SVPTM Video Processor Family

The SVPTM video processor is a highly integrated system-on-a-chip device, targeting the converging HDTV-ready and PC-ready LCD TV, PDP TV, and DLP TV applications where high precision processing of video and data are the requirements. Trident's DCReTM – Digital Cinema Reality engine, is integrated inside the SVPTM to provide the most natural cinema-realistic images. The DCReTM technology integrates advanced 3D-comb video decoding, advanced motion adaptive de-interlacing, object-based digital noise reduction, advanced 6 th generation scaler, film mode support, average picture level (APL), edge smoothing and dynamic sharpness enhancement. Trident's patented Unified Memory Architecture (UMA) that allows frame rate conversion, 3D comb video decoding, and video enhancement processing to share the same memory buffer that is made up of high-speed and cost-effective PC graphic memory. All these advanced digital processing techniques combined with a true 10-bit video data processing for the most optimal video fidelity to provide the most natural and cinema quality video images. Designed for maximum system design flexibility, SVPTM integrates all video interfaces to support converging digital video, analog video, and PC data applications. The users of Trident's single chip SVPTM video processor(s) will benefit from many features while maintaining a price competitive advantage over the existing solution(s).

 
Product Name
SVPTM-PX
SVPTM-CX
SVPTM-LX
Applications

HDTV LCD, PDP, and DLP TVs

HDTV LCD,PDP,DLP and Digital CRT TVs

HDTV LCD, PDP, and DLP TVs

DCRe Technology

6th Generation

6th Generation

6th Generation

PIP/MP/POP

Input

 

 

 

Analog Input

HDMI

Integrated

External

External

Video Decoder

3D Digital Comb Filter

3D Digital Comb Filter

3D Digital Comb Filter

Support

NTSC, PAL, and
SECAM

NTSC, PAL, and
SECAM

NTSC, PAL, and
SECAM

VBI

CC/Teletext

CC/Teletext

CC/Teletext

Resolution

Up to FHD

WXGA

FHD

LVDS

Single 8/10-bit

Single 8-bit (CX32)

Dual 10/12-bit

TTL

24-bit (CX22)

 
 

HiDTVTM digital TV SoC Video Processor Family

The HiDTVTM Video Processor Family combines the features advanced high-definition MPEG2 decoding, system processing and video processing features to deliver exceptional video fidelity and system functionality. HiDTV system-on-a-chip digital TV processor designed especially for HD digital TV systems. It contains 32-bit RISC microprocessor, a 2D graphic engine, an MPEG-2 MP@HL decoder, a programmable MPEG audio decoder which supports AC3, AAC, and MP3, and a transport stream demultiplexer which supports ATSC, DVB and ARIB standards. HiDTV integrates Trident's industry-leading SVP family video processor with our DCRe engine to enhance all video signals.

 
Product Name
HiDTVTM-EX
HiDTVTM-LX
HiDTVTMPro- PX
HiDTVTMPro-LX

Target Market (Digital TV Standards)

ATSC/ DVB

ATSC/ DVB

ATSC/ DVB/ISDB
ATSC/ DVB/ISDB

Display Resolution

Up to 1366 x 768

Up to 1920x1080P

Up to 1366 x 768P
Up to 1920x1080P

DCRe Technology

4th Generation

5th Generation

6th Generation
6th Generation

MPEG Format

MPEG2@HL

MPEG2@HL

MPEG2@HL
MPEG2@HL

PIP/ POP

Peripherals

PCI, UART, I2C, IR, IDE

PCI, UART, I2C, IR, IDE

PCI, UART, I2C, IDE, USB 2.0 host
PCI, UART, I2C, IDE, USB 2.0 host

LVDS

Integrated
8 bit
Integrated
8/ 10 bit
 
 

Analog Front End Signal Processor (TAFE)

The Trident Analog Front End (TAFE) family is Trident's Analog front end decoder solution for mainstream and premium digital TV applications. TAFE integrates an advanced 3D-comb video color decoder, multiple high speed analog to digital converters, and supports a variety of analog inputs, as well as multiple High Definition Multimedia Interface (HDMI) ports. TAFE is optimized to work with Trident's line of DPTV, SVP and HiDTV processors featuring. Trident's proprietary Digital Cinema Reality Engine to provide unparalleled image quality and features.

 
Product Name
TAFE II

Decoder Format

NTSC, PAL, and SECAM

Video Decoder

TCD3 3D color decoder

HDMI Input

Dual channel

PC Support Mode

Up to UXGA

Output Format

Up to 30 bit TTL

 
 
 
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