve replaced the battery and upgraded the RAM and replaced the 500GB HDD with a 500GB SSD. It’s great! The machine is truly the fastest mobile computer I have.

The 2011 MBP was let go from software updates a while ago, meaning, natively, macOS High Sierra is as high as I can get the thing.

Luckily, this computer is from an era when Apple actually made computers and not eWaste, so I just erased macOS off of it and flashed Zorin OS (an Ubuntu-based Linux distro) onto it. The computer is now even better! It’s my primary productivity machine. The display, speakers, battery life, and thermals are all pretty bad, but it’s just so snappy and problem free I can’t help it.

Now, when I set up Zorin OS I used LVM Encryption to encrypt the entire disk. Basically, upon booting, before anything happens, I’m prompted with a password box. Once I put in the encryption key, the computer would continue booting and bring me to my usual login screen. Great! Easy peasy, extra secur-sy. Well. That was the case.

Somehow, in my efforts to find a way to stop Linux from using my MBP’s Discrete GPU in favor of its Integrated (more efficient, less power hungry) one, I broke something in the EFI or SMC idk. Reinstalling didn’t help. MacOS Recovery mode didn’t help. The only way I fixed it was by wiping the device, running the installer USB, downloading the script I used to fuck it up, and then running it to undo what I previous had it do. This worked. Luckily, I was keeping the machine backed up with Timeshift. So, I wiped the computer again and installed Zorin OS, fresh, reinstalled Timeshift, and restored from backup. The only problem?

When I reinstalled Zorin, I didn’t use LVM Encryption because I was tired of having to manually type in that 25 randomized character password I chose. As a result, now every time I boot the computer, I’m prompted with a “Waiting for encrypted device, (name).” That prevents the machine from booting for about 5 minutes until it just randomly decides “ope, never mind” and finally takes me to my login screen. It does nothing in prohibiting me from using the computer expect prolong it. It’s just annoying and weird as hell, and I have no idea how to get rid of it.

Clearly, the way Timeshift resorted the device has it thinking it’s still an encrypted volume, and I have no idea how to tell it that it is not.

But anyway, it just aggravates me, and I needed to ramble and vent about it. Carry on.

[womaneng]

What’s better, a desktop or laptop for programming? Why? 🖥️💻⬇️⬇️

Both are better and both are worse.

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A post shared by Zeynep Küçük Woman Engineer (@woman.engineer)

I own both a desktop and I have a laptop. My desktop is connected to a 32″ monitor, gaming keyboard and a mouse. To say that it is awesome is an understatement. My laptop is a 15″ Macbook pro (2014), i5 with 16GB memory and 512GB disk. My desktop has 32 GB memory, much faster i5, and has as many disks and disk space as I want to put into it.

👩🏻‍💻But back to programming, coding and hacking. Which is better ? 🤔

💻I would say, the laptop, but that is cheating, because over 90% of the time I use it, I have it connected to a 27″ display, Mx Keys keyboard and Mx Master 3s. So it is pretty much a smaller version of my desktop computer pretty much. 😍

😱If I needed to get rid of one of them, it would be the desktop one. I can take my laptop and have it on my lap in front of the TV, in my bed, on a plane, in different countries and so forth, if I needed to. I have taken it to hold lectures, tutorials, code reviews and many other things, which frankly, I would not even try to do on my desktop. 😌

🫣Before you ask, why do I have both ? I am hard pressed at answering it differently than, because I can :) I play games on my desktop one, editing movies, keep my photo library and many other things. 📽️👾 

💯In a perfect world, I would have my desktop on and a smaller laptop.

🛻So, space and transportation. If you need to take it out of the house once in a while, then it is the laptop. If you ever want to meet at someones house and do a quick hackathon, then the laptop. 🤩

😇Laptops are seriously fast, with an ssd disk, you never have to wait for anything, even laptops you might consider being slow, like i3 and i5 laptops. With enough ram and fast disk, you never have to wait for anything. If you are doing web programming, then you can even get a cheaper one. All computers are very fast, the fastest ones are just crazy fast. 🏎️

❗A quick pros and cons (not a complete list, but gets the job done) :

📍Laptop pros

🔖portability

📍Laptop cons

🔖disk space 🔖memory 🔖not being able to tinker and update (most of them, many do allow for it) 🔖not ideal for storing a lot of photos 🔖expensive

📍desktop pros

🔖expandability 🔖put in as much disks as you want 🔖usually can do 32GB memory or even more 🔖Can have the latest and greatest graphic cards 🔖Does not get warm in your lap 🔖Allows for much better keyboards, mice and trackpads 🔖cheaper 🔖assemble one yourself, and no part will break that costs a lot to replace

📍cons

🔖no cons really, except for portability perhaps I like my machines, but my laptop much more.

[the-technicolor-whiscash]

Apparently the issues with Southwest Airlines rn are cause they’re switching over some ancient system and I think we’re gonna be seeing a lot of that during this decade. One thing about older systems is that they might not be the fastest or the prettiest, but once you get it working, it stays working until something breaks. Back when things didn’t have planned obsolescence and parts were made to be interchangeable. But the problem now is that even though those old systems still work, it becomes harder and harder to find the parts to fix it when it does break, because many of those parts are no longer made or are made in a significantly decreased scale. A major example of this is the US department of defense’s use of 8 inch floppy disks. They used them for decades for like shit that involved nuclear codes and missions and shit because they were reliable and you like couldn’t hack them. But as the decades passed, it became harder and harder to find computer replacement parts for the system that ran off of these floppy disks, so a few years back they switched to SSD. I think we’re gonna see a lot of that soon. And the switchover may be smooth like it apparently was for the DOD, but things can and will go wrong as we’ve seen with Southwest.

[techwirebiz]

Samsung Electronics has launched the AM9C1, the world’s fastest automotive SSD, on September 24, 2024. This new PCIe 4.0-based drive utilizes Samsung’s 8th-generation V-NAND technology

[mckennacayden]

Amazon Drops the Price on One of the Fastest 2TB M.2 SSDs Currently Available https://www.ign.com/articles/amazon-drops-the-price-on-one-of-the-fastest-2tb-m2-ssds-currently-available

[rwoshop]

ADMI Gaming PC: Intel i5 11400F 4.4Ghz Turbo SIX Core, RTX 3050 8GB, 16GB 3200MHz RAM, 1TB NVME SSD, Flash Case, 600MBps Wifi, Win 11 We have a great collection of Gaming PC's in our online shop. Our shop includes other essential Gaming equipment like GPUs, Gaming Chairs, CPUs and much more. Lets improve your gaming experience today with the ADMI Gaming PC: Intel i5 11400F 4.4Ghz Turbo SIX Core, RTX 3050 8GB, 16GB 3200MHz RAM, 1TB NVME SSD, Flash Case, 600MBps Wifi, Win 11. https://www.remoteworkingoffice.com/product/admi-gaming-pc-intel-i5-11400f-4-4ghz-turbo-six-core-rtx-3050-8gb-16gb-3200mhz-ram-1tb-nvme-ssd-flash-case-600mbps-wifi-win-11/?feed_id=5626&_unique_id=66ee7b3d1ec79 #gaming #gamingpc #fortnite #pcgamer #gamer #cod #callofduty

[herohost03]

Hero Host Delivers the Fastest WordPress Hosting for Secure and High-Performance Sites

When it comes to hosting your WordPress website, selecting a platform that offers the Fastest Wordpress Hosting is crucial. Hero Host is renowned for providing exactly that—an exceptional hosting service that combines unmatched speed with top-notch security features. As website performance and security become increasingly important in today’s digital world, Hero Host stands out as the ultimate choice for those seeking the Fastest WordPress Hosting solution.

The Essential Role of the Fastest WordPress Hosting

Speed is a critical factor for any successful website. The Fastest WordPress Hosting ensures that your site loads quickly, which not only enhances user experience but also positively impacts your search engine rankings. With Hero Host, you get access to the Fastest WordPress Hosting available, designed to handle high traffic volumes and deliver rapid page load times consistently.

By utilizing state-of-the-art hardware and sophisticated software optimizations, Hero Host guarantees that your WordPress site performs at its peak. The Fastest WordPress Hosting provided by Hero Host includes advanced SSD storage and cutting-edge caching technologies that minimize load times and improve overall site responsiveness.

Cutting-Edge Speed Technologies

The key to achieving the Fastest WordPress Hosting is leveraging the latest in technology. Hero Host incorporates various speed-enhancing features to ensure that your website remains among the fastest in the industry. For instance, Hero Host employs powerful content delivery networks (CDNs) that distribute your website’s content across multiple servers worldwide, reducing latency and speeding up access for users from different geographic locations.

Additionally, Hero Host integrates advanced caching solutions, including both server-side and client-side caching. This combination of technologies helps to store and serve frequently accessed data quickly, ensuring that visitors experience minimal delay when interacting with your site. The result is a seamless and efficient user experience, which is a hallmark of the Fastest WordPress Hosting.

Uncompromised Security in Fastest WordPress Hosting

While speed is crucial, security is equally important. Hero Host understands that the Fastest WordPress Hosting must also come with robust security measures to protect your website from potential threats. Hero Host provides comprehensive security features designed to safeguard your site while maintaining top-notch performance.

With Hero Host, you benefit from a range of security protocols, including real-time malware scanning and automatic updates. These features are integral to ensuring that your WordPress site remains secure from vulnerabilities and threats. The Fastest WordPress Hosting by Hero Host includes advanced firewalls and intrusion detection systems that work in conjunction to prevent unauthorized access and cyber-attacks.

Daily Malware Protection

An essential aspect of the Fastest WordPress Hosting provided by Hero Host is its commitment to daily malware protection. This proactive approach to security ensures that your site is continuously monitored for any signs of malicious activity. Hero Host performs daily scans to detect and address any malware or potential threats before they can cause harm.

By including daily malware protection as part of its Fastest WordPress Hosting offering, Hero Host provides an extra layer of security that helps maintain the integrity and performance of your site. This feature is crucial for preventing downtime and ensuring that your website remains secure and functional at all times.

Scalable Solutions for Growing Sites

One of the advantages of the Fastest WordPress Hosting from Hero Host is its scalability. As your website grows, so do its hosting needs. Hero Host offers scalable hosting solutions that can adapt to increasing traffic and resource demands without compromising on speed or security.

Whether you're managing a small personal blog or a large eCommerce site, Hero Host provides flexible hosting plans that grow with you. This scalability ensures that your site continues to benefit from the Fastest WordPress Hosting even as your business expands.

Conclusion: Why Hero Host is the Best Choice

In conclusion, Hero Host delivers the Fastest WordPress Hosting with an unparalleled combination of speed, security, and reliability. With cutting-edge technology, comprehensive security measures, and daily malware protection, Hero Host stands out as the premier choice for anyone looking to optimize their WordPress site’s performance.

If you’re seeking the Fastest WordPress Hosting to enhance your site’s speed and security, look no further than Hero Host. Experience the ultimate in high-performance hosting and ensure your WordPress website remains at the forefront of technology and protection.

[coreumnode]

Deploying Coreum Node: A Comprehensive Guide

As blockchain technology continues to evolve, more developers and businesses are looking to participate in decentralized networks. One of the fastest-growing blockchain platforms is Coreum, a next-generation decentralized platform built to support enterprise-grade applications. Whether you're a blockchain enthusiast, developer, or business looking to run decentralized services, deploying a Coreum node is an essential step to fully engage with the Coreum network. In this comprehensive guide, we will walk you through everything you need to know about how to deploy coreum node successfully.

What is Coreum?

Before diving into the process of deploying a Coreum node, let’s first understand what Coreum is and why you may want to run a node on this platform. Coreum is a blockchain platform designed with a focus on enabling decentralized finance (DeFi), smart contracts, and enterprise applications. Its advanced infrastructure allows developers to create highly scalable and secure applications on top of the blockchain, benefiting from Coreum’s fast transaction times and low fees.

Unlike many other blockchain networks, Coreum also offers a more energy-efficient consensus mechanism, meaning it is more sustainable and cost-effective. This combination of features makes deploying a Coreum node attractive to individuals and businesses alike.

Why Deploy Coreum Node?

There are several reasons why someone would want to deploy Coreum node:

Support the Network: By running a node, you help decentralize the Coreum network, enhancing its security and resilience.

Transaction Validation: Nodes play a crucial role in validating transactions and blocks, helping maintain the integrity of the blockchain.

Stake and Earn Rewards: Many blockchain networks offer staking rewards for node operators. By deploying a Coreum node, you may have the opportunity to earn tokens for your contribution.

Run Decentralized Applications (dApps): If you are building decentralized applications on Coreum, running your node ensures smoother performance and more control over the network environment.

Private Network Participation: Businesses looking to deploy enterprise-grade applications can run private nodes to control data flow and ensure operational integrity.

Prerequisites Before You Deploy Coreum Node

Before you embark on deploying a Coreum node, there are several technical and system-related prerequisites to ensure smooth operation:

Hardware Requirements: Make sure your machine meets the necessary hardware specifications, including enough RAM, CPU power, and storage. Coreum nodes are designed to operate efficiently, but adequate resources are critical to maintaining optimal performance.

CPU: A modern multi-core processor

RAM: At least 16GB of RAM

Storage: SSD storage, preferably with several terabytes available to accommodate growing blockchain data

Network: High-speed, stable internet connection with ample bandwidth

Operating System: Ensure that your operating system is compatible with the Coreum software. Linux distributions like Ubuntu or CentOS are typically recommended for deploying blockchain nodes because of their reliability and performance.

Basic Blockchain Knowledge: While deploying a node does not require deep technical knowledge, having a basic understanding of how blockchains work, along with the specificities of Coreum, will make the process much easier.

Wallet Setup: Before starting, you’ll need to create a Coreum wallet. This is necessary to interact with the blockchain and can be used to stake tokens or participate in governance activities.

Security Considerations: As with any blockchain node deployment, security is crucial. Ensure that your system has adequate firewall protection, and configure SSH keys to access the server securely. You may also want to consider using a Virtual Private Server (VPS) from a reliable provider for additional security and uptime reliability.

Step-by-Step Overview to Deploy Coreum Node

Step 1: Get the Necessary Software

The first step in deploying Coreum node is to download the necessary software from the official Coreum repository. The Coreum team provides binaries and instructions on their GitHub page. Make sure to download the most up-to-date version of the software to avoid any compatibility issues.

Step 2: Set Up Dependencies

Before you can run a Coreum node, you will need to install several dependencies. These include programming languages like Go or Rust, databases, and specific libraries required by the Coreum blockchain software. Ensuring that all dependencies are properly installed is critical to the smooth deployment of your node.

Step 3: Configure the Node

Once the necessary software and dependencies are in place, you will need to configure your Coreum node. This involves editing a configuration file, typically in JSON format, to define key parameters such as node type (validator or full node), network settings, and syncing options.

Validator Node: If you’re looking to participate in the consensus mechanism and validate transactions, you’ll need to configure your node as a validator.

Full Node: If you just want to maintain a copy of the blockchain and help propagate transactions, configure your node as a full node.

Step 4: Sync the Blockchain

After configuring your node, it will start syncing with the Coreum blockchain. This process may take a significant amount of time, depending on the size of the blockchain and your network speed. During this time, your node will download and verify all historical transactions, ensuring it is up-to-date with the network.

Step 5: Monitor and Maintain Your Node

Once your Coreum node is deployed and fully synced, ongoing monitoring is important. You can use various monitoring tools to keep track of performance, network latency, and resource usage. If you’re running a validator node, you'll also want to ensure that your node remains online to avoid downtime, which could affect your staking rewards.

Deploying a Coreum node is not a one-time task. Regular software updates are released by the Coreum team, and staying up-to-date is critical for the security and performance of your node. Maintenance is just as important as deployment, and you should plan for routine checks to ensure everything is running smoothly.

Troubleshooting Common Issues

Deploying Coreum node can sometimes come with challenges. Some common issues include:

Network Issues: Ensure your firewall settings allow your node to connect to the necessary ports.

Syncing Delays: Slow syncing can often be mitigated by increasing your network bandwidth or upgrading hardware components.

Outdated Software: Always ensure you’re running the latest version of the Coreum node software to avoid compatibility issues with the blockchain network.

Final Thoughts

Deploying Coreum node offers significant benefits, from earning staking rewards to participating in the blockchain's governance and transaction validation. While the deployment process requires some technical knowledge and preparation, the rewards are well worth the effort. By following the steps outlined in this guide, you’ll be well on your way to successfully deploying your Coreum node and contributing to the future of decentralized applications and enterprise solutions.

Whether you are an individual or part of an organization, deploying Coreum node can help you capitalize on the benefits of decentralized technology, ensuring security, scalability, and performance in your blockchain ventures.

[sathiray]

HostLegends Max Review - Website Hosting on Speed Servers

Most hosting platforms either charge monthly or annual fees, and these costs can add up quickly. Are you tired of paying these ongoing fees, only to face recurring issues? You may be spending thousands each year, yet the quality of your web hosting remains unreliable. Your site might crash, slow down, or fail to keep your data secure. However, in the world of online business, fast, secure, and affordable hosting is essential. That’s where HostLegends Max comes in. It’s designed to save you money while delivering fast, reliable hosting with top-tier security to keep your site running smoothly.

- Easy to use with zero learning curve - No downloads or installations required - Unlimited bandwidth for all your hosting needs - 99% uptime guarantee ensures reliability - Compatible with PC, Mac, and tablets - Comprehensive step-by-step video tutorials - SSL certificate included for added security - Dedicated customer support with regular updates - 30-day money-back guarantee for risk-free usage

- Pricing may be a bit higher compared to some other competitors. - Limited customization features for advanced users. Customer Testimonials: Here's what a few of our happy customers have shared about HostLegends MAX HostLegends MAX has completely changed how I handle my websites. The speed and dependability are unmatched, and the support team is always available when I need help.HostLegends MAX is a groundbreaking website hosting platform powered by innovative “SafeShell” technology. It allows you to seamlessly host unlimited websites and domains on ultra-fast, secure servers, all while ensuring a 99.99% uptime—without ever having to pay monthly fees! This platform offers the world’s fastest and most secure NVMe-based SSD cloud hosting. With HostLegends MAX, you can host an unlimited number of websites and domains on lightning-fast servers with zero recurring costs.

read more : https://bit.ly/4cUGFbZ

[onedirectdeals]

3XS Aquilo Gaming PC | NVIDIA GeForce RTX 4090 Graphics Card | 2TB SSD | AMD Ryzen 7 7800X3D CPU | 32GB DDR5 RAM | Windows 11 & Xbox Gamepass Ultimate

Price: Buy Now Last Updated: Product Description Built by PC Enthusiasts Scan 3XS Systems build the best PCs in the UK for Gaming, Video, Graphics, Music and AI. We are dedicated to providing the fastest, most innovative PCs, backed by amazing customer support from our state-of-the-art factory. Tech, Heart & Soul 3XS Aquilo PCs for best in class performance Introducing the 3XS Aquilo Gaming PC…

[shelisultana]

FIREBAT MN56 MINIPC AMD R7-7735HS 7840HS 6600H 7940HS Mini Pc Gamer Colorful 16GB 512GB DDR5 Desktop Gaming Computer BT5.2 WIFI6

FIREBAT MN56 MINIPC AMD R7-7735HS 7840HS 6600H 7940HS Mini Pc Gamer Colorful 16GB 512GB DDR5 Desktop Gaming Computer BT5.2 WIFI6

👉👉Buy now: https://youtu.be/bFLVPa6NRZM

🔥🔥 Discount: 55% 🔥🔥

In recent years, mini PCs have made significant strides in computing, blending portability with the kind of power previously reserved for traditional desktops. One standout example in this evolving landscape is the FIREBAT MN56 MiniPC, a powerful gaming machine that punches well above its weight class. Designed for gamers, creators, and professionals who require high-performance computing in a compact form, the FIREBAT MN56 is a testament to how far mini PCs have come.

A Closer Look at the FIREBAT MN56 Specifications The FIREBAT MN56 MiniPC is equipped with some of AMD’s most advanced processors, offering a choice between the Ryzen 7 7735HS, 7840HS, 6600H, or the 7940HS. Each of these chips is built on AMD’s latest architecture, ensuring top-notch performance across a wide range of tasks. Whether you’re a gamer looking to push high frame rates, a content creator working on complex video editing projects, or a professional multitasking across various demanding applications, the FIREBAT MN56 has the horsepower to handle it all.

AMD Ryzen 7 Processors: The Heart of the Beast At the core of the FIREBAT MN56 is the AMD Ryzen 7 series of processors. The 7735HS, 7840HS, 6600H, and 7940HS are all built on AMD’s Zen 3+ architecture, which offers a significant boost in performance and efficiency. These CPUs feature up to 8 cores and 16 threads, making them ideal for both single-threaded and multi-threaded applications. The high clock speeds ensure that even the most demanding games run smoothly, while the efficiency of the architecture allows the processor to maintain cool temperatures even under heavy loads.

For gamers, the integrated Radeon graphics provide an impressive level of performance. While the FIREBAT MN56 isn’t designed to replace a high-end gaming rig with a dedicated GPU, it’s more than capable of handling popular titles at respectable settings. Moreover, the combination of a powerful CPU and integrated graphics makes it a versatile machine for both gaming and productivity.

Memory and Storage: Fast, Efficient, and Plentiful The FIREBAT MN56 comes equipped with 16GB of DDR5 RAM, which is currently the fastest type of memory available for consumer devices. DDR5 offers significant improvements over its predecessor, DDR4, including higher bandwidth, lower latency, and increased power efficiency. This means faster data transfer rates, quicker load times, and an overall smoother computing experience.

In terms of storage, the MN56 doesn’t disappoint. It features a 512GB NVMe SSD, providing ample space for games, applications, and files. The NVMe interface ensures blazing-fast read and write speeds, reducing the time it takes to boot up the system, load games, or transfer large files. For those who need even more storage, the MN56 also supports additional SSDs, allowing you to expand your storage as your needs grow.

Connectivity: Modern and Future-Proof One of the most critical aspects of any modern PC is its connectivity, and the FIREBAT MN56 excels in this area. The device supports Wi-Fi 6, the latest and fastest wireless standard available. Wi-Fi 6 offers faster speeds, lower latency, and better performance in crowded networks, ensuring a stable and fast internet connection whether you’re gaming online, streaming 4K content, or downloading large files.

In addition to Wi-Fi 6, the MN56 also features Bluetooth 5.2, which provides a reliable and energy-efficient connection for peripherals like wireless headphones, keyboards, and mice. Bluetooth 5.2 offers improved range, better battery life for connected devices, and enhanced audio quality for those who use wireless audio gear.

On the physical connectivity side, the MN56 is well-equipped with a variety of ports, including USB Type-C, HDMI, and multiple USB 3.0 ports. This ensures compatibility with a wide range of peripherals, from external storage devices to monitors and other accessories.

Cooling and Noise Management: A Silent Performer One of the challenges with compact PCs is managing heat. The FIREBAT MN56 addresses this with an advanced cooling system that keeps the CPU and other components within safe temperature ranges, even under heavy load. The device uses a combination of heat pipes, high-performance fans, and optimized airflow to dissipate heat efficiently.

Despite its powerful internals, the MN56 operates quietly, thanks to its well-designed cooling solution. This makes it an excellent choice for users who need a powerful PC that won’t disturb their work or gaming environment with loud fan noise.

Aesthetics and Build Quality: Sleek and Compact The FIREBAT MN56 doesn’t just perform well; it also looks the part. The design is sleek, modern, and minimalistic, with a premium feel that matches its high-performance internals. The compact size makes it easy to place on a desk, tuck away in a corner, or even mount behind a monitor for a clutter-free workspace.

The build quality is another highlight, with a sturdy chassis that feels durable and well-made. The attention to detail is evident in every aspect of the design, from the placement of ports to the quality of the materials used. It’s a device that not only delivers on performance but also on aesthetics and build quality.

Versatility: More Than Just a Gaming PC While the FIREBAT MN56 is marketed primarily as a gaming mini PC, its versatility extends far beyond gaming. For content creators, the powerful CPU and fast storage make it an excellent choice for video editing, 3D rendering, and other demanding tasks. Professionals who need a reliable workstation for multitasking, running virtual machines, or handling large datasets will also find the MN56 up to the task.

Additionally, its small form factor makes it ideal for use in environments where space is at a premium. Whether you’re setting up a home office, a studio, or a living room entertainment center, the MN56 fits in seamlessly without taking up much space.

Conclusion: A Powerhouse in a Small Package The FIREBAT MN56 MiniPC is a testament to how far mini PCs have come in recent years. With its powerful AMD Ryzen processors, fast DDR5 memory, ample NVMe storage, and modern connectivity options, it offers a level of performance that rivals many full-sized desktops. Whether you’re a gamer, a content creator, or a professional, the MN56 delivers the power and versatility you need in a compact, sleek package.

In a world where space is often limited, and mobility is increasingly important, the FIREBAT MN56 provides a solution that doesn’t compromise on performance. It’s a mini PC that truly lives up to the name, offering big performance in a small form factor.

[tamim-it10]

mack book air

Apple MacBook Air 13.3-Inch Retina Display 8-core Apple M1 chip with 8GB RAM, 256GB SSD (MGN63) Space Gray

MPN: MGN63

Model: MacBook Air 13" M1 Chip

Processor: Apple M1 chip with 8-core CPU and 7-core GPU

RAM: 8GB, Storage: 256GB SSD

Display: 13.3-inch 2560x1600 LED-backlit Retina

Features: Backlit Magic Keyboard

Description Apple MacBook Air 13.3-Inch Retina Display 8-core Apple M1 chip with 8GB RAM, 256GB SSD (MGN63) Space Gray Apple's thinnest, lightest notebook, completely transformed by the Apple M1 chip. CPU speeds up to 3.5x faster. GPU speeds up to 5x faster. Our most advanced Neural Engine for up to 9x faster machine learning. The longest battery life ever in a MacBook Air. And a silent, fanless design. This much power has never been this ready to go. It’s here. Our first chip designed specifically for Mac. Packed with an astonishing 16 billion transistors, the Apple M1 system on a chip (SoC) integrates the CPU, GPU, Neural Engine, I/O, and so much more onto a single tiny chip. With incredible performance, custom technologies, and industry-leading power efficiency,1 M1 is not just a next step for Mac — it’s another level entirely.M1 has the fastest CPU we’ve ever made. With that kind of processing speed, MacBook Air can take on new extraordinarily intensive tasks like professional-quality editing and action-packed gaming. But the 8‑core CPU on M1 isn‘t just up to 3.5x faster than the previous generation2 — it balances high-performance cores with efficiency cores that can still crush everyday jobs while using just a tenth of the power.Up to 7-core GPUThe GPU in M1 puts MacBook Air in a class of its own. M1 features the world‘s fastest integrated graphics in a personal computer.8 That’s up to 5x faster graphics performance compared with the previous generation.

[flora-819]

Understanding PCIe Slots: Which One is the Fastest?

When it comes to building or upgrading a computer, understanding the various components and their capabilities is crucial. One of the most significant components in modern computing is the PCIe (Peripheral Component Interconnect Express) slot. These slots are pivotal for connecting high-speed components like graphics cards, SSDs, and network cards. This article will delve into the intricacies of PCIe slots, particularly focusing on which slot is the fastest, the role of the card edge connector, and how to optimize your system's performance.

What is PCIe?

PCIe is a high-speed interface standard used for connecting various hardware components to a motherboard. It has largely replaced older standards like PCI and AGP due to its superior speed and efficiency. PCIe slots come in various sizes and configurations, namely x1, x4, x8, and x16, which refer to the number of lanes they have. Each lane consists of two pairs of wires, allowing for simultaneous data transmission in both directions.

PCIe Lanes and Bandwidth

The speed of a PCIe slot is primarily determined by the number of lanes it has. More lanes mean more data can be transferred simultaneously. Each lane in PCIe 3.0 can handle approximately 1 GB/s in each direction, while PCIe 4.0 doubles that to around 2 GB/s. PCIe 5.0, the latest standard as of this writing, pushes that figure to approximately 4 GB/s per lane.

Here’s a breakdown of the maximum theoretical bandwidth for different PCIe versions and lane configurations:

PCIe 3.0

x1: 1 GB/s

x4: 4 GB/s

x8: 8 GB/s

x16: 16 GB/s

PCIe 4.0

x1: 2 GB/s

x4: 8 GB/s

x8: 16 GB/s

x16: 32 GB/s

PCIe 5.0

x1: 4 GB/s

x4: 16 GB/s

x8: 32 GB/s

x16: 64 GB/s

From this data, it’s clear that the x16 slot is the fastest, provided it uses the latest PCIe version available on your motherboard.

The Role of the Card Edge Connector

The card edge connector is a crucial part of the PCIe architecture. It is the physical interface that allows a PCIe card (like a graphics card or NVMe SSD) to connect to the motherboard. The design of the card edge connector ensures that the electrical connections are secure and can handle high-speed data transfer.

Design and Functionality

A typical PCIe card edge connector features a series of gold-plated contacts along one edge of the card. These contacts align with the corresponding pins in the PCIe slot on the motherboard. The connector is designed to accommodate various card sizes and configurations, ensuring compatibility across different devices.

The card edge connector’s design allows for a robust connection that minimizes signal loss, which is crucial for maintaining high data transfer speeds. As technology advances, the design of these connectors continues to evolve, accommodating higher speeds and more complex functionalities.

Speed Comparison: Which PCIe Slot is Fastest?

As mentioned earlier, the x16 PCIe slot is the fastest among the various configurations. However, the actual performance you experience will depend on several factors:

PCIe Version: Using the latest version (currently PCIe 5.0) in an x16 slot will yield the highest speeds.

Device Capability: The connected device must also support high-speed communication. For example, a PCIe 3.0 graphics card will not utilize the full potential of a PCIe 4.0 or 5.0 slot.

Motherboard Limitations: Not all motherboards support the latest PCIe versions or fully utilize the available lanes. Always check the motherboard specifications for compatibility.

System Configuration: Other components in your system, such as the CPU and RAM, can also impact overall performance. A bottleneck in any part of the system can hinder the performance of high-speed PCIe devices.

Real-World Performance

In practical terms, while the x16 slot is the fastest, the performance gain may not always be noticeable in everyday tasks. For instance, if you are using a graphics card primarily for gaming, the difference between a PCIe 3.0 x16 and a PCIe 4.0 x16 slot may not be significant in many scenarios. However, for tasks that require heavy data throughput, such as video editing or 3D rendering, the higher bandwidth of PCIe 4.0 or 5.0 can provide a tangible performance boost.

Conclusion

In conclusion, the x16 PCIe slot is the fastest available, especially when paired with the latest PCIe versions. Understanding the role of the card edge connector is essential for ensuring optimal performance and compatibility between your hardware components. When upgrading or building a system, always consider the PCIe version, the capabilities of your devices, and the specifications of your motherboard.

By keeping these factors in mind, you can make informed decisions that will enhance your system's performance and longevity. Whether you’re a gamer, a content creator, or an enthusiast, leveraging the full potential of your PCIe slots can significantly improve your computing experience.

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Micron G9 NAND And 2650 NVMe SSD Storage revolutions

TLC NAND

Unveiling NAND Micron G9

Micron, which last week unveiled the fastest data center SSD on the planet, is once again leading the market and setting new standards with the Micron G9 (9th-generation) NAND. It is now the fastest TLC NAND on the market, with a throughput of 3.6 GB/s, and is currently being sent to customers in the 2650 NVMe SSD.

Micron G9 NAND, which builds on the strengths of Micron earlier NAND technology offers performance that is unmatched for powering AI applications from the cloud to the edge. It is a big step forward in our dedication to innovation, with better power management and higher storage density. Comparatively speaking, Micron G9 NAND is 39% denser and 50% faster than any other NAND currently being shipped.

The Micron 2650 SSD redefines industry standards

Micron unveiled the Micron 2650 NVMe SSD the first client SSD in the world to be shipped with the 9th generation of NAND in the industry, continuing Micron’s pioneering record. It is currently undergoing validation with Micron clients and will be incorporated into workstations, laptops, and desktop PCs for clients.

The Micron 2650 is poised to upend market standards for a budget TLC SSD and improve user experience by using the features and innovations of the Micron 3500 and Micron 2500 SSDs, which we just introduced.

Beyond usual vendor specs that don’t always represent the user experience on their devices, the PC Mark 10 benchmark is widely acknowledged as the standard for evaluating the user experience on desktops and laptops. With an average score of 3861, they have once again raised the bar for PC Mark 10 scores for SSDs of a similar class.

When compared to rival SSDs, Micron score is up to 38% higher when taking into account multiple client workloads. In addition, the average bandwidth of the Micron 2650 SSD is up to 36% faster than that of the competitors. Comparable SSDs have typical access latency that is up to 40% lower.

Micron client SSDs boost the performance of practical applications

Micron SSDs are calibrated to provide an unmatched user experience that will significantly increase the performance of real-world applications. Data processing has never been faster thanks to Micron SSDs, so whether you’re an avid gamer, an artist, or an expert at handling enterprise workloads, your storage won’t stand in the way of your creativity. Modern PCs have a lot of potential, especially as a integrate  AI into our daily work and play.

Micron’s storage excellence strategy is promising

Micron’s commitment to developing cutting-edge storage technology is evident in its forward-thinking outlook. Micron contribute to making sure that Micron clients will always have access to top-notch storage options. Time to first token (TTFT) creation must be shortened and AI model loading must be improved with high-performance storage. Maintaining user experience when running many AI programs on a PC will depend on how well one AI application transitions to the next.

Come along on this adventure with us as Micron spearheads the advancement of storage technologies. Come see us at the FMS (Future of Memory and Storage) event the following week. Please say “hi” if you see me at booth or at Micron customer event.

Micron G9 NAND

Micron 2650 Solid State Drive

Portfolio of Micron client SSDs

Micron Artificial Intelligence Systems

WD, Samsung Semiconductor, Kioxia, Solidigm, SK Hynix, and WD are referred to as competitors. Comparisons of performance and design are based on data that was made available to the public at the time of introduction.

As per the Forward Insights research report, “SSD Supplier Status Q1/24,” SSD comparisons are based on value client SSDs that are currently in production from the top five competitive suppliers List client SSDs by revenue as of May 2024.SKUs with 1TB were used. based on experiments conducted in Micron laboratories.

NVMe Micron 2650 SSD

The first SSD in the world to ship 9th generation (G9) 3D NAND

Upgrade your PC experience by using the Micron 2650 NVMe SSD to make sure your apps offer the optimal user experience on common PC platforms.

With the Micron 2650 SSD, Micron is the first company to ship the 9th generation of NAND in the industry. For all of your daily activities, including work and pleasure, the 2650 surpasses its rivals thanks to its state-of-the-art Micron G9 NAND technology.

With PCMark 10 benchmark test ratings that dominate the class, the 2650 NVMe SSD is built to improve your computing experience.

Advantages

Cutting-edge NAND technology improves SSD performance and user experience

The industry-leading Micron G9 TLC NAND, a sophisticated building block for state-of-the-art storage solutions, powers the 2650 NVMe SSD. In order to fulfil the high throughput requirements of modern PC systems, Micron G9 NAND, the fastest TLC NAND in the market, offers industry-leading I/O rates of up to 3.6 GB/s and up to a 50% faster data transfer rate.

Storage guarantees that your apps provide the optimal user experience

The exceptional PCMark 10 test results of the Micron 2650 NVMe SSD demonstrate that it offers the greatest possible user experience for daily computing. The Micron 2650 SSD beats competitors in this test, offering users the greatest user experience possible with average scores up to 38% higher, bandwidth improvements up to 36%, and access speeds up to 40% faster.

Superior performance elevates your daily computing experience

Get more out of your applications with class-leading PCIe Gen4 performance and sequential read rates of up to 7,000 MB/s. With up to 70% better sequential read, 103% better sequential write, 156% better random read, and 85% better random write than the competition, it performs best.

Materials and records

Product summary for Micron 2650 NVMe SSD

For comprehensive details on the Micron 2650 NVMe SSD, including a summary of its salient features, technical specs, form factors, available capacities, and performance metrics, view this product brief.

A concise overview of Micron SSD security features

To assist you in matching the wide capabilities of each SSD with your security requirements, this technical document lists the variety of security features available on Micron SSDs, including the Micron 2650 SSD.

Micron SSDs: A safe base for your information

An overview of words and technologies related to SSD security is given in this technical brief.

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