2:02
Intel tests chip design with 80-core processor
Intel tests chip design with 80-core processor
Following their march from standard processors to dual-core and quad-core designs in 2006, Intel Corp. researchers have built an 80-core chip that performs more than a trillion floating-point operations per second (TFLOPS) while using less electricity than a modern desktop PC chip. First described by Intel executives at a September trade show, the chip fits 80 cores onto a 275-square-millimeter, fingernail-size chip and draws only 62 watts of power -- less than many modern desktop chips.
7:23
Moneyvlog (New Laptop, Fluffy Kitties, and Selling Out)
Moneyvlog (New Laptop, Fluffy Kitties, and Selling Out)
Day 392 January 27, 2012 --- VOTE FOR CAITLIN FOR CANADA'S GOT TALENT! www.youtube.com --- ApprenticeA Productions www.twitter.com www.facebook.com www.ApprenticeA.tumblr.com http ApprenticeEh Daily Vlogs www.twitter.com www.facebook.com www.ApprenticeEh.tumblr.com...
4:13
intel next generation Ivy Bridge processors overview
intel next generation Ivy Bridge processors overview
I talk about the intel next generation architecture Ivy Bridge that is based on 22 nn and what these new Ivy bridge based chip that is scheduled to launch in mid 2012 and what improvements they offer over the current sandy bridge based processors. www.tech2buzz.com
7:01
Rotochopper CP-118 Wood Chip Processor
Rotochopper CP-118 Wood Chip Processor
The Rotochopper CP-118 transforms low-grade wood chips or coarsely ground wood fiber into premium colored landscape mulch in a single pass. Equipped standard with an on-board colorizer, the CP-118 offers "Perfect In One Pass" grinding and coloring technology in a highly compact machine. The CP-118 can be towed with a pickup truck and sets up in just minutes.
1:36
All New Intel Core 2010 Processor, Graphics and WiMAX Chips
All New Intel Core 2010 Processor, Graphics and WiMAX Chips
Intel's Karen Regis explains some of the innovations built into the All New Intel Core 2010 processors with graphics integrated onto a single chip, then shows the latest Wi-Fi and WiMAX chips.
2:49
From Fab to Test: AMD's First 45nm Chips
From Fab to Test: AMD's First 45nm Chips
See and hear how AMD's global team manufactured its first 45nm product samples.
10:14
From sand to chip - How a CPU is made
From sand to chip - How a CPU is made
AMD shows how a CPU is made with all major steps of the process. Source: www.globalfoundries.com ▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬ THERE IS NO HQ VIDEO AVAILABLE. ▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬
4:54
Which Sandy bridge chip Core i5 or i7 processor
Which Sandy bridge chip Core i5 or i7 processor
The difference between a Intel Core i5 vs i7 processor and which motherboard chipset to use with these new Sandy Bridge processors. www.tech2buzz.com
4:33
Intel Labs announces Single-chip Cloud Computing experimental chip
Intel Labs announces Single-chip Cloud Computing experimental chip
Intel Labs has created an experimental Single-chip Cloud Computer, (SCC) a research microprocessor containing the most Intel Architecture cores ever integrated on a silicon CPU chip 48 cores. It incorporates technologies intended to scale multi-core processors to 100 cores and beyond, such as an on-chip network, advanced power management technologies and support for message-passing.
7:24
Parallel programming is easy - XMOS XMP-64 - Student Projects and University Research
Parallel programming is easy - XMOS XMP-64 - Student Projects and University Research
Discuss this video with our community at www.xcore.com Our second video based around the XMP-64 shows how Jamie Hanlon, a student undertaking a research project at University has developed programs to help him write test software to explore chip to chip communication. Key points covered include chip latency, barrier synchronisations, and an example program to show how easy it is to program in a parallel nature utilising as many processors as you need using XMOS and the XC programming language. The XMP-64 consists of 16 quad core G-series XMOS chips (64 processors in total) arranged in a hypercube allowing for very fast communication of data between processors (1.6 billion bits per second can flow between hypercube edges). The XMP-64 can therefore execute 25 billion instructions per second. Some applications a device such as the XMP-64 could be used in include: Image processing, Audio processing, Synthesizing, Communications, Packet inspection etc. To find out more, please watch the video. What would you use an XMP-64 for? Discuss it with us on our community forums at www.xcore.com
3:03
Intel 80-Core Teraflop Research Chip
Intel 80-Core Teraflop Research Chip
Advancing Multi-Core Technology into the Tera-scale Era The Teraflops Research Chip is the latest development from the Intel® Tera-scale Computing Research Program. This chip is Intel's first silicon tera-scale research prototype. It is the first programmable chip to deliver more than one trillion floating point operations per second (1 Teraflops) of performance while consuming very little power. This research project focuses on exploring new, energy--efficient designs for future multi--core chips, as well as approaches to interconnect and core--to--core communications. The research chip implements 80 simple cores, each containing two programmable floating point engines—the most ever to be integrated on a single chip. Floating point engines are used for accurate calculations, such as for graphics as well as financial and scientific modeling. In terms of circuit design, they are more complex than integer engines, which just process instructions. Intel's Teraflops Research Chip implements several innovations for multi-core architectures: * Rapid design -- The tiled--design approach allows designers to use smaller cores that can easily be repeated across the chip. A single--core chip of this size (100 million transistors) would take roughly twice as long and twice as many people to design. * Network on a chip -- In addition to the compute element, each core contains a 5--port messaging passing router. These are connected in a 2D mesh network that implement message--passing <b>...</b>
10:36
IBM Cell Processor software at CeBIT 2007
IBM Cell Processor software at CeBIT 2007
An IBM representative at CeBIT 2007 shows some Linux software that can utilise the whole power of the Cell processor chip, which for certain processor intensive tasks as Multimedia, 3D, physics simulation is 10 to 50 times faster than Intel or AMD single and dual core chips. This video was released in HD quality at techvideoblog.com
4:37
Intel Proposes 80 Core... For Your Laptop
Intel Proposes 80 Core... For Your Laptop
Intel says it has developed an 80-core microprocessor chip that could enable PCs and chip enabled devices to perform Teraflop level computing. The company will offer more details of its research in a series of scientific papers at the annual Integrated Solid State Circuits Conference this week in San Francisco. The chip maker says the result of providing such chips to the market could help usher in artificial intelligence, instant video communications, photo-realistic games, multimedia data mining and real-time speech recognition. The demonstration model unveiled last week in San Francisco, however, is not a prototype for a product. Still, the company says the technology would be built into future chips designs. Jason Lopez of PodTech spoke with Intel CTO Justin Rattner.
10:00
RAW FOOD MEXICAN! RAW VEGAN "CHIPS" + FRESH SALSA RECIPE + Guacamole + a RAW COWBOY! Huh? um...*
RAW FOOD MEXICAN! RAW VEGAN "CHIPS" + FRESH SALSA RECIPE + Guacamole + a RAW COWBOY! Huh? um...*
SHOP.life-regenerator.com *CLICK HERE 4 RECIPE! http READ.life-regenerator.com Mexican Salsa Recipes—Easy Healthy Recipes—Raw Food Weight Loss—Corn Salsa Recipe—Raw Food Diet Menu—Tomato Recipes— ❤ Raw Mexican Night! * 100% Raw Vegan 'Chips', Homemade Salsa Recipe & Guacamole! ❤ * I ngredients * For the SALSA & GUACAMOLE — 4 cloves of Garlic, peeled — 1 Purple Onion, roughly chopped — 4 Tomatoes, roughly chopped — 1 bunch of Cilantro, roughly torn by hand into smaller pieces, but still include the stems — 1 Lime — 2 Avocados — 2 cobs of Corn, raw (optional) For the 'CHIPS': — 1-2 Green Zucchinis / Courgettes — 1-2 Yellow Zucchinis / Courgettes * P reparation * — 1) To make the salsa, toss the garlic cloves, onion, tomatoes and cilantro into your food processor. FOOD-PROCESSOR.life-regenerator.com — 2) Use a manual citrus juicer or a citrus hand juicer to squeeze the juice of the lime into the food processor as well, and then roughly blend until the desired consistency for your salsa is reached. http — 3) Scoop out 50-75% of the salsa that you just made and place into a serving bowl. The remaining salsa in your food processor will now serve as the base for your guacamole. — 4) Add the avocados to the salsa left in your food processor, blend until the desired consistency for your guacamole is reached, and then transfer to a serving bowl. — 5) Slice the corn off of the cobs, and add to the salsa and/or guacamole, if desired. — 6) To make the "chips," slice the zucchinis <b>...</b>
8:00
Intel Research Day: Terascale 80-core computer chips
Intel Research Day: Terascale 80-core computer chips
This stuff could be going into PCs in the not-too-distant future. It's not getting a lot of buzz but imagine a world where the OS that runs your document programs only occupies part of the chip, a game-only OS operating another.
2:30
Toshiba puts the Cell processor in a TV
Toshiba puts the Cell processor in a TV
What happens when you take the powerful Cell microprocessor, the chip that sits at the heart of the PlayStation 3 games console, and put it to use inside a television? Toshiba demonstrated just such a TV at this week's International Consumer Electronics Show and the results are impressive.
5:00
XMOS XMP-64 Development Board - 25 billion instructions per second
XMOS XMP-64 Development Board - 25 billion instructions per second
Discuss this video with our community at www.xcore.com Following growing interest in our XMP-64 board, David May (CTO at XMOS) discusses some of the key points about this powerful development board and its applications. The XMP-64 consists of 16 quad core G-series XMOS chips (64 processors in total) arranged in a hypercube allowing for very fast communication of data between processors (1.6 billion bits per second can flow between hypercube edges). The XMP-64 can therefore execute 25 billion instructions per second. Some applications a device such as the XMP-64 could be used in include Image processing, Audio processing, Synthesizing, Communications, Packet inspection etc. To find out more, please watch the video. What would you use an XMP-64 for? Discuss it with us on our community forums at www.xcore.com AboutXMOS XMOS is the leader in event-driven processors™ for digital electronics. XMOS event-driven processors ™ are high performance, predictable, processors. They allow complete systems to be implemented in software using interface, DSP and control code. XMOS is an enabling technology for the Open Source Hardware community. Designs, including USB, Ethernet, and SD-RAM controllers are available in an ever-expanding library of open source code. Free to download, the XMOS development tools are supported by a vibrant community of digital designers and software engineers. XMOS is based in Bristol, UK, Sunnyvale, CA, and Chennai, India with sales offices and representatives <b>...</b>
3:37
Phil Collins - Against All Odds (Delek NES Remake)
Phil Collins - Against All Odds (Delek NES Remake)
My SoundCloud: www.soundcloud.com Facebook Fan Page: www.facebook.com Song made for the 2A03 chip (NES processor). Phil Collins - Against All Odds (Delek NES Remake) My Website: www.delek.com.ar You can listen to the NSF in an embed player from my website. If you want the nsf file, send me a PM. Regards, Delek. A chiptune, or chip music is music written in sound formats where many of the sound textures are synthesized or sequenced in real time by a computer or video game console sound chip, sometimes including sample-based synthesis and low bit sample playback. Many chip music devices featured synthesizers in tandem with low rate sample playback. Currently, chip music composers use modern computers to aid them in either composition, recording, or execution of the art form. Modern Computers are also used for networking throughout the global chip music "scene." The evolution of the internet has helped chip musicians connect with each other, share ideas, and create public events. The recent popularity of Creative Commons over Copyright in the chip music scene has also helped many musicians learn and develop their craft through an open source environment. Emulation of the original sound chips has become more prevalent and accepted because of the increasing rarity and fragile nature of the original "IC chips." The term Chip Music has been applied to more recent compositions that attempt to recreate the chiptune sound, albeit with more complex technology. The "golden age" of <b>...</b>
13:35
Chocolate Chip Tiramisu Cheesecake
Chocolate Chip Tiramisu Cheesecake
A combination of two great desserts, Tiramisu and Cheesecake. This is a great recipe for any holiday dessert or any time of the year. This recipe came from Rachael Ray's Magazine a few years ago. Chocolate Chip Tiramisu Cheesecake Italian-style ladyfingers, ground, 7-ounce package 6 Tablespoons unsalted butter, melted 1 Tablespoon instant espresso powder 1-1/2 pounds cream cheese, at room temperature 1 cup sugar 1 cup mascarpone cheese, at room temperature 1 teaspoon pure vanilla extract 1/4 teaspoon salt 3 large eggs, at room temperature 1-1/4 cups mini semisweet chocolate chips Boiling water 1. Position a rack in the lower third of the oven and preheat to 350°. Wrap the outside of a 9-inch springform pan with foil and line the bottom with parchment paper. (I don't line it - just spray with Pam, because I always use the bottom part of the springform pan to serve the cake on and it doesn't stick if sprayed) 2. Using a food processor, grind the ladyfingers into fine crumbs. Add the butter and espresso and pulse until incorporated. Transfer the mixture to the prepared pan and press to form a crust halfway up the side of the pan. Bake until set, 8 to 10 minutes; let cool. Lower the oven temperature to 325°. 3. Meanwhile, using an electric mixer, beat the cream cheese on high speed until fluffy, about 2 minutes. Gradually beat in the sugar at high speed until smooth. Beat in the mascarpone, vanilla and salt. Add the eggs 1 at a time, beating well after each addition. Stir in <b>...</b>
3:43
Intel Sandy Bridge Core i processors on a Budget
Intel Sandy Bridge Core i processors on a Budget
Intel has launched the budget line of chips based on the latest sandybridge architecture and I talk about the new Pentium and the Celeron based chips on the Core i Sandy bridge architecture and how you can make a good entry level computer with these chips. www.tech2buzz.com














