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Wintv hvr 1265.Support: WinTV-HVR-1250 and WinTV-HVR-1265

 

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Site Selections: Account Login, Store Selection, Cart Information.Hauppauge Webstore | WinTV-HVR TV Tuner

 

WinTV-HVR support three TV formats: ATSC, clear QAM and NTSC. In addition, it also supports analog video input via S-Video or composite video. ATSC is the over-the-air digital HDTV standard for North America and typically requires an antenna for reception/5(). WinTV-HVR Model Number Bus Type Half Height PCI Express Half Height PCI Express Half Height PCI Express Half Height PCI Express Number of Tuners 4 2 2 1 Digital TV Receiver Format ATSC/QAM ATSC/QAM ATSC/QAM ATSC/QAM Analog TV Format None NTSC NTSC NTSC MPEG-2 Encoder for Analog TV NoneReviews: Oct 27,  · I had the Hauppauge WinTV-HVR installed on my Dell Desktop when it was purchased. It is running Windows 7 Ultimate with Windows Media Center. I use the Media center on a regular basis for both TV.

 

Wintv hvr 1265.Hauppauge | WinTV-HVR and WinTV-HVR

Dec 21,  · WinTV-HVR PCI Express bus TV tuner, Hauppauge remote control Including batteries, Remote Control Receiver Cable, WinTV v7 application CD-ROM, Quick Installation Guide, Full height and half height brackets included for use in full height and low profile chassis4/5(14). Oct 27,  · I had the Hauppauge WinTV-HVR installed on my Dell Desktop when it was purchased. It is running Windows 7 Ultimate with Windows Media Center. I use the Media center on a regular basis for both TV. Jan 17,  · Find helpful customer reviews and review ratings for Hauppauge WinTV HVR PCI Express Hybrid High Definition TV Tuner Card at Read honest and unbiased product reviews from our users/5.
 
 
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Intel 80-core processor will consume less than 100 watts

New information on Intel Tera-Scale processors published by EE Times. According to him, a working prototype of an 80-core processor consumes only 100 watts, which is less than the current commercially available quad-core Intel processors (105-130 watts).

The prototype was created for research purposes only and does not have all the functionality that end users need. Nevertheless, one of the leading specialists of the Intel development department, Manny Wara, says that it will take only 5-8 years until such processors enter the market.

According to him, significant attention in the development of Tera-Scale will be paid precisely to the energy efficiency indicator. Achieving lower power consumption figures will be possible thanks to the simpler architecture of each of the cores, which will be less versatile than those that make up today’s processors. When such processors of the future work, their energy consumption will directly depend on which blocks are used in current calculations.

In addition, a technology called core hopping by the developers will be used to reduce heat generation and prevent overheating. If any of the processor blocks approaches a given temperature, then the calculations carried out by them are transferred to another block, and the temperature of the first decreases in the meantime.

The need to create a complex infrastructure for transferring data between the cores of the chip leads to the fact that the current prototypes of Tera-Scale processors are slightly larger than the multi-core processors sold today, but by the time of their debut on the market, the design will still have time to change significantly.

Source: EE Times

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