View allAll Photos Tagged MONITOR
My new 23" Dell monitor arrived. Amazing resolution of 2048x1152. The screen is reflective but not so bad as the MacBook, as you can see in the photo. The built in 2MP webcam doesn't seem to work with OS X though I'm sure there is a workaround.
The Commodore 64, commonly called C64, C=64 (after the graphic logo on the case) or occasionally CBM 64 (for Commodore Business Machines), or VIC-64, is an 8-bit home computer introduced in January 1982 by Commodore International.
Volume production started in the spring of 1982, with machines being released on to the market in August at a price of US$ 595. Preceded by the Commodore VIC-20 and Commodore PET, the C64 took its name from its 64 kilobytes (65,536 bytes) of RAM, and had favorable sound and graphical specifications when compared to contemporary systems such as the Apple II, at a price that was well below the circa US$ 1200 demanded by Apple.
During the C64's lifetime, sales totalled between 12.5 and 17 million units, making it the best-selling single personal computer model of all time. For a substantial period (1983–1986), the C64 dominated the market with between 30% and 40% share and 2 million units sold per year, outselling the IBM PC compatibles, Apple Inc. computers, and Atari 8-bit family computers.
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In January 1981, MOS Technology, Inc., Commodore's integrated circuit design subsidiary, initiated a project to design the graphic and audio chips for a next generation video game console. Design work for the chips, named MOS Technology VIC-II (graphics) and MOS Technology SID (audio), was completed in November 1981.
Commodore then began a game console project that would use the new chips—called the Ultimax or alternatively the Commodore MAX Machine, engineered by Yash Terakura from Commodore Japan. This project was eventually cancelled after just a few machines were manufactured for the Japanese market.
At the same time, Robert "Bob" Russell (system programmer and architect on the VIC-20) and Robert "Bob" Yannes (engineer of the SID) were critical of the current product line-up at Commodore, which was a continuation of the Commodore PET line aimed at business users. With the support of Al Charpentier (engineer of the VIC-II) and Charles Winterble (manager of MOS Technology), they proposed to Commodore CEO Jack Tramiel a true low-cost sequel to the VIC-20. Tramiel dictated that the machine should have 64 kB of random-access memory (RAM). Although 64 kB of dynamic random access memory (DRAM) cost over US$100 at the time, he knew that DRAM prices were falling, and would drop to an acceptable level before full production was reached. In November, Tramiel set a deadline for the first weekend of January, to coincide with the 1982 Consumer Electronics Show (CES).
The product was code named the VIC-40 as the successor to the popular VIC-20. The team that constructed it consisted of Bob Russell, Bob Yannes and David A. Ziembicki. The design, prototypes and some sample software was finished in time for the show, after the team had worked tirelessly over both Thanksgiving and Christmas weekends.
The machine incorporated Commodore BASIC 2.0 in ROM. BASIC also served as the user interface shell and was available immediately on startup at the READY. prompt.
When the product was to be presented, the VIC-40 product was renamed C64 to fit the then-current Commodore business products lineup which contained the P128 and the B256, both named by a letter and their respective total memory size (in KBytes).
The C64 made an impressive debut at the January 1982 Winter Consumer Electronics Show, as recalled by Production Engineer David A. Ziembicki: "All we saw at our booth were Atari people with their mouths dropping open, saying, 'How can you do that for $595?'" The answer, as it turned out, was vertical integration; thanks to Commodore's ownership of MOS Technology's semiconductor fabrication facilities, each C64 had an estimated production cost of only US$135.
Wikipedia Quotes
Water monitor (Varanus salvator macromaculatus)- Tunku Abdul Rahman National Park, Malaysia
Well they are called water monitors for a reason, they like the water! This big individual didn't seem much concerned with getting caught up in the occasional wave.
one of our teams at work is using pair programming on their projects!
this is a set of two keyboards and monitors attached to the same computer, showing the same screen.
So this is more of a semi-complete project that I had planned. I tried to finish making some sort of monitoring room, or security room, however you may view it, and admittedly the biggest pain was trying to design the control console within a tight area. This was the best of my abilities could do.
I'll try to have another pic up soon.
This fairly hefty Lace Monitor was by the track we were walking in the Bunya Mountains, and climbed a tree when we walked past, but then came down and sat in a patch of sun about 5m or so away.
Monitor Valley with the Toquima Range in the background. As viewed from the top of Diana's Punchbowl.
Square-on view of current setup.
This is a very basic setup, and I spend most of my time swapping drives, hence the number sitting in the PC at this time. This was planned to be a development system, but when it is, of course no more photographs!
Some trickery with HDR-type mapping, to get the detail out of a bright object (the screen) and a dark object (everything else) simultanously.
Taken Thursday 7th April 2010, 2334BST
When using this photo, please attribute: * Photo by NEC Corporation of America with Creative Commons license.
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