RM69330 DataSheet_V0.0_20171101.pdf

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Table of Contents

1. General Description

2. Features

3. Block Diagram

4. Pin Description

4.1 Power Supply Pins

4.2 Interface Pins

4.3 MIPI Interface Pins

4.4 Interface Logic Pins

4.5 Driver Output Pins

4.6 DC/DC Convert Pins

4.7 Test Pins

5. Function Description

5.1 Interface Type Selection

5.2 3-wire/4-wire SPI Interface

5.3 Display Serial Interface

5.4 MIPI Interface

5.5 Tearing Effect Output

6. Command

6.1 Command List

6.2 Command Description

7. Electrical Characteristics

7.1 Absolute Maximum Ratings

7.2 ESD Protection Level

7.3 Latch-Up Protection Level

7.4 DC Characteristics

7.5 MIPI Characteristics

7.6 AC Characteristics

8. Power Generation

8.1 2 Supply Power

8.2 DC/DC Converter Circuit

8.3 External Components

8.4 Power on/off sequence and timing

8.5 Power Level Modes

8.6 Maximum Series Resistance

9. Pad Diagram and Coordination

RM69330 Data Sheet Rev：0.0 瑞鼎科技股份有限公司 Raydium Semiconductor Corporation RM69330 Data Sheet Single Chip Driver with 16.7M color for 480RGBx480 OLED driver Revision：0.0 Date：Nov,01 2017 Attachment is the exclusive property of Raydium and shall not be reproduced or copied or transformed to any other format without prior permission of Raydium. Please handle the information based on Non-Disclosure Agreement. Page1

Revision History Version No. Date 0.0 2017/11/01 First Release RM69330 Data Sheet Rev：0.0 Modified Checked By Howard Hsiung By CN.Lin Description Page Attachment is the exclusive property of Raydium and shall not be reproduced or copied or transformed to any other format without prior permission of Raydium. Please handle the information based on Non-Disclosure Agreement. 2 Page2

RM69330 Data Sheet Rev：0.0 Table of Contents Table of Contents ........................................................................................................................................................... 3 General Description ......................................................................................................................................... 6 1. Features ............................................................................................................................................................ 7 2. 3. Block Diagram ............................................................................................................................................... 10 Pin Description .............................................................................................................................................. 11 4. Power Supply Pins .......................................................................................................................................... 11 Interface Pins ................................................................................................................................................... 12 MIPI Interface Pins ......................................................................................................................................... 13 Interface Logic Pins ........................................................................................................................................ 14 Driver Output Pins (Pins for Panel) ................................................................................................................ 15 DC/DC Convert Pins ....................................................................................................................................... 16 Test Pins .......................................................................................................................................................... 17 5. Function Description ..................................................................................................................................... 18 4.1 4.2 4.3 4.4 4.5 4.6 4.7 5.1 5.2 5.2.1 5.2.2 5.3 5.4 6.1 6.2 6. 5.2.3 Interface Type Selection .................................................................................................................................. 18 3-wire/4-wire SPI Interface ............................................................................................................................. 19 Write Cycle and Sequence .............................................................................................................................. 19 Read Cycle and Sequence ............................................................................................................................... 20 Break and Pause Sequence .................................................................................................................... 22 Display Serial Interface (DSI) ......................................................................................................................... 23 5.4.1 DSI Protocol .................................................................................................................................................... 24 5.4.2 Processor to Peripheral Transactions ............................................................................................................... 26 5.4.3 Peripheral-to-Processor LP Transmission ........................................................................................................ 31 5.4.4 Error Report Format ........................................................................................................................................ 32 5.4.5 Peripheral-to-Processor Transaction – Detail Format Description .................................................................. 33 5.4.6 DSI Video Mode Interface Timing .................................................................................................................. 34 5.4.7 Error Correction Code (ECC) .......................................................................................................................... 35 5.4.8 Notice .............................................................................................................................................................. 36 Tearing Effect Output ...................................................................................................................................... 37 5.5.1 Tearing Effect Line Mode ................................................................................................................................ 37 5.5.2 Tearing Effect Line Timing .............................................................................................................................. 39 Command ...................................................................................................................................................... 40 Command List ................................................................................................................................................. 40 Command Description .................................................................................................................................... 43 NOP (0000h) ............................................................................................................................................................. 43 SWRESET(0100h) : Software Reset ........................................................................................................................ 44 RDDID(0400h~0402h) : Read Display ID ............................................................................................................... 45 RDNUMED(0500h) : Read Number of Errors on DSI ............................................................................................. 46 RDDPM (0A00h) : Read Display Power Mode ....................................................................................................... 47 RDDMADCTR (0B00h): Read Display MADCTR ................................................................................................. 48 RDDCOLMOD (0C00h): Read Display Pixel Format ............................................................................................. 49 RDDIM (0D00h): Read Display Image Mode .......................................................................................................... 51 RDDSM (0E00h): Read Display Signal Mode ......................................................................................................... 52 RDDSDR (0F00h): Read Display Self-Diagnostic Result ....................................................................................... 53 SLPIN (1000h): Sleep In .......................................................................................................................................... 54 SLPOUT (1100h): Sleep Out .................................................................................................................................... 56 PTLON (1200h): Partial Display Mode On .............................................................................................................. 58 NORON (1300h): Normal Display Mode On ........................................................................................................... 59 INVOFF (2000H): Display Inversion Off ................................................................................................................ 60 INVON (2100H): Display Inversion On................................................................................................................... 61 ALLPOFF (2200H): All Pixel Off ............................................................................................................................ 62 ALLPON (2300H): All Pixel On .............................................................................................................................. 64 DISPOFF (2800h): Display Off ................................................................................................................................ 66 DISPON (2900h): Display On .................................................................................................................................. 67 Attachment is the exclusive property of Raydium and shall not be reproduced or copied or transformed to any other format without prior permission of Raydium. Please handle the information based on Non-Disclosure Agreement. 3 Page3

RM69330 Data Sheet Rev：0.0 7. 8. CASET(2A00h~2A03h) : Set Column Start Address ............................................................................................... 68 RASET(2B00h~2B03h) : Set Row Start Address ..................................................................................................... 70 RAMWR (2C00h): Memory Write ........................................................................................................................... 72 PTLAR (3000h): Partial Area ................................................................................................................................... 74 PTLAR (3100h): Vertical Partial Area ...................................................................................................................... 76 TEOFF (3400h): Tearing Effect Line OFF ............................................................................................................... 79 TEON (3500h): Tearing Effect Line ON .................................................................................................................. 80 MADCTR (3600h): Scan Direction Control ............................................................................................................. 83 IDMOFF (3800h): Idle Mode Off............................................................................................................................. 85 IDMON (3900h): Enter_idle_mode .......................................................................................................................... 86 COLMOD (3A00h): Interface Pixel Format ............................................................................................................. 88 RAMWRC (3C00h): Memory Continuous Write ..................................................................................................... 90 STESL(4400h) : Set_Tear_Scanline ......................................................................................................................... 92 GSL (4500h) : Get_Scanline ..................................................................................................................................... 93 DSTBON (4F00h): Deep Standby Mode On ............................................................................................................ 94 WRDISBV (5100h): Write Display Brightness ........................................................................................................ 95 RDDISBV (5200h): Read Display Brightness.......................................................................................................... 96 WRCTRLD (5300h): Write Display Control ............................................................................................................ 97 RDCTRLD (5400h): Read Display Control ............................................................................................................. 98 WRRADACL (5500h): RAD_ACL Control............................................................................................................. 99 IMGEHCCTR (5800h) : Set_color_enhance .......................................................................................................... 100 IMGEHCCTR (5900h) : Read_color_enhance ....................................................................................................... 101 WRDISBV (6300h): Write HBM Display Brightness ............................................................................................ 102 RDDISBV (6400h): Read HBM Display Brightness ............................................................................................. 103 HBM_Mode (6600h) : Set_HBM_Mode ................................................................................................................ 104 Deep_Idle_Mode (6700h) : Set_Deep Idle Mode ................................................................................................... 105 COLSET (7000~7F00h): Interface Pixel Format Set ............................................................................................. 106 COLOPT (8000h): Interface Pixel Format Option ................................................................................................. 110 RDDDBS(A100h) : Read_DDB_Start ................................................................................................................... 113 RDDDBC(A800h) : Read DDB Continous ............................................................................................................ 115 RDFCS(AA00h) : Read First Checksum ................................................................................................................ 117 RDCCS(AF00h) : Read Continue Checksum ......................................................................................................... 118 SetDISPMode (C200h) : set_DISP Mode ............................................................................................................... 119 SetDSPIMode (C400h) : set_DSPI Mode............................................................................................................... 120 RDID1 (DA00h): ID1 Code ................................................................................................................................... 123 RDID2 (DB00h): ID2 Code .................................................................................................................................... 124 RDID3 (DC00h): ID3 Code .................................................................................................................................... 125 (FE00h): CMD Mode Switch ............................................................................................................................... 126 (FF00h): Read CMD Status ................................................................................................................................. 128 Electrical Characteristics ............................................................................................................................. 130 Absolute Maximum Ratings.......................................................................................................................... 130 ESD Protection Level .................................................................................................................................... 130 Latch-Up Protection Level ............................................................................................................................ 130 DC Characteristics ........................................................................................................................................ 131 Basic Characteristics ..................................................................................................................................... 131 Operation current .......................................................................................................................................... 132 MIPI Characteristics...................................................................................................................................... 133 7.5.1 High-Speed Receiver Specification ..................................................................................................... 133 7.5.2 Forward high speed transmissions ................................................................................................................. 134 7.5.3 Data to Clock Timing Definitions .................................................................................................................. 135 7.5.4 Low power transceiver specifications ............................................................................................................ 136 AC Characteristics ........................................................................................................................................ 137 7.6.1 Serial Interface Characteristics ...................................................................................................................... 137 7.6.2 DSI Timing Characteristics ............................................................................................................................ 139 7.6.3 Reset Timing .................................................................................................................................................. 142 Power Generation ........................................................................................................................................ 143 2 Supply Power ( VDDI / VDD ) .................................................................................................................. 143 DC/DC Converter Circuit ............................................................................................................................. 144 7.1 7.2 7.3 7.4 7.4.1 7.4.2 7.5 7.6 8.1 8.2 Attachment is the exclusive property of Raydium and shall not be reproduced or copied or transformed to any other format without prior permission of Raydium. Please handle the information based on Non-Disclosure Agreement. Page4

9. 8.3 8.4 8.5 8.6 External Components .................................................................................................................................... 145 Power on/off sequence and timing ................................................................................................................ 146 Power Level Modes....................................................................................................................................... 147 Maximum Series Resistance ......................................................................................................................... 148 Pad Diagram and Coordination ................................................................................................................... 149 RM69330 Data Sheet Rev：0.0 Attachment is the exclusive property of Raydium and shall not be reproduced or copied or transformed to any other format without prior permission of Raydium. Please handle the information based on Non-Disclosure Agreement. Page5

RM69330 Data Sheet Rev：0.0 1. General Description The RM69330 device is a single-chip solution for LTPS AMOLED that incorporates gate drivers and is capable of 480RGBx480, 400RGBx400, 360RGBx480, 320RGBx320, 320RGBx480, 272RGBx480, 240RGBx240, 240RGBx320, 180RGBx360, 180RGBx540, 128RGBx432with internal GRAM. It includes a 2,764,800 bits internal memory, a timing controller with glass interface level-shifters and a glass power supply circuit. The RM69330 supports MIPI Interface, 8-bit system interfaces, serial peripheral interfaces (SPI), dual serial peripheral interfaces (Dual-SPI). The specified window area can be updated selectively, so that moving pictures can be displayed simultaneously independent of the still picture area. The RM69330 is also able to make gamma correction settings separately for RGB dots to allow benign adjustments to panel characteristics, resulting in higher display qualities. The IC possesses internal GRAM that stores 480 x 480 x 1/2 x 24 bits for 16.77M-color images. A deep standby mode is also supported for lower power consumption. This LSI is suitable for wearable device applications, including I-watch and smart band. Attachment is the exclusive property of Raydium and shall not be reproduced or copied or transformed to any other format without prior permission of Raydium. Please handle the information based on Non-Disclosure Agreement. Page6

2. Features  Single chip AMOLED controller/driver with display RAM  Display resolution option RM69330 Data Sheet Rev：0.0            480RGB x 480 400RGB x 400 360RGB x 480 320RGB x 320 320RGB x 480 272RGB x 480 240RGB x 240 240RGB x 320 180RGB x 360 180RGB x 540 128RGB x 432  Display data RAM (frame memory): 2,764,800 bits  Display mode (Color mode)   Full color mode: 16.7M-colors Idle mode: 16.7M-colors, 4096-colors, 8-colors  Interface   8-bits 80-series MPU interface Serial peripheral interface (SPI)  Dual serial peripheral interface (Dual-SPI)  MIPI Display Serial Interface (1 clock and 2 data lane pairs)  Support 1lane/2lane (1lane: 500Mbps)  Maximum total bit rate is 500Mbps of 2 data lanes 24-bit data format/ 360Mbps of 2 data lanes 18-bit data format/ 320Mbps of 2 data lanes 16-bit data format  Abundant color display and drawing functions    Programmable γ-correction function for 16.7 million color display Individual gamma correction setting for RGB dots Partial display function  Sunlight readable  Control power IC by one-wire interface  On chip      VREFP5/VREFN5 voltage generator for panel voltage VGHR/VGLR voltage for gate control signal Internal oscillator for display clock Source output MUX 1-6 with 240ch source output pins Supports gate control signals to gate driver in the panel  Built-in OTP function to adjust panel setting  Logic / interface power supply voltage VDDI = 1.65V ~ 3.3V  Analog power supply voltage VDD = 2.7V ~ 3.6V Attachment is the exclusive property of Raydium and shall not be reproduced or copied or transformed to any other format without prior permission of Raydium. Please handle the information based on Non-Disclosure Agreement. Page7

RM69330 Data Sheet Rev：0.0  Output voltage levels  Positive gate driver voltage range for VGHR: 3 ~ 10.5V (Max<=VGH-0.3v)  Negative gate driver voltage range for VGLR: -2V ~ -9.5V (Min>=VGL+0.3v)    VREFP5 panel voltage range : 0~5V (Max<=AVDD-0.3v) VREFN5 panel voltage range : -0.5~-4.5V (Min>=VCL+0.3v) Step-up 1,2 output voltage range for AVDD: 4.5 ~ 6.5V, VCL: -3.5 ~ -5.0V  Gamma high/low voltage range for VGMP: 2.0V ~ 6.0V (Max<=AVDD-0.5v) , VGSP: 0V, 0.2125V ~ 4.5V  Package: COF/COG  Chip size evaluation : 8300um x 2060um(including scribe line) Attachment is the exclusive property of Raydium and shall not be reproduced or copied or transformed to any other format without prior permission of Raydium. Please handle the information based on Non-Disclosure Agreement. Page8

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