CPU core powers up new media processors
A new TriMedia CPU core will be used in the next-generation Philips Nexperia media processors
Philips' new super-pipelined TriMedia CPU achieves over 500MHz speed with a fully synthesisable design, allowing for highly efficient SoC integration. Armed with this high-performance CPU core, Philips is targeting its next-generation of media processors for connected home entertainment applications, including connected high-definition (HD) displays, home media servers, personal video recorders (PVRs) and video over wireless 802.11 network adaptors.
Philips' next-generation of Nexperia media processors based on the super-pipelined TriMedia CPU will be unveiled the first half of next year.
"Media processors, such as the new TriMedia CPU, will play a big role in maintaining the low-power and high-operating efficiency that digital entertainment products demand", said Markus Levy, Senior Analyst, Embedded Processors and DSPs, In-Stat/MDR.
"This will be especially true when performing streaming media applications such as MPEG-4, MP3 and various cryptography algorithms.
Philips' TriMedia demonstrated its abilities with certified EEMBC scores in the consumer benchmark suite, where it holds the title of highest score per megahertz".
The TriMedia CPU is C-programmable and can support all leading audio and video standards, including MPEG-2, MPEG-4, DV, H.263 and DivX-5.
New instructions specifically optimise H.264 decoding.
It supports video encoding into MPEG-2, MPEG-4 and DivX formats, making it ideal for PVRs.
The ability to transcode from one video format to another supports the design of media gateway products.
Furthermore, HDTV decoding with simultaneous picture-in-picture (PIP) display is enabled using a dedicated HD accelerator.
Uniquely, the TriMedia CPU can decode HDTV video while simultaneously encoding an MPEG stream.
This allows the design of the HDTV displays with Flash card-based PVR capability.
"Philips' Nexperia media processor family is an excellent choice for media processing in connected home appliances based on the AMD Geode and AMD Alchemy Solutions family of embedded microprocessors", said Phil Pompa, Vice President of Marketing, AMD, Personal Connectivity Solutions group.
"The combination of AMD's high-performance and low-power computing and the new TriMedia CPU provide our customer base the most flexible multiprotocol encode and decode solution for advanced multimedia solutions".
"With four million chips sold, Philips' Nexperia family of media processors has come of age and will be the key to providing high-performance processing power for consumer devices for the connected home", said Chris Day, Senior Director of Marketing, Media Processing, Philips Semiconductors.
"Philips' super-pipelined TriMedia CPU core doubles today's performance in real-world applications, while preserving customers software investments through source-level compatibility with existing family members".
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