FLI32656H
Single-chip enhanced TV controller
Data brief
Features
■ Dual 10-bit triple ADCs with capture up to
165 MHz
■ Integrated 3D video decoder
■ Flexible digital and analog capture up to
165 MHz
■ Integrated HDMI 1.3 receiver
■ Integrated DisplayPort 1.1 compliant receiver
■ VBI slicer including WST version 2.5 support
■ Next generation true 10-bit Faroudja DCDi
Cinema® format processing
■ Flexible DDR2/DDR1 memory interface 32 bits
wide
■ Faroudja® TrueLife™ video enhancer
■ Advanced Picture-in-Picture (PIP) features
capabilities
■ Faroudja RealColor® processing
■ On-Chip Microprocessor
■ Advanced bit-mapped OSD controller
■ Embedded 10-bit dual-channel LVDS for
1080p panel support
■ Multi-standard digital and analog audio
decoder and post-processor
■ Package: 409 HSBGA
Applications
■ LCD and PDP TV
■ DLP® , LCD, and LCOS front and rear
projection
External Memory 32-bit DDR2/DDR1
10-bit
CVBS
Cross
.
YC
Point
YPbPr
.
Switch
RGB
RGB FB
19 Reconfigurable Inputs
Up to 30 bits TTL
HDMI1/DVI
HDMI2/DVI
Audio L/R 1 .. 5,
1 x 12S/SPDIF
MU
X
1 x I2S,
Digital Input
HDMI 1.3/
DisplayPort
Triple
ADC
10-bit
Triple
ADC
DVI
Rx
ADC
.
Inputs,
I2S/
.
SPDIF
Rx
I2S SPDIF
Audio
MUX
3D Video
Decoder
M
U
X
Audio
DSP
VBI Data
Proc.
Conversion for
Audio
DACs
I2S, DSD,
SPDIF Tx
Controller
DCDi Format
PIP
out 1 .. 5
Memory
Audio
I2S, DSD,
SPDIF out
IR I/F
Sharpening
Filters
OSD
Controller
ACC II
Enhancer
ACM 3D and
Microprocessor
SPI Interface
3 x 3
Matrix
Embedded
LVDS Tx
Output
Formatter
OSD
Blend
Blend
CLUTs
Picture
3x3 Matrix
-
LBW ADC
..
4 Channels
May 2009 Doc ID 15161 Rev 2 1/8
For further information contact your local STMicroelectronics sales office.
General
Purpose
Input/
Output
..
GPIO
www.st.com
Dual 10bit
Channel
LVDS
24/30- bit
TTL
Output
8
Description FLI32656H
1 Description
Genesis Microchip’s FLI32656H is an innovative System-on-Chip (SoC) controller designed
for flat panel display TVs, LCD TVs, and other emerging digital display applications.The
FLI32656H handles video and computer graphics inputs in virtually any format and
resolution. The output port delivers unparalleled image quality and supports display
resolutions of up to 1080p.
The FLI32656H provides added interconnectivity with its integrated DisplayPort receiver.
The DisplayPort interface provides very high bandwidth compared to conventional digital
interfaces, such as HDMI, DVI, and LVDS, at a lower cost.
The FLI32656H IC offers a high integration SoC solution for advanced analog TV dualchannel applications (e.g. PIP) and for TV products that require superior video and audio
quality with extensive feature sets. The FLI32656H includes a flexible analog and digital
front-end with a wide range of integrated components for different application needs as well
as state-of-the-art dual channel video processing based on renowned Faroudja
technologies.
The FLI32656H is the only device needed for a complete LCD TV solution chassis
supporting worldwide video and audio standards where exceptional quality is required. For
regional variations, only connector and firmware changes are needed.
Its rich feature set, high level of integration, and sophisticated implemented technologies for
color management, scaling, video processing, and audio processing make the FLI32656H
the ideal solution for a high-quality, cost-effective, integrated TV solution.
Figure 1. System diagram
DDR2/DDR1 Flash
TV
19 configurable
Component
analog video inputs
Audio L/R in,
SPDIF in
Tuner
/RGB
SCART
S-Video
CVBS
I2S
FLI32656H
LVDS
Audio L/R out
I2S, DSD, SPDIF out
Peripherals
Display
up to
1080p
HDMI1.3/
DVI in 1
2/8 Doc ID 15161 Rev 2
HDMI1.3/
DVI in 2
TTL in
FLI32656H Benefits
2 Benefits
● Complete SoC solution with exceptional video and audio quality
● Integrated DisplayPort (DP) 1.1receiver/HDMI 1.3 receiver/
DVI 1.0 with integrated HDCP key
● Superior video quality with Faroudja DCDi Cinema video processing technology
● Multi-standard worldwide analog/digital audio decoder and post-processor
● Full HD capability up to 1080p in/out support
● Additional integration of full audio processing, low power monitor circuit, UARTs,
LBADC, 3D-VD, VBI dataslicer, and more to reduce the system BOM costs
Doc ID 15161 Rev 2 3/8