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Devices for Google home | What devices to choose for Google home
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Devices for Google home | What devices to choose for Google home

by Bhagya
written by Bhagya

We all live in the smart era of human evolution. You have a smart thing around the world, even in your hand. Consequently, now your home is also getting smart with Google home. This virtual personal assistant uses artificial intelligence to make life more comfortable and efficient. Google Home is continually updating getting more and smarter with the time. After saying “OK Google” you can search solutions for astrophysics formula as well as planning your day with reminders and alarms, listen to your playlist. Google Home lets you widen your limits with high technology. Google Home is compatible to communicate and sync with other Google Home devices. Below you will find the most popular set of devices for Google home.

Google Nest Hub Max

Google’s next hub is on amongst of most compatible devices list in Google Home. The Nest Hub Max has featured a camera with both video call and security capabilities. Facial recognition and hand gestures are also captured smartly by the Nest Hub max. You can use Google Nest Hub Max as a display for entertainment purposes also. Next Hub max is also capable of operating all other smart home gadgets in your home. Additionally, the Nest Hub Max supports communications for low-power smart home devices.

Thermostats

Controlling the ambiance temperature of your room through voice is a really handy task with using thermostats. In this case, The Honeywell Color thermostat and the Nest Learning Thermostat are wise choices. These devices connect easily with room sensors and Google Home then activates voice-controlled temperature control. The Honeywell Color will provide reminders to change the air filter or warnings about high low temperatures.

Lighting devices

Are you a person who forget always to switch off lights when you leaving the home or room. Here is the easy smart solution for you. If you connect Philips Hue lights devices for Google Home, you can just switch the lights on /off also adjust dimming, change colors, and intensity in certain rooms. Before that make sure to get unless you get a starter kit which includes everything you need. Also with Sengled Element lights, it is easy to dim and set schedules for your bulbs. You can choose between a variety of dim white and multicolor bulbs

Automatic locks with Google Home

When you’re asking from that If my door is locked or not Google Home will provide necessary information to you with August Smart Wi-Fi Smart Lock. It also locks or unlocks the connected doors with your voice command. Plus it keeps track of guests lists coming to your home. The Nest X Yale Lock is a key‑free smart lock with a keypad that also syncing with Google home securely and easily. Your Google Nest camera will also work with it.

Chromecast

The ability to play video and control video on smart devices using your voice is the most famous and coolest feature in Google Home. For that Google, Chromecast comes handy. Chromecast will connect to your HDTV to your smart home network via Wi-Fi just using HDMI cable. Then you can watch your favorite Netflix show with just a voice command. The flagship Chromecast still high on recommendations because it is easy to set up.

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Network Topology | Network Engineering tutorial
Computer hardwareComputer Software

Network Topology | Network Engineering tutorial

by Oshan
written by Oshan

A network is described as a group of two or more computer systems linked collectively. Absolutely, this is a collection of devices such as printers, scanners, webcams linked together through communication devices such as cables, NIC, Hubs, Routers, and transmission media such as radio waves, infrared, satellite, radio wave. Furthermore, in computer networks, networked computing devices transfer data with each other the use of a data link. Importantly there are three main types of networks, including Local Area Networks (LAN), Man Area Networks (MAN), and Wide Area Networks (WAN). Along with, the network topology is the adjusting of the different elements of a communication network. There are basic five types of network topology including bus topology, ring topology, star topology, tree topology, and mesh topology.

What is networking topology?

Network topology defines the adjustment of different types of telecommunication networks, namely industrial field busses, computer networks, and command and control radio networks. That is a topological structure and also can illustrate as physically or logically. Graph theory is used for this network topology configuration. In here devices consider as nodes, as well as connections between the network devices, consider as lines or links between the nodes. Mostly network topologies can found in Local Area Networks (LAN).

Main types of network topology.

A huge variety of physical topologies use in LANs, including ring, star, bus, and mesh. But especially tree use in Wide Area Network (WAN).

Ring topology

Actually, you can imagine the shape of this topology when heard the word called ring because it forms a ring. Here each network device connects with the other two devices on either side of it. As well as, the last node connected to the first node. Each device has two neighboring devices. It has one direction of data transmission. It is easy to install and easy to manage are considered as advantages. Nevertheless, one network failure can breakdown the whole network. Furthermore, there are data traffic issues in a ring

Tree topology

A tree has a rooted device and all other computer devices connect to it forming a hierarchy. Therefore it is also introduced by hierarchical topology. It has several levels and should have at least three levels. In addition to that, expanding network devices is very easy and possible. It is easy to manage and maintain as well as easy to detect errors. Besides configuration cost is high and complex caballing are some disadvantages of this. If the root node means the central hub fails, the whole network fails.

Star topology

Especially in here central hub or switch connect to each computer node in the network and also wired as a star. This does not permit direct data transfer between devices, it should be done via the central hub. Less costly, easy to installation configuration, less amount of cable needed are some advantages of this topology. Especially if one device breaks down, it does not affect other devices of the network. But, if the central hub fails the whole system destructs. And also it is required regular maintenance and more resources.

Bus topology

There is the main cable which introduced as the backbone and all the other devices connect to this cable. In order to, data transmission occurs via this main cable. Nodes connect to this main cable by using taps or T connectors. It is easy to build and maintain on the other hand it requires fewer cables than mesh and star topology. However, it is difficult to detect errors.

Mesh topology

Mesh is standard and powerful than other topologies. It has a dedicated point-to-point architecture. There are a lot of advantages to others. There are no data traffic problems. As well as this is most reliable and if one connection breaks down it is not affected by the whole system. However, this is a very secure topology due to impossible unauthorized access. As well as error detection is very easy. But it is required a huge number of wires and I/O ports. Furthermore, scalability issues can occur.

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Network Engineering Jobs | CCNA and B.Sc (Networking)
Computer hardwareComputer ScienceNetwork Engineering

Network Engineering Jobs | CCNA and B.Sc (Networking)

by Oshan
written by Oshan
The network Engineers,

Network engineers are the technical experts who are able to plan, design, and oversee the computer networking systems. Moreover, these networking systems consist of LANs, WANs, intranets, voice, and data. However, the networks might be more composite related to the companies or organizations. So, relative to that the requirements and qualifications the engineer called differ. Mostly, there are more administrative responsibilities for network engineers. For instance, skills to plan and design, technical skills and should be up-to-date on the latest technology.

Responsibilities,

Obviously, The whole responsibility of the company’s IT and network system relies on the network engineer. furthermore, they Organize, design, and handle network systems for more efficient functionality. And also, they assemble new network systems, make budgets of equipment and assembling, and identify and solve problems in computer networking. Besides, they are responsible to accomplish the network monitorings. Apart from that, they also arrange security systems like firewalls.

Skills and requirements,

first of all, network engineers should have the skills of analyzing. Hence, they have to find faults and make improvements in network systems. Secondly, they need to have leadership skills. Thus, they are the ones who lead the other employees in creating networks. Next, they should have organizational skills. Thus, when many different networks come together they should organize well. Also, they should have the ability to work with a team. Hence, they lead many employees in the project.

Not only that, but they also need educational qualifications. Indeed, the minimum qualification for an entry-level job will be a degree relevant to the IT  field. For instance, a degree related to computer programming, cybersecurity, computer science, etc. However, for this many institutions provide engineering practicing and skill development. But, most positions require a bachelor’s degree and additional experience.

Available jobs in network engineering,

Firstly, after getting an entry-level experience in IT stream you can select a career path to specialize. Moreover, network engineering posts have a broad variety of paths. however, they rely on the technology and the company or the industry. Namely, Network Technician, Network Analyst, Network Specialist, Network Administrator, Network Manager and, Network Solutions Architect. Furthermore, there are more specialized tasks in network engineering. Such as, the cloud networking architect, is the one who assists the organizations with cloud infrastructure classification, and the specialists of network security, are the ones who identify and prevent security threats.

Career path,

Beginning from $46,500 network engineers can earn more than $115,000 yearly. However, it depends on the experiences and abilities of the engineer. Moreover, they also get bonuses and allowances apart from the salary. furthermore, they have 40 hours of working per week. Apart from this, they can be calling on the weekends or evenings in case of technical issues. Additionally, Network engineers may also aspire to different paths inside the field.

Network engineering future,

According to the Bureau of Labor Statistics, network engineer job opportunities will downfall in the near future. In order to, the rise of cloud computing the demand for domestic networks will too decrease.

 

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What is a network protocol | HTTP | TCP/IP | UDP
Computer hardwareComputer SoftwareNetwork Engineering

What is a network protocol | HTTP | TCP/IP | UDP

by Oshan
written by Oshan

What is a network protocol?

Network protocol same as human protocol. Human protocol means something we conduct all the time. Examples are render greetings, wait for a response, analyze the response, and act according to it. Why the network protocol similar to human protocol. Because network protocol also conducts the above-mentioned human protocol functions on the internet. Obviously, network protocols conduct, manage, and govern all communication activities in the network. A network protocol declares as rules which allow for data transmission between network devices. On the other hand, it conducts the format of messages so they can exchange successfully.

Definition of network protocol

What is a network? A network can build by connecting two or more computers. A network intends to enable the transferring information and files between multiple computer systems. Two computers should follow a set of rules when sending and receiving information with each other. In order to that, an essential set of communication rules called protocol rules which conduct the communication between two computers connected to the network. The computer network contains many different protocols. As well as they help to carry data packets. The protocols are built to work on different levels of network layers.

Types of network protocols

There are many network protocols in different network layers. There are mainly four different network layers and it has its network protocols. HTTP which is a most popular network protocol, FTP (File Transfer Protocol), SMTP, and DNS are some protocols in the Application Layer. As well as Transport Layer consists of TCP and UDP protocols. Furthermore, IP (Internet Protocol), ARP, ICMP, and IGMP are Network Layer’s protocols. Finally, Ethernet, Token Ring, and other link-layer protocols include the Network interface Layer. Out of that HTTP, TCP/UDP, IP is the most popular network protocols.

HTTP (HyperText Transfer Protocol)

Also, HTTP considered a web browser. Hypertext refers to the text on a computer that will lead the user to other, related information on demand. Hypertext documents create using a special kind of document formatting or “markup” language called HyperText Markup Language (HTML). HTML format documents send or received between two or more computers over the network using HyperText Transfer Protocol (HTTP).

TCP

TCP means Transmission Control Protocol. TCP is connection-oriented. Along with configuration should be done between client and server processes. This is a full-featured protocol and allows us to transfer data and information reliably without considering network layer problems. However low overhead but it is higher than UDP. Transmission is speed is high but not speed as UDP. Because it has more additional functionalities. Also, it can transfer small to very large data quantity via the network. As well as TCP is sequenced and has acknowledgments.

UDP

UDP defines as User Datagram Protocol.  This is non-sequenced as well as it has no acknowledgment. It does not worry about the order of packet arrival. UDP needs fewer computer resources. Indeed, it has very high-speed data transmission than TCP because it has not additional features to do. Nevertheless, this network protocol is unreliable and connection-less. On the other hand, it has low overhead and low functionality.

IP

The extraction name is Internet Protocol. Actually, the internet is a network of computer networks. Here data is transmitted by packet switching using the standard Internet Protocol (IP). A packet defines as a unit of delivering packets from one computer device to another. Importantly, basic task or functionality of IP is transferring data packets as quickly as possible from one router to another.

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Server Types | What is a server and What are the main types
ComparisonsComputer hardwareComputer SoftwareNetwork Engineering

Server Types | What is a server and What are the main types

by Oshan
written by Oshan

Servers became the most common thing in the early 1990s. There are a huge number of server types. A server for a home considered as Home Server. The mail server handles the transport of and access to emails. A mobile server defines as Server on the Go is an Intel Xeon processor-based server-class laptop form factor computer. The name server is also a server type and it also called DNS. Thus Print server provides printer services. The proxy server is another important server type. That behaves as an intermediary for requests from clients seeking resources from other servers. The sound server provides multimedia broadcasting, streaming. A server on a Windows network that neither belongs to nor conducts a Windows domain. Furthermore, a web server is a server that HTTP clients connect to send commands and receive responses along with data contents.

What is a server?

A server is a collection of computer programs or a machine. That take and process requests generated by another program or a machine (e.g. client) and also respond to them. It conducts some computational functions instead of clients. The term server uses quite broadly in information technology. Despite the many serve-branded products available in theory any computerized process.

Primary functions of the server

It manages network resources. As well as provides shared services to connected clients. On the other hand share data or hardware and software resources among other workstations.

Special server types

Web Server

This is using for web sites hosting. Moreover, it responds to web browser requests by producing static web pages. Security, Application construction, site management, dynamic contents are some special functions of this. Importantly it provides searching capabilities that allow users to search sites. Especially allows us to search for large sites. Also provides data analysis capabilities that allow site designers and administrators to track how the site is being used. Apache HTTP Server, Apache Tomcat, Microsoft IIS which is part of Microsoft Windows can introduce as examples.

Application Server

Also, define as Middleware. That handles and manages all application operations between users and a database.

Database Server

It provides database services. Microsoft SQL Server, Oracle database, and MYSQL considered examples.

File Server

This provides file services, storing shared files, and manage a group’s application. Pull a large amount of data off the storage subsystem and pass the data over the network. In order to that requires many slots for network connections and large capacity as well as a fast hard disk subsystem. This is very I/O oriented. Microsoft Windows Storage Server is considered as an example and which built on the Microsoft Windows Server.

Proxy Server

A proxy behaves as an intermediary agent between its client and the server. Actually, this is a computer that provides computer network services to allow clients to make indirect connections to other network services.

Audio/Video Servers

It enables websites to broadcast streaming and multimedia content.

Chat Server

That enables a large number of users to exchange information in an environment similar to Internet newsgroups that provides real-time discussion.

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What is a computer | A simple instruction
Computer hardwareComputer ScienceComputer SoftwareProcessor

What is a computer | A simple instruction

by Bhagya
written by Bhagya

The first computers were people. That is, electronic computers had given this name because they performed the work that had previously been assigned to people. Earlier “Computer” was the only machine that was used to perform repetitive calculations. Imagine you had a job where hour after hour, day after day, you were to do nothing but compute multiplications. And even on your best days, you wouldn’t be producing answers very fast. As well as, man used his fingers, ropes, beads, bones, pebbles, and other objects for counting. Therefore, inventors have been searching for hundreds of years for a way to mechanize this task. After the enumeration of inventions, the computer was founded in 1833 with all the functionalities. Also, British mathematician Charles Babbage was considered as the father of a computer. Along with that, the lady Ada Augusta Lovelace wrote the first program to the first computer.

Definition of computer

Definition

A computer is electronic equipment or device that fulfills basic tasks called input, process, store, and output. Of course, it is a machine. It can execute a finite set of instructions. Besides, that can process data according to those instructions.

Computer system components

Firstly, computers act as a collection of hardware and software. Hardware means the physical components that make up a computer system. Software is the programs (instructions) that tell the computer what to do. Especially, the motherboard is the main component. It is a printed circuit board that performs the key functions to enable the smooth running of the computer. Not only the motherboard but also the CPU is always the main component of the computer and that is the heart of the computer. Furthermore, RAM and ROM conduct the memory or storage part of the computer. IN addition to that display, floppy drive, keyboard, mouse, CD-ROM drive, sound card, VGA card up are some other components of the computer.

History of the computer

There are six generations of computer history.

Zero Generation

Firstly, Abacus was the pioneer of the computer history that was founded by the Chinese in 405 B C. It could only do basic mathematical functions such as additions and subtractions. Therefore “Pascaline” and “Difference & Analytical Engine” machines invented to succeed in other basic mathematical functions including multiplication and division.

 First Generation (1940-1956)

The first computers used vacuum tubes for circuitry and magnetic drums for memory. Besides the first generation computers relied on machine language (lower level). UNIVAC and ENIAC computers are examples of first-generation computing devices. But it was expensive and difficult to operate. Moreover, using a great deal of electricity, generating a lot of heat and a large computer size are some disadvantages of this generation.

Second Generation (1956-1963)

Transistors replaced vacuum tubes and ushered in the second generation of computers. As well as that generation used assembly languages. These were also the first computers that stored their instructions in their memory. Obviously, the second generation computer was cheaper, smaller, lower generated heat, and faster than the first generation.

Third Generation (1964-1971)

An especially third-generation used Integrated Circuits (IC). Keyboards, monitors, and interfaces with operating systems were replaced. To, it used high-level programming languages such as COBOL and FORTRAN. Third-generation computers were more efficient, reliable, lower-cost very speed and easy to operate than previous generations.

Fourth Generation (1971-present)

Undoubtedly this generation use microprocessors and all the components located with the computer. On the other hand keyboard, mouse, monitor, speakers, and especially GUI interfaces are used in this generation. However these computers are very efficient, more powerful, speed, and small. There are even portable and handheld computers today.

Fifth Generation (present and beyond)

Fifth-generation computing devices, based on artificial intelligence. This generation of computers is still in development, though there are some applications, such as voice recognition. The use of parallel processing and superconductors is helping to make artificial intelligence a reality.

Types of computers

Main Types

Mainly computers can classify according to three categories namely analog, hybrid, and digital. Analog computers are used to process continuous data such as voltage, current, sound, speed, temperature, pressure, etc. Digital Computers. Also, a digital computer is an electronic computing machine that uses the binary digits (bits) 0 and 1 to represent all forms of information internally in digital form. However, hybrid computers have the best features of both analog and digital.

Digital Computers

Digital computers can be categorized as purpose wise and size-wise. In purpose wise, there are two types. The first one is general-purpose computers and the other one special-purpose computers. Likewise, computers can classify according to sizes, speed, and memory capacity. Computers are different types of Super Computers, Mainframe Computers, Mini Computers, Micro/Personal Computers. Today we are using the desktop, laptop, tablet pc, or handheld pc which falls under microcomputers. They use different input devices such as the keyboard, mouse joysticks, and speakers and also use different storage devices namely hard disk, floppy disk, CD, etc. As well as a visual display screen (monitor), speakers and/or a printer is used to get the output.

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Everything about Hard Disk Drive HDD
ComparisonsComputer hardwareStorage Devices

Everything about Hard Disk Drive HDD

by Bhagya
written by Bhagya

A few years earlier we all used mechanical hard drives to store our data in computers.  The first HDD was invented in 1956 by IBM replacing the huge and costly magnetic tapes and punch cards. In 1991 SunDisk company introduced the first commercial SSD (Solid-state drive) to the market. Both storage devices have cons and pros. Solid-state drives are expensive, fast, and durable while the hard disk drives are inexpensive, comparatively slow, and less durable.  Most computer users use a combination of HDD and SSD on their computers to maintain a super fast speed at a low cost. HDD uses magnetic materials to store digital data. But, SSD uses electric pulses to store data.

In this article you can learn everything about HDD and SSD and get a proper knowledge on which one to choose or which combination to use.

What is an HDD

A hard disk drive is an electro-mechanical data storage device. HDD store data on rapidly rotating platters with the magnetic material coat. Digital data is actually stored as different magnetic levels which can be read by the read-write laser header of the hard disk drive.

Modern Hard disk specifications

Consumer hard disks generally operate in the 5400 RPM to 10,000 RPM speed range. Fastest hard disks available in the market have an RPM of 15,000. But, these high-speed hard disks are generally used in applications which require a very high data speed such as server machines and online clouds.  After the evolutionary solid-state drives were introduced these high-speed hard disk drives are no longer required to achieve those high data speeds.

HDD Speeds

This RPM or round per minute indicates how many rounds your hard disk’s plotter can rotate in one minute. Faster the RPM faster your data speed is.

7200 RPM is the most common plotter speed used in desktop computers. These HDD’s have a read-write speed of 80-160 Megabytes per second.  Laptop hard disks are smaller in size comparing to a desktop HDD. (Not the capacity) So, the typical RPM of a laptop hard disk is 5,400 RPM. According to the famous HDD manufacturer Seagate, the 7,200 RPM HDD is 33% faster than a 5,400 RPM HDD.

Hard drives or HDD are cheap and the cost per storage unit is much cheaper than SSDs.

A solid-state Drive

HDD capacities

A few years earlier we just had HDDs with gigabyte capacities. But, today most HDD’s have a capacity above 1 terabyte. (which is 1000 Gigabytes) In 2019 the HDD with the highest capacity of 15 terabytes (15000 GB)  was introduced to the market.

Did you know? According to scientists the capacity of a human brain is somewhat around 10- 100 terabytes. A decade ago no one imagined that we could own a computer with a storage capacity equal to a human brain. We are living in the future.

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How to choose a processor which suits you?
AMDComputer hardwareHow toIntelProcessor

How to choose a processor which suits you?

by Bhagya
written by Bhagya

Like we have a brain to control all our body functions, computers also have a brain. The brain of a computer is called the “Processor”. With the name processor, you will always hear another word – The core. A core is the single processing unit inside a processor. At a single time, a core can only handle a single task. So, the more cores you have of course the more work you can do at a time.

Clock speed is another important fact which affects the power and the speed of a computer processor. The number of cycles a processor can execute per second is defined as the clock speed of a processor. A cycle is actually a pulse synchronised by an oscillator.

The processor is the brain of a computer

How to choose a processor considering the number of cores

Earlier processors just had a single core. But, nowadays most processors at least have two core units. General use laptops usually have 2 core processors like Intel core i7 10710U and AMD’s Ryzen 5 3500U  with power-saving capabilities. These laptops are okay for general purposes but not good with multitasking.  But, special laptops like gaming laptops or workstations laptops usually have processors with a minimum of four cores. Most new desktop computer processors have four or more cores. So, if you have the question laptop or desktop go for a desktop if you want to do many tasks at once. But, if you want mobility plus multitasking capabilities go for a workstation or gaming laptop with quad core processor.

General multitasking

For general multitasking processes like video encoding, graphic designing, 3d modeling a processor with four to eight cores can perform very well. But, more demanding tasks like server management, artificial intelligence, and deep learning advanced processors with a very high number of processors are recommended.  The latest Intel’s Xenon series processors have up to 52 cores while the AMD’s epic processors have more than 128 cores in a single processor.

Integrated graphics

Some processors come with integrated graphics processing capabilities.  If you are not willing to buy a graphic processing unit (GPU) always choose a processor with internal graphics. Some processors like AMD ryzen G series processors have very good and high-end graphic processing abilities. Tyzen 5 3400g processor has a vega 11 graphic processing unit. This unit has equal performance as Nvidia GeForce GT 1030 GPU.

How clock speed affect processing power

Simply the more is better.  This means if you have a processor with a higher clock then it is faster. But, clock speed is NOT the only factor that affects the speed of a CPU. The clock speed of modern processors are measured in Gigahertz (GHz).

The ancestors of today’s processors like Intel 8080A (released in 1976)  just had a base clock speed of 5 MHz. (Megahertz) One Gigahertz is equal to thousand megahertz. So, can you imagine how slow the old processors were? We are actually living in the future. The first Intel Pentium processors just had a clock speed of 100 MHz. The first processor to reach a Gigahertz range clock speed was AMD’s Athlon which was released in the 2000s.

The modern processors like Intel Core i7-8086K (5 GHz) and AMD’s Ryzen 9 3950x (4.6 GHz) have mind-blowing base clock speeds comparing to the processors we had 10 years ago.

Add proper cooling methods before overclocking

Over clocking-ability

Overclocking is using a processor in higher clock speed than what is recommended by the manufacturer. For heavy tasks like gaming, video encoding, 3d modeling, AI, deep learning and machine learning computers need to have a higher clock speed to acquire a good processing efficiency.  So, the users can overclock the processor to acquire a high clock speed.

But, not all processors support overclocking.  All modern AMD processors like the AMD FX series, AMD  Ryzen Series, AMD Epyc Series, and AMD Threadripper series processors are unlocked and support overclocking. But, when it comes to the Intel series, only the K series processors are unlocked and capable of overclocking.

Overclocking warning

Overclocked processors consume a higher power than the recommended power. So, they generate more heat than a non overclocked processor. If you want to overclock your processor consider replacing the stock cooler with higher efficiency.  Consider buying a liquid cooler or a mineral oil dipped build to effectively remove the excessive heat generated from the CPU.

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Gaming on Mac ~ Is it worth buying mac book for gaming
ComparisonsComputer hardwareGaming

Gaming on Mac ~ Is it worth buying mac book for gaming

by Bhagya
written by Bhagya

Gaming on Mac wasn’t popular a few years ago. But with the Apple brands news outputs, Macs are moving into the forefront of the gaming platforms. When you are selecting a Mac device to run your games you must make sure the OS supports the game. Also, check whether the CPU is able to handle the requirements. Since most of the new Mac devices have great Primary memory and video memory along with great screen resolutions you will be able to run most of the games easily.

Best devices for Gaming on Mac

There are many new Macs in the market that you can successfully run games on. But we are going to focus on the three main devices that are best for Gaming on Mac.

16-inch MacBook Pro(2019) most popular device for Gaming on Mac

This device is considered by many gamers as the best gaming device from Apple. This device comes with a 9th generation Intel core i7 processor with clock speed up to 4.5GHz.  Also, the Mac comes with 16GB 2666MHz DDR4 RAM and a 512 GB secondary memory. Furthermore, the base video memory of the device is an AMD Radeon Pro 5300M with 4GB of GDDR6 graphic processor but you can upgrade it up to 8GB. Although this is a device on the cheaper side when it comes to Macs it still costs a lot of money to buy one. Also, the upgrades are also very expensive. But thanks to its 16-inch display, great hardware, and comparatively cheaper price this is the best device for Gaming on Mac.

13-inch MacBook Pro (2020)

Another popular Mac gaming device. The new 13-inch MacBook pros is a device that comes with many technical specifications that makes your gaming experience easy. Although the base level comes with a slower 8th Gen processor you can update it to a faster i5 processor. The secondary storage of the device is a 512GB SSD and the Mac also comes with a 16GB RAM.  But all the upgrades and the device itself cost a lot of money with upgrades alone costing $700 more than the base price. On the plus side, this is a device that is capable of running most of the games. Also, it has a great battery life along with great mobility.

MacBook Air (2020)

The new Macbook Air comes with a 10th-gen i3 processor with a boost of 3.2GHz. Also has a storage space of  256GB.  And an 8GB of LPDDR4X RAM. Since you get all these specs in the base level device and it’s a great and comparatively cheaper device for gaming. Also, the upgrades don’t cost as much as the Mac book pro. But the screen size of the Air isn’t great for gaming also the performance of the Air is slightly lower than an upgraded Macbook-pro. But thanks to its affordable price and the great base level specifications this is another good device for Gaming on Mac.

Since the new Mac device’s components are able to compete with the Windows platform the general idea of Mac, not being a good platform for gaming is going out of style. And in the future, we are likely to see the Mac platform grow in popularity for gaming.

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Nvidia vs AMD what is the best GPU in 2020?
AMDComparisonsComputer hardwareGamingGPUNvidia

Nvidia vs AMD what is the best GPU in 2020?

by Bhagya
written by Bhagya

The debate between which GPU is best has been around for a long time. And, two of the main names in this debate are the Nvidia GPU and the AMD GPU. Both of these cards have their specialties but let’s try to find out what is the best among the two in 2020.

Price and Performance

It’s hard to make compare two models that have a different price tag for performance. Therefore we should look at the value ranges of the GPU and compare their performance.

Budget GPUs

When you look at the budget models the Nvidia has a better yield. The Nvidia models that come at a cheap price are the GTX 1650 at $159 and GTX 1660 at $229. And, the AMD models are the RX 5500 XT series where the RX 5500 XT 4GB comes at $169 while the 8GB cost $199. The problem with the AMD cheap models is that although the price range between them and Nvidia is close the performance isn’t. The RX 5500 XT series is on par with the GTX 1650 which costs less than both AMD GPUs and is far inferior to the GTX.

Mid-range models

Unlike the budget models, the mid-range AMD GPUs put up a tough fight with Nvidia models. The AMD models at this range are RX 5600 XT at $279 and RX 5700 XT at $399. Unlike AMD, Nividia gives a wide range of models with different price tags to select from. With the GTX 1660 Ti at $279, the RTX 2060 at $349, RTX 2060 Super at $399 and the RTX 2070 Super at $499. When you compare the AMS’s RX 5600 XT it works better than Nvidia’s model at the same price. Also, it is on par with Nvidia’s RTX 2060 which costs $70 more. Also, the RX 5700 XT of AMD can outperform any mid-range GPU Nvidia puts out even though it cost about $100 less. So if you are looking for a GPU in the range of $250-$500 your best bet is to go with the AMD models.

High Range Models

When it comes to performance to price value the Nivida GPUs take the cake. They have better cooling systems, faster, and have better power efficiency. The High-end Nvidia models are the RTX 2080 Ti at $1,199.00 and the RTX 2080 Super at $699. The AMD brand still hasn’t put out any models that can hang with the high-end models the Nivida has. But they plan on coming out with the Big Navi which is their answer to high-end GPUs.

Power efficiency.

One of the main factors you have to look at when comparing these two GPUs is power consumption. Although AMD has come out with new methods to combat their high power consumption they are still behind Nvidia. The medium-range AMD GPUs have a power consumption comparable to high-end models of Nivida. So unless AMD comes out with better power efficiency GPU with Big Navi, Nvidia is a clear winner in this sector.

 Verdict

In conclusion, Nvidia has the better lower-end GPUs that are comparatively powerful and cheap. While AMD has the best medium-range GPUs in the market which are way cheaper than the Nvidia equivalents. The high-end market is all owned by Nvidia GPUs.

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