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Designing Flexible Wireless LAN Solutions
Intel Designing guide
Killexams : Intel Designing guide - BingNews https://killexams.com/pass4sure/exam-detail/IL0-786 Search results Killexams : Intel Designing guide - BingNews https://killexams.com/pass4sure/exam-detail/IL0-786 https://killexams.com/exam_list/Intel Killexams : Intel says there will be one trillion transistors on chips by 2030 null © Getty Images - MirageC null

During the IEEE International Electron Devices Meeting (or IEDM), Intel claimed that by 2030, there would be circuits with transistor counts of a trillion, roughly ten times the number of transistors currently available on modern CPUs. 

At the meeting, Intel's Components Research Group laid down its prediction for the future of circuits manufacturing (via sweclockers) and how new packaging technologies and materials will allow chipmakers to build chips with 10x the transistor density, keeping in Moore's Law.

Moore's Law is a principle that states the speed and capabilities of computers are expected to double every two years as the number of transistors that fit on a microchip increases. If my math is somewhat accurate, hitting a trillion transistors in 8 years isn't that far-fetched if the industry manages to double its current number every two years until then. 

It's doable but not easy, considering there's only so much space on a chip. AMD agrees that Moore's Law isn't dead, that you "could double transistor density every 18-24 months but no longer at the same cost bands," according to AMD's Mark Papermaster in a recent Q&A.

Transistors act like tiny switches inside a processor allowing an electrical current to flow through a chip. Depending on what it is, a chip could have millions or billions of transistors. Currently, the largest transistor count on a commercial processor is 114 billion. That distinct honor goes to Apple's M1 Ultra chip inside its Mac Studio desktop computer. Nvidia's RTX 4090 GPU has around 76 billion transistors, and Intel's Ponte Vecchio supercomputing GPU has around 100 billion of them.

But how does Intel plan to reach a trillion? The company is moving on from its monolithic circuit design in favor of a chiplet design, like its rival AMD. This chiplet design lets Intel split into several circuits giving it more space to add transistors via discrete dies, which is also more cost-effective.

Its first chiplet design, the Meteor Lake CPU due out next year, is taking advantage of Intel's Foveros stacking technology, which enables them to 'stack' an Arc GPU on top of its compute and SoC components. In this way it will be able to increase the performance of its integrated graphics. These tiles, as Intel calls them, combine to make a larger chip that lets the chipmaker scale up or down its GPU and IO components on Meteor Lake chips.

Intel is also looking at super-thin 2D material (the thickness of 3 atoms) to cram more transistors onto a single chip. 

In a press release, Intel's GM of components research, Gary Patton, wrote, "Seventy-five years since the invention of the transistor, innovation driving Moore’s Law continues to address the world’s exponentially increasing demand for computing." He continued to say that research advancements need to "break through current and future barriers" to keep Moore's Law alive. 

Tue, 06 Dec 2022 02:19:29 -0600 en-US text/html https://www.msn.com/en-us/news/technology/intel-says-there-will-be-one-trillion-transistors-on-chips-by-2030/ar-AA14YuYh
Killexams : Apple Silicon: The Complete Guide

Since 2020, Apple has been working to transition away from Intel chips, instead using its own Apple silicon chips. Apple's custom chips are Arm-based and are similar to the A-series chips used in iPhones and iPads, and Apple unveiled the first Apple silicon Macs in November 2020. The second Apple silicon Macs came in 2021, and now the MacBook Air, MacBook Pro, Mac mini, Mac Studio, and iMac lineups all feature machines with M-series chips.

applesilicon
This guide covers everything we know about Apple silicon, Apple's plans to transition the entire Mac lineup away from Intel chips, and Apple's efforts to make it easy for developers to design apps for the new Arm-based Macs.

Apple Silicon Mac Lineup

Apple's first Macs with Apple silicon chips, the late 2020 ‌MacBook Air‌, MacBook Pro, ‌Mac mini‌ and the 2021 iPad Pro and ‌iMac‌ all use the M1 chip, which is Apple's first custom-designed Arm-based chip for Mac. The 2021 14-inch and 16-inch MacBook Pro models use the M1 Pro and M1 Max, upgraded variants of the ‌M1‌ that are more powerful, and the ‌Mac Studio‌ uses the M1 Ultra, which is twice as powerful as the ‌M1 Max‌.

new m1 chip


M-series chips feature Apple's first "System on a Chip" design for the Mac, and it integrates several different components including the CPU, GPU, unified memory architecture (RAM), Neural Engine, Secure Enclave, SSD controller, image signal processor, encode/decode engines, Thunderbolt controller with USB 4 support, and more, all of which power the different features in the Mac.

The ‌M1‌, ‌M1 Pro‌, ‌M1 Max‌, and ‌M1 Ultra‌ chips are the most powerful chips that Apple has created to date, handily beating out much higher-end Intel chips.

The ‌M1‌ features an 8-core CPU with four high-performance cores and four high-efficiency cores and an 8-core GPU. The ‌M1 Pro‌ features a 10-core CPU with eight high performance cores and two high efficiency cores along with a 16-core GPU (though there is an entry-level version with 8-core CPU and 14-core GPU).

m1 pro vs max feature


Apple's high-end ‌M1 Max‌ features a 10-core CPU (the same as the CPU for the ‌M1 Pro‌) and a 32-core GPU for improved graphics performance. The high=performance cores in the M-series chips are designed to offer the best performance for power-intensive single-threaded tasks, while the high-efficiency cores are available for tasks that don't require as much power, such as web browsing. This split between high power and high efficiency is what gives the Apple silicon Macs incredible battery life.

The ‌M1 Ultra‌ offers twice the performance of the ‌M1 Max‌ with up to a 20-core CPU and up to a 64-core GPU.

All of the Apple silicon chips have unified memory that's shared between all chip components to eliminate swapping and Improve performance, plus a 16-core Neural Engine and other add-ons like an image signal processor, Secure Enclave for secure booting and Touch ID, and more.

For more details on the M1 chip, make sure to check out our full M1 guide. We also have dedicated guides for the M1 Pro chip and the M1 Max chip.

Why Apple Made the Switch

Apple is adopting its own Apple silicon chips to make better Macs. Apple's chips bring a whole new level of performance with more powerful Macs that are also more energy-efficient. Apple says that its advanced power management capabilities allow for maximized performance paired with better than ever battery life of up to 21 hours. That's double the battery life of some prior-generation Intel-based Macs.

Apple Silicon Advantage

Apple has years of experience with power-efficient chip design thanks to its work on the iPhone, iPad, and Apple Watch, all of which use custom-designed chips developed by Apple engineers. Apple has made huge gains in processor performance over the years, and its chips are now more than powerful enough to be used in Macs.

apple custom silicon mac


Apple aimed to deliver the highest possible performance with the lowest power consumption, a goal that its expertise made it well-suited to achieve. Better performance and efficiency were Apple's main goals, but there are other reasons that the company decided to transition away from Intel, and that includes all of the custom technologies that are built into Apple silicon to further boost the Mac's capabilities and make it stand out from the competition.

Deep integration between software and hardware has always made iPhones stand out from other smartphones, and the same is true for the Mac. Apple's custom chips provide best-in-class security with the Secure Enclave and high-performance graphics capabilities for pro apps and games, but the true performance gains remain to be seen.

applesiliconbenefits


Apple silicon chips are built with Neural Engines and Machine Learning Accelerators to make Macs ideal platforms for machine learning. Other technologies include a high-quality camera processor, performance controller, Secure Enclave and ‌Touch ID‌, high-performance DRAM, unified memory, and cryptography acceleration.

Ditching Intel

Many of Apple's prior Macs used x86 chips from Intel, while its iPhones and some iPads used Arm-based chips. x86 chips and Arm chips like the ‌M1‌, ‌M1 Pro‌, and ‌M1 Max‌ are built using different architectures, so the transition from x86 to Arm has taken some effort.

armvsintel


Apple used Intel's chips in its Mac lineup since 2006 after transitioning away from PowerPC processors, which has meant that Apple was subject to Intel's release timelines, chip delays, and security issues, which at times, negatively affected Apple's own device release plans.

Apple has cited platform consolidation and performance advantages as reasons for ditching Intel chips, but one former Intel engineer claimed that Intel's issues with Skylake chips drove Apple to speed up development of its Arm-based chips. There have been rumors about Apple designing its own Mac chips since 2014, so the decision to stop using Intel chips was in the works for a long time.

Swapping to house-made chips lets Apple release updates on its own schedule and with more regular technology improvements, plus Apple is also able to differentiate its devices from competing products with tight integration between software and hardware, similar to its iOS platform and A-series chips.

Common iOS and Mac Architecture

With Apple designing its own chips for iOS devices and Macs, there is a common architecture across all Apple product lines, which makes it easier for developers to write and optimize software that runs on all Apple products.

In fact, apps designed for the ‌iPhone‌ and the ‌iPad‌ can run on Apple silicon natively, and compatible iOS apps can be downloaded from the Mac App Store on an ‌M1‌ Mac.

Easing the Transition

macOS is equipped with tools to help both developers and Apple customers transition from Intel chips to Apple silicon. All Apple apps, including Apple's pro apps like Final Cut Pro and Logic Pro, are already running natively on Apple silicon and are available on ‌M1‌ Macs. Since the launch of Apple silicon Macs, developers big and small have introduced native support.

Developers can use Xcode to get their apps up and running on Apple silicon in just a matter of days, and Apple has developed tools for building new Universal 2 app binaries that work on Intel Macs and Macs built on Apple silicon so developers can still support Intel Macs with a single binary for all users.

Support for Intel Macs

Apple will continue to release software updates for Intel Macs for years after the transition to Apple silicon, so those who purchase Intel-based Macs can expect to receive macOS updates throughout the life of their machines.

Running Intel Apps on Apple silicon

Apple expects most developers to develop native apps quickly, but users can run Intel apps even if those apps haven't been updated, thanks to Rosetta 2, a translation process that runs in the background and is invisible to the user.

Rosetta 2 translates existing Intel apps so they work on Macs equipped with Apple silicon quickly, seamlessly, and without issues. Apple has demoed Rosetta 2 with apps and games and there's no difference between running an Intel app on an Intel machine and on an Apple silicon machine. All of the features work and the software is just as quick.

Apple has also introduced new virtualization technologies that will let developers run Linux or tools like Docker. Rosetta 2 does not support virtualization using apps like VMware or Parallels, so it is not possible to run Windows using that method unless the apps are rebuilt for Apple silicon, and it's not clear if that will happen at this time in regard to licensing.

No Boot Camp

Windows does not operate in Boot Camp mode on Macs that run Apple silicon as Microsoft only licenses Windows 10 on Arm to OEMs and has no current plans make an Arm-based version of Windows freely available.

Apple has also said that it does not plan to support Boot Camp on its future Macs. "We're not direct booting an alternate operating system," Apple software engineering chief Craig Federighi said. "Purely virtualization is the route." If, however, Microsoft releases an Arm-based version of Windows that consumers can purchase, things might change.

Apple silicon Macs and Thunderbolt Support

Apple is transitioning away from Intel's chips in its Mac and is instead opting to use Apple silicon chips, but Apple is continuing to support Intel's Thunderbolt USB-C standard. The ‌M1‌ Macs support USB 4 and Thunderbolt 3.

Current Arm-Based Macs

Apple has released the 2020 ‌‌MacBook Air‌‌, 13-inch MacBook Pro, and ‌‌Mac mini‌‌ with ‌M1‌ chips, replacing the low-end machines in those lineups. In 2021, Apple added the ‌M1‌ ‌iPad Pro‌ models, the ‌M1‌ ‌iMac‌, and the ‌M1 Pro‌ and ‌M1 Max‌ MacBook Pro models, and in 2022, Apple added the ‌M1 Ultra‌ ‌Mac Studio‌, the M2 ‌MacBook Air‌, and the ‌M2‌ 13-inch MacBook Pro.

Future Arm-Based Macs

Apple is working on updated Apple silicon chips designed for the Mac Pro, 27-inch ‌iMac‌, and high-end ‌Mac mini‌, according to Bloomberg.

The ‌Mac mini‌ and ‌iMac‌ could use next-generation ‌M2‌ Pro and ‌M2‌ Max chips, and Apple is also working on even higher-powered chips for the ‌Mac Pro‌. The chip that's in the works for the ‌Mac Pro‌ will feature two processors that are either twice or four times as powerful as the ‌M1 Max‌ MacBook Pro chip. These chips will feature 20 or 40 computing cores with 16 high-performance or 32 high-performance cores and four or eight high-efficiency cores, along with 64 and 128 core options for graphics.

Guide Feedback

Have questions about Apple's work on Arm-based Macs or want to offer feedback on this guide? Send us an email here.

Wed, 30 Nov 2022 22:06:00 -0600 en text/html https://www.macrumors.com/guide/apple-silicon/
Killexams : Intel Xeons to offer on-demand special functionality

Intel has a new program called Intel On Demand that will allow customers of its new Xeon Scalable Processors to unlock specialty processing engines for an extra fee.

Intel has not disclosed what it will cost to access the On Demand features, which are activated through Intel Software Defined Silicon (SDSi), a newly added function using authentication keys to activate the additional features.

For most customers, the standard Xeon core is all they need. But some may want the specialty processing engines included in the latest Xeon generation, codenamed Sapphire Rapids. The chips are available now to OEMs but will have a formal launch Jan. 10, 2023.

Without being unlocked, these processors come with regular x86 cores and AI extensions accessible. Five other processing cores require unlocking:

  • Software Guard Extensions
  • Dynamic Load Balancer
  • Intel Data Streaming Accelerator
  • Intel In-Memory Analytics Accelerator
  • Intel QuickAssist Technology

Intel says that H3C, HPE, Inspur, Lenovo, Supermicro, PhoenixNAP, and Variscale will be a part of the On Demand program. Absent from the list on Intel’s site is Dell, but Dell said it will take part in On Demand as well.

Intel first discussed On Demand at Intel Vision in May, and has since updated its On Demand webpage with more information.

Copyright © 2022 IDG Communications, Inc.

Thu, 08 Dec 2022 07:01:00 -0600 en text/html https://www.networkworld.com/article/3681934/intel-xeons-to-offer-on-demand-special-functionality.html
Killexams : Intel Says Moore’s Law Is Alive And Well With Trillion Transistor Chips Coming By 2030
Much has been written about the death of Moore's Law. The "law"—more properly titled an "observation"—was created by one of Intel's founders, Gordon Moore. He noted that the number of components in an integrated circuit was roughly doubling every year, then later revised his observation to every two years in 1975. While progress on that front has inarguably slowed, Intel has no intention of letting Moore's Law die out, and it's intending to show how it'll keep things shrinking at IEDM.
For those out of the loop, IEDM is the IEEE International Electron Devices Meeting. It's a yearly forum for companies like Intel and TSMC to present their latest findings in "semiconductor and electronic device technology, design, manufacturing, physics, and modeling." In other words, it's a place for companies to show off their accurate and upcoming technologies for processor and device fabrication. IEDM 2022 is on right now, and Intel is there making some big promises.

The biggest one is in the headline, of course: one trillion transistors on a package by the next decade. For perspective, the densest chip around is NVIDIA's AD102 used in the GeForce RTX 4090, and that's only got 76.3 billion. Hitting one trillion is going to require some enormous advancements in microprocessor fabrication. Regular readers may recall that Intel's CEO Pat Gelsinger committed to advancing five nodes by 2025, and gave the company's foundry division "unlimited" resources to accomplish that. Well, judging by what Intel's brought to the IEDM show and tell, it looks like those efforts may be bearing fruit. The company is primarily presenting advancements in three key areas: 3D packaging technology, ultra-thin materials science advancements, and entirely new types of processors altogether.
As it stands right now, chiplet-based (or "disaggregated") processors have two discrete stages: the chiplets are manufactured like any other microprocessor, and then those chiplets are carefully assembled into a complete package. Intel says it's looking to "blur the line" between these two stages, allowing greater connectivity between chiplets. AMD made similar remarks when talking about the fanout interface between chips on its Navi 31 GPUs.

Intel refers to chips fabricated with its next-generation technology as "quasi-monolithic," because the hybrid bonding in use, when scaled to 3μm interconnect pitch, apparently provides similar bandwidth to the same features found on monolithic SoCs. Despite that, the interconnects are apparently flexible in the sense that they can be used to connect to different chiplets, allowing versatility in product design.


The main reason that progress on Moore's Law has slowed down in the last decade is because we're approaching the physical limits of traditional silicon fabrication. Intel looks to move beyond those limits by using new materials, including hafnia and molybdenum disulphide. These materials are known as "2D materials" because they are relatively easy to form into the complex structures needed for microprocessors while remaining flat. A lot of people have written reams about the use of graphene in transistors, but despite its many attractive properties, graphene lacks one critical feature: a natural bandgap. That means that, to make graphene transistors, you have to engineer a bandgap yourself, and that's problematic for all kinds of reasons. Instead, Intel is looking at stacking 2D nanosheets using less exotic materials that come with an intrinsic bandgap, allowing them to make said nanosheets just 3 atoms thick.
When you've got a problem to solve, you can try to Improve the performance of your solution, or you can try a new solution. Intel's attacking both angles right now, and one of the examples of the latter idea is stacked FeRAM. Ferroelectric RAM is nothing new in its own right, but so far it hasn't seen much use because it suffers from extremely poor density compared to flash memory and DRAM.

Intel presented a concept for 3D-stacked FeRAM back in 2020, but since then, it's had a breakthrough in FeRAM scaling by stacking ferroelectric capacitors. According to Intel, this is the first demonstration of stacked array capacitors that can match performance to conventional trench capacitors. The company posits that this is very promising for the future of embedded memory, as FeRAM is fast, efficient, and non-volatile.


As transistor count rises, so too does the power consumption of the ever-denser chips. Intel's working on combating that too with its advancements in materials science. Gallium Nitride (GaN) semiconductors are popular in RF applications owing to their ability to handle considerably higher power and higher frequencies than traditional silicon chips.

Intel says its new GaN-on-Si technology offers a 20x improvement over the state-of-the-art in terms of power efficiency. What's more, the company has achieved a cut-off frequency of 680 GHz, which it says will enable development of ever-faster wireless tech beyond today's 5G. While GaN-on-Si is relatively expensive, Intel also claims that it has a "viable path" to doing it on 300mm wafers. That should reduce costs considerably.


As the slide above says, Intel's celebrating 75 years of the transistor. Intel has undeniably been a driving force behind the creation of our modern world, and the company's research arm has been at the forefront of semiconductor technology for most of its history. In practical terms, Chipzilla may have fallen a bit behind TSMC, but it's clear that the folks in charge over there are well aware of the importance of bleeding-edge fabrication technologies.

The company's current products are fabricated on "Intel 7", but its 14th-generation Meteor Lake chips are supposed to hit tape out on Intel 4 any day now, which would put their launch early next year. After Intel 4, we've got a refinement called "Intel 3", and then a new process called "20A" still later. Intel says it will have the 20A refinement, known as 18A, ready before 2025. That'll be an impressive feat, but we're eager as anyone to see renewed competition in the foundry space.

Mon, 05 Dec 2022 03:27:00 -0600 en-us text/html https://hothardware.com/news/intel-says-trillion-transistor-chips-coming-by-2030
Killexams : GIGABYTE Places a Huge Focus on Friendly Design and User Experience Across All Its Devices No result found, try new keyword!To help share the work GIGABYTE has been putting in to make its products go above and beyond just a pretty piece of tech, we’re here to break down the friendly design choices and exemplary user ... Fri, 02 Dec 2022 02:28:00 -0600 https://www.ign.com/articles/gigabyte-places-a-huge-focus-on-friendly-design-and-user-experience-across-all-its-devices Killexams : Best Gaming Laptops Under 90000 - Buyer's Guide

This article is related to an affiliate advertising program and The New Indian Express's journalists were not involved in the production of this article. 

Please note that the prices may vary.

Our Top Picks  

Latest in the category - Acer Nitro 5 AMD Ryzen 7 5800H/15.6 FHD IPS Display Gaming Laptop

  • Processor - AMD Ryzen 7 5800H Mobile Processor
  • Memory & Storage - ‎DDR4 SDRAM, 32 GB
  • Display - 15.6” FHD 1920 x 1080 IPS display with 144Hz refresh rate
  • Graphics & Networking - NVIDIA GeForce RTX 3060
  • Operating System - Windows 10 Home

Best budget - ASUS TUF Gaming F15 Laptop

At an affordable price, this laptop has the most specified graphics and display feature with apt brightness. 

Best for gaming - ASUS TUF Gaming F15 Laptop

The best gaming laptop needs the best processor. Hence, the ASUS TUF F-15 is the best model with the intel i5 core processor. 

Summary of the best gaming laptops with price list

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10 Best Budget Gaming Laptops in India (2022)– Buyer’s Guide

Best Gaming Laptops under 80000 in India (2022) - Ultimate Guide

10 Best Gaming Laptops Under 70000 in India (2022) - Ultimate Guide

Best Gaming Laptops Under 60000 in India (2022)- Buyer's Guide

Gaming laptops- why are they amongst the top preferences?

The world is switching to fast processing work. With the belief that “time is money”, everyone wants to get their work done faster and take up more projects. Not only this, but youngsters love playing high-Quality games without any hindrance. 

Hence, gaming laptops are like a one-stop solution. With incredible processing speed and long-lasting batteries, these laptops have seen a rise in their sales, especially during the pandemic. But with the information flooding on the internet and the variety of options, the decision making on narrowing down on your ideal laptop is bound to be a confusing process.

Therefore, we have picked some of the best products with the details of the best gaming laptops under 90000. 

Now that we’re aware of these critical factors let’s continue our quest to find the perfect ceiling fan for you.

One of the greatest gaming laptops under 90000 is the ASUS ROG Strix. The laptop boasts the greatest gaming features with all the essential characteristics. It boasts an AMD Ryzen 7 CPU, which boosts the laptop's processing performance and ensures seamless gameplay. The laptop's battery lasts for several hours. The laptop's basic frequency is 144 Hz, and it has a variety of connectors, including USB, HDMI, and more. Because of features like upgradeable RAM up to 32 GB and a one-year warranty term, the laptop is the finest gaming laptop under 90000.

Pros

Cons

Super-fast screen refresh rate and a powerful battery life

No in-built card reader

Noiseless operation

The screen colour gamut is not very wide

ROG Intelligent Cooling that prevents overheating

Short charger cable

Metallic body with NanoEdge bezels

 

Price -  ₹ 79,990

Rating - 3.8 / 5

Operating system - Windows 10 Home

Graphics core processor - AMD Ryzen 7 4800H Processor, 2.9 GHz Base Speed, Up to 4.2 GHz Max Boost Speed, 8 Cores, 16 Threads, 8MB L3 Cache

Screen size - 17.3 inches

Hard disk size - 512GB M.2 NVMe PCIe 3.0 SSD with additional empty 1x M.2 2280 PCIe 3.0 SSD Slot

Display type - 17.3-inch (43.94 cms) FHD (1920 x 1080) 16:9, 250nits, 144Hz Refresh Rate, vIPS-level Anti-glare Panel, 1000:1 Contrast Ratio, 45% NTSC, 62.5% sRGB, 47.34% Adobe, Adaptive-Sync technology

2. HP OMEN 10th Gen Intel Core i5 Processor 15.6" (39.62cms) FHD Gaming Laptop (i5-10300H/8GB/512GB SSD/Windows 10) - Click here for Amazon deal

The HP omen laptop is one of the best gaming laptops under 90000 for design. With all the cool features such as the Intel i5 core processor and the backlight keyboard, the laptop gives the best gaming experience. 

The laptop's battery backup is very strong and lasts up to several hours. The base frequency of the laptop is 60 Hz with several ports available for a headset, fast A-type USB charging and HDMI, the laptop is the best gaming laptop under 90000. 

The laptop is as trendy as it is economical. This device would certainly not dig holes in your pockets. It has a micro-edge, non-glare display that does not strain the eye. The laptop has 8 GB RAM which is useful for such fast processing speed. 

Pros

Cons

1-year warranty on the product

The system heats up fast 

Battery and charger included with the product

 

Has OMEN tempest cooling technology

 

Price -  ₹  78,990

Rating - 4.4 / 5

Operating system -  Windows 10 Home 

Graphics core processor -  NVIDIA GeForce GTX 1650

Screen size: 15.6 inches 

Hard disk size - 512 GB SSD

Display type - LED

3. HP Pavilion Gaming 9th Gen Intel Core i5 Processor 15.6-inch (39.62 cms) Laptop - Click here for Amazon deal

The HP laptop is one of the best laptops under 90000 for work. The most preferred laptop for those who need a fast processor in their offices, this is the perfect device for you. The Intel Core i5 processor facilitates a base frequency of 2.5 GHz that can maximize up to 4.1 GHz.  

The laptop comes with a 1-year domestic warranty that covers any manufacturing defects.  The device is equipped with turbo-boost technology that makes the processor run faster. The cooling mechanism of the laptop is of superior quality.

Battery backup of the HP laptop is the most talked about among the customers who have used the product for a few years now. This device, without a doubt, is one of the best laptops under 90000 in India. 

Pros

Cons

One of the best display graphics system 

Has comparatively fewer USB ports. 

The laptop comes with an adapter

 

Sleek and smart looking device

 

Price -  ₹  75,196

Rating - 4.3 / 5

Operating system - Windows 10 Home

Graphics core processor -  NVIDIA GeForce GTX 1650 Graphics

Screen size: 15.6 inches

Hard disk size - 512 GB SSD

Display type - Anti-glare, micro-edge WLED

4. ASUS TUF Gaming F15 Laptop 15.6" FHD 144Hz, Intel Core i5-10300H 10th Gen, GeForce GTX 1650 4GB GDDR6 Graphics - Click here for Amazon deal

Asus is one of the best laptops under 90000 for work purposes. The processor i.e. 10th Gen Intel Core i5 gives the user a space to work efficiently and carry out multiple tasks at once. The expandable 8 GB DDR4 RAM allows the user to store as many games and files on the laptop without any hindrance. 

Not only does the laptop have enormous space, but it also can store more than 100 high-quality games. The stealthy and sleek look of the laptop makes it one of the best laptops under 90000 for design. The LED backlight on the keyboard gives you the ultimate gaming experience.  

The battery can last up to 48 working hours. It has one of the highest quality 720p CMOS webcam that gives you a quality video calling experience. The Asus laptops are tested to military-grade MIL-STD-810H standards and cover a 1 year warranty period. 

Pros

Cons

One month subscription to Xbox games

Customers have complained of poor packaging. 

Par excellence battery backup

 

Attractive design 

 

Price -  ₹  61,990

Rating - 4.3 / 5

Operating system - Windows 10 Home

Graphics core processor -  Dedicated NVIDIA GeForce GTX 1650 GDDR6 4 GB VRAM

Screen size: 15.6 inches

Hard disk size - 512 GB SSD

Display type - Anti-glare IPS display

This 1.5 kilogramme Flex 5i is all you need to steal the show. It's designed to take a 360-degree turn on innovation. It's a complete package, with a full metal chassis, anodised surface, and an ultra-thin 17.9 mm portfolio. To enhance your streaming experience, the 14" FHD IPS panel has 4-sided thin bezels and 250 nits brightness. Indulge in the aesthetics, which are enhanced with integrated Intel Iris Xe graphics. Don't only listen to the music. 3D surround sound technology with 2X2W user-facing speakers and Dolby Audio will provide you goosebumps. The 11th Gen Intel Core i3-1115G4 CPU ushers in a new age of revolutionary performance.

Pros

Cons

It has very good visuals and an audio system

Budget-friendly

A sturdy device with a very sleek design

Overheats easily

It is a convertible laptop and can be used very conveniently.

 

Price -  ₹ 67,621

Rating - 3.8 / 5

Operating system - Windows 10 Home

Graphics core processor - 11th Gen Intel Tiger Lake Core i5-1135G7 | Speed: 2.4 GHz (Base) - 4.2 GHz (Max) | 4 Cores | 8MB Cache

Screen size - 14 inches

Hard disk size - 512 GB SSD

Display type - 1920 x 1080 pixels

6. Lenovo Legion 5 10th Gen Intel Core i5 15.6" (39.62cm) FHD IPS Gaming Laptop - Click here for Amazon deal

Lenovo is one of the most established brands in the field of electronics. It has the best gaming laptops of its kind. The legion 5, 10th Gen laptop has Intel Core i5 with 8 MB cache. The processor's speed is 2.4GHz, extending up to 4.5 GHz max. 

The RAM of the laptop is 8 GB that can be upgraded to 16 GB. The battery backup on average is 5-6.5 hours. The cooling mechanism of the laptop is equipped with a cold front 2.0 which cools the laptop's body when it heats up. 

It has a 1-year onsite manufacturer warranty and the box is equipped with all the essentials. The laptop has a Dolby audio system and soft landing keyboard that perfectly suits gaming. The laptop can store more than 100 high-quality games. The camera has a privacy shutter that has an integrated dual array microphone. This is one of the best laptops under 90000. 

Pros

Cons

An anti-glare screen and 720p HD camera. 

Some games result in more lag time. 

Multiple USB ports and ports for microphone and Ethernet

 

Excellent battery life (50% in 30 mins after vigorous gaming)

 

Price -  ₹  74,890

Rating - 4.3 / 5 

Operating system - Windows 10 Home (with lifetime validity)

Graphics core processor -  NVIDIA GeForce GTX 1650 4GB GDDR6 Dedicated Graphics

Screen size: 15.6 inches

Hard disk description - Flash memory solid state

Display type - IPS anti-glare

How Do We Shortlist The Best Products On Our List?

Providing the customers with only the best options in the market is our prime priority. While we understand that the internet is flooding with options, we also understand that choosing between them can be overwhelming. 

Therefore, we ensure that we handpick the best products for you so that you can narrow down your options and choose the best amongst the best. The products that we choose are in no way random. We run a thorough background check on all the products that we enlist. 

There are certain criteria under which we decide whether the product is competitive amongst the best available. So here are some criteria described for you: 

1. Specifications & Features

All the laptops that we have listed above have some specific features that make the laptops stand out amongst the others. We look keenly into features like what core processor does the laptop have, what is the specification for graphics and the display and affordability. 

We mostly look for products that provide the best features and are highly economical. 

2. Customer Reviews

Customer reviews help us choose which product is genuinely good. To see whether a product has the potential to do well in the market, we must look into the experiences of other people. We choose products that have the maximum number of good reviews. 

3. Complaints

A very vital part of customer reviews is the complaints. We pay a hurry notice to the complaints that the customers have had about the products. We make sure to include these points to make our readers aware of the other side of the product.

4. Warranty

Every electrical appliance should have a warranty period. This helps the customer to trust the company with their product. We choose products that have a good warranty period. 

5. Pricing

The affordability of a product is very vital for a customer. Nobody wants to invest in products that are expensive and have minimum features. Hence, we look for products that provide the best experience at an affordable price. 

6. Service Quality

A company’s customer support determines its selling rate a lot. We look into the companies that provide excellent customer support.
 

Frequently Asked Questions about gaming laptops 

While buying any product, there are a few questions that are commonly asked by our customers, hence, below are some frequently asked questions about the best gaming laptop under 90000. 

1. Which laptop is best for gaming under 100000?

To narrow your search for the best gaming laptop under 90000, you may refer to the list we have provided in the article. However, the best product is the Asus TUF gaming F-15  laptop.  The product has some of the best specifications and falls under some of the highest-rated laptops. 

2. Which laptop lasts the longest?

The best laptops are those that have incredible processing speed along with a long-lasting battery backup. Among the list we have provided, the best laptop with the longest battery life is the Lenovo Legion 5 and ASUS TUF gaming laptop.

3. Which is the most powerful laptop?

Laptops with a core processor of i5 to i9 are considered the most powerful laptops. These laptops have the best core processor and can perform multitasking, and heavy-duty work. They are the best laptop under 90000 for coding. 

Conclusion

With this note, we have come towards the end of this article. The article has covered everything our readers know about the best gaming laptop in India. 

We hope that the article was useful and informative and for any further queries, please do reach us. 

Wed, 30 Nov 2022 04:30:00 -0600 en text/html https://www.newindianexpress.com/expressdeals/laptops/best-gaming-laptops-under-90000-buyers-guide/586.html
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Regarding warranties, you can usually get one with a pre-built, and it'll cover hardware failures, but not all of them cover labor for repairs. Read the policy before you buy so you know what you're getting.