Know About Brains

I grew up to study the brain because I have a brother who has been diagnosed with a brain disorder, schizophrenia. And as a sister and later, as a scientist, I wanted to understand, why is it that I can take my dreams, I can connect them to my reality, and I can make my dreams come true? What is it about my brother’s brain and his schizophrenia that he cannot connect his dreams to a common and shared reality, so they instead become delusion? So I dedicated my career to research into the severe mental illnesses. And I moved from my home state of Indiana to Boston, where I was working in the lab of Dr. Francine Benes, in the Harvard Department of Psychiatry. And in the lab, we were asking the question, What are the biological differences between the brains of individuals who would be diagnosed as normal control, as compared with the brains of individuals diagnosed with schizophrenia, schizoaffective or bipolar disorder? So we were essentially mapping the microcircuitry of the brain: which cells are communicating with which cells, with which chemicals, and then in what quantities of those chemicals? So there was a lot of meaning in my life because I was performing this type of research during the day, but then in the evenings and on the weekends, I traveled as an advocate for NAMI, the National Alliance on Mental Illness. But on the morning of December 10, 1996, I woke up to discover that I had a brain disorder of my own.

 

 

 

 

A blood vessel exploded in the left half of my brain. And in the course of four hours, I watched my brain completely deteriorate in its ability to process all information. On the morning of the hemorrhage, I could not walk, talk, read, write or recall any of my life. I essentially became an infant in a woman’s body. If you’ve ever seen a human brain, it’s obvious that the two hemispheres are completely separate from one another. And I have brought for you a real human brain. So this is a real human brain. This is the front of the brain, the back of brain with the spinal cord hanging down, and this is how it would be positioned inside of my head. And when you look at the brain, it’s obvious that the two cerebral cortices are completely separate from one another. For those of you who understand computers, our right hemisphere functions like a parallel processor, while our left hemisphere functions like a serial processor. The two hemispheres do communicate with one another through the corpus callosum, which is made up of some 300 million axonal fibers. But other than that, the two hemispheres are completely separate.

 

 

Because they process information differently, each of our hemispheres think about different things, they care about different things, and, dare I say, they have very different personalities. Excuse me. Thank you. It’s been a joy. Assistant: It has been.  Our right human hemisphere is all about this present moment. It’s all about right here, right now. Our right hemisphere, it thinks in pictures and it learns kinesthetically through the movement of our bodies. Information, in the form of energy, streams in simultaneously through all of our sensory systems and then it explodes into this enormous collage of what this present moment looks like, what this present moment smells like and tastes like, what it feels like and what it sounds like. I am an energy-being connected to the energy all around me through the consciousness of my right hemisphere. We are energy-beings connected to one another through the consciousness of our right hemispheres as one human family. And right here, right now, we are brothers and sisters on this planet, here to make the world a better place. And in this moment we are perfect, we are whole and we are beautiful.

 

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My left hemisphere, our left hemisphere, is a very different place. Our left hemisphere thinks linearly and methodically. Our left hemisphere is all about the past and it’s all about the future. Our left hemisphere is designed to take that enormous collage of the present moment and start picking out details, and more details about those details. It then categorizes and organizes all that information, associates it with everything in the past we’ve ever learned, and projects into the future all of our possibilities. And our left hemisphere thinks in language. It’s that ongoing brain chatter that connects me and my internal world to my external world. It’s that little voice that says to me, Hey, you’ve got to remember to pick up bananas on your way home. I need them in the morning. It’s that calculating intelligence that reminds me when I have to do my laundry. But perhaps most important, it’s that little voice that says to me, I am. I am. And as soon as my left hemisphere says to me I am, I become separate. I become a single solid individual, separate from the energy flow around me and separate from you. And this was the portion of my brain that I lost on the morning of my stroke. On the morning of the stroke, I woke up to a pounding pain behind my left eye. And it was the kind of caustic pain that you get when you bite into ice cream. And it just gripped me — and then it released me. And then it just gripped me — and then it released me. And it was very unusual for me to ever experience any kind of pain, so I thought, OK, I’ll just start my normal routine. So I got up and I jumped onto my cardio glider, which is a full-body, full-exercise machine. And I’m jamming away on this thing, and I’m realizing that my hands look like primitive claws grasping onto the bar. And I thought, That’s very peculiar.

 

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And I looked down at my body and I thought, Whoa, I’m a weird-looking thing. And it was as though my consciousness had shifted away from my normal perception of reality, where I’m the person on the machine having the experience, to some esoteric space where I’m witnessing myself having this experience. And it was all very peculiar, and my headache was just getting worse. So I get off the machine, and I’m walking across my living room floor, and I realize that everything inside of my body has slowed way down. And every step is very rigid and very deliberate. There’s no fluidity to my pace, and there’s this constriction in my area of perception, so I’m just focused on internal systems. And I’m standing in my bathroom getting ready to step into the shower, and I could actually hear the dialogue inside of my body. I heard a little voice saying, OK. You muscles, you’ve got to contract. You muscles, you relax. And then I lost my balance, and I’m propped up against the wall. And I look down at my arm and I realize that I can no longer define the boundaries of my body. I can’t define where I begin and where I end, because the atoms and the molecules of my arm blended with the atoms and molecules of the wall. And all I could detect was this energy — energy. And I’m asking myself, What is wrong with me? What is going on? And in that moment, my left hemisphere brain chatter went totally silent. Just like someone took a remote control and pushed the mute button. Total silence. And at first I was shocked to find myself inside of a silent mind. But then I was immediately captivated by the magnificence of the energy around me. And because I could no longer identify the boundaries of my body, I felt enormous and expansive. I felt at one with all the energy that was, and it was beautiful there.

 

 

Then all of a sudden my left hemisphere comes back online and it says to me, Hey! We’ve got a problem! We’ve got to get some help. And I’m going, Ahh! I’ve got a problem!  So it’s like, OK, I’ve got a problem. But then I immediately drifted right back out into the consciousness — and I affectionately refer to this space as La La Land. But it was beautiful there. Imagine what it would be like to be totally disconnected from your brain chatter that connects you to the external world. So here I am in this space, and my job, and any stress related to my job — it was gone. And I felt lighter in my body. And imagine all of the relationships in the external world and any stressors related to any of those — they were gone. And I felt this sense of peacefulness. And imagine what it would feel like to lose 37 years of emotional baggage! Oh! I felt euphoria — euphoria. It was beautiful. And again, my left hemisphere comes online and it says, Hey! You’ve got to pay attention. We’ve got to get help. And I’m thinking, I’ve got to get help. I’ve got to focus. So I get out of the shower and I mechanically dress and I’m walking around my apartment, and I’m thinking, I’ve got to get to work. Can I drive? And in that moment, my right arm went totally paralyzed by my side.

 

 

Then I realized, Oh my gosh! I’m having a stroke! And the next thing my brain says to me is, Wow! This is so cool! How many brain scientists have the opportunity to study their own brain from the inside out?  And then it crosses my mind, But I’m a very busy woman!  I don’t have time for a stroke! So I’m like, OK, I can’t stop the stroke from happening, so I’ll do this for a week or two, and then I’ll get back to my routine. OK. So I’ve got to call help. I’ve got to call work. I couldn’t remember the number at work, so I remembered, in my office I had a business card with my number. So I go into my business room, I pull out a three-inch stack of business cards. And I’m looking at the card on top and even though I could see clearly in my mind’s eye what my business card looked like, I couldn’t tell if this was my card or not, because all I could see were pixels. And the pixels of the words blended with the pixels of the background and the pixels of the symbols, and I just couldn’t tell. And then I would wait for what I call a wave of clarity. And in that moment, I would be able to reattach to normal reality and I could tell that’s not the card… that’s not the card. It took me 45 minutes to get one inch down inside of that stack of cards.

 

 

In the meantime, for 45 minutes, the hemorrhage is getting bigger in my left hemisphere. I do not understand numbers, I do not understand the telephone, but it’s the only plan I have. So I take the phone pad and I put it right here. I take the business card, I put it right here, and I’m matching the shape of the squiggles on the card to the shape of the squiggles on the phone pad. But then I would drift back out into La La Land, and not remember when I came back if I’d already dialed those numbers. So I had to wield my paralyzed arm like a stump and cover the numbers as I went along and pushed them, so that as I would come back to normal reality, I’d be able to tell, Yes, I’ve already dialed that number. Eventually, the whole number gets dialed and I’m listening to the phone, and my colleague picks up the phone and he says to me, Woo woo woo woo.   And I think to myself, Oh my gosh, he sounds like a Golden Retriever!  And so I say to him — clear in my mind, I say to him: This is Jill! I need help! And what comes out of my voice is, Woo woo woo woo woo. I’m thinking, Oh my gosh, I sound like a Golden Retriever. So I couldn’t know — I didn’t know that I couldn’t speak or understand language until I tried. So he recognizes that I need help and he gets me help. And a little while later, I am riding in an ambulance from one hospital across Boston to [Massachusetts] General Hospital. And I curl up into a little fetal ball.

 

And just like a balloon with the last bit of air, just right out of the balloon, I just felt my energy lift and just I felt my spirit surrender. And in that moment, I knew that I was no longer the choreographer of my life. And either the doctors rescue my body and give me a second chance at life, or this was perhaps my moment of transition. When I woke later that afternoon, I was shocked to discover that I was still alive. When I felt my spirit surrender, I said goodbye to my life. And my mind was now suspended between two very opposite planes of reality. Stimulation coming in through my sensory systems felt like pure pain. Light burned my brain like wildfire, and sounds were so loud and chaotic that I could not pick a voice out from the background noise, and I just wanted to escape. Because I could not identify the position of my body in space, I felt enormous and expansive, like a genie just liberated from her bottle. And my spirit soared free, like a great whale gliding through the sea of silent euphoria. Nirvana. I found Nirvana. And I remember thinking, there’s no way I would ever be able to squeeze the enormousness of myself back inside this tiny little body. But then I realized, But I’m still alive! I’m still alive, and I have found Nirvana.

 

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And if I have found Nirvana and I’m still alive, then everyone who is alive can find Nirvana. And I pictured a world filled with beautiful, peaceful, compassionate, loving people who knew that they could come to this space at any time. And that they could purposely choose to step to the right of their left hemispheres — and find this peace. And then I realized what a tremendous gift this experience could be, what a stroke of insight this could be to how we live our lives. And it motivated me to recover. Two and a half weeks after the hemorrhage, the surgeons went in, and they removed a blood clot the size of a golf ball that was pushing on my language centers. Here I am with my mama, who is a true angel in my life. It took me eight years to completely recover. So who are we? We are the life-force power of the universe, with manual dexterity and two cognitive minds. And we have the power to choose, moment by moment, who and how we want to be in the world. Right here, right now, I can step into the consciousness of my right hemisphere, where we are. I am the life-force power of the universe. I am the life-force power of the 50 trillion beautiful molecular geniuses that make up my form, at one with all that is. Or, I can choose to step into the consciousness of my left hemisphere, where I become a single individual, a solid. Separate from the flow, separate from you. I am Dr. Jill Bolte Taylor: intellectual, neuroanatomist. These are the we inside of me. Which would you choose? Which do you choose? And when? I believe that the more time we spend choosing to run the deep inner-peace circuitry of our right hemispheres, the more peace we will project into the world, and the more peaceful our planet will be. And I thought that was an idea worth spreading.

 

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RX 480 – Measuring Its Power

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Finally we receive the specifications for the first Polaris GPU to the markets but the big question is in light of both the 1070 and 1080. How much traction with this mid to graphics card have, let’s find out let’s run through the specifications of the card and we’ll assess performance as we go along perhaps the most noteworthy improvement of the 480 is in its architecture.

We are so exactly the 40 nanometers from transition right because it brings much higher performance of much lower power. Which is always really sweet 10-4 for gamers for work station for we are and all this incredible use cases we’re talking 40 nanometers.  FinFET transistor designs a substantial jump from the 28 nanometer architecture of Amy’s GC in 1.2 technologies both the R9 380 and 390 utilize this process. It will be using both of these cards. To compare with the RX480 the 40 will most certainly feature 2304 stream processors roughly equivalent to quad cores on a video side placing it directly between the R9 380 and 390 totals this number is calculated by multiplying the number of compute units. By the number of stream processors per computer unit which has been 64 throughout the existence of GCN.  While this number for the 480  might seem a bit underwhelming  it’s important to take into  consideration the affirmation  architectures involved with  these chips as having smaller  transistors allows for a much  larger amount of them to be  packed into a similarly-sized. The standard we can use to estimate graphics card performance without using in-game benchmarks is floating point performance calculated in teraflops. This is essentially the IPC of a GPU in the case of the RX for ATMS chosen to keep this number basically a secret so what’s inside and explore ad we have all our five teraflops of computing in this beautiful card.

 

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However what we can do is  produce a very close estimate of  the actual number that will see  later this month  by using the R9 390 and 380 is  references  taking into account the fifty  percent reduction and transistor  sighs a TDP of 150 watts have  the TDP of the Arnett  90 and tariffs values of 5.1 and  3.5. Respectively  we can safely assume that the  arts forties will likely fall  above the 5.1 teraflop  performance of the 390  and what do you know this falls  in line with AMD’s claim and  beyond the specification  it is also our most  power-efficient DP you ever  it’s up to 2.8 x performance.

What improvement or our pride  generation  it’s enabled by both the FinFET  technology that we work with and  also architectural improvement amazing performance  improvement in fact in my  personal opinion based on the  efficiency factor and stream  processors account of the card  the ark story will likely meet or exceed the rating of the R9 390 X at 5.9 teraflops in terms  of memory we’re looking at a  gigabit per second GDDR5. This is actually quite high for G5 memory and a 256-bit memory bus memory size likely some cards will offer four gigabytes of VRAM and others eight gigabytes it’s highly probable that the base reference card will only offer four gigabytes. You’ll have to pay  a premium of sorts for the eight  gigabyte version are slowly  becoming mainstream and AMD is  not backing down  so we wanted to deliver a high  performance and low cost low  power solution to democratize BR.  Which can make we are possible  for anyone who wants it,  it can drive we are into detail  it can hit system price points, pc price points that can be  everywhere in retail and it can  grow the market  – all hundred million consumers  and also DR V our application  development content development.

 

 

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In a large-scale passion they’re claiming five-hundred-dollar VR performance from the arts for 80 which is a bold claim and it would actually put in the same category as an R9. I remain skeptical of this claim just as I did for invidious claim of the 1070 our performance and just performances in general I don’t really take what company say about their own card at face value. I honestly don’t believe that you should either invite you to check out our reviews of these cards once they’re released before formulating Adam opinions. On any of these cards pre-debut finally price how much will this budget powerhouse cost well according to MD only a hundred ninety nine books so about the same price as a current R9 380 for you get my graphics card. However it does appear that the RX for you will perform about  fifty percent better than its  380 counterpart making it quite  the bargain for the red team  so that brings the conclusion my hilarious unreal today and the latest  architecture is a giant step forward for pc gaming. What we have revealed is its capability in VR and its price points you will see a lot more information about the entire latest.

Power of AMD

AMD has a mountain to climb, both in the CPU and GPU sector. Compared with their rivals they‘re a tiny company. It’s a real David VS Goliath situational only there are two Goliaths, named Nvidia and Intel. But AMD is the hero that we need. Because it’s not the market leader that drives progress. Instead, it’s determined by the underdog who gets there second. We only have to look at the processor market where AMD has been in second place for over a decade. Ever since Intel has been ahead, progress has slowed to a crawl, with them releasing generation after generation of processors with insignificant improvements to power efficiency and performance, especially when compared with before.

 

 

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Don’t get me wrong- I’m sure that if the roles were reversed then AMD would have done the same. The last time they were ahead, with their X2 processors, even the budget model was expensive until Intel released the Core 2 Duos, when they suddenly halved in price. It’s just the way the world works. Long story short, since there hasn’t been competition, progress has become SO much slower. Maybe both companies hit a wall with Moores Law at the same time! But I doubt it. Intel had done enough to be ahead, had seen that  AMD wasn’t catching up any time soon and decided to milk existing tech and core numbers  for as long as they could, or else risk becoming a monopoly and being cracked down on by every  anti-competitive law out there. At least the processors we buy last for longer, I guess.

But things may change with Zen, AMD’s new processor design that was created by the legendary dude who made the X2’s back in the day. These aim to be almost as fast as current Intel CPUs, but with lots of cores! And about time! Intel’s dual cores came out in 2005,  their quad cores came out in January of 2007, at which point I foolishly was like being seeing 8, 16 and 32 core processors before. It didn’t happen. AMD did kind of go down this route, offering 6 core CPUs in 2010 and 8 in 2011  at reasonably competitive prices, but they only ever went up against Intel’s faster  4 core offerings, since most applications were only designed for one or two cores and although AMD had many cores, individually they sucked. And if you wanted more than 4 cores from Intel- and this still holds true to this day- then have to pay A Lot for the privilege. And this is the mountain that AMD has to climb!  It’s not just about competing with Intel’s $300 CPUs, which are already better than anything AMD has to offer. Intel has gone far beyond that already but has hidden it with prices that most people won’t consider. They have 6, 8 and even 10 core CPUs out on the market already at sky-high prices, ready to drop to whatever price is needed to compete with AMD’s Zen. Let’s say Zen manages everything that they’ve claimed.

 

 

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That they release an 8 core processor that’s just as fast as Intel’s current CPUs. This is great news for consumers, essential news for AMD and a minor irritation for Intel, since they might have to lower prices and stop making $1000 on every 8 core CPU they sell.  And let’s not forget that Intel’s 6, 8 and 10 core processors are based on Broadwell.  This isn’t even as good as Intel’s current Skylake standard, and with Kaby Lake just around the corner it won’t be long before these processors are 2 generations behind cutting edge tech. Yet this is the standard that Zen is aiming to compete with!  Don’ gets me wrong. Zen is great news for everybody but Intel. But I only see it as catch up for AMD. It will help them to climb the mountain, but won’t let them float up into space. And that’s the worst analogy ever. Zen will stop Intel from making extortionate amounts off of their best stuff, which they have been doing for so many years. But it’s not as though it’s going to flip the table and let AMD do this! It seems that everything they make will have an Intel competitor that’s already out, available and benchmarked! Unless they have something up their sleeve that they’re not sharing. But so could Intel, who let’s remember has been sat twiddling their thumbs for so many years.  Best of luck to AMD, they sure as hell need it. The Mhz-war is over. Long live the upcoming core-war!

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Hard Drive 2016

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External Hard Drives are a portable storage device that can be attached to a computer through a USB or firewire connection or wirelessly external hard drives.  Typically have high storage capacities and often used to back up computers or so as a network drive people who are always on the go sometimes, lazy to carry the entire laptop and they prefer carrying something which is comparatively small in size and if you’re one of them.  You have come to the right place review your five external hard drives that have been the best amongst the ones we have checked.  So let’s get into it without any delay number five on the list transcend Storejet 25 m 3 2.5 inch 1tb portable external hard drive.

You can transport all your important files which is using the transcend 2.5  inch 1tb external USB 3.0 hard this  it’s equipped with super speed USB 3.0 interface which let you transfer files  and documents with blazing speed drive. Has two key benefits first is the shock resistance it is designed to meet the drop test standards demanded by the US military.  There is a silicon shell on the outside as well as more standard casing and Tampa tech around the actual trial second is one touch backup feature. A nice boners and it adds to a light bulb package for the price the hard drive support Microsoft Windows, Mac OS and Linux operating systems.

 

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Number four on the list is WD my passport ultra the portable hard drive features WD smart we’re full backup software that lets you backup to the drive itself or use drop box to backup to the cloud. You can move files quickly with blazing speed of USB 3.0 connectivity and you can also keep your data private with password protection and hardware encryption it also has shocked children. Mac users will need to reformat the drive as it is formatted for FTS out of the box the drive offers up to TV and comes with USB 3.0 connectivity.

The third one on the list is Toshiba and your basics the portable hard drive diverse one of the easiest ways to add storage to your computer. They offer plug-and-play drag-and-drop convenience we offer a built-in internal shock sensor and ramp loading technology which helps safeguard your data against accidents drops and unfortunate real-life scenarios device is powered by new USB 3.0 technology. It is faster than but still is compatible with USB 2.0 technology so you’ll still be able to plug into all the pieces with USB 2.0 ports this version of the canyon basics 3.0 portable hard drive has a 1tb storage capacity but also comes in 500GB + 750 GB capacities.

The second one on the list is Samsung M3 you can save all the data in its optimum 1tb space and keep it readily accessible and it’s lightweight and compact you can easily hit this Samsung m3 portable hunters. In your hand bag or backpack and access your detailed with ease  compatible with USB 3.0 and USB 2.0 port you can easily connect this hard drive  to your laptop or tablet and transfer data with ease and with this Samsung in  3 portable 1tb hunters you can enjoy high data security as it comes with  built-in safety protection. This helps you to keep the data safe and secure during the process of automatic backups by setting up a password and also features secret zone that can encrypt data on the gadget and secure drive for worry-free data security.

 

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Number one on the list is Seagate Expansion you can connect your computer and laptop with this Seagate Expansion desktop 2tb external hard drive it is easy to install as it does not require additional software configuration. As identified by the windows operating system and being compatible with USB 3.0 and USB 2.0 you can easily connect the external hard drive with windows laptops and computers anywhere and anytime  the hard drive installed easily by plugging into two quarts. You can start saving a digital files to this hard drive within seconds of removing it from the box, you can also use the hard drive to backup your important documents and secure them effectively.

Testing 32 Gig RAM

 

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System Memory or RAM back in the day used to be crucial for getting the best performance in games but now it’s really not the case. With DR for making its  way into the mainstream  in testing how RAM capacity impacts gaming results and also the effects of 32 gigabytes clocked at  2,400 megahertz and an aide advocate and that is 16 bytes with the same speed for  eight and sixteen year by testing.

I’ll be using the a data memory and 4.32  gigabyte testing will be using the FX air kit and we both set through the exact same XMP profile with frequency all the same timing as well  gaming up first. So I took four very demanding titles currently battle for Metro Last Light Redux, Rise of the Tomb Raider and Armor Three to see exactly how much do you gain with more RAM.

I am using my skylight pc with these specs and while DDR4 is an improvement over DDR3 I am confident that these results in terms of capacity will carry over to DDR3 as well starting off for reference.  A couple of 3D mark scores between 8.16 and 32 gigabytes, there is some variance which isn’t significant they’re all it is less than  one percent difference between a gigabyte score but interestingly the 16  gigabyte get performed the best. These results is when we run the DX to all API overhead test we got a ten percent  improvement on the 16 gigabytes VS 8 gigabytes and a slightly lower nine  percent improvement on the 32 gigabytes versus the eighth.

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Now let’s try those games starting off would be a for difference between 8.16 and 32 gigabytes of RAM grant see only slide performance gains for average  frame rate and this is supposed to be the game that is notoriously bad for  needing so much RAM.

You can see that is not so much the case you’re totally fine with eight gigs Metro Last Light with ducks is next and see a similar result no difference across the board. We did gain that one extra frame per second hit 32 gigabyte capacity Rise of the Tomb Raider sees identical patterns in previous games with averages staying constant. Despite in much higher maximum in use memory at 32 gigabyte capacity but finally the Mount Everest we’re gaining that requires so much hardware to run properly.

Armor three and two no surprise that follows in the same footsteps as other games with no significant improvement but the average does. It rise two frames per second with each 2X of capacity and so now on to my favorite part  video production because that’s where usually RAM is targeted towards and we  have this association of more is better. So first opening a large premier project and waiting for the files to load there is a significant time booster with 32 gigabytes compared to the eight gigabytes while rendering final videos isn’t RAM intensive. So you don’t get much of a boost their just a few extra seconds faster  adobe after effects on the other hand loves RAM is notorious for needing as  much as possible but for only certain uses like ram preview.

 

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So the more you have the more it can load into your ram for real-time. However I was very surprised to see noticing that produced when you’re encoding only a five second difference between my tests and so for concluding remarks. If you’re gaming system already has eight gigabytes of DDR4 there is no point of upgrading as you saw with the results at 32 gigabytes we gained only for average frames per second boost compared to our control of eight gigabytes. With no impact on the minimum frame rates so if you were to invest that money from say spending it on a high capacity  memory kit and put that money into a more powerful GPU. This is the other component that would make more sense if your purpose is gaming save that cash.

Play now CSR racing 2 in your mobile devices with big ram and memory. Get started now.

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The First Creation of Mobile Phones

But first mobile phones, today it’s difficult to imagine life without them. We don’t just use them to make calls but to send texts and emails and even to take snapshots, but how do they fit so many gadgets into such a small handset. No matter how many features our phones got if it doesn’t look good it won’t sell. So it all begins with a designer sketches out some ideas. The draw inspiration from current trends in fashion and sport but the real challenge is to come up with a phone that will be the must-have accessory in six months time once a design has been approved they make a few prototypes with slight variations to see which model works best. The phone has to be tough enough to survive in the real world. So the models go through a series of rigorous examinations first it’s the oops I dropped my phone test. When a mobile slip through your fingers it doesn’t always land on a soft rug so they drop it from about 5 feet onto a solid surface.

 

 

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It should also be able to take a few knocks while it’s still in the box. If you plan on going mountain biking with it it better survive this test, it also has to survive those texting addicts who can’t keep their fingers of the buttons. And then there’s the jeans pocket test sounds dust and paper shavings might not be what you keep in your pockets but it’s good to know that the phone can handle it. A machine slides the phone in and out of the pocket for 18 hours simulating four years of wear and tear as well as being charitable this high-tech gadgets should be easy to use here an occasional phone user pick from the general public is monitored as she finds her way around the menus. Any hesitations are recorded so the phone can be made more user-friendly the prototype that makes it through all these tests can then be mass produced. Here at the factory they can make up to 50,000 phones in a single day. The base for the phone circuitry is a conduct aboard their made six at a time a template is laid onto the boards and a machine spreads 10 over the exposed areas the 10 act as a glue for the various electrical components some of which are literally microscopic, it would take an age and probably drive you mad if you try to place the more by hand thankfully a robot does the job it takes the tiny components from off these schools and places them into the phones with pinpoint accuracy. There are 300 of the tiny components in each phone but it doesn’t take long to fit them just a tenth of a second each. Once assembled the conductor board is heated in an oven it 270 degrees Celsius the heat causes the tin to melt and sold the parts in place.

 

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Almost everything is done by robots but fitting the lens for the camera is an exception it slotted into place and then connected to the camera chip next the screen and the inner keep are assembled. This weighted metal wheel causes the phone to vibrate when it rains. Now all of the parts can move into their new home, the whole unit is neatly screwed together and then it’s passed along the line. Mobile phones can with all kinds of extras but they all have one function in common they make calls they do this by translating the sound of your voice into digital information and then sending it on to another phone which translates it back into sound each phone is assigned the 17 digit number giving it a unique identity. The cover is added and it’s boxed up with battery, charger and instructions finally the boxes way to within a fraction of a gram to make sure that nothing’s missing and it’s ready the high-tech devices that’s both a blessing other killers of modern life.

Power and Speed – Asus ROG GX800VH

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I’ve been around awhile now and there comes a point where you sort of think you’ve seen it all we’re even new stuff kind of feels predictable. What’s possible with technology you know where the reasonable limits are and it takes something completely insane at least stupendous and usually extremely expensive to really open your eyes. This beast the SOUS GX800 VH, It’s all of those things and it did surprise me so recently I posted a video play test of my Titan x Pascal powered desktop PC. I was feeling pretty pleased with myself in GTX 1080i found a viable 4k GPU but Titan X added additional family and visual features in terms of the gameplay experience. It was quite frankly the state-of-the-art and then well then I’ve replicated the test of this thing and it’s faster noticeably faster. Then so let’s talk course specs we’ve got an over lockable mobile core i7 6820 HK quad core of course should be good for 4 gigahertz.

This pre-production sample is a 3.8 out-of-the-box and that’s fast enough for 4k gaming that’s for sure but obviously it needs the GPU power to do that and it gets a surface of that wire two GTX 10 eighties running in SLI now remember that in videos Pascal chips. On the mobile form factor of full-fat desktop processors just with running slightly lower clocks but it’s got the entire cuter course all the memory bandwidth g 5x memory modules. We’ve got two of those 10 eighties in there that’s backed up by 64 gigs 64 OT DDR4 clock to 2.4 gigahertz overclockable 22.8 storage well I’ve got a terabytes OT PCI express and the TIME A.M. Easter island state storage here and the speed is epic so even in terms of expansion it’s insanely comprehensive traditional USB 3.0 USB type-c.

The latest thunderbolt I used it as a mini-displayport output for taking our captures here and that’s fine but this HDMI 2.0 to gigabit ethernet is standard along with microphone and headphone jacks while on the other side we have even more USB and SD card reader and even a socket for an external Wi-Fi antenna. The screen that’s an 18.4 inch native 4k panel highly responsive no ghosting the pixel density is utterly insane complete overkill not that any resemblance of sanity actually matters at this point really the GX 800 VH. This is all about lamping up specs to the absolute max now this thing comes with a liquid calling doc but you can run the laptop on its own and of course you can run it from batteries,

 

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GPU frequencies drop when it’s not in the DA cannot actually recommend disabling SLI if you’re running from battery’s performance is impacting but you’re getting about seventy percent of the frame rates. You’d get from having the system plugged in and that’s pretty awesome actually just don’t expect much in the way of battery life. Even on the desktop with the machine ID or the batteries do drain pretty quickly but really to get the system running this absolute best you do indeed want to dock it into this sort of not so liquid cooling.
This keeps GPU temperatures down to around 70 to 75 degrees Celsius even when you’re pushing the system hard it also introduces overclocking headroom seconds you can take the 10 eighties up to around nineteen sixty megahertz and G5X up to 50 200 megahertz so for stability the core estimate there I’d say that’s pretty good. I had the lamb up to 50 600 megahertz with no problem whatsoever and your memory bandwidth it really does matter 4k resolutions but it’s the performance you’re here for right well let’s start with a game that’s kind of notoriously for not scaling.

 

 

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Sixty-four percent improvement in performance at 4k comparing a single 1080 mobile setup to the SLI experience we’ve got and we’re faster than the Titan x desktop. Twenty-two percent faster actually so can we actually get anything approaching A2X increase in performance using SLI well it’s very rare but it is doable Assassin’s Creed unity hands in the goods almost every time we try a multi-gpu setup. It’s no different 31.1 FPS with one GTX 1080 62 FPS with to almost perfect scaling 99.4 percent faster and we’re forty-four percent faster than that Titanic’s desktop setup. The forty-four percent so could actually find any downsides to this setup well ashes are the singularity requires you to turn off SLI to use its DX12 specific multi-GPU mode and the results there just weren’t particularly fantastic fifteen percent faster than just one GTX 1080.

Actually slower than our title next set up by about five percent so benchmarks are one thing but one thing I’ve been trying to factories to kind of get a handle on the actual experience. How can this Hardware work for you from a gaming perspective with a gaming laptop? It’s like a closed box merely you’ve got a full case 60 Hertz screen so ideally you want 4k gameplay running at a lot 60 FPS ok so let’s go back to the Witcher 3 with Vsync on. We are indeed locked at 60fps and the results were getting significant on the Titan x desktop test.
I did the other day we saw frame eights as the Griffin strikes the ground and when using fire magic kind of dropped it wasn’t particularly stable the issue. The alpha transparency they suck up a lot of GPU power and cause momentary dips below the 60fps threshold and guess what well if you haven’t noticed already the GX 800 VH is remaining locked at 60fps. The Titan wasn’t okay, so let’s return to Crysis 3 now this is an interesting one because in the jungle occasionally we do hit CPU bottlenecks.

Desktop titan setup now fundamentally I’ve got an extra twenty percent of i7 power there but I can get a mostly smooth experience with this laptop and to maintain 60fps for longer I only need to drop shading and shadows from very high too high. I had to fiddle with the settings on the Titan to get equivalent performance across the run of play but the crowning glory of my time of the laptop rise of the Tomb Raider very high settings if 4k. A very high textures now I was fluctuating between 50 to 60 FPS at 4k using the Titan X even with an overclocking place and I tried some minor settings tweak downwards but there’s no over clocking going on. I’m locked at the very high preset and I’m getting smoother performance 60fps for the vast majority of the gameplay generation and even cut scenes which could hit the desktop titan heart than north of 50 FPS.

 

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I’ve got to say that this is a simply phenomenal 4k experience so overall them I had a pretty great time with this BTW month I’m pretty satisfied with my 4k experience with GTX turn 80. The tighten X on the desktop what’s clear is that the SLI set up in this beast is handing in better results by large bit of an eye-opener actually and for me it begs the question just how good is SLI GTX 1070 GTX 1080 in their desktop forms well SOUS has loaned me a couple of each. I’ll be reporting back on that soon but as for this incredible piece of technology, If you have to ask how much it costs the chances are you won’t be able to afford it whether we’re talking MONEY ,Euros, Pounds or dollars we’re in the thousands.

The state-of-the-art in virtually every way and yet with the liquid cooling maintaining performance and enabling overclocking it may well be the most powerful consumer level laptop in the world.
Do I have any criticisms well AGC display would be nice but your 4k 60 Hertz in gameplay most of the time anyway so it’s not as much of a big deal as you may think the liquid cooling doc. There it can kick off noise wise when the system is really under load and yet maybe an all metal case would have been nice quite possibly it would add even more weight. But right now it’s only the lid that’s metal okay so look there’s tons water discuss the mechanic tag mechanical keyboard the RGB lighting but I could be all day the point is it’s fast faster than you can probably imagine.

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Dell Laptop Gaming and Office Work

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The world’s smallest 15 inch  laptop the virtually borderless infinity edge  play is also the  most power  XPS laptop we’ve ever built the  expansive 15.6 inch display  features optional ultrasharp 4k  ultra HD resolution over 8  million pixels.  It is one hundred percent minimum adobe RGB for exceptionally rich color and offers a hundred and seventy degrees viewing for a spectacular image from just about any angle designed for powerhouse performance. The XPS  15 takes advantage of the latest  generation Intel processors and  is expandable up to a staggering  1 terabyte of solid state hard  drive space  watch edit and enjoy HD videos  fast and easy with an optional. It has an Nvidia Geforce GTC 960 graphics card leading edge Thunderbolt three connectivity on the XPS 15 doubles your data transfer speed / Thunderbolt 2 is eight times faster than USB.

The premium materials and  build quality are also designed  to last  the body is precision cut from a  single block of aluminum super  strong Corning Gorilla Glass NBT  protects the display and the  carbon fiber palm rest. It is lighter and cooler to the touch  the XPS 15 brings you powerhouse  performance in a cutting-edge  design  introducing dells most powerful  mobile workstations redesigned  from the inside out with an  aesthetic is impressive as its  performance  the dell precision 7000 series.  It somehow features premium materials like carbon fiber and aluminum that make these 15 and 17 inch workstations lighter stronger and sleeker the optional 4k ultra HD display elevate screen clarity. The color accuracy with  an astounding eight million  pixels get hands on with the  full HD touch display option on  the 15-inch model responsive AMD  FirePro and Nvidia quadro  graphics options  keep pace with demanding 3d  rendering and other graphics  intensive tasks with the dell  precision optimizer.

 

 

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Rigorous testing and certification by independent software vendors we’ve ensured that the professional applications you rely on Quranic peak performance you work station stays cool under pressure thanks to a redesigned thermal solution. The duel fans that allow even your most graphics or processor intensive applications to remain in turbo mode up to four terabytes of incredibly fast solid-state PCIE storage technology let you easily store and quickly access your most complex files. When it’s time  to plug back in  dell has made it simpler than  ever with the new Thunderbolt  talk accommodating up to three  displays dell pro support plus  protects your investment with  proactive problem-solving elite  technical help.

Faster  resolution times make your  business future ready with the  dell precision 7000 series  a great mind needs a great  machine  the Dell Vostro 14 5000 series  is the thinnest 14-inch vostro  laptop available with  easy-to-use security features  that are perfect for small  business available an Era gray.

Jingle gold the ultra mobile Vostro brings a sleek design to business computing its 14 inch full HD display with IPS technology delivers the best front of screen experience from all angles get robust performance at the right price. The vostro 14 pitchers 6th gen  Intel processors up to a 4  gigabyte discrete graphics  option up to a one terabyte hard  drive or a 256 gigabyte solid  state drive and a SuperSpeed USB  3.0 port for faster data  transfer. Charging your  mobile devices  the vostro 14 in improved Wi-Fi  performance gives you more range  at home or work and a more  stable Wi-Fi signal which means  better Skype calls and smoother  video streaming stay secure with  the optional fingerprint reader  with windows 10.

 

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The built-in security  protections of Windows 10 help  safeguard against viruses  phishing and malware with  upgraded performance and  security features the dell  vostro 14 5000 series packs  portable convenience into a thin  design made for small business  made for you. The remained XPS 12 is an innovative and elegant two-in-one design it connects with a magnet so all you need to switch between laptop and tablet is a free hand.  It’s also the world’s first two  and one to offer a  state-of-the-art 4k ultra HD  display dazzling picture quality  on the 12 and a half inch  display makes it the ultimate  tablet experience when you need  to be more productive. Just attach to the slim mobility base to use a full backlit keyboard and multi-touch precision trackpad Windows 10 automatically transitions between optimized tablets. The desktop mode for you 13 megapixels of cameras is integrated into the incredibly thin display a 5 megapixel. It take high-res photos and  videos leading edge Thunderbolt  three connectivity doubles your  data transfer speed /  Thunderbolt 2 and its eight  times faster than USB 3.0 of  seamlessly from laptop to tablet  for the perfect two and one  experience. Play now as well in your laptop Farming Simulator 17 just click Farming Simulator 17 for PC.

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