Bring your digital home vision to life and transform the TV experience from the ordinary to the extraordinary. Intel media processing components provide the combination of performance headroom, graphics, I/O and power efficiency you need to power and connect new generations of networked media platforms.
Tool Tips
| Media Processing Components - SoC | ||||
|---|---|---|---|---|
| Product | Category | Resource Link | Resource Type | Keywords |
| Intel® media processor CE 3100 | SoC | Intel® media processor CE 3100 product brief
File Type/Size: PDF 914KB |
Product brief | |
| Intel® CE 2110 media processor | SoC | Platform Vision Guide
Platform Vision Guide: Intel® Platform Solutions Based on the Intel® CE 2110 Media Processor provides the essential ingredients for flexible and cost-effective multifunction networked media platforms. The highly integrated Intel CE 2110 Media Processor is the core building block for platforms designed to support services including IPTV, voice over IP, video phone applications, casual and online games, enhanced Karaoke, and Internet browsing. File Type/Size: PDF 932KB |
Product brief | |
| Intel® CE 2110 media processor | SoC | Platform Vision Guide
Platform Vision Guide: Intel® Platform Solutions Based on the Intel® CE 2110 Media Processor provides the essential ingredients for flexible and cost-effective multifunction networked media platforms. The highly integrated Intel CE 2110 Media Processor is the core building block for platforms designed to support services including IPTV, voice over IP, video phone applications, casual and online games, enhanced Karaoke, and Internet browsing. File Type/Size: PDF 932KB |
Product brief | |
| Intel® CE 2110 media processor | SoC | Intel® CE 2110 Media Processor
File Type/Size: PDF 192KB |
Product brief | |
| Media Processing Components - Discrete | ||||
|---|---|---|---|---|
| Product | Category | Resource Link | Resource Type | Keywords |
| Intel® 915GME Express Chipset | Discrete | Intel® 915GME Express Chipset Development Platform for Connected Consumer Electronics Devices
File Type/Size: PDF 362KB |
Product brief | |
| Intel® 854 chipset | Discrete | Intel® 854 Chipset
The Intel® 854 chipset is a building block for consumer electronics platforms including IP-Digital Set Top Boxes (IP-DSTB) and Digital Media Recorder (DMR) devices. This chipset adds support for up to 2 GB of DDR 333 MHz system memory, a 400 MHz system bus to support the Intel® Celeron® M processor, and an integrated graphics engine that can be used for graphical user interfaces. File Type/Size: PDF 105KB |
Application note | |
| Intel® 854 chipset | Discrete | Intel® 82854 Graphics Memory Controller Hub (GMCH)
This document is intended to aid system designers to properly implement a thermal management solution to ensure reliable and efficient operation of the Intel® 82854 Graphics Memory Controller Hub (GMCH). The objective of thermal management is to ensure that the temperature of the device while operating in a set top box system is maintained within functional limits. File Type/Size: PDF 1.84MB |
Datasheet | |
| Intel® 854 chipset | Discrete | ULV Intel® Celeron® M Processor at 600MHz for Fanless Set Top Box Application CPU Thermal Design Guide
This document provides thermal design guidelines for the Ultra Low Voltage Intel® Celeron® M processor at 600 MHz for set top box applications in the micro-Flip Chip Ball Grid Array (micro-FCBGA) package. Detailed mechanical and thermal specifications for this processor can be found in the ULV Intel Celeron M Processor Datasheet. This design guide specifically outlines recommendations and reference designs for natural convection (fanless) thermal solutions. File Type/Size: PDF 1.1MB |
Design guide | |
| Intel® 854 chipset | Discrete | Intel® 82854 Graphics Memory Controller Hub (GMCH) for Fanless Set Top Box Applications Thermal Design Guide
This document is intended to aid system designers to properly implement a thermal management solution to ensure reliable and efficient operation of the Intel® 82854 Graphics Memory Controller Hub (GMCH). The objective of thermal management is to ensure that the temperature of the device while operating in a set top box system is maintained within functional limits. File Type/Size: PDF 1.83MB |
Design guide | |