SSD2828
SSD2828 is MIPI Master Bridge manufactured by SOLOMON.
DESCRIPTION
The SSD2828 IC is an MIPI master bridge chip that connects an application processor with traditional parallel LCD interface and an LCD driver with MIPI slave interface. The 2828 supports up to 1Gbps per lane speed with maximum 4 lanes using both parallel RGB interface and serial SPI interface.
Rev 1.0 P 10/184 Jul 2012
Solomon Systech
Free Datasheet http://..net/
2 FEATURES
- Support up to total of 4Gbps over the serial link
- Support up to 4 data lanes
- Number of signals is significantly reduced when pare to traditional RGB/MCU transfer
- Support up to 1920 pixels per display row in Video mode, up to 60hz refresh rate
- Support up to 2560 pixels per display row in Video mode, up to 30hz refresh rate
- Reduce power consumption and decrease EMI by using low amplitude signal over differential pair for serial data.
- Support parallel MCU interface (DBI 2.0) up to 24-bits
- Support parallel RGB interface (DPI 2.0) up to 24-bits
- Support serial SPI interface (DBI 2.0) up to 16-bits
- Support both mand mode and video mode in MIPI DSI standard
- Support 16, 18 and 24-bit per pixel in Raw or Pixel mode for mand mode transfer
- Support independent bi-directional data transfer (forward link in High Speed and Low Power mode and reverse link in Low Power mode) for each DSI
- Support Ultra low power mode in idle state for each DSI
- Support CABC function for Video mode
- On-chip PLL with variable output frequency
- Power supply: (VDDD and VDDA) 1.2V +/-10%
- IO Power supply: 1.8V to 3.3V +/-10%
- Support of MIPI standard DSI(v1.01.00), DCS(v1.02.00), D-PHY (v1.00.00)
2.1 References
- MIPI Alliance Standard for Display Serial Interface, version 1.01
- MIPI Alliance Standard for Display mand Set, version 1.02
- MIPI Alliance Standard for D-PHY, version 1.00
- MIPI Alliance Standard for Display Bus Interface, version 2.0
- MIPI Alliance Standard for Display Pixel Interface, version 2.0
2.2 Definitions
- HS High Speed
- SPI Type C interface option 1 of...