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A friendly crew smokes it up for the last effort to get a short sand train for Emporium over Keating Summit. Lucky for us, the morning fog burned off a little below the summit. June 7, 2019 was a great day on the WNYP. 3 trains which we managed to shoot in about 30 different locations thanks to good intel from the birdie network. All day I kept wondering why I never shot Conrail here.
Many colors can be found on this eastbound stack train seen heading through Cochrane on the St. Croix Sub.
Former Metroline VW1566 is seen with Callanane of Galway, it is one of number of ex London Buses involved in a staff shuttle between the Intel Plant in Leixlip and the Weston Airfield in County Kildare
Intel Pentium 60 Mhz CPU
Focus stack and composite of 2x106 images.
Thanks for the inspiration to Don Komarechka!
Intel Pentium 120 Mhz CPU
Focus stack and composite of 2x125 images.
Thanks for the inspiration to Don Komarechka!
This complex isn't very far from me and the streets are pretty busy when it's quitting time.. Took this on the way home from the grocery store.. Happy Windows Wednesday, Everybody!!
Ringsend’s SG358 sits at the Intel Leixlip terminus of new Route 52. As part of the BusConnects roll out the network in changing to a combination of Spine, Local, Peak, Express and Radial routes. Route 52 operating between Ringsend and Leixlip (Intel) is one of the Radial routes introduced with the C Spine rollout to West Dublin and North Kildare. From Ringsend, Route 52 serves the City Centre, Heuston Station, Chapelizod Bypass, Liffey Valley, Lucan Bypass, Leixlip Village, Glen Easton (Green Lane) and terminates inside the Intel Campus.
First CPU specifically designed for Notebook PCs.
This one came in a IBM ThinkPad laptop.
Core Frequency:25 MHz
Board Frequency:25 MHz
Data bus (ext.):32 Bit
Address bus:32 Bit
Transistors:1,400,000
Circuit Size:0.80
Voltage:5 V
Introduced:Nov. 9, 1992
Manufactured:week 51/1992
L1 Cache:8 KB
Intel S-Spec:SX709
Package Type:Plastic
PQFP-132
This Photo has taken from Dhamrai, Savar, Bangladesh 2012 .
© Please don't use this image without my permission.
All contents are copyrighted © 2012
Except where otherwise noted. Unauthorized reproduction is prohibited.
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Portrait I did for men who work at Intel earlier this month (they actually are Intel software engineers).
In case you're wondering, that's the reverse side of an Intel Core i5-7600 processor, greatly magnified using my camera's macro mode.
I thought it would be a great idea to take pictures of this chip before I installed it into my desktop computer, probably never to be seen again.
This replaces the less powerful i3-6100 chip which I had been using for a year.
Thanks for stopping by and view this photo. The reason for posting this photo on Flickr is to learn so if you have constructive feedback regarding what I could do better and / or what should I try, drop me a note I would love to hear your input.
View on Black the way it should be seen!
-- Let the sound of the shutter always guide you to new ventures.
© 2021 Winkler
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Intel Quad Core Motherboard photographed for magazine assignment.
Strobist info: SB800 in transluscent umbrella close to product camera left. SB800 with handmade paper snoot-gobo thingamajig creating pattern on b/g..high camera right
My white 13" Apple Macbook laptop computer.
pictured: bottom
- - -
specs:
13.3" TFT glossy widescreen display (1280 x 800 resolution)
2.4 GHz Intel Core 2 Duo CPU
2 GB of RAM (DDR2)
160 GB hard drive (5,400 rpm)
Intel GMA X3100 graphics processor (144 MB shared RAM)
built-in iSight video camera
slot-loading 8x SuperDrive (DVD+/-R, DVD+/-RW, CD-R, CD-RW)
FireWire 400 (1 port)
USB 2.0 (2 ports)
Mini-DVI port
10/100/1000BASE-T ethernet port
built-in AirPort Extreme wi-fi wireless networking (802.11g/n)
Bluetooth 2.0 + EDR
optical digital audio input/analog audio line in
optical digital audio output/analog headphone out
built-in stereo speakers
meets Energy Star requirements
size: 12.78" x 8.92" x 1.08"
weight: 5.0 pounds
This is the same i5 2500 I took pictures of previously, but I have improved my techniques since then. This is the first time I am using a "ring light" that attaches itself to the microscope objective. This light does not have PWM and so it does not cause any dark banding on the edges.
I also put much more effort into cleaning any dirt off of it this time, which is a lot harder than you might think. I cannot touch the die because at this magnification the microscopic drops of oil and flakes from my skin would be present, and any cleaning cloth I use must not leave any debris behind (bottom left corner for instance). So cleaning this involved me wearing gloves and using a touchscreen cleaning solution called WHOOSH which also happens to do a very good job at removing fingerprints and repelling dust! The solution was removed and rubbed in with a paper towel gently. I then used a toothpick to remove any visible pieces of debris (The particle in the bottom left showed up mid shot, I cannot move the die when at this stage so I had to let it go.)
This is a composite of 168 images taken by a pixel 2XL from a microscope at 40X. The images had 65% overlap and were stitched together in Microsoft Image Composite Editor using the structured panorama mode.
On the 8th floor of Yahoo's Mission College campus today, apparenty a machine burst into flames. Here are the remains. It emptied the building, complete with fire alarm and all. Go DELL and Intel!
For an update on the story behind this, visit www.pushbuttonfor.org/things-are-on-fire-at-yahoo/
A spectacle produced by the Ars Electronica Futurelab for Intel has made it into the record books. In a performance showcased by a promotional film for the world-famous chip maker, 100 spaxels took to the sky simultaneously. Team spirit is what it took to get this ambitious demonstration of technical brilliance off the ground.
Credit: Ars Electronica / Martin Hieslmair