Trending February 2024 # Intel’S Ivy Bridge To Debut In March Or April 2012 # Suggested March 2024 # Top 3 Popular

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It seems like Intel isn’t in too much of a hurry to launch its upcoming Ivy Bridge processors, as the chips won’t be officially launched until March or April of 2011, according to a recent report that cites some of the company’s partners. Previous rumors suggested that Ivy Bridge would be launched at the beginning of the following year, most probably during the CES fair, as Intel has done with its Sandy Bridge and Arrandale chips. However, this doesn’t seem to be the case with Ivy Bridge, as Fuldzilla claims that the Santa Clara chip giant has informed its partners that the first chips based on this new architecture won’t arrive until the start of Q2 2012. If this is indeed true, Intel will wind up delaying its tick-tock development cycle by two quarters, which seems to suggest that the company is confident in the performance of its current products or that it has hit some sort of production issues. While we can’t do much more than speculate at this point in time, one of the possible reasons for this decision could have something to do with the 22nm Tri-Gate fabrication process that Intel wants to use for manufacturing these processors. Right now, Intel doesn’t have too many fabs that are ready to build such transistors, so the company could have preferred to wait a little bit longer until it might be able produce enough chips to satisfy the market demand. Intel’s Ivy Bridge processors are a 22nm die shrink of Sandy Bridge, so they feature pretty much the same architecture with a few minor tweaks that should improve performance. One of the most important changes brought to Ivy Bridge, is the addition of a new on-die GPU, which packs 30% more EUs, adds DirectX 11 support and can drive up to three independent displays, while the integrated PCI Express controller will also be updated to feature PCI-E Gen 3 support.

It seems like Intel isn’t in too much of a hurry to launch its upcoming Ivy Bridge processors, as the chips won’t be officially launched until March or April of 2011, according to a recent report that cites some of the company’s partners. Previous rumors suggested that Ivy Bridge would be launched at the beginning of the following year, most probably during the CES fair, as Intel has done with its Sandy Bridge and Arrandale chips. However, this doesn’t seem to be the case with Ivy Bridge, as Fuldzilla claims that the Santa Clara chip giant has informed its partners that the first chips based on this new architecture won’t arrive until the start of Q2 2012. If this is indeed true, Intel will wind up delaying its tick-tock development cycle by two quarters, which seems to suggest that the company is confident in the performance of its current products or that it has hit some sort of production issues. While we can’t do much more than speculate at this point in time, one of the possible reasons for this decision could have something to do with the 22nm Tri-Gate fabrication process that Intel wants to use for manufacturing these processors. Right now, Intel doesn’t have too many fabs that are ready to build such transistors, so the company could have preferred to wait a little bit longer until it might be able produce enough chips to satisfy the market demand. Intel’s Ivy Bridge processors are a 22nm die shrink of Sandy Bridge, so they feature pretty much the same architecture with a few minor tweaks that should improve performance. One of the most important changes brought to Ivy Bridge, is the addition of a new on-die GPU, which packs 30% more EUs, adds DirectX 11 support and can drive up to three independent displays, while the integrated PCI Express controller will also be updated to feature PCI-E Gen 3 support.

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Intel Edison Step By Step

This is an introductory level course on Intel Edison. This course is designed for absolute beginners makers. We have come up with an Introductory course on Intel Edison in which will show you how to get started from the basic level of this cool single board computer. The course requires basic knowledge of Arduino programming language. We’ll help you to get started with the basics of setting up and installation process and also creating circuits with the Intel Edison board.

In this course will show you how to use Intel Edison for the first time and how to use Flex sensor with LED, Servo motor, Buzzer and also to control power of light using the serial-3-channel-ac-230v light dimmer module using multiple Flex sensors. Intel Edison and its development board are also very interesting.

We makers love microcontrollers a lot! The endless possibilities that these pieces of hardware give to us. Ever wondered how small they keep getting. A board is so small that it removes huge barriers in the world of wearables and the Internet of Things! It’s the Intel Edison Board. This Introduction to Intel Edison for beginner’s course will show you how to get started on working with this cool single board computer.

On one way, you can use this board as Arduino with its shields; these are suitable easily. On the other hand, you can connect your board via Wi-Fi to get on the internet.

The Intel Edison board is a cool single computer board platform that helps you build amazing stuff just like the Arduino board. Here, you can use platforms like Arduino, Eclipse for working on it. This board uses an Intel Atom processor with a dual-core CPU at 500 MHz and a microcontroller at 100 MHz.

The Edison board sports 1GB of memory, 4GB of storage and even has Wi-Fi and Bluetooth 4.0 capabilities. It also has 40 GPIOs for plugging in all sorts of crazy sensors and motors you can think.

The module of Intel named Intel Edison is slightly larger than an SD card. After playing around with Edison. The specialty of Edison is that it can use for wearables, and it is powerful enough to control robots. This module equipped with Yocto, a Linux OS. It has an onboard Wi-Fi and Bluetooth, perfect for IoT projects. We can connect to Edison remotely and run commands or access the file system. It gives lots of flexibility to developers via SSH.

The prerequisite for this course is a basic understanding of electrical and electronic concepts and ability to download and install software on your computer. Along the way, you will learn about programming, sensors, and communications.

The goal of this project is to create a wearable glove integrated with flex sensors so that as the wearer bends his/her fingers it translates to a quantitative value on the circuit board. The goal is that when you bend your fingers, we can control the 230V of light dimmer.

If you are a technology enthusiast and want to learn the cutting-edge technology, then this is the right course for you. In this course, I will show you how to get up and running on the Intel Edison platform so you can do your projects to interact with the world.

I will teach you step by step how to go about building this project. I will also share the code with you so that you can replicate the project yourself. I look forward to you joining this course. It provides the complete source code of the real time project.

What are you waiting for? Enroll now.

Who this course is for:

People who want to learn Intel Edison from the basic and microcontrollers

Makers who have an existing intermediate or better understanding of electronics

Individuals wanting to learn more about controlling the power of 230V using the light dimmer module

Engineering Students – Electronics, Electrical & Computer Science

Electronic Geeks, Hobbiest & Art Students

High School Science Students

Goals

Start with the Introduction to Intel Edison for beginner’s to get started on working with this cool single board computer

Control the power of light using the Serial-3-channel-ac-230v light dimmer module

Control Servo motor using Flex sensor

Calibrate the Flex sensor range values

Use Flex sensor to fade an LED

Control the tone of Buzzer using Flex sensor

Prerequisites

You would need to download the Intel Edison and Arduino IDE software

Intel Edison board

3 x Flex sensor, 1 x breadboard, 3 x 10k ohm resistor, 1 x Buzzer, 1 x LED, 1 x Servo motor

1 x Serial 3 channel AC 230v SSR and Dimmer

Thin wires to solder and jumper wires

Intel Rapid Storage Technology Crashes Computer

If Intel Rapid Storage Technology is crashing your Windows 11/10 computer, this post will help you. For supported Intel chipsets, Intel’s Rapid Storage Technology (RST) firmware offers RAID functionality and management. This tool enables users to create a RAID array using SATA and SAS hard drives to improve data management by merging the various hard drives into a single, more sizable virtual drive. The Smart Response Technology component of Intel RST also enables faster access to frequently used data by using a small solid-state drive as a cache for a larger hard drive.

Intel Rapid Storage Technology generally improves the performance of any Windows PC that it is being used on, however, some users have complained that after installing the Intel Rapid Storage Technology driver during a Windows update, their PC started exhibiting BSoD, freezing, and crashing. Although we are unsure of the precise cause of this driver’s computer crash, we believe it may result from an outdated driver or other software issues on your computer. Hence, we have come up with some of the best solutions you may apply to fix the issue and return your computer to working order.

Fix Intel Rapid Storage Technology crashes computer

If Intel Rapid Storage Technology is crashing your Windows computer, here are some working solutions to help you resolve this issue:

Update Intel Rapid Storage Technology driver

Repair corrupted system file

Uninstall Intel Rapid Storage Technology

Use System Restore.

Before you begin, you might want to check for updates and install them – including Optional Updates – if any are offered.

1] Update Intel Rapid Storage Technology driver

Your system’s Intel Rapid Storage Technology driver can be out-of-date or faulty, and as a result, it’s causing Windows crashes. In this case, updating your computer’s RST driver should help to fix the issue. Here is how to update the Intel Rapid Storage Technology driver:

Go to the Intel website and download the latest version of IRST.

On the next window, select Browse my computer for drivers and choose the location where you downloaded the RST INF file earlier.

Select the INF file and follow the on-screen prompts to install the updated version of the driver.

After the installation, you can restart your computer and see if the issue has been fixed.

Read: Intel Rapid Storage Technology platform is not supported

2] Repair corrupted system files

It’s also possible that your computer’s RST system file may be corrupted or damaged, which will cause problems with the driver’s functioning and, ultimately, crashes on your PC. However, by following the instructions below, you can fix corrupted or damaged system files using the command prompt:

Press Windows + S to open the Windows Search.

Type cmd into the search box and select Run as administrator.

After the Command Prompt opens, type the command below and hit Enter.

sfc /scannow

Also, type and hit Enter for the commands below one by one:

DISM /Online /Cleanup-Image /CheckHealth DISM /Online /Cleanup-Image /ScanHealth DISM /Online /Cleanup-Image /RestoreHealth

Now, you should restart your computer and see if the issue has been fixed.

Read: Intel Rapid Storage Technology Service not working

3] Uninstall Intel Rapid Storage Technology

Intel Rapid Storage Technology service is necessary for the better performance of SSDs and our PC. Without it, the storage management may degrade the overall performance of your PC.

But if the issue still persists, you might want to consider uninstalling Intel Rapid Storage Technology and replace it with the Standard SATA AHCI Controller by following the steps below:

On the resulting page, select Browse my computer for driver and select Standard SATA AHCI Controller driver file.

This method will replace Intel Rapid Storage Technology and fix the issue you are facing. However, you should restart your computer after completing the steps.

Read: Intel Rapid Storage Technology Driver not installing

5] Use system restore

On the Control Panel window, ensure the View by option is set to Large icons. Now, tap on the Recovery option.

Tap on Open System Restore and tap on Next.

Read: Fix chúng tôi Blue Screen on Windows

Should Intel Rapid Storage Technology be on or off?

This is actually dependent on your computer configurations and usage. As previously stated, Intel Rapid Storage Technology is a program that helps improve storage performance using the RAID capability built into Intel chipsets. Hence, if your chipset has RAID or you are using multiple hard drives, you can use IRST to improve the performance of your computer. If not, there will be no use for Intel Rapid Storage Technology.

How do I turn off Intel Rapid Storage Technology on my Windows PC?

You can turn off Intel Rapid Storage Technology on your Windows computer by uninstalling or disabling the Intel Rapid Storage Technology driver through Device Manager. You can also disable the Intel Rapid Storage Technology Service using the Services Manager.

Is The Intel Arc A770 Good?

Is the Intel Arc A770 good?

Finally a third competitor, but is the new selection any good?

The Intel Arc A770 is far from being a high-end graphics card. When it comes to performance, it cannot compete with the version of the Nvidia GeForce RTX 3080 or AMD Radeon RX 6800. Let alone the new choices of RTX 4000 or RDNA 3.

However, many people are satisfied with playing on cards that aren’t as powerful as these. The Arc A770 is actually worthy of consideration if you’re looking for a more midrange solution that prioritizes running more modern DX12 games.

The Arc A770 is a first-generation Xe HPG graphics card that is based on the Alchemist architecture. A 406mm², made with TMSCs 6nm process is a feature of all Arc A770 graphics cards. 32 Texture Sampler partitions and 128 Ray Tracing Units (RTUs) are also present in the Intel Arc A770 graphics card.

The clock speed of the A770 graphics card is 2,100MHz. Additionally, the GPU core has hardware for sorting the workload for ray-tracing activities in order to enhance the gaming experience. As a result, each RTU can process up to 12 box intersections and one triangle intersection at peak throughput.

There are undoubtedly a few rough edges on Intel’s Arc A770 Limited Edition graphics card that needs to be improved. Little testing with legacy games indicates that its performance in older games is inferior compared to other models in its price range; also, its idle power demand is excessively high.

You can determine whether you would purchase this card for personal use according to your gaming needs. However, you can buy one for personal usage given the present performance numbers and considering you would game at 1440p or 4K.

Recent games run smoothly on it, and the enormous RAM pool makes it difficult to switch to another system. The Arc A770 is a highly promising card and may likely improve over time, but driver improvements and more consistency are still unquestionably required.

Is the Intel Arc A770 worth it?

With the powerful GPUs present in the market, Intel has released the Intel Arc A770 Limited Edition. It comes with 16GB VRAM, costs $349, and is based on the “alchemist architecture”. It is one of the best-looking graphics cards present in the market. It has a backplate covered in matte black, giving it a smart look.

Even if XeSS is still new and will develop further, the A770 complements it perfectly. It takes a lot of close inspection to spot any image quality concerns on ultra settings. It appears just as good at 1440p as it does when it is off with the casual eye. The first-generation architecture used by the Intel Arc A770 offers incredible performance at 2k and 4k, respectively.

You can be strongly tempted to purchase one of these cards for personal usage, given the present performance numbers and the assumption that you would game at 1440p or 4K. Recent games run smoothly on it, and the enormous VRAM pool makes it difficult to switch to another system. The Arc A770 is a highly promising card and may likely improve over time, but driver improvements and more consistency are still unquestionably required.

Fix: Intel Wireless Ac 9560 Not Working

Fix: Intel Wireless AC 9560 Not Working Corrupt temp files can trigger this problem

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To fix Windows PC system issues, you will need a dedicated tool

Fortect is a tool that does not simply cleans up your PC, but has a repository with several millions of Windows System files stored in their initial version. When your PC encounters a problem, Fortect will fix it for you, by replacing bad files with fresh versions. To fix your current PC issue, here are the steps you need to take:

Download Fortect and install it on your PC.

Start the tool’s scanning process to look for corrupt files that are the source of your problem

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Intel has adapters integrated into the system to help it run at the best performance possible. However, users report that the Intel Wireless AC 9560 is not working, causing it not to support the integrated wireless 802.11ac solutions from Intel.

Likewise, users complain about the Intel RST platform not supported error after upgrading their Windows.

Why is Intel wireless AC 9560 not working?

Several factors can contribute to the Intel wireless AC 9560 not working on your PC. A prominent one is hardware issues with the Intel Wireless AC 9560 adapter. When the hardware is not intact, it can cause problems with its performance. Sometimes, outdated network drivers can cause problems, resulting in issues.

Other factors that may be responsible for the Intel Wireless AC 9560 adapter are:

Network connection issues – When there’s network congestion or inconsistencies on your computer, it is liable to cause issues with Intel Wireless AC 9560 adapter. It affects how the adapter works and its interaction with your computer.

Faulty Windows update or corrupt temporary files – Issues with the recent Windows update installed on your computer can cause many problems with its components. Likewise, having corrupt system files like the temp files can also cause problems.

WLAN AutoConfig service is not running – It can occur due to issues with the WLAN AutoConfig service on your PC, rendering the Intel Wireless AC 9560 adapter inactive. It can also cause Intel(r) dual-band wireless AC 3168 not to work.

These causes can vary in different devices. Hence, we’ll take you through some general fixes to get the Intel Wireless AC 9560 adapter.

What can I do if the Intel wireless AC 9560 is not working?

Fix network congestion issues on your PC.

Disable Power saving mode.

Ensure to enable WiFi on your PC.

Restart Windows in Safe Mode and check if the problem persists.

Expert tip:

1. Power cycle your PC

Disconnect every external device plugged into the PC.

Hold the power button for 10 seconds to drain the residual energy, then unplug the power cable from the PC.

Wait 1 minute, connect the PC to a power source, then press the power button to turn it on.

Connect other peripherals and check if the Intel Wireless AC 9560 adapter works.

Power cycling the computer will fix power issues and other hardware issues that may cause the problem.

2. Re-enable the AC-9560 adapter

The steps above will refresh your PC’s Intel(R) Wireless-AC 9560 processor and help improve performance. Check what to do if Windows can’t find a driver for the Network adapter on your PC.

3. Enable the WLAN AutoConfig Service

Enabling the service will fix WLAN AutoConfig errors and allow the adapter to run its services and support your network.

4. Check the Power Management Settings

It will resolve power issues causing the system to disable the Intel Wireless AC 9560 service. Read our guide if the Network adapter is missing in your Device Manager.

5. Try resetting your Network Components

Try connecting to the internet and check if Intel Wireless AC 9560 works.

Alternatively, our readers can check our article on Intel dual-band wireless-AC 7260 disconnecting and how to fix it.

Still experiencing issues?

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How To Install Intel Cpu On Motherboard Safely

Intel uses various types of Land Grid Array (LGA) sockets for its processors. So before you even buy the CPU and motherboard, it’s important to check that they are compatible with each other.

For instance, the i9-12900K processor is compatible with an LGA 1700 socket type. So, if you tried to install this processor onto an old motherboard with an LGA 1150 socket, it wouldn’t work out.

Assuming there are no compatibility issues, installing an Intel CPU is quite simple. You release the locking mechanism, correctly align and gently drop the CPU into the socket, and lock it back in place. You’ll find step-by-step instructions to do so in the sections below.

While you can keep the motherboard in the case, most people prefer to take it out as it’s much easier to work with that way. Unless the motherboard is brand new, you’ll also have to detach the CPU cooler. Here are the steps to do so:

Turn off your PC, unplug all the power cables, and move the case to a clean workspace such as a desk.

It’s important to pay attention to static charge to ensure you don’t damage any components. We recommend using an anti-static wrist band. Alternatively, you can also routinely touch your PC case to discharge any built-up static electricity.

Open the PC casing and remove the screws and cables holding the CPU cooler in place.

Gently lift up the CPU cooler to remove it from the motherboard. If you twist/turn and apply too much force, you could pull the CPU out along with the cooler and damage the pins in the process. So once again, don’t be too rough here.

Unscrew the motherboard and remove all the cables as well.

Take the motherboard out of the case and place it flat on the desk. If you have the motherboard packaging box, it’s better to use it as a cushion.

This is the actual installation part. Here are the complete steps:

Locate the CPU on the motherboard. Push down on the retention arm, pull it to the side, and then lift it up.

You should be able to lift up the load plate now. On new motherboards, you would also find a black socket cover.

Grab the processor by the sides and carefully lift it straight up and out.

Grab the new processor by the sides as well. This is important so that you don’t touch the gold-plated caps at the bottom.

Check the markings (triangle or dot) and notches on both the CPU and the socket for the correct alignment.

Once you’ve aligned the CPU correctly, gently place it into the socket. Try not to drop it at an angle. It should fit right in place without applying any pressure.

Pull the load plate back down, and set the retention arm back in place to lock the CPU down. Most users have found that they had to apply more force than they expected or were comfortable with when locking the new CPU in place. A faint creaking or crunching sound is also common. Finally, the black socket cover in new motherboards will also pop out during this step. Remember to store this cover safely as you may need it for warranty purposes.

Now that you’ve installed the new CPU, all that’s left is to reattach the cooler, motherboard, and everything else and test how well the new CPU works. Here are the steps to do so:

If the CPU you just installed isn’t brand new, you’ll want to clean the CPU first. Apply some isopropyl alcohol to a microfiber cloth and carefully remove the old thermal paste off the IHS. Once it’s clean, let the processor dry for a few hours.

Later, reapply a pea-sized amount of thermal paste onto the center of the IHS. If you’d prefer to use another method or pattern to apply the thermal paste, that’s fine too.

Grab the CPU cooler and align the mounting pins with the holes on the motherboard.

Drop it in place and push down on two diagonally opposing pins to lock them in place. Repeat this for the other two pins as well.

Grab the fan plug and connect it to the CPU Fan header on the motherboard.

Reconnect all the cables to the motherboard and place it back in the case.

Power up your PC and press the BIOS key at startup to boot into the BIOS.

Check that all the memory modules are showing up. If a RAM slot isn’t working or your PC doesn’t boot properly, this is likely because some of the pins are not making proper contact. This can happen sometimes, and you can fix this issue by reseating the CPU, essentially repeating the process again. In the event that you actually bent some of the pins, repairing will be a bit more difficult. It’s best to leave the repair job to a professional, but if you’d like to do it yourself, this article on repairing bent CPU pins will be helpful.

If everything seems fine, restart your PC and enjoy your new processor.

Right after installing it into the socket, you’ll want to apply some thermal paste and install the CPU cooler on top. We’ve detailed the steps to do so in the article above. As for what to do after the whole process is complete, most users like to use benchmarking tools to see how well their system performs. Overclocking the CPU usually follows soon after.

Most likely, the CPU pins are not making contact or are bent. In such cases, you can reseat the CPU or fix the bent pins as appropriate. Another common reason for this issue is that the BIOS isn’t compatible with the CPU. In this case, you can update the BIOS to the latest version. Newer versions usually support newer processors, so this should resolve the issue.

Black Friday Intel 12Th Gen Laptop Deals 2023

Black Friday Intel 12th Gen laptop deals 2023

These Black Friday Intel 12th Gen laptops are the perfect way to approach the peak of laptop gaming at great prices.

If you’re going to grab a Black Friday Intel 12th Gen laptop deal this year, you’re in for a treat. At the top of the line, Intel 12th Gen laptops are competing with AMD Ryzen 6000 processors as the leading mobile laptop CPUs.

If you’re looking to get the best laptop for gaming, this Black Friday is where to begin. Enabling DDR5 memory and Thunderbolt 4 support, these processors raise the capabilities of laptop computing to a level never seen before. 

Whether it’s for gaming, content creation, general work, or casual use, Intel 12th Gen laptops are perfect for whatever you need – and you’ll never find yourself frustrated at underwhelming performance.

With the holiday season fast approaching and rising bills meaning most of us need to be sure we’re spending our hard-earned cash on quality, Black Friday is the ideal time to make savings on a brilliant brand-new Intel 12th Gen laptop.

This year Black Friday is November 25th and although retailers often reserve their best deals for the weekend itself, we’re already seeing some pretty great deals on Intel 12th Gen laptops, so now’s the time to get looking for a bargain.

Best Intel 12th Gen laptop deals 2023

We’re happy to recommend deals with great discounts alongside great performance. We’ve found Black Friday Intel 12th Gen laptop deals with the best processors, GPUs, memory and design to eliminate any hesitation this buying season. Black Friday can be overwhelming and time-consuming, so we hope that this streamlines your penny-saving process to a tee.

Where to find the best Intel 12th Gen Black Friday deals 2023?

Black Friday is a hectic period where you could be left scrambling chasing deals. We hope that by collecting the best retailers and deals into one place your experience this fall is an easy and comfortable one. 

Black Friday Intel 12th Gen laptop retailers shortlist:

Black Friday Intel 12th Gen laptop deals 2023

We are still awaiting Black Friday deals to stream in, so at the moment we can only speculate what the deals will look like. We do anticipate savings on all laptops, including Intel 12th Gen laptops, however, we cannot as of yet say what these deals will look like. 

However, when deals do start to filter in, this will be the first place you should check out.

More Deals Coming Soon!

When will Black Friday Intel 12th Gen laptop deals start in 2023?

If you’re looking for Black Friday Intel 12th Gen laptop deals, now’s a good time to start looking. And, if you have begun to look – you’re reading the right page. We’ve got all the latest deals on this hub, so stay with us to stay updated. 

How to get the best Black Friday Intel 12th Gen laptop deals in 2023?

If you’re not up for diving into the above listed retailer sites, the best way to get the best Black Friday 12th Gen laptop deals is by keeping updated with this page – which is going to be live updated with the latest deals and discounts. Our dedicated tech team has spent hours researching and finding the best deals for you, to save you the valuable time and effort. 

Our deals judge the best savings and laptop capabilities, whilst also having our expert judgement to back it up. 

Features to consider when looking for a Black Friday Intel 12th Gen laptop deal

As with all laptops, we think that the key features are the Processor, GPU, and Memory. 

Processor

All the mentioned Black Friday Intel 12th Gen laptop deals come equipped with industry standard Intel CPU’s, so you’re hardly going to have to worry about picking a laptop with a bad processor. 

The processor range includes these key features: Performance Hybrid Architecture, Intel Thread Director, DDR5 and DDR4 support, PCIe 4.0 in up to 8 lanes, Intel Deep learning, and more. These features certify each processor as data crunching powerhouses – that will crush any intensive tasks thrown at them.

GPU

Most gaming laptops with 12th Gen Intel chips cost a high price, and part of that is due to the top range GPUs installed into them. You should look out for the NVIDIA GeForce RTX 30 series, which is a great range of GPUs capable of rendering some beautiful graphics. 

Memory

With DDR5 capability being a great selling point for Black Friday Intel 12th Gen laptop deals, they’re all likely to have incredibly high speed memory capabilities. You almost can’t go wrong with DDR5 memory. 

Black Friday Intel 12th Gen laptop deals FAQs

When did the Intel 12th Gen processor series launch?

Launched in January 2023, these processors are the freshest and newest processors available for mobile Intel processing. 

Can I game on an Intel 12th Gen processor series laptop?

Yes – with a good GPU, these CPUs will make gaming a thoroughly enjoyable experience. 

Other Black Friday pages:

If you’re in the market for a different laptop, or you’re after one of the new Nvidia RTX 40 series GPUs, check out our other Black Friday sales pages:

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