Ati firegl v3600
Unified architecture.AMD FireGL V – Pro Graphics: Seven Cards Compared | Tom’s Hardware
Graphics Processor. ATI FireGL V Max Monitors Supported. 2. API Supported. DirectX 10, OpenGL Output Ports (for SD) 2 x DVI. Supported Video Signal. The ATI FireGL range of video cards, renamed to FirePro 3D in late , is the series specifically for CAD (Computer Aided Design) and DCC (Digital Content Creation) software, usually found in. Aug 13, · ATI FireGL V For the entry-level field, ATI has designed the FireGL V, which at $ is relatively cheap. It is not really meant for complex calculations, but rather for designers, who.
Ati firegl v3600.NVIDIA GeForce GTX M vs ATI FireGL V
Feb 05, · ATI FireGL V and V The FireGL V and V share a common trait as they are based on the same GPU at their core, the only differences lie in the clock speeds, amount of memory on board. Dell GW ATI FireGL V MB GDDR2 bit PCIe x16 Workstation Video Card Brand: theguy Manufacturer: ATI Technologies Item model number: GW 0GW Product Information – GPU: ATI FireGL V – Dell Part Number: GW 0GW – Memory Type: MB GDDR2 bit – 3D API: DirectX 10, OpenGL – Interface: PCI Express . Downloads 10 Drivers for Ati FireGL V graphics. Here’s where you can download the newest software for your FireGL V
ATI FireGL V3600 graphics card – FireGL V3600 – 256 MB Series Specs
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Clothing as a power generator – nanotechnology at the service of wearers of portable electronics
Georgia Institute of Technology scientists create microfiber fabric that can generate electricity. In the future, clothes made from it will play the role of autonomous generators that provide power to the user’s portable electronics.
The inventors used the semiconducting properties of zinc oxide nanofibers, which are 1,000 times thinner than a human hair. To obtain them, the developers covered the fibers with a polymer material, then applied zinc oxide, immersing them in a warm reagent for 12 hours. After that, the resulting nanofibers were enveloped with another layer of polymer, which is necessary to give them strength.
Nanofibers are woven into regular fabric in such a way that they form paired structures in the form of brushes. Half of the fibers are gold-plated and serve as electrodes, which, when bent together with non-gold-plated nanofibers, convert mechanical energy into electrical energy.
According to the head of the development group Zhong Lin Wang, 1 square meter of fabric with woven nanofibers is enough to receive 80 mW of electricity. This is enough to power an MP3 player or charge a mobile phone battery. Wong believes that the development can be used by both travelers and soldiers, and in addition, it will find its place as a power source for various microsensors.
The main problem of the nanogenerator is the destruction of zinc oxide when it gets wet. Wong’s team is currently working on a coating for nanofibers that will protect them during washing and in the rain.