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Intel is making such light peak technology to overcome the limitation that traditional connectors face as they move huge amounts of data. en.wikipedia.org/wiki/Light_Peak
In Zukunft wird es möglich sein, bei Videokonferenzen mit Hilfe einer Tiefenkamera individuelle Hintergründe einzublenden.
silicon wafer. reminds me of the postal system's such great heights www.youtube.com/watch?v=hMOkfI7wCrI
Intel Kembangkan USB-C Untuk Menggantikan 3.5mm Jack Headset Intel berencana untuk mengembangkan USB-C, agar benar-benar dapat menggantikan standar 3.5mm headphone jack pada perangkat mobile saat ini. Hal itu dikemukakan Intel baru-baru ini di sebuah acara teknologi di Cina.
Intel juga mengatakan bahwa manfaat menggunakan USB-C bukan hanya sebagai jack...
www.caktekno.com/8698/intel-kembangkan-usb-c-untuk-mengga...
I printed piece of chip art from the Intel 4001 masked ROM. NMOS in yarn is rarely functional, so I omitted the transistors.
The partially demolished Intel Shell at sunset, Austin Texas, February 25, 2007.
Photo by Steve Hopson. See more photos at www.stevehopson.com.
Apple starts the Intel transition with a bang. I can imagine that this spot will raise an eyebrow or two at other PC vendors. The ad has the same kind of special vibe going as in the orginal 1984 superbowl spot. It's like you have been doing dull stuff and now you're free to let al that creativity loose. Music is done by Moby and is called "God moving over the Face of the Waters" Go Intel :-)
Allison Daniel Fernandes Coelho Souza (MA), Marcos Vinícius Silva Amorin , Marcelli Tavares Alves, Julia dos Santos Fernandes (RJ), Ana Luisa Lopes Marques Coutinho (CE) e Prof. Roseli de Deus Lopes com Ada Yonath - Nobel de Química (2009)
Intel Core 2 Extreme processor are based on on an Intel 45nm Hafnium-based High-k Metal Gate process technology. Using an entirely new transistor formula, the new processors incorporate 820 million for each quad core chip.
Current version 2.1
Computer: Intel Pentium D 940 Presler 3.2GHz LGA 775 Dual-Core Processor on a Gigabyte GA-EP45-UD3L motherboard with GeForce GTS250, 8GB OCZ RAM and over 2.5TB storage. OS is 64bit Windows Vista Ultimate with 2 - 22" ACER widescreen monitors (P224W & AL2223W) and Creative Labs 3.1 audio.
Desk: IKEA Expedit bookcase and desk unit ($120) and a IKEA Lack 43-1/4" shelf above ($20). Lighting is 6 Hampton Bay 3-Light LED task and accent lights (~$46/3pk). Monitor shelf was custom built using a single piece of 1x12" pine and a simple pine fj shoe molding for decoration then painted white to match.
Other: Television is a 50" Samsung DLP with Onkoyo 7.1 surround sound, xbox 360 and Nintendo Wii. (Television and receiver are also acting as a 3rd monitor and second sound system for the computer.) Television stand is a Lack TV Unit from IKEA on bed risers to increase storage area underneath.
The first commercial microprocessor, the Intel 4004, was originally ordered by the Busicom Japanese company for exclusive use in their line of desktop calculators. It was delivered in early 1971.
Intel was then able to re-negotiate the rights to build 4004 processors for other customers. The Intel 4004 was introduced as the first commercially-available microprocessor in November 1971.
Busicom went bankrupt in 1974. Intel makes $10 billion a year selling (mostly) microprocessors as of 2014.
(Thanks Wikipedia!)
This processor is a 4004 rev. C socketed into the main board of a Busicom 162-DE calculator, released in 1972. Note the 3-digit batch number: B0461. The markings on top of the die (保税) is a stamp of the Japanese customs.
The calculator stands on my desk, in perfect working condition.
Taken with an Auto-Topcor 5.8cm f/1.8 lens with Exakta-mount macro extension rings.
This netbook is running meego. The new mobile os project with contribution from Intel and Nokia. en.wikipedia.org/wiki/MeeGo
This was intel's first 8-bit microcontroller, introduced in 1976. In addition to the microprocessor, this chip featured about 1K of EPROM memory - memory that could be set at the factory and remained permanent. If necessary, the developers could erase it by exposure to UV light then re-use it. For this purpose, the package incorporates a crystal lens over the chip, making the whole affair visible to the camera.
This macro photo was taken by holding an 18-55 zoom lens backward in front of the camera body. It was difficult to get good focus but I think this shot actually resolves some of the traces and memory cells.