<--- Back to Details
First PageDocument Content
High-definition television / Television technology / Computer display standards / HDMI / Digital Visual Interface / Nvidia Ion / Lumen / Component video / Computer hardware / Video signal / Electronic engineering
Date: 2011-10-19 19:10:26
High-definition television
Television technology
Computer display standards
HDMI
Digital Visual Interface
Nvidia Ion
Lumen
Component video
Computer hardware
Video signal
Electronic engineering

PROFESSIONAL PROJECTOR Presentation Timer

Add to Reading List

Source URL: downloads.benq.net

Download Document from Source Website

File Size: 520,35 KB

Share Document on Facebook

Similar Documents

ANALOG CAPTURE CARDS Component, S-Video and Composite (CVBS) Video Balanced and Un-Balanced Audio Osprey 480e – 8 Channels

DocID: 1uDms - View Document

The SignVideo 8x8 Component Video Routing Switcher with stereo audio

DocID: 1uu0z - View Document

Internet television / Computing / Video on demand / Uberisation / Software / Internet broadcasting / Stan / Netflix / Hulu / SVOD

FOR IMMEDIATE RELEASE 59% OF U.S. HOUSEHOLDS HAVE AN SVOD SERVICE SVOD has Become a Core Viewing Component for Many Pay-TV Non-Subscribers Durham, NH – July 20, 2016 – New consumer research from Leichtman Research

DocID: 1r9TZ - View Document

Computing / Computer architecture / Peripheral Component Interconnect / Computer hardware / GPGPU / Standards organizations / Parallel computing / Video cards / PCI Express / Nvidia Tesla / PLX Technology / Transmission Control Protocol

A PCIe Congestion-Aware Performance Model for Densely Populated Accelerator Servers Maxime Martinasso∗ , Grzegorz Kwasniewski† , Sadaf R. Alam∗ , Thomas C. Schulthess∗‡§ , Torsten Hoefler† ∗ Swiss Nationa

DocID: 1qMLZ - View Document

Computing / Systems engineering / Software engineering / Software architecture / Computer engineering / Network architecture / Game engine / Video game development / Middleware / Component-based software engineering / Scalability / Peer-to-peer

The Survival of the Fittest: An Evolutionary Approach to Deploying Adaptive Functionality in Peer-to-Peer Systems a a

DocID: 1qAr9 - View Document