TC358766XBG中文資料東芝數(shù)據(jù)手冊(cè)PDF規(guī)格書

Features

● Translates MIPI? DSI/DPI Link video stream from

Host to DisplayPortTM Link data to external display

devices.

● The inputs are driven by a DSI Host with 4-Data

Lanes, upto1 Gbps/lane or DPI Host with 16/18/24

bit interface upto154 MHz parallel clock.

● Supports HDCP Digital Content Protection version

1.3 (DisplayPortTM amendment Rev1.1).

● The output Interface consists of a DisplayPortTM Tx

with a 2-lane Main Link and AUX-Ch.

● Register Configuration: From DSI link, SPI or I2C

interface (only one of the SPI and I2C interfaces

can be active at any time).

● Internally generated H/VSync in DSI mode can be

muxed out to Host.

● Interrupt to host to inform any error status or status

needing attention from Host.

● Internal test pattern (color bar) generator for DP

o/p testing without any video (DSI/DPI) i/p.

● Debug/Test Port: I2C Slave

● DSI Receiver: Supports one DSI Interface

between TC358766XBG and Host.

? MIPI? DSI: v1.01 / MIPI? D-PHY: v0.90

Compliant.

? Up to four (4) Data Lanes with Bi-direction

support on Data Lane 0.

? Maximum speed at 1 Gbps/lane.

? Supports Burst as well as Non-Burst Mode

Video Data.

- Video data packets are limited to one row per

Hsync period.

? Supports video stream packets for video data

transmission.

? Supports generic long packets for accessing the

chip’s register set.

? Video input data formats:

- RGB-565, RGB-666 and RGB-888.

- New DSI V1.02 Data Type Support: 16-bit

YCbCr 422

Interlaced video mode is not supported.

● DPI Receiver: Supports one DPI Interface

between TC358766XBG and Host.

? Up to 16 / 18 / 24 bit parallel data interface.

? Maximum speed at 154 MPs (MPixel per sec).

? Video input data formats: RGB-565, RGB-666

and RGB-888.

? Only Progressive mode supported.

? Shutdown support (can be used in non-DPI

mode also).

● DisplayPortTM Interface: Supports a

DisplayPortTM link from TC358766XBG to display

panels.

? High speed serial bridge chip using VESA

DisplayPortTM 1.1a Standard.

? Supports one dual-lane DisplayPortTM port for

high bandwidth applications

? Supports up to two (2) single-lane ports for

connection to two DisplayPortTM panels.

? Support 1.62 or 2.7 Gbps/lane data rate with

voltage swings @0.4, 0.6, 0.8 or 1.2V

? Support of pre-emphasis levels of 0, 3.5dB and

6dB.

? Supports Audio related Secondary Data Packets

? AUX channel supported at 1 Mbps.

? HPD support through GPIO[1:0] based

interrupts

? Enhanced mode supported for HDCP content

protection.

Support HDCP encryption Version 1.3 with

DisplayPortTM amendment Revision 1.1. (on

DisplayPortTM0 in case two port configuration is

used)

? Stream Policy Maker is assumed handled by the

Host (software/firmware).

- Start Link training in response to HPD & read

final Link training status

- Configure DP link for actual video streaming &

start video streaming

? Link Policy maker is assumed shared between

the Host and TC358766XBG chip.

- In auto_correction = 0 mode, control link training

- Initiate Display device capabilities read and

configure TC358766XBG accordingly.

? Video timing generation as per panel

requirement.

? SSCG with up to 30 kHz modulation to reduce

EMI.

? Toshiba Magic Square algorithm – RGB666 18b

produces RGB888 24b like quality (with up to

16-million colors).

? Built in PRBS7 Generator to test DisplayPortTM

Link.

● RGB Parallel Output Interface:

? RGB888 output mode (DisplayPortTM disabled)

with only DSI input supported in this mode

? PCLK max = 100 MHz

? Polarity control for PCLK, VSYNC, HSYNC &

DE.

● I2C Interface:

? I2C slave interface for chip register set access

enabled using a boot-strap option.

? I2C compliant slave interface support for normal

(100 kHz) and fast mode (400 kHz).

● SPI Interface:

? SPI slave interface for chip register set access

enabled using a boot-strap option.

? SPI interface support for up to 30 MHz

operation.

● GPIO Interface:

? 2 bits of GPIO (shared with other digital logic).

? Direction controllable by Host I2C accesses.

● Clock Source:

? DisplayPortTM clock source is from an external

clock input or clock from DSI interface (13, 26,

19.2 or 38.4 MHz) – generates all internal &

output clocks to interfacing display devices.

? Built-in PLLs generate high-speed DisplayPortTM

link clock requiring no external components.

These PLLs are part of the DisplayPortTM PHY.

● Clock and power management support to achieve

low power states.

● Possible modes of Operation: Supports six (6)

modes of operation:

? MODE S21: TC358766XBG uses DisplayPortTM

Tx as single 2-lane DisplayPortTM link to

interface to single DisplayPortTM display device.

Video stream source is from MIPI? DSI Host.

? MODE S22: TC358766XBG uses DisplayPortTM

Tx port as two independent 1-lane DisplayPortTM

links to interface to two (2) DisplayPortTM display

devices. Video stream source is from MIPI? DSI

Host. Same video stream can be displayed on

two display devices.

? MODE P21: TC358766XBG uses DisplayPortTM

Tx as single 2-lane DisplayPortTM link to

interface to single DisplayPortTM display device.

Video stream source is from MIPI? DPI Host.

? MODE P22: TC358766XBG uses DisplayPortTM

Tx port as two independent 1-lane DisplayPortTM

links to interface to two (2) DisplayPortTM display

devices. Video stream source is from MIPI? DPI

Host. Same video stream is displayed on two

display devices.

? MODE SP22: TC358766XBG uses

DisplayPortTM Tx as two independent

DisplayPortTM output links (each single lane).

TC358766XBG routes the DSI input to one

DisplayPortTM Tx link and routes the DPI input to

the second DisplayPortTM Tx link.

? MODE S2P: TC358766XBG uses only Parallel

output port and disables DisplayPortTM Tx to

interface to single RGB display device. Video

stream source is from MIPI? DSI Host.

● Power supply inputs

? Core and MIPI? D-PHY: 1.2V ±0.06V

? Digital I/O: 1.8V ±0.09V

? DisplayPortTM: 1.8V ±0.09V

? DisplayPortTM: 1.2V ±0.06V

● Power Consumptions (based on estimations)

? Power-down mode (DSI-Rx in ULPS, DP PHY &

PLLs disabled, clocks stopped):

- DSI Rx: 0.01 mW

- DP PHY: 2.34 mW

- PLL9: 0.01 mW

- Core: 0.96 mW

- Rest: 0.01 mW

? Normal operation (1920 x 1080 resolution with

DSI-Rx in 4-lane @925 Mbps per lane, DP PHY

in dual lane link @2.7 Gbps per lane):

- DSI Rx: 21.79 mW

- DP PHY: 142.70 mW

- PLL9: 2.42 mW

- Core: 87.64 mW

- IOs: 1.68 mW