Since the beginning of gaming games had been running on the machines held by the user, no matter how inconveniently or with noticeable lack of quality. But recently there had been huge development in the cloud infrastructure because of the increase in internet speed and increase in computing power in general. It started with remote servers, then it came to more consumer related use cases like google docs which provides microsoft office like solution in the cloud which allows the convenience of accessing the files from anywhere.
But who would have thought this technology will one day be used to stream games directly from cloud in 4K high quality. That's exactly what google is doing with their new stadia project! Companies have tried at a very small scale in the past it was mostly experimental and Microsoft was in talks of starting one for xbox but with google better experience and investment in video streaming technologies and good relation with network operators around the world there is a good chance google will make it work! They have even given a release date, it is expected to be launched in 2019.
Ok so that was the geeky part! now let's talk about what's actually to be gained from it! Most of us, atleast in developing countries cannot afford to keep an up to date pc that is capable of running latest games. But with google stadia the power of the device will not matter as the game will be running in google's powerful servers and the live footage can be streamed to all devices including mobile phones and tablets.
This also enables us to share games quicker than ever because the user doesn't need to download the game they just have to click on the link and the live connection will start.
But the biggest problem is the latency because of the delays due to various factors and to minimize some of the latency google introduced their own controller which connects directly to the server using wifi which removes a part of the delay.
People are having different opinions about the project but, we can never know until we see it for ourselves.
Boeing's new plane (Boeing 737 max) has been involved in two major crashes 1. October 29, 2018: Lion Air Flight 610 2. March 10, 2019: Ethiopian Airlines Flight 302 MCAS System M - Maneuvering C - Characteristics A - Augmentation S - System Now let's get to the real reason of the crashes. The MCAS system was there to prevent the nose from rising too high and stalling the plane. But soon a major flaw was discovered in the system, event though the software was working perfectly fine the sensor wasn't reliable. There had been reports of pilots stating that the plane would nose down on it's own. The had no idea that it was because of the MCAS system because Boeing hadn't mentioned the MCAS system anywhere to support their statement which said that the upgrade was so simple that no extra training is required for the pilots. The suspected chain of events in the two crashes were that eithe...
EMFLUX ONE: The Future is Here Emflux One is way ahead of its time, since whenever any thought of electric vehicle comes in our mind its about electric scooters or rickshaws, its never been about a Sports Bike. So, welcome to the future with India's first electric super bike- The Emflux one. It's developed by a startup in Bangalore. Varun Mittal- CEO and Co-founder of Emflux, started a company 2.5 yrs ago Vinay Raj Somashekhar- Co-founder and chief designer at Emflux. Now Lets talk about its features: Power: 71 HP , Torque= 84 NM. Kerb Weight: 169 Kg. And for that weight, the availability of this amount of torque will definitely make it a way to go Super Bike. Acceleration: 0-100 Kmph in just 3 seconds making it faster than FERRARI 458. Top Speed: It has been designed to give an aggressive top speed of 200kmph. Comfort: Design may look like , it will have an aggressive accent but also making it comfortable since the rider...
ARM is an interesting company that doesn't manufacture CPUs but only design them then the designs are sold to other companies like apple which make minor or major modifications (like when they first introduced the A11 Bionic chip with major modification to the ARM design). ARM generally makes 32 and 64 bit RISC architecture CPUs. They are known for their significantly less power consumption making them suitable for portable devices. The reason for less power consumption is the RISC (which stands for Reduced Instruction Set Computer) architecture. It only has very few necessary instruction set which allows the cpu to be smaller. Compared to this Intel's x86 cpus are made of CISC(Complex Instruction Set Computer) architecture. This means that those cpus has a longer list of instructions they can execute but that also means a bigger cpu and more power consumption. Recently there has been a trend of replacing even servers with ARM cpus for it's power efficiency as data ...
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