How will the future of PC Gaming be affected by PS5? (Part 2)

The appearance of the PS4 and Xbox One has not destroyed the previous generation game consoles.

It is not natural that many of Nvidia’s RTX series are suddenly outdated with all GTX 10-series hardware. Instead, there is a steady progression toward more complex and demanding games, driven by both PC and Console.

The appearance of the PS4 and Xbox One has not destroyed the previous generation game consoles

The information that Sony announced PS5 has stirred the gaming community, the keyword “PS5” becomes hotter than ever. But wait that everyone dreams of beating the box on their hands with the PS5, let’s see 7 reasons why gamers should choose PC instead of spending money on the upcoming PS5 to understand more.

It basically means continuous improvement

Sony revealed the PS5 hardware to let us know what Sony is bringing in 18 months or so. Nvidia has been developing more for over nine months now with its RTX cards, and we still only have a handful of games that use the technology.

But just as the PS3 and PS4 coexisted for a year or two of actively supported support, the arrival of the PS5 next year won’t mean the immediate end of the PS4 / PS4 Pro. That means there’s still hope for an add-on you don’t get on older Consoles. Like we are seeing in on PC right now.

If you want to look into the future of consoles, all you have to do is look at what has happened to PC games over the years.

PS5 will partly affect the future of PC gaming

Large SSD at an affordable price to replace the slow hard drive

The esoteric designs like the PS3’s Cell processor have been scrapped, replaced with the x86 CPU, and the Xbox One’s exciting 32 MB DDR3 + ESRAM design has been upgraded to Xbox One X’s 12GB GDDR5. Instead of becoming more and more specialized, console hardware was becoming more and more generic.

That is inevitable. It doesn’t just take resources to make hardware faster and better. Technology trends move toward best implementations, and PCs have repeatedly proven themselves to be the best place for hardware companies to experiment. In the end, gamers all benefit.


How will the future of PC Gaming be affected by PS5? (Part 1)

Competition is an inevitable part of life. With the appearance of PS5, PC Gaming will definitely have to race fiercely. In the end, the ones who benefit the most are the players. The current generation of gaming consoles are helping PC gaming “spring back”, and will the next generation PlayStation 5 help PC gaming to thrive?

Developers and publishers are interested in selling as many copies as possible, which means they’re targeting the mid-range PC market. And with consoles that have been around for five years or more, a lot of games have to be ‘in the water’ to ensure those generations of consoles can still run them. Or for some reason.

How many PC gamers are actually using modern hardware platforms? Based on survey hardware Steam can provide the fastest insight into general PC gaming hardware.

Based on a Steam survey, about half of current Steam computers have graphics cards that are either stronger or better than the GPU in PS4 at the age of five and 35% of Steam’s GPU is equal to or faster than the PS4 Pro. Additionally, 40% of the computers surveyed were running CPUs that clocked below 3GHz and 82% were either 2-core or 4-core processors.

In other words, if the consoles are not intended to play PC games, they are only part of the equation. Older and slower PCs are partly to blame, too, because they at least two-thirds of people have bought a new machine, with increasingly complex configurations. The good news is that the “mid-range PC” is also getting faster.

13 percent of all surveyed Steam PCs had a GPU that didn’t match the PS4 Pro’s, but obviously faster than it. By the time the PS5 came out, more than a quarter of gaming PCs were able to deliver similar performance. So what does PS5 really mean for PC gaming?


The history of industrial revolutions of the world (Part 3)

The fourth industrial revolution

In 2013, a new keyword “Industry 4.0” began to emerge from a German government report referring to this term to refer to high-tech strategy, computerization of manufacturing without the need of human involvement. This is called the digital revolution, through technologies such as the Internet of Things (IoT), artificial intelligence (AI), virtual reality (VR), virtual reality interaction (AR), social networks, cloud computing, mobile, big data analysis (SMAC)… to transform the entire real world into the digital world.

The fourth industrial revolution has had a strong impact on many fields, with the emergence of robots with artificial intelligence that have brought many applications in society. Thanks to AI technology, the more intelligent robots work, the ability to remember and learn immeasurably, while that ability in older people weakens.

In the field of Transportation, that unmanned vehicle system will develop thanks to the safety many times higher because there is no state of drunkenness, passing the red light, speeding over carelessly.

In August 2016, an American man using a Tesla self-driving car showed symptoms of chest pain. He promptly contacted his wife to call the hospital to notify the waiting doctor and then ordered the car to move to the hospital. Doctors gave emergency aid timely, saving this man.

In the field of health, the IBM Watson machine, nicknamed “The Doctor Who Knows”, can browse millions of medical records at the same time to provide doctors with evidence-based treatment options within few seconds thanks to its huge data aggregation capacity and powerful processing speed. This “knowledgeable doctor” also allows people to look up information about their health. Doctors only need to enter patient data to be analyzed, compare with the huge data available and give suggestions for the correct treatment.

In the field of Education, virtual reality technology will change the way of teaching and learning. Students can wear VR glasses and feel like sitting in a classroom listening to lectures, or immersive to witness simulated battles, see monuments, bring emotions and deep memories, help lessons learn more poignant.

Or when pilot training, students wear glasses and see the front is the cabin and learn to fly like a plane to practice to reduce risks during real flight. In the future, the number of virtual teachers may be much greater than the real teachers.

The fourth technological revolution promises to significantly develop in the near future.


The history of industrial revolutions of the world (Part 2)

The second industrial revolution

The second industrial revolution began in the late 19th century and lasted until the early 20th century. One of the remarkable features in the great industry is the mass production line – the principle of application of FWTaylor management (proposed in 1909, put into practice in 1913 – pioneer Ford).

Scientists have made great inventions on new production tools: computers, automatic machines and automatic machine systems, robots, automatic control systems. The inventors of this period also researched and created new materials such as polymers with high strength and heat resistance, widely used in life, and in industries.

During this time, new and endless sources of energy such as atomic energy, solar energy, wind energy, tidal energy, etc. were also found to replace the old ones.

Magical advances in transportation and communications such as giant supersonic aircraft, high-speed trains and other means of communication, radio broadcasting via artificial satellite systems, Magic achievements in the field of space conquest such as successfully launching the first artificial satellite of the earth, flying into space and setting foot on the moon are the achievements in the history of the Industrial Revolution. these two.

In addition, the green revolution in agriculture has made great progress in mechanization, irrigation, breeding methods, and pest control… helping many countries to overcome food shortage and hunger. prolonged.

The third industrial revolution

The third industrial revolution took place in the 1970s with the introduction of automated manufacturing based on computers, electronics and the Internet, creating a connected world.

The Third Industrial Revolution took place when advances in electronic infrastructure, computers and digitalization were triggered by the development of semiconductors, supercomputers (1960s), and computers. personal (1970s and 1980s) and the Internet (1990s).

By the end of the 20th century, this process was basically accomplished thanks to high-tech scientific achievements. Satellites, airplanes, computers, phones, Internet … are the technologies we now benefit from this revolution.

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The history of industrial revolutions of the world (Part 1)

Talking about the industrial revolution is about the great change that it brings about in economic, cultural, and social fields.

Looking back at history, people have experienced many great scientific and technological revolutions. Each revolution is characterized by a change in the nature of production and this change is caused by the breakthroughs of science and technology.

Let’s look back at the history of industrial revolutions in the world!

The first industrial revolution

The world’s first industrial revolution began in England in the late 18th and early 19th centuries, starting with the mechanization of the textile industry. At that time, the textile factories had to be located near the river to take advantage of the running water, which caused inconvenience in many aspects.

In 1784, James Watt, an experimental assistant at a university, invented the steam engine. Thanks to this invention, the textile factory can be placed anywhere. This invention is considered to be the beginning of the mechanization process. In 1785, Father Edmund Cartwright produced an important invention in the textile industry, the loom. This machine has increased weaving productivity up to 40 times.

During this period, the metallurgical industry also made great strides. In 1784, Henry Cort found a way to practice “puddling” iron. Although the method of Henry Cort has refined the quality of iron, it still does not meet the requirements of the durability of the machine. In 1885, Henry Bessemer invented a blast furnace capable of smelting liquid iron into steel, overcoming the disadvantages of the previous machine.

The advance of the transportation industry was marked by the introduction of the first steam locomotive in 1804. By 1829, the train speed had reached 14 mph. This success has exploded rail systems in Europe and the US. In 1807, Robert Fulton built a steamboat to replace oars or sails.