CPU Battles AMD Vs. Intel

AMD and Intel are both legendary for their innovative track records and futuristic approach to the CPU, both with sterling credentials. CPU Battles: AMD vs. Intel (pros and cons) is a War that is yet to be conclusively won by either of the two protagonists, but its spellbinding to watch.

What is CPU?

The term has been used since 1955 by Industry, and its “microprocessor” performs elementary arithmetic, logic, control and input/output instructions ordered by the instructions. Generally, a CPU is differentiated by its three functions : Memory or Storage Unit, Control Unit, and ALU (Arithmatic Logic Unit), but in reality, in this age of Integration of functions, the functions are merged completely. The CPU has been subject to startling miniaturization as time passes, with revolutionary advances in design, materials, heat-sinks and packaging. The MOS (metal oxide semiconductor) IC (Integrated Circuit) are laid in cores and arrays which multiply the calculating power multifold by parallel units operating in unison, with no unit considered “central”. The modern age has seen the floating of the concept of “virtual” CPUs, which exist in the abstraction of dynamic resources. This allows access to all types of utilities, games, and applications via small and mobile devices. Of course these industries and products have benefitted from this. Whether it be gaming or the adult industry with top hookup apps, like Local Sex App, mobile access has become very important and the evolution of cpu technology has allowed for this.

An Introduction: The Contestants

Advanced Micro Devices Inc, or AMD as it is popularly known, was founded on 1st May, 1969, in Sunnyvale, California, USA. The Founders were a group of eminent technologists and entrepreneurs led by Jerry Sanders, Jack Gifford, et al. Primarily an American multinational Semi-Conductor Company, AMD develops computer CPUs/ Micro Processors and associated technologies for the Consumer and Business Markets. Since October 8th 2014, Lisa Su has been the CEO at the Company Headquarters now located at Santa Clara, California USA. AMD also produces Graphics Processors, Flash Memories, Motherboard Chip Sets and an array of components that are used in Consumer Electronics Goods.

Headquartered in Santa Clara, California, Intel Corporation is an American Multinational Corporation in the Silicon Valley. Its net income in 2019 has been estimated at US$21 Billion, making it the world’s highest valued and largest Semi-Conductor Chip Manufacturer in the world. Intel is incorporated in Delaware, and is ranked no.46 in the 2018 Fortune 500 List of the Largest US Corporations by Total Revenue. It was founded on July 18th 1968 by Founders Robert Noyce and Gordon Moore who is also the Present Chairman Emeritus, while Dr. Omar Ishraf is CEO.

Pros and Cons

The CPU Battles: AMD vs. Intel (pros and cons) brings the strengths and weaknesses of the two CPU giants to the table. These are:

AMD Pros:

  • Since their founding, AMD has always been considered the lesser of the two, but they have fought back by developing more novel ways to advance. While their individual Cores have lesser performance than Intel’s, they accommodate more Cores on the same processor, advancing overall performance to nearly the same as Intel.
  • AMD improves performance significantly by developing Cluster Threading Paired Cores for Multithread.
  • The convenience of having most of AMDs CPU family, being supported by the same Motherboard, allows builders significant inter-convertibility.
  • All of AMDs CPU family is unlocked, to allow over-clocking and improve speed of operation.

Intel Pros:

  • Intel’s Thermal Throttle Boundary starts at 90C which is better than AMD.
  • Intel offers faster data computation based on its I2 Cache.
  • Intel is better for Non-AAA gaming because of its better single Core clock boost.
  • Intel has lower power consumption.

AMD Cons:

  • AMD until recently had a lower Stock Clock, which made it worse for gaming, but they have now caught up.
  • The cost advantage of AMD over Intel is somewhat dulled by the cost of expensive Motherboards required for their high-end systems.
  • AMD CPU has lower Thermal Throttle Boundary, which starts at 68C.
  • It has higher power consumption.

Intel Cons:

  • Only a few Intel CPUs can be over-clocked.
  • Intel once was much better for gaming than AMD because it had higher base clocks, but AMD has caught up, and is even better than Intel in many cases.
  • Intel’s cost per Core is significantly higher than AMD in most cases, making it by-far the costliest option.
  • Intel requires new Motherboards for upgrading, because the CPU family is not supported by the same Motherboard.

Best GPU’s For Gaming 2020

Take gaming to a different level 

Are you a big gamer? You have all the latest stuff, from the best gaming consoles, to the best gaming PC, just all the equipment that every gamer needs. Being a big gamer you need to have all of this, or for the most part some of. Why you may wonder? Well the latest and newest items are produced to increase the efficiency, and make making more smoother with less lags and make sure that nothing interferes with the gaming process. Plus technology is at a highly advanced point than it was ten years ago, so say you have an old controller, but a new gaming console then it may not work together as the technology is old there is a less likely chance that it will work. 

When it comes to gaming what is far more important than the equipment used? Well it’s the quality of the game, or the graphics part of it. Having quality pictures are something that every gamer will look for. Graphics come from a part called the GPU or the graphic processing unit. The better the GPU is the better the quality of the pictures. So many gamers will be on be on the hunt for the best GPU’s for gaming in 2020. 

Many may think that there are no differences as it is just a small chip lodged into the motherboard, but actually this has a great deal of substance, and is extremely beneficial that gamers get the best if they want to take their gaming passion to a whole new level. This applies to traditional pc games, but also for the emerging genre of adult erotic games. Sex apps and sites like Free Fuckbook App and others offer fuck buddy matching, but they also offer high quality adult sex games with some platforms even offering VR games.

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What is a GPU?

So this is a print circuit board it addresses a processor, a RAM, and a BIOS chip, which is an input and output system, this stores the card setting and the performance diagnostics. This board is like a motherboard, the graphic card processor contains the GPU. Now this is similar to a CPU, and will work in accordance with it. That means the graphic card will take the data that is given in the CPU and transfer it into pictures. 

A GPU is designed to perform complex geometric and mathematical calculations, these are necessary because it will render the graphics. The CPU and the GPU you will work together, but it is possible for the GPU to work faster. Due to this there can be overheating problems, so it is usually positioned under a fan or a heat sink. Furthermore the GPU uses a special programming system for data analysis. The better it is analyzed the better the outcome of the graphics.

GPU’s are mostly used in high quality gaming, but they can also be used for business applications, so as you can see there isn’t just one singular use for it. It is also essential when it comes to 3D modelling, and you may not assume that that is used in videos, but it is. It helps when working with large high resolution files. 

The benefits and drawbacks of using graphics cards?

There are many benefits that you can gain from using this one being that they are small and easy to handle, so adjusting can be done in a non complicated manner, plus with the weight it won’t be a problem at all since it is extremely lightweight. But more overall you can get some of the best graphics that are there. So you can enjoy gaming to a whole new level of fun. And with it having tons of power you can easily and quickly manage your tasks with precision. You can even have a separate memory for your gaming activities if the card is installed in a laptop. Furthermore it is easily accessible if it is on your laptop, so it shouldn’t be that hard for you to find new game and play for as long as you like. 

However, these cards can be pretty expensive whether you are buying them separately or with the laptop. Laptops with more powerful graphic cards means better quality, but it also means the more expensive it is. Also it consumes a lot of power, so it can drain out your battery power pretty quickly, which means you’ll have to plug it in more. So be prepared for a higher electricity bill, because it is bound to happen. Furthermore these things heat up pretty quickly, it could be due to the amount of power that it consumes. Overheating is never good for the device, but there isn’t a way to stop it, but they are put underneath fans so there would be no issue with that.

What is the best option for you?

All GPU’s aren’t the same, there are different companies that may produced to completely different things. Overall before you go and pick out a GPU, you need to know some information beforehand, this will make the selection process easier. 

One of the biggest things that you should consider is your budget, yeah all others may look great, but being in budget will be better as you don’t want to overspend. Then you want to consider the space and the cooling systems of it, GPUs produce a lot of heat, so you want to make sure that there are cooling possibilities available. Same with the storage, as you are gaming, and it will require a lot of storage if it is more than one game. Take the memory into account too, you’ll want it to all the past things, as it may become relevant later on. Furthermore the power is something to consider because you want there to be enough power supply, you don’t want it dying out on you during the middle of the game. That’s just frustrating. So consider these and choose one that may seem beneficial to you. 

Here are some of the best GPU’s for gaming in 2020, they truly are something else:

5G Internet Hardware Implications

The advent of 5G has been greeted with great fanfare worldwide. First announced in USA in 2018, global operators from early 2019 have begun to launch new 5G networks. 5G has already been deployed in over 50 countries, and is growing in coverage with great rapidity. It is obvious that the rate of adoption of 5G is much faster than that of even 4G. But what’s the hurry? The reasons for this rush will become obvious as we continue with this discussion. To put it simply, 5G is able to bring with it economic largesse such as the world has never seen. The figures read like something out of a fairy story, but they are the result of cold reasoned calculation by some of the finest financial brains in the world. It is therefore important for us all to study the possibilities of this brand new technology, and if possible, join the party as soon as possible. And hence, we present the following review on – 5G internet explained.

A Touch of History

“5G” is the Fifth Generation of mobile networks around Planet Earth. The preceding age group started from 1G and has continued in an unbroken chain up to the present, 5G. Their core contributions are as below:

  • 1st Generation: The 1G Generation was all about audio clarity. The analog voice delivery and its continuity of transmission was the main focus. Introduced in the 1980’s
  • 2nd Generation: 2G was all about Digital Voice delivery, such as Code Division Multiple Access (CDMA). It occupied the early 1900’s
  • 3rd Generation: The 3G Generation dominated the early 2000’s, and introduced CDMA2000 mobile data
  • 4th Generation: The 4G LTE steered in the mobile broadband era
  • 5th Generation: The Fourth Generation is still very much with us, but the speed with which 5G networks are replacing 4G, it will not be long before 4G makes way for the 5G. 5G is unified, and far more capable of interfacing with IoT (Internet of Things).

The Workings of 5G

5G is also OFDM-based (Orthogonal Frequency Division Multiplexing) like 4G LTE, and operates more or less on the same principles. But the (New Radio) new 5G NR Air Interface will improve OFDM to develop extremely high degrees of Scalability and Flexibility. Better Mobile Broadband services, compared to 4G LTE, will be delivered. But its services will now be extended into new areas, such as, Mission-Critical Communications and Massive IoT. A new self-contained TDD sub-frame design will help enable these new services.

Need For Speed

The peak data rate of up-to 20Gbps has been designed into the 5G delivery system, based on IMT-2020 requirements. Typically, the fastest available up-to now has been 7.5Gbps in downlink peak data rates. 5G is not just fast; it is designed to provide far more network capacity by expanding into new spectrum, such as, mmWave. Much lower latency for a near-instant response can be provided by 5G that can create a much greater User experience, by keeping the Data rates consistently high, even when Users are moving around. The new Mobile network 5G NR is supported by a Gigabit LTE Coverage, which consistently provides Gigabit-class connectivity.


5G is mainly used across three main types of connected services, which are as follows:

Enhanced Mobile Broadband: The massive enhancement of mobile broadband in a single step can not only improve the existing services on our smart phones massively, but also this 5G technology can usher in new experiences such as immersive Virtual Reality (VR) and Augmented Reality (AR), with its high speed flow of uniform data rates. The lower cost-per-bit will allow everyone with 5G to enjoy the VR and AR experience.

Mission-Critical Communications: The reliability of 5G can enable industries with extra reliability requirements. Remote control of critical infrastructure, vehicles and medical procedures require absolute reliability. The 5G network can deliver this ultra-reliability at high speed and enable new transformative services for state-of-the-art industries.

Massive IoT: A vast number of embedded sensors can be seamlessly connected through 5G networks by the ability of scalability. 5G can scale down in Data Rates, Mobility and Power. This provides extremely low cost and economic connectivity solutions.

5G Benefits

The advent of 5G has excited people around the world such as no other recent happening. But why is this? A little explanation should suffice. The impact is seen to be much greater than previous generations. These benefits are as follows:

  • A minimum of US$2.1 Trillion in GDP growth is expected from the 5G generation. Employment creation is expected to be at least 22.3 Million new jobs being created. The global growth is being driven by 5G to the extent of a minimum of US$13.2 Trillion of Global Economic Output.
  • The requirement for development in 5G networks are expanding directly to non-traditional applications, like the Automotive Industry. Driverless cars will be very dependent on 5G Networks, as will internet based Cab systems like Uber.
  • The 5G value chain could single handedly bear up to 22.3 Million jobs. This value chain extends to content creators, app developers, OEMs, operators and consumers. But the chain does not end there. Throughout the economy are numerous people providing network dependent services, all of now depend on the success of 5G.
  • 5G can lead in immersive experiences like much lower cost-per-bit, lower latency, data flow rates, (Augmented Reality) AR with much faster, and (Virtual Reality) VR.
  • 5G is designed for “forward compatibility”. This is the capability to support future services that are unknown today.

5G at Home

Usage of data per month by the average consumer is expected to go up, from the present high consumption of 2.3GB data per month, today, to over 11GB of data per month on smart phones. The explosive growth in video traffic, as mobiles are increasingly becoming the source of media and entertainment, as well as enormous increase in connected Cloud Computing, is driving this immense leap in individual data consumption.

Computer Hardware 101

Introduction of Computer Hardware

The computer hardware is normally known as hardware which is the physical elements collection that comprises of a computer system. It is the computer components or physical parts like mouse, monitor, keyboard, hard disk drive, sound cards, data storage, motherboard, and memory etc. These are all the physical things which are tangible with each other. Whereas the software is all about instructions which can stored and run by the computer hardware. To form a usable computing system, the hardware and software are collaborated with each other.

What are the components involved in computer hardware?

You can find various types of computing systems which are used in today’s era.

Personal computer:

The personal computer is actually known as PC which is used by many of the people in their homes. Many of them use these computing systems due to their versatility and low cost. 

Power supply:

computer power supply

The power supply converts electric power of alternating current into low voltage DC power for the computer’s internal components. The laptops are able to run from a battery which is built in for some couple of hours or longer times.

Case of the computer:

computer case

It is a metal or plastic house which encloses the components of the computer. The parts which are available in desktop systems are little enough to fit under a desk. In recent days, many of the compact designs became common like all in one design. Although a case seems bigger or smaller, the thing matters is motherboard design. Laptops comes without any case as every spare part is included inside it. 

Mother board:

The major part of the computer is motherboard which is a rectangular board included with a circuitry which joins another part. The other parts are like RAM, disk drives, CPU, and ROM etc. The peripherals and expansion slots are also connected to the computer. 

The parts connected directly to the mother board involve –

  • The central processing unit which does many of calculation and enable the computer to operate. It is referred to as brain of the computer. It is actually cooled by the integrated fan and heat sink. Many of the CPU’s nowadays involve with a graphics processing unit.
  • The random-access memory stores the data and code which are accessed by the central processing unit. 
  • The chipset is the mediator to offer interaction among other system components and CPU even involving main memory.
  • The read only memory actually stores the BIOs which runs when you power on the system. If not, it starts execution of procedure called as booting or bootstrapping.
  • There are buses which are connected to the CPU with different internal components and to the cards of expansion for sound and graphics.
  • There is a presence of CMOS battery which is connected to the motherboard. 

Thus, you can also find input and output peripherals, expansion cards, storage devices, and mainframe computer. These all compromise or integrate with each other and called as computer hardware. This computer hardware collaborates with software to perform main projects or operations.