View allAll Photos Tagged Microprocessors
My new toy arrived today. It's an evaluation board for a microprocessor called the LM3S3748. I'm planning to use it to develop software that will eventually run on the KAP rig controller I'm designing.
PoE magnetometer based on my Calunium microcontroller board (an Arduino clone using the ATmega1284P microcontroller). Included is a GNSS module for time synchronization from GPS/GLONASS/Galileo satellites, USB debugging interface and logic level shifting for interfacing to the remote sensor PCB (see www.flickr.com/photos/stevemarple/8521787269/in/album-721...). The Ethernet interface is provided by an Arduino Ethernet shield (or the later Ethernet2 shield).
Photo of an Intel 40486 microprocessor circuit on a silicon wafer, part way through the manufacturing process.
A platform that combines several integrated circuits developed in our lab, including energy harvesters, sensors and processors.
CNC Controller and Stepperdriver Board for TinyG
... the open source, high performance CNC milling controller software.
more information www.jtronics.de
LR-12968 - CMOS was about to jump, but paused momentarily and thought about what would happen if he didn't, would the Intel Core push him out or perhaps the CMOS group could find some sense of being in a Coffee machine or dishwasher, he then went a bit hallucinogenic state of having a quad core and more legs, perhaps those little stubby ones would work well on him.
Scavenger Challenge
4. Alphabet Soup: the subject is a noun beginning with "mi..."
RHIC-STAR APS chip to detect charged particles
XBD200309-00543.TIF
credit: Lawrence Berkeley Nat'l Lab - Roy Kaltschmidt, photographer
IBM technician Asia Dent, Poughkeepsie, tests two multi-chip modules that will each power one of IBM’s new zEnterprise System mainframes. Each ceramic module forms the central processing unit of the new computer and packs 96 of the world’s fastest microprocessors (5.2 Ghz) together to give the new mainframe 60% faster performance than its predecessor, while using the same amount of electricity. Each module is capable of executing 50 billion instructions per second.
Nikon D600 204 Digital PCB Teardown & Review More Teardowns & Reviews: www.fixyourcamera.org Follow me on twitter: twitter.com/fixyourcamera YouTube videos for all Teardowns and Reviews: www.youtube.com/c/fixyourcameraorg Facebook: www.facebook.com/fixyourcameraorg Flickr: www.flickr.com/photos/fixyourcamera/albums Camera Repair, DSLR Teardowns, DSLR parts pictures, Repair Tips, Repair Guides and more... Your Questions & Comments Are Always Welcome!:)
CyaSSL embedded SSL library running on an STM32F2 with integrated hardware crypto and RNG support. Learn more at www.yassl.com.
Intel J1900 2GHz (2.4GHz burst) Quad core 22nm CPU
8GB DDR3L 1333MHz SODIMM
SATA, mSATA, Gigabit Ethernet, VGA, LVDS, HDMI, USB3, RS-232, GPIO, Mini PCIe, HD Audio I/O
Runs Debian with:
MySQL, Apache, PHP, DNS, DHCPd, Samba, TFTP (for PXE Client boot), Zoneminder, Postfix, Dovecot and KVM to virtualise ½ dozen websites hosted through a LAMP server.
It uses a single 12 Volt supply at < 1 Amp. Fanless.
It'll do for year 2015.
Meh, I want 128 cores at 32GHz for < 3.3 Volts at < 100mA and the moon on a stick please.
In keeping with the theme of liquid-cooling the hottest components in this machine, I opted to remove the standard HS/F and pre-mounted my hardware around the nVIDIA nForce Professional 2200 so that if needed, Innovatek Graph-O-Matic water block could be easily removed without taking the mobo tray out (a major pain once all the disk arrays are installed). In case anyone wonders why the die isn't shiny, it already has Arctic Silver 5 thermal compound applied.
Intel J1900 2GHz (2.4GHz burst) Quad core 22nm CPU
8GB DDR3L 1333MHz SODIMM
SATA, mSATA, Gigabit Ethernet, VGA, LVDS, HDMI, USB3, RS-232, GPIO, Mini PCIe, HD Audio I/O
Runs Debian with:
MySQL, Apache, PHP, DNS, DHCPd, Samba, TFTP (for PXE Client boot), Zoneminder, Postfix, Dovecot and KVM to virtualise ½ dozen websites hosted through a LAMP server.
It uses a single 12 Volt supply at < 1 Amp. Fanless.
It'll do for year 2015.
Meh, I want 128 cores at 32GHz for < 3.3 Volts at < 100mA and the moon on a stick please.
Some of the equipment found in the Physical Sciences building on the campus of Eastern Illinois Universty in Charleston, Illinois on September 1, 2010. (Jay Grabiec)
This is what makes the buttons produce noise. First introduced in the 1980s and still in use since then.
Found lurking in a Dept of Transport truck on the corner of Winston Ave/Edward St in Melrose Park. It was only a year old at the time but I got kind permission to have this in my collection!
The trimmer (blue) is factory set with a drop of glue, hence the warning on the label.