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URL: www.topwaydisplay.com www.topwaysz.com Document Name: HKT104ATA-C-Manual-Rev0.1.doc Page: 1 of 11 HKT104ATA-C LCD Module User Manual Prepared by: Liu Sanyong Checked by: Approved by: Date: 2018-06-04 Date: Date: Rev. Descriptions Release Date
0.1 Preliminary Draft release 2018-06-04
TOPWAY LCD Module User Manual HKT104ATA-C URL: www.topwaydisplay.com www.topwaysz.com Document Name: HKT104ATA-C-Manual-Rev0.1.doc Page: 2 of 11 Table of Content
TOPWAY LCD Module User Manual HKT104ATA-C URL: www.topwaydisplay.com www.topwaysz.com Document Name: HKT104ATA-C-Manual-Rev0.1.doc Page: 3 of 11
1 Basic Specification
TOPWAY HKT104ATA-C is a Smart TFT Module with 32bit MCU on board. Its graphics engine provides numbers of outstanding features. It supports TOPWAY TML 3.0 for preload and pre-design display interface that simplify the host operation and development time. Suitable for industry control, instrumentation, medical electronics, power electric equipment applications.
1.1 General Specification
Note: *1. For saturated color display content (eg. pure-red, pure-green, pure-blue, or pure-colors-combinations). *2. For “color scales” display content. *3. Color tone may slightly change by Temperature and Driving Condition.
1.2 Block Diagram
Screen Size(Diagonal) : 10.4” Resolution : 800(RGB) x600 Color Depth : 65k color (16bit) Pixel Configuration : RGB Stripe Display Mode : Transmissive / Normal White Viewing Direction : 6H (*1) (gray-scale inverse) 12H (*2) Outline Dimension : 272 x 214 x 35 (max)(mm) (see attached drawing for details) Active Area : 211.2 x 158.4 (mm) Backlight : LED Command I/F: RS-232C Project Download: by PC or by U-Drive (with OTG cable) Operating Temperature : -20 ~ +70°C Storage Temperature : -30 ~ +80°C VDD, VSS RTS(BUSY) TX, RX ID, D-, D+ 104” TFT 800 x 600 pixels Interface Circuit Power Circuit Display Function Controller with RTC Flash Memory BUZZER RAM VUSB, VSS Touch Panel
TOPWAY LCD Module User Manual HKT104ATA-C URL: www.topwaydisplay.com www.topwaysz.com Document Name: HKT104ATA-C-Manual-Rev0.1.doc Page: 4 of 11
1.3 Terminal Function
RS232 Interface Terminal (K1) Pin No. Pin Name I/O Descriptions 1 VDD P Power supply (6.0~26.0 V) 2 RX I Data Input (eg. to PC ’s RS-232C pin3 <9pin D-connector>) 3 TX O Data output (eg. to PC ’s RS-232C pin2 <9pin D-connector>)
4 RTS(BUSY) O Request To Send (could function as busy BUSY signal)
(eg. to PC’s RS-232C pin8 <9pin D-connector>)
5 NC - No Connection
6 VSS P Ground, (0V)
Note. *1. User data and commands transfer through this terminal. *2. HOST using command hand shake during communication is suggested. USB Interface Terminal (K2) Pin No. Pin Name I/O Descriptions 1 VUSB P Power supply(5.0 V)
2 D- I/O USB DATA negative signal
3 D+ I/O USB DATA positive signal
4 ID I USB_ID,1:Client, 0:HOST
5 VSS P Ground, (0V)
Note. *1. TML files and image files preload through this terminal *2. Standard “USB-drive” functions provided *3. During the files transfer, all others display functions will be suspended
TOPWAY LCD Module User Manual HKT104ATA-C URL: www.topwaydisplay.com www.topwaysz.com Document Name: HKT104ATA-C-Manual-Rev0.1.doc Page: 5 of 11
2 Absolute Maximum Ratings
Items Symbol Min. Max. Unit Condition Power Supply voltage V DD -0.3 26.0 V Operating Temperature T OP -20 70 ℃ No Condensation Storage Temperature T ST -30 80 ℃ No Condensation Note: *1. This rating applies to all parts of the module and should not be exceeded. *2. The operating temperature only guarantees oper ation of the circuit. The contrast, response speed, and the other specification related to electro-optical display quality is determined at the room temperature, TOP=25℃ *3. Ambient temperature when the backlight is lit (reference value) *4. Any Stresses exceeding the Absolute Maximum Ratings may cause substantial damage to the device. Functional operation of this device at other conditions beyond those listed in the specification is not implied and prolonged exposure to extreme conditions may affect device reliability.
3 Electrical Characteristics
3.1 DC Characteristics
VSS=0V, VDD=12.0V,TOP =25℃ Items Symbol MIN. TYP. MAX. Unit Applicable Pin/FUNC Operating Voltage V DD 6.0 12.0 26.0 V VDD RxD Input MARK(1) V RxDM -3.0 - -15.0 V RxD RxD Input SPACE(0) V RxDS +3.0 - +15.0 V RxD TxD Output MARK(1) V TxDM -3.0 - -15.0 V TxD TxD Output SPACE(0) V TxDS +3.0 - +15.0 V TxD RTS(BUSY) Output High V TxDH -3.0 - -15.0 V RTS(BUSY) RTS(BUSY) Output Low V TxDL +3.0 - +15.0 V RTS(BUSY) Operating Current I DD - 340 - mA VDD (*1) Operating Current (USB) I VUSB - 150 - mA VUSB Battery Supply Current I BAT - 6 - uA (*2) Note. *1. Normal display condition *2. For Battery driving RTC application, RTC configuration should be enabled in the project global setting. And after install/re-install the battery, it s hould be power-on once for correct RTC configurations
3.2 AC Characteristics
Items JP1,JP7=close, JP2,JP8=open (factory default) JP1,JP8=close, JP2,JP7=open JP1,JP8= open, JP2,JP7= close JP1,JP7= open, JP2,JP8= close Start bit 1 1 1 1 Data bit 8 8 8 8 Parity bit None None Even Odd Stop bit 1 1 1 1 Baud Rate(*1) 115200 bps 9600 bps 115200 bps 115200 bps Items JP3=close, JP4=open (factory default) JP3= open, JP4=close Serial Data Flow Control busy Xon/Xoff Note. *1.Baud Rate (1200bps～115200bps) could be adjusted by software.
TOPWAY LCD Module User Manual HKT104ATA-C URL: www.topwaydisplay.com www.topwaysz.com Document Name: HKT104ATA-C-Manual-Rev0.1.doc Page: 6 of 11
4 Function Specifications
4.1 Basic Operation Function Descriptions
- TML files, Picture files, ICON files are stored inside FLASH memory area. They are preloaded to HKT104ATA-C for stand alone interface use. - Those files are preloaded via USB interface as an USB drive. - All the interface flow and the touch response are based on the preloaded TML files - VP variables memory is inside RAM area, it provides real time access via UART by the HOST or display onto the TFT by TML file. - Custom Memories are inside FLASH memory area It can be accessed via UART interface by the HOST. - Control and Draw Engine executes HO ST commands and response respectively - It also reports the real time Touch Key number to the HOST HOST PC TFT Display Custom Memories TML files Picture files ICONS files Control and Draw Engine USB interface Touch Panel UART interface HKT104ATA-C VP variables TFT Display
TOPWAY LCD Module User Manual HKT104ATA-C URL: www.topwaydisplay.com www.topwaysz.com Document Name: HKT104ATA-C-Manual-Rev0.1.doc Page: 7 of 11
4.2 Quick Start Guide
- Install TOPWAY Graphics Editor Import pictures design UI flow 3. Download to Smart LCD power on & display Connect to host Show real time data
4.3 Command Descriptions
Please refer to “SMART LCD Command Manual” .
TOPWAY LCD Module User Manual HKT104ATA-C URL: www.topwaydisplay.com www.topwaysz.com Document Name: HKT104ATA-C-Manual-Rev0.1.doc Page: 8 of 11 Item Symbol Condition Min Typ Max Unit Remark View Angles θT CR≧10 70 80 - Degree Note2,3 θB 50 60 - θL 70 80 - θR 70 80 - Contrast Ratio CR θ=0° 700 900 - Note 3 Response Time TON 25℃ - 20 30 ms Note 4 TOFF Chromaticity White x Backlight is on 0.255 0.305 0.355 Note 1,5 y 0.277 0.327 0.377 Red x 0.534 0.584 0.634 Note 1,5 y 0.300 0.350 0.400 Green x 0.290 0.340 0.390 Note 1,5 y 0.543 0.593 0.643 Blue x 0.102 0.152 0.202 Note 1,5 y 0.040 0.090 0.140 Uniformity U 75 80 - % Note 6 NTSC 45 50 - % Note 5 Luminance L - 250 - ㎡cd/ Note 7
5 Optical Characteristics
1.IF= 40 mA, and the ambient temperature is 25 .℃ 2. The test systems refer to Note 1 and Note 2.
TOPWAY LCD Module User Manual HKT104ATA-C URL: www.topwaydisplay.com www.topwaysz.com Document Name: HKT104ATA-C-Manual-Rev0.1.doc Page: 9 of 11 Note 1: The data are measured after LEDs are turned on for 5 minutes. LCM displays full white. The brightness is the average value of 9 measured spots. Measurement equipment SR-3A (1°) Measuring condition: - Measuring surroundings: Dark room - Measuring temperature: Ta=25℃. - Adjust operating voltage to get optimum contrast at the center of the display. Note 2: The definition of viewing angle: Refer to the graph below marked by θ and Ф Note 3: The definition of contrast ratio (Test LCM using SR-3A (1°)): Contrast Ratio(CR) = Luminance When LCD is at “White” state Luminance When LCD is at “Black” state (Contrast Ratio is measured in optimum common electrode voltage) Note 4: Definition of Response time. (Test LCD using BM-7A(2°)): The output signals of photo detector are measured when the input signals are changed from “black” to “white”(falling time) and from “white” to “black”(rising time), respectively. The response time is defined as the time interval between the 10% and 90% of amplitudes.Refer to figure as below. Note 5: Definition of Color of CIE1931 Coordinate and NTSC Ratio. Color gamut: S= Area of RGB triangle X100% Area of NTSC triangle Note 6: The luminance uniformity is calculated by using following formula. △Bp = Bp (Min.) / Bp (Max.)×100 (%) Bp (Max.) = Maximum brightness in 9 measured spots Bp (Min.) = Minimum brightness in 9 measured spots. Note 7: Measured the luminance of white state at center point
TOPWAY LCD Module User Manual HKT104ATA-C URL: www.topwaydisplay.com www.topwaysz.com Document Name: HKT104ATA-C-Manual-Rev0.1.doc Page: 10 of 11
6 Precautions of using LCD Modules
- Mounting must use holes arranged in four corners or four sides. - The mounting structure so provide even force on to LCD module. Uneven force (ex. Twisted stress) should not applied to the module. And the case on which a module is mounted should have sufficient strength so that external force is not transmitted directly to the module. - It is suggested to attach a transparent protective plat e to the surface in order to protect the polarizer. It should have sufficient strength in order to the resist external force. - The housing should adopt radiation structur e to satisfy the temperature specification. - Acetic acid type and chlorine type materials for t he cover case are not desirable because the former generates corrosive gas of attacking the polarizer at high temperature and the latter causes circuit break by electro-chemical reaction. - Do not touch, push or rub the exposed polarizers with glass, tweezers or anything harder than HB pencil lead. Never rub with dust clothes with chemical treatment. Do not touch the surface of polarizer for bare hand or greasy cloth.(Some cosmetics deteriorate the polarizer.) - When the surface becomes dusty, please wipe gently with absorbent cotton or other soft materials like chamois soaks with petroleum benzine. Normal-hexane is recommended for cleaning the adhesives used to attach front / rear polarizers. Do not use acetone, toluene and alcohol because they cause chemical damage to the polarizer. - Wipe off saliva or water drops as soon as poss ible. Their long time contact with polarizer Operating - The spike noise causes the mis-operation of circuits. It should be within the ±200mV level (Over and under shoot voltage) - Response time depends on the temperature. (In lower temperature, it becomes longer.) - Brightness depends on the temperature. (In lower temperature, it becomes lower.) And in lower temperature, response time(required time that brightness is stable after turned on) becomes longer. - Be careful for condensation at sudden temperat ure change. Condensation makes damage to polarizer or electrical contacted parts. And after fading condensation, smear or spot will occur. - When fixed patterns are displayed for a long time, remnant image is likely to occur. - Module has high frequency circuits. Sufficient suppre ssion to the electromagnetic interference shall be done by system manufacturers. Grounding and shielding methods may be important to minimized the interference Electrostatic Discharge Control Since a module is composed of electronic circuits, it is not strong to electrostatic discharge. Make certain that treatment persons are connected to ground through wrist band etc. And don’t touch interface pin directly. Strong Light Exposure Strong light exposure causes degradation of polarizer and color filter. Storage When storing modules as spares for a long time, the following precautions are necessary. - Store them in a dark place. Do not expose the module to sunlight or fluorescent light. Keep the temperature between 5°C and 35°C at normal humidity. - The polarizer surface should not come in contact with any other object. It is recommended that they be stored in the container in which they were shipped. Protection Film - When the protection film is peeled off, static el ectricity is generated between the film and polarizer. This should be peeled off slowly and carefully by people who are electrically grounded and with well ion-blown equipment or in such a condition, etc. - The protection film is attached to the polarizer with a small amount of glue. If some stress is applied to rub the protection film against the polarizer during the time you peel off the film, the glue is apt tore main on the polarizer. Please carefully peel off the protection film without rubbing it against the polarizer. - When the module with protection film attached is stored for a long time, sometimes there remains a very small amount of glue still on the polarizer after the protection film is peeled off. - You can remove the glue easily. When the glue rema ins on the polarizer surface or its vestige is recognized, please wipe them off with absorbent cotton waste or other soft material like chamois soaked with normal-hexane. Transportation The LCD modules should be no falling and violent shocking during transportation, and also should avoid excessive press, water, damp and sunshine.
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7 Assemble Precaution
安装注意事项 1. Customer front panel opening and thickness for TOPWAY display module should be fit for its assembling and sealing. The suggested assemble gap(A) should be about 0.3~0.5mm on each side. The suggested front panel thickness(B) should be about 1.5~4.0mm. 客户面板开窗及厚度应适合 显示模块的安装及密封 TOPWAY .
- 建议每边安装间隙 约(A) 为0.3 ~0.5mm.
- 建议面板厚度(B) 约为1.5~4.0mm. 2. A silicon sealing ring ships with TOPWAY display module. It should be in place before assembling to the front panel. 显示模块上的硅胶TOPWAY 密封圈在安装时确保嵌入到位 . 3. It should fix the TOPWAY display module into the front panel with two steps. Pre-fixing: Slightly tighten the screws on beam clamp in sequence as picture on the right side. Final-fixing: Tighten the fixing screws on beam clamp in sequence as well with twist torque about 8~10kg.cm (*1) . and put the beam clamp straight. Note: *1. Over tightening might damage the shell and cause bad sealing result. 应分两步将TOPWAY显示模块固定在面板上.
- 预紧: 将卡扣螺钉按右图所示顺序稍加预紧 .
- 紧定 再次按顺序用: 6~8kg.cm扭力拧紧卡扣螺钉(*1),并注 意卡扣置正无歪斜. *1. 过度拧紧可能会损坏外壳和影响密封效果. 4. It is strongly suggested to check the seal balancing of the four-side of the TOPWAY display module. The suggested after assemble sealed gap(C) should be about 1.0~1.5mm. 需注意检查TOPWAY显示模块四周在安装后保证平衡密封 .
- 建议组装后的密封间隙(C)约为1.0 ~1.5 mm. 5. Others: Never hot plug the device! Power off the device before connect or disconnect the display module. Don't forget to remove the cover protective film for normal operation. 其它:
- 视频线禁止带电插拔！ 在连接或断开显示模块之前先关闭设备电源 .
- 使用前请揭去保护膜.
URL: www.topwaydisplay.com www.topwaysz.com Document Name:SMART LCD Command v5.04 Manual Rev0.4.doc Page: 1 of 19 SMART LCD Command V5.04 Manual Prepared by: liu Checked by: Approved by: Date: 2017-07-24 Date: Date: Rev. Descriptions Release Date 0.1 - Preliminary Draft release 2016-11-02 0.2 - Add a description of the 0xE8 command 2017-01-12 0.3 - 4.1, 0xE2, 0xE3 command name correction 2017-05-26 0.4 - Add a description of the 0xE7 command 2017-07-24
TOPWAY SMART LCD Command Manual Protocol V5.04 URL: www.topwaydisplay.com www.topwaysz.com Document Name:SMART LCD Command v5.04 Manual Rev0.4.doc Page: 2 of 19 Table of Content
TOPWAY SMART LCD Command Manual Protocol V5.04 URL: www.topwaydisplay.com www.topwaysz.com Document Name:SMART LCD Command v5.04 Manual Rev0.4.doc Page: 3 of 19
1 Basic Specifications
TOPWAY Smart LCD serial command is for real-time control and access. Host machine get the data which input through the Smart LCD interface or provide the data for display.
1.1 Hardware connection
Smart LCD serial UART interface are mainly base on RS232-C standard, by default, config as 8N1 115200bps.
2 Command Structure
2.1 Communication Packet Structure
Commands and Response Packet should be format as follow (hostmodule): Seq Code Code type Description 1 0xA A Packet header 1b yte
2 Cmd-code Command
3 Par-data Parameter or
(*1) : : - - : : - - : : - - N-3 th 0xCC Packet tail 4byte N-2 th 0x33 N-1 th 0xC3 N th 0x3C Note. *1. Unless otherwise specified, all the multi-byte values, data, address’ byte sequence are MSB first, LSB last.
2.2 Packet Acknowledgment
Packet Acknowledgment is two byte in ASCII (module host): Response code Description Command (in packet) executed and wait for next Command ":>" In ASCII (0x3a, 0x3e) Command (in packet) error and wait for next Command "!>" In ASCII (0x21,0x3e) 1 5 B 1 5 B 1 5 B 1 5 B Note. *1. Packet Acknowledgement response to a valid packet only.
TOPWAY SMART LCD Command Manual Protocol V5.04 URL: www.topwaydisplay.com www.topwaysz.com Document Name:SMART LCD Command v5.04 Manual Rev0.4.doc Page: 4 of 19
3 Data arrangement
3.1 Color Data Value Configuration
R4 R3 R2 R1 R0 G5 G4 G3 G2 G1 G0 B4 B3 B2 B1 B0 High byte (MSB) Low b yte (LSB) D7 D6 D5 D4 D3 D2 D1 D0 D7 D6 D5 D4 D3 D2 D1 D0
3.2 Data / Address / Page_ID / Location Values Configuration
D63…D56 D55…D48 D47…D40 D39..D32 D31…D24 D23…D16 D15…D8 D7…D0 Byte7 (MSB) Byte0 (LSB) D7…D0 D7…D0 D7…D0 D7…D0 D7…D0 D7…D0 D7…D0 D7…D0 32bit value 32 bit number value D31…D24 D23…D16 D15…D8 D7…D0 Byte3 (MSB) B yte0 (LSB) D7…D0 D7…D0 D7…D0 D7…D0 16bit value 16 bit number value D15…D8 D7…D0 High Byte (MSB) Low B yte (LSB) D7…D0 D7…D0
TOPWAY SMART LCD Command Manual Protocol V5.04 URL: www.topwaydisplay.com www.topwaysz.com Document Name:SMART LCD Command v5.04 Manual Rev0.4.doc Page: 5 of 19
4 Command Descriptions
4.1 Command table
Functions Name Code Description Config/ Status Functions hand_shake 0x30 Read a Hand Shake read_version 0x31 Read firmware version read_pg_id 0x32 Read Current page ID touch_response 0x72/0x73/ 0x77/0x78/ 0x79 see also set_sys_config set_sys_config 0xE0 System parameter configuration and Baud Rate sel_project 0xE1 Specify operating project folder touch_calib 0xE4 Touch panel calibration screen_saver 0x5E Screen saver (backlight dim down time out) backlight_ctrl 0x5F backlight brightness control (64 levels) buzzer_touch_sound 0x79 buzzer enable time length (in 10ms step) buzzer_ctrl 0x7A Buzzer control Flash_write 0x90 Write data to the flash Flash_read 0x91 Read data from the flash RTC_read 0x9B Read the RTC values RTC_set 0x9C Set the RTC USR_bin_read 0x93 Read data from the USR_bin U_drv_format 0xE2 Format the U_drv U_drv_unlock 0xE3 Unlock the U_drv with pre-stored password Display Control Functions disp_page 0x70 Display a pre-stored TML file (page) set_element_fg 0x7E Set the foregro und color of STR, N16, N32 or N64 set_element_bg 0x7F Set the background color of STR, N16, N32 or N64 set_codepage 0xE7 Sets country character set and code-page character set suspend_vp_fresh 0xE8 Set the screen to pause the refresh and deactivate the touchkey or release the pause to refresh and enable the touchkey VP Functions Successive_write 0x82 Write successive value to VP_N16, VP_N32, VP_N64 Successive_read 0x83 Read successive value from VP_N16, VP_N32, VP_N64 BP1_write 0x4B Write bit-map (1bpp) data to VP_BP1 BP1_write_comp 0x4C Write compressed bit-map (1bpp) data to VP_BP1 G16_write 0x4D Write 16bit (signed integer) graphic array to VP_G16 G16_write_rotate 0x4E Rotate the VP_G 16 array data inside the module and write a 16bit (signed integer) value into end-of-array System Register Write 0x3B Write System Register System Register Read 0x3C Read System Register STR_write 0x42 Write string to VP_STR STR_read 0x43 Read string form VP_STR STR_fill 0x46 Fill strings to the VP_STR N16_write 0x3d Write 16bit (signed integer) value to VP_N16 N16_read 0x3e Read 16bit (signed integer) value from VP_N16 N16_fill 0x3f Fill numbers to the VP_N16 N32_write 0x44 Write 32bit (signed integer) value to VP_N32 N32_read 0x45 Read 32bit (signed integer) value from VP_N32 N32_fill 0x47 Fill numbers to the VP_N32 N64_write 0x48 Write 64bit (signed integer) value to VP_N64 N64_read 0x49 Read 64bit (signed integer) value from VP_N64 N64_fill 0x4A Fill numbers to the VP_N64
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4.2 Config/ Status Function Commands Details
4.2.1 hand_shake ( 0x30 ) seq Cmd-code / Par-data Descriptions 1 0x30 Read a Hand Shake Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details) Response code: Seq. Content Byte in Hex Descriptions st Header 0xAA Communication packet header nd Command 0x30 Command executed rd “T” 0x54 “Topway HMT Ready\\0” in ASCII ‘\\0’(0x00): string end mark th “o” 0x6f th “P” 0x70 th “w” 0x77 th “a” 0x61 th “y” 0x79 th “ “ 0x20 th “H” 0x48 th “M” 0x4d th “T” 0x54 th “ “ 0x20 th “R” 0x52 th “e” 0x65 th “a” 0x61 th “d” 0x64 th “y” 0x79 th \\0 0x00 th Tail 0xCC Communication packet tail st 0x33 nd 0xC3 rd 0x3C Note. *1. The Response code with communication packet format (see Communication Packet Structure Section for details) 4.2.2 read_version ( 0x31 ) Seq Cmd-code / Par-data Descriptions 1 0x31 Read firmware version Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details) Response code: Seq. Content Byte in Hex Descriptions st Header 0xAA Communication packet header nd Command 0x31 Command executed rd “1” 0x31 “1.06\\0” in ASCII Where firmware version is V1.06(example) ‘\\0’(0x00): string end mark th “.” 0x2e th “0” 0x30 th “6” 0x36 th \\0 0x00 th Tail 0xCC Communication packet tail th 0x33 th 0xC3 th 0x3C Note. *1. The Response code with communication packet format (see Communication Packet Structure Section for details)
TOPWAY SMART LCD Command Manual Protocol V5.04 URL: www.topwaydisplay.com www.topwaysz.com Document Name:SMART LCD Command v5.04 Manual Rev0.4.doc Page: 7 of 19 4.2.3 read_pg_id ( 0x32 ) Seq Cmd-code / Par-data Descriptions 1 0x32 Read Current pa ge ID Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details) Response code: Seq. Content Byte in Hex Descriptions st Header 0xAA Communication packet header nd Command 0x32 Command executed rd Page ID Page_IDh Current Page ID in 16bit binary value th Page_IDl th Tail 0xCC Communication packet tail th 0x33 th 0xC3 th 0x3C Note. *1. The Response code with communication packet format (see Communication Packet Structure Section for details) 4.2.4 touch_response ( 0x72/ 0x73/ 0x77/ 0x78/ 0x79 ) seq Cmd-code / Par-data Descriptions 1 -- Use set_s ys_config to config the functions Touch Release Coordinate Response code (0x72): Seq. Content Byte in Hex Descriptions st Header 0xAA Communication packet header nd Command 0x72 Touched release Coordinate rd X coordinate Xh Coordinate in 16bit binary value X = horizontal coordinate Y = vertical coordinate th Xl th Y coordinate Yh th Yl th Tail 0xCC Communication packet tail th 0x33 th 0xC3 th 0x3C Note. *1. The Response code with communication packet format (see Communication Packet Structure Section for details) Touch Down Coordinate Response code ( 0x73 ): Seq. Content Byte in Hex Descriptions st Header 0xAA Communication packet header nd Command 0x73 Touched down Coordinate rd X coordinate Xh Coordinate in 16bit binary value X = horizontal coordinate Y = vertical coordinate th Xl th Y coordinate Yh th Yl th Tail 0xCC Communication packet tail th 0x33 th 0xC3 th 0x3C Note. *1. The Response code with communication packet format (see Communication Packet Structure Section for details) Touch Key ID Response code ( 0x78 ): Seq. Content Byte in Hex Descriptions st Header 0xAA Communication packet header nd Command 0x78 Touched release Key_ID defined by TOPWAY TML Graphic Editor will be response to host rd Page_ID Page_IDh Page_ID = the touch key in page(16bit binary value) th Page_IDl th Y coordinate Key_ID Key_ID (8bit binary value) th Tail 0xCC Communication packet tail th 0x33 th 0xC3 th 0x3C Note. *1. The Response code with communication packet format (see Communication Packet Structure Section for details)
TOPWAY SMART LCD Command Manual Protocol V5.04 URL: www.topwaydisplay.com www.topwaysz.com Document Name:SMART LCD Command v5.04 Manual Rev0.4.doc Page: 8 of 19 Touch Key ID Response code ( 0x79 ): Seq. Content Byte in Hex Descriptions st Header 0xAA Communication packet header nd Command 0x79 Touched down Key_ID defined by TOPWAY TML Graphic Editor will be response to host rd Page_ID Page_IDh Page_ID = the touch key in page(16bit binary value) th Page_IDl th Y coordinate Key_ID Key_ID (8bit binary value) th Tail 0xCC Communication packet tail th 0x33 th 0xC3 th 0x3C Note. *1. The Response code with communication packet format (see Communication Packet Structure Section for details) Touch Key VP_ADD+VP_Value Response code ( 0x77 ): Seq. Content Byte in Hex Descriptions st Header 0xAA Communication packet header nd Command 0x77 Touch Key VP_ADD+VP_Value Response code rd VP_ADD Addr3 （MSB） VP Address 0x080000 ~ 0x08FFFF:VP_N16 Address 0x020000 ~ 0x02FFFF:VP_N32 Address 0x030000 ~ 0x03FFFF:VP_N64 Address 0x000000 ~ 0x01FFFF:VP_STR Address th Addr2 th Addr1 th Addr0(LSB) th Data : No.of byte VP_N16: 2byte VP_N32: 4byte VP_N64: 8byte VP_STR: string (with end mark (‘‘\\0’(0x00))) : : : : : : : Tail 0xCC Communication packet tail : 0x33 : 0xC3 : 0x3C Note. *1. The Response code with communication packet format (see Communication Packet Structure Section for details) 4.2.5 set_sys_config ( 0xE0 ) seq Cmd-code / Par-data Descriptions 1 0xE0 Baud Rate and system parameter configuration 2 0x55 3 0xA A 4 0x5 A 5 0xA5
6 Baud_Se t Baudrate Set:
0x00 = 1200bps 0x01 = 2400bps 0x02 = 4800bps 0x03 = 9600bps 0x04 = 19200bps 0x05 = 38400bps 0x06 = 57600bps 0x07 = 115200b ps 7 sys_par1 Bit7 = 0: Touch panel function disable Bit7 = 1: Touch panel functions enable (*3)(default) Bit[1..0]: Touch actions configuration (*2, *3) 8 0x00 Reserved Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details) *2. Touch panel configuration: Sys_par1 Bit7 Sys_par1 Bit1 Sys_par1 Bit0 Response To host Descriptions 0 0 0 Null Not touch panel functions 1 0 1 Coordinates Touch down Coordinate will be res ponse to host 1 1 0 Coordinates Touch release C oordinate will be response to host 1 1 1 Key ID Touch Key _ID defined b y TOPWAY TML Graphic Edito r will be response to host *3. see set_touch section for response code
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2 Prj_ID 0~9, project ID
0: System execute the default project “THMT” 1~9: System execute the project “THMT01”~“THMT09” Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details) 4.2.7 touch_calib ( 0xE4 ) seq Cmd-code / Par-data Descriptions 1 0xE4 Touch panel calibration 2 0x55 3 0xA A 4 0x5 A 5 0xA5 Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details) *2. Keep pressing the touch panel during power on, could also trigger the touch_calib function 4.2.8 screen_saver (0x5E) seq Cmd-code / Par-data Descriptions 1 0x5E Screen saver
2 Time1h time out time in seconds, range: 0x0000 ~ 0xffff
(0x0000: disable screen saver function) (*2) 3 Time1l
4 PWM_LE PWM_LE = 0 ~ 0x3F (default 0x19 in dim down),
the backlight dimmed level in screen saving mode (*2) Screensavers brightness can not be greater than the backlight bri ghtness. Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details) *2. default value defined by TML graphic editor configuration 4.2.9 backlight_ctrl ( 0x5F ) seq Cmd-code / Par-data Descriptions 1 0x5F backli ght brightness control
2 PWM _LE PWM _LE=0x00 ~ 0x3F (*2)
Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details) *2. default value defined by TML graphic editor configuration 4.2.10 buzzer_touch_sound ( 0x79 ) seq Cmd-code / Par-data Descriptions 1 0x79 buzzer touch sound control
2 Time Sounding time length (in 10ms), range 0x00~0x3F
0x00= disable (*2) Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details) *2. default value defined by TML graphic editor configuration 4.2.11 buzzer_ ctrl ( 0x7A ) seq Cmd-code / Par-data Descriptions 1 0x7 A Buzzer control 2 Loop count Loop count, Range: 0x01 ~ 0xFF. 0xFF = buzzer infinite loop
3 T1 Buzzer play time 1
Range: 0x00 ~ 0xFF (0~25.5s)(unit 100ms)
4 T2 Buzzer play time 2
Range: 0x00 ~ 0xFF (0~25.5s)(unit 100ms)
5 Freq1 T1 time Buzzer frequency, Unit 100 Hz
Ranges: 0x05 ~ 0x32 (500Hz ~ 5KHz) 0x00 = T1 time period buzzer turn off
6 Freq2 T2 time Buzzer frequency, Unit 100 Hz
Ranges: 0x05 ~ 0x32 (500Hz ~ 5KHz) 0x00 = T1 time period buzzer turn off Note: 1. The buzzer sound time is (T1 + T2)*100ms
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4.2.12 Flash_write ( 0x90 )
seq Cmd-code / Par-data Descriptions 1 0x90 Write data to the flash at specified address
2 Address3(MSB) the specified start address to write
Address range =0x00000 ~ 0x03FFFF 3 Address2
4 Address1
5 Address0(LSB)
6 Data_Len gthh The no. of data byte to write. Length =0x0001 ~ 0x0400 7 Data_Len gthl 8 Data data to write. : : : : : : Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details)
4.2.13 Flash_read ( 0x91 )
seq Cmd-code / Par-data Descriptions 1 0x91 Read data from the flash at specified address Address range =0x00000 ~ 0x03FFFF 3 Address2 6 Data_Len gthh The no. of data byte to read Length =0x0001 ~ 0x0400 7 Data_Len gthl Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details) Response code: Seq. Content Byte in Hex Descriptions st Header 0xAA Communication packet header nd Command 0x91 Command executed rd Data data Read back data : : : : : Tail 0xCC Communication packet tail : 0x33 : 0xC3 : 0x3C Note. *1. The Response code with communication packet format (see Communication Packet Structure Section for details)
4.2.14 RTC_read ( 0x9B )
seq Cmd-code / Par-data Descriptions 1 0x9B Read the current RTC value Response code: Seq. Content Byte in Hex Descriptions st Header 0xAA Communication packet header nd Command 0x9B Command executed rd Date Year Year: 00~99 (00=year 2000) (8bit binary value) Month: 01~12 (8bit binary value) Day: 01~31 (8bit binary value) th Month th Day th Time Hour Hour 00~23 (24hr format)(8bit binary value) Minutes 00~59 (8bit binary value) Second 00~59 (8bit binary value) th Minute th Second th Tail 0xCC Communication packet tail th 0x33 th 0xC3 th 0x3C Note. *1. The Response code with communication packet format (see Communication Packet Structure Section for details)
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4.2.15 RTC_set ( 0x9C )
seq Cmd-code / Par-data Descriptions 1 0x9C Set the RTC
2 Year Year = 00~99(2000 ~ 2099)
Month = 00~12 Date = 00~31 Hour = 00~23 Minute = 00~59 Second = 00~59
3 Month
4 Date
5 Hour
6 Minute
7 Second
Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details)
4.2.16 USR_bin_read ( 0x93 )
seq Cmd-code / Par-data Descriptions 1 0x93 Read USR_bin data from t he flash at specified address Address range = 0x00000 ~ 0x03FFFF 3 Address2 6 Data_Len gthh The no. of data byte to read Length = 0x0001 ~ 0x0400 7 Data_Len gthl Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details) Response code: Seq. Content Byte in Hex Descriptions st Header 0xAA Communication packet header nd Command 0x93 Command executed rd Data data Read back data : : : : : Tail 0xCC Communication packet tail : 0x33 : 0xC3 : 0x3C Note. *1. The Response code with communication packet format (see Communication Packet Structure Section for details)
4.2.17 U_drv_format ( 0xE2 )
seq Cmd-code / Par-data Descriptions 1 0xE2 Format the USB drive. All the files (include the security lock file) will be erased. 2 0x55 3 0xA A 4 0x5 A 5 0xA5 Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details)
4.2.18 U_drv_unlock ( 0xE3 )
seq Cmd-code / Par-data Descriptions 1 0xE3 Unlock the USB drive of file read/write with pre-stored password.
2 PW PW: password in ASCII
Length = 127max. ‘\\0’(0x00): string end mark : : : : : ‘\\0’ Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details)
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4.3 Display Control Function Commands Details
4.3.1 disp_page ( 0x70 ) seq Cmd-code / Par-data Descriptions 1 0x70 Displa y a pre-stored TML file(page)
2 Pa ge_IDh Page _ID = 0~999
3 Pa ge_IDl
Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details) 4.3.2 set_element_fg ( 0x7E ) Seq Cmd-code / Par-data Descriptions 1 0x7E Set fore ground colors of the STR, N16, N32 or N64
2 Elemen t 0x00 = STR; 0x01 = N16, N32, N64
3 Pa ge_IDh Page_ID = 0~999
4 Pa ge_IDl
5 Element _ID VP _STR = 0~127; N16, N32, N64 = 0~119
7 FGh Foreground color(0~0xffff)
8 FGl
Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details) 4.3.3 set_element_bg ( 0x7F ) Seq Cmd-code / Par-data Descriptions 1 0x7F Set back ground color of the STR, N16, N32 or N64
5 Element_ID VP_STR = 0~127, N16, N32, N64 = 0~119
6 Mode 0x00: non transparent; 0x01 : transparent
7 BGh Background color(0 ~ 0xffff)
8 BGl
Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details) 4.3.4 set_codepage (0xE7) Seq Cmd-code / Par-data Descriptions 1 0xE7 Sets countr y character set and code-page character set
2 Countr y 1 ~ 11, countr y character set
3 Codepa ge 1 ~ 22, code-pa ge character set
Note. *1. Country and CodePage table Country Code Descriptions Code Page Descriptions
1 USA 1 437 (OEM – United States)
2 France 2 737 (OEM – Greek 437G)
3 German y 3 852 (OEM – Latin II)
4 United Kin gdom 4 860 (OEM – Portuguese)
5 Demark I 5 863 (OEM – Canadian French)
6 Demark II 6 865 (OEM – Nordic)
7 Sweden 7 866 (OEM – Russian)
8 Ital y 8 874 (ANSI/OEM – Thai)
9 S pain 9 932 (ANSI/OEM – Japanese Shift-JIS)
10 Japan 10 1250 (ANSI - Central Europe)
11 Norwa y 11 1251 (ANSI – Cyrillic)
-- -- 12 1252 (ANSI – Latin I) -- -- 13 1253 (ANSI – Greek) -- -- 14 1254 (ANSI – Turkish) -- -- 15 1255 (ANSI – Hebrew) -- -- 16 1256 (ANSI – Arabic) -- -- 17 1257 (ANSI – Baltic) -- -- 18 1258 (ANSI – Viet Nam) -- -- 19 GB2312 -- -- 20 GBK -- -- 21 EUC _KR -- -- 22 Bi g5
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6 Mode 0x00: release the pause to refresh and enable the touchkey
0x01: pause the refresh and deactivate the touchkey Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details)
4.4 VP Function Commands Details
4.4.1 Successive_write ( 0x82 )
Seq Cmd-code / Par-data Descriptions 1 0x82 Write successive value to VP _N16, VP_N32, VP_N64
2 Addr3(MSB) VP_N16 Address = 0x080000 ~ 0x08FFFF (should be aligned every 2
byte) VP_N32 Address = 0x020000 ~ 0x02FFFF (should be aligned every 4 byte) VP_N64 Address = 0x030000 ~ 0x03FFFF (should be aligned every 8 b yte)
3 Addr2
4 Addr1
5 Addr0(LSB)
6 Len gth The number of data to write (Length = 1~255)
7 Data 1 (MSB) the value to write
No. of byte of Data: VP_N16 = Length *2, VP_N32 = Length *4, VP_N64 = Length *8,
8 Data 2
9 Data 3
Data n(LSB) Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details)
4.4.2 Successive_read ( 0x83 )
Seq Cmd-code / Par-data Descriptions 1 0x83 Read successive value to VP_N16, VP_N32, VP_N64 byte) VP_N32 Address = 0x020000 ~ 0x02FFFF (should be aligned every 4 byte) VP_N64 Address = 0x030000 ~ 0x03FFFF (should be aligned every 8 b yte)
6 Len gth The number of data to write (Length = 1 ~ 255)
Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details) Response code: Seq. Content Byte in Hex Descriptions st Header 0xAA Communication packet header nd Command 0x83 Command executed rd VP_ADD Addr3(MSB ） VP Address 0x080000 ~ 0x08FFFF:VP_N16 Address 0x020000 ~ 0x02FFFF:VP_N32 Address 0x030000 ~ 0x03FFFF:VP_N64 Address th Addr2 th Addr1 th Addr0(LSB) rd Length NO. No. of data rd Data Data n(MSB) No. of byte of Data: VP_N16 = Length *2, VP_N32 = Length *4, VP_N64 = Length *8, (n-1) th Data1 n th Data0(LSB) (n+1) th Tail 0xCC Communication packet tail (n+2) th 0x33 (n+3) th 0xC3 (n+4) th 0x3C Note. *1. The Response code with communication packet format (see Communication Packet Structure Section for details)
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4.4.3 BP1_write ( 0x4B )
Seq Cmd-code / Par-data Descriptions 1 0x4B Write raw bi t-map data to the VP_BP1
2 Addr3(MSB) VP_BP1 Address = 0x040000 ~ 0x05FFFF
6 Len gth3(MSB) the number of data
Length = 1 ~ 98304
7 Len gth2
8 Len gth1
9 Len gth0(LSB)
Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details) *2. After the above command issued, it follow with the raw data byte with out communication packet structure. *3. over all command flow HOST Flow module BP1_write Command (in communication packet structure) Instruct to wait for data…. Raw 1bpp image data (without communication packet structure) Store the data into VP_BP1 Response code “:>” in ASCII (without communication packet structure)
4.4.4 BP1_write_compress ( 0x4C )
Seq Cmd-code / Par-data Descriptions 1 0x4C Write com pressed bit-map data to the VP_BP1 Length = 1 ~ 98304 7 Len gth2 Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details) *2. After the above command issued, it follow with the compressed data byte with out communication packet structure. *3. over all command flow HOST Flow module BP1_write Command (in communication packet structure) Instruct to wait for data…. compressed 1bpp image data (without communication packet structure) Store the data into VP_BP1 Response code “:>” in ASCII (without communication packet structure)
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4.4.5 G16_write ( 0x4D )
Seq Cmd-code / Par-data Descriptions 1 0x4D Write graph values to the VP_G16 array
2 Addr1_H VP_G16 Address = 0x060000 ~ 0x07FFFF
3 Addr1l
4 Addr2h
5 Addr2l
6 Sizeh Array-size = 1 ~ 1024
(*2, *3) 7 Sizel
8 Data (MSB) 16 bit data array
(no. of byte = 2x array-size)
9 Data (LSB)
10 Data (MSB)
11 Data (LSB)
: : : : : : : : : : Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details) *2. Array-size = no. of 16bit values *3. Array-size suggest to be same at the size value defined in TML editor
4.4.6 G16_write_rotate ( 0x4E )
Seq Cmd-code / Par-data Descriptions 1 0x4E Write graph values to the last position of VP_G16 array with rotation effect
3 Addr1_L
4 Addr2_H
5 Addr2_L
6 Size _H Array-size to be rotate = 1 ~ 65535
(*2. *3) 7 Size _L
8 Data (MSB) 16 bit data value to be add to the end-of-array
Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details) *2. Array-size = no. of 16bit values *3. Array-size suggest to be same at the value defined in TML editor
4.4.7 System Register Write ( 0x3B )
seq Cmd-code / Par-data Descriptions 1 0x3B System Register Write Command
2 Addr3(MSB)
Timer_Ctrl0 Address = 0xFFFF00 Timer_Ctrl7 Address = 0xFFFF07
6 Data the value to write
Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details)
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4.4.8 System Register Read ( 0x3C )
seq Cmd-code / Par-data Descriptions 1 0x3C System Register Read Command
2 Addr3(MSB) Address = 0xFFFF00
Address = 0xFFFFFF Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details) Response code: Seq. Content Byte in Hex Descriptions st Header 0xAA Communication packet header nd Command 0x3C Command executed rd Address Addr3(MSB) Address = 0xFFFF00 Address = 0xFFFFFF th Addr2 th Addr1 th Addr0(LSB) th Data Data(1Byte) the value of the register th Tail 0xCC Communication packet tail 9 th 0x33 th 0xC3 th 0x3C Note. *1. The Response code with communication packet format (see Communication Packet Structure Section for details) *2. When Timer reach the 0x00000000 or 0x7FFFFFFF, a notification will be provided a 0x77 response code with the corresponding Timer Address and Value.(See touch_response(0x77)for details)
4.4.9 STR_write ( 0x42 )
Seq Cmd-code / Par-data Descriptions 1 0x42 Write strin g to VP_STR
2 Addr3(MSB) the VP_STR Address = 0x00000 ~ 0x01FFFF
(each VP_STR = 128 bytes) (address value must be divisible by 128) Total no. of byte in string ≤128 : : : : : ‘\\0’ ‘\\0’ (0x00):s t r i ng end mark Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details)
4.4.10 STR_read ( 0x43 )
Seq Cmd-code / Par-data Descriptions 1 0x43 Read strin g from VP_STR (each VP_STR = 128 bytes) (address value must be divisible by 128) Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details) Response code: Seq. Content Byte in Hex Descriptions st Header 0xAA Communication packet header nd Command 0x43 Command executed rd String data data String code : : : : : \\0 0x00 ‘‘\\0’(0x00): string end mark : Tail 0xCC Communication packet tail : 0x33 : 0xC3 : 0x3C Note. *1. The Response code with communication packet format (see Communication Packet Structure Section for details)
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4.4.11 STR_fill ( 0x46 )
Seq Cmd-code / Par-data Descriptions 1 0x46 Write strin g to VP_STR
2 Addr3(MSB) he VP_STR Address = 0x00000 ~ 0x01FFFF
(each VP_STR = 128 bytes) (address value must be divisible by 128) 3 Addr2
6 Len gthh the number of VP _STR (including the start address) to be filled
Length = 1 ~ 1024 7 Len gthl 8 data String to write Total no. of byte in string ≤128 : : : : : ‘\\0’ ‘\\0’ (0x00):s t r i ng end mark Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details)
4.4.12 N16_write ( 0x3D )
Seq Cmd-code / Par-data Descriptions 1 0x3D Write 16bit number to VP_N16
2 Addr3(MSB) VP_N16 Address = 0x080000 ~ 0x08FFFF
(each VP_N16 = 2 byte) (address value must be divisible by 2)
6 Hi gh Byte The 16 bit value to write
7 Low B yte
Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details)
4.4.13 N16_read ( 0x3E )
Seq Cmd-code / Par-data Descriptions 1 0x3E Read 16bit number from VP_N16 (each VP_N16 = 2 byte) (address value must be divisible by 2) Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details Response code: Seq. Content Byte in Hex Descriptions st Header 0xAA Communication packet header nd Command 0x3E Command executed rd N16 value Data1(MSB) 16 bit value th Data0(LSB) th Tail 0xCC Communication packet tail th 0x33 th 0xC3 th 0x3C Note. *1. The Response code with communication packet format (see Communication Packet Structure Section for details)
4.4.14 N16_fill ( 0x3F )
Seq Cmd-code / Par-data Descriptions 1 0x3F Fill 16bit number to the VP_N16 (each VP_N16 = 2 byte) (address value must be divisible by 2) 3 Addr2
6 Len gthh the number of VP _N16 (including the start address) to be filled
Length = 1 ~ 32768 7 Len gthl
8 Hi gh Byte the 16 bit value to fill
9 Low B yte
Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details)
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4.4.15 N32_write ( 0x44 )
Seq Cmd-code / Par-data Descriptions 1 0x44 Write 32bit number to VP_N32
2 Addr3(MSB) VP_N32 Address = 0x020000 ~ 0x02FFFF
(each VP_N32 = 4 byte) (address value must be divisible by 4) 6 Data3 (MSB) the 32 bit no. value write.
7 Data2
8 Data1
9 Data0 (LSB)
Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details)
4.4.16 N32_read ( 0x45 )
Seq Cmd-code / Par-data Descriptions 1 0x45 Read 32bit number from VP_N32 (each VP_N32 = 4 byte) (address value must be divisible by 4) Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details Response code: Seq. Content Byte in Hex Descriptions st Header 0xAA Communication packet header nd Command 0x45 Command executed rd N32 value Data3(MSB) 32 bit value th Data2 th Data1 th Data0(LSB) th Tail 0xCC Communication packet tail th 0x33 th 0xC3 th 0x3C Note. *1. The Response code with communication packet format (see Communication Packet Structure Section for details)
4.4.17 N32_fill ( 0x47 )
Seq Cmd-code / Par-data Descriptions 1 0x47 Fill 32bit number to the VP_N32 (each VP_N32 = 4 byte) (address value must be divisible by 4) 3 Addr2
6 Len gthh the number of VP _N32 (including the start address) to be filled
Length = 1 ~ 16384 7 Len gthl 8 Data3 (MSB) the 32 bit no. value to fill
9 Data2
10 Data1
11 Data0 (LSB)
Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details)
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4.4.18 N64_write ( 0x48 )
Seq Cmd-code / Par-data Descriptions 1 0x48 Write 64bit number to VP_N64
2 Addr3(MSB) VP_N64 Address= 0x030000 ~ 0x03FFFF
(each VP_N64 = 8 byte) (address value must be divisible by 8) 3 Addr2 6 Data7 (MSB) the 64bit no. value write.
7 Data6
12 Data1
13 Data0 (LSB)
Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details)
4.4.19 N64_read ( 0x49 )
Seq Cmd-code / Par-data Descriptions 1 0x49 Read 64bit number from VP _N64 (each VP_N64 = 8 byte) (address value must be divisible by 8) 3 Addr2 Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details Response code: Seq. Content Byte in Hex Descriptions st Header 0xAA Communication packet header nd Command 0x49 Command executed rd N64 value Data7(MSB) 64 bit value th Data6 th Data1 th Data0(LSB) th Tail 0xCC Communication packet tail th 0x33 th 0xC3 th 0x3C Note. *1. The Response code with communication packet format (see Communication Packet Structure Section for details)
4.4.20 N64_fill ( 0x4A )
Seq Cmd-code / Par-data Descriptions 1 0x4 A Fill 64bit number to the VP_N64 (each VP_N64 = 8 byte) (address value must be divisible by 8) 3 Addr2
6 Len gthh the number of VP _N64 (including the start address) to be filled
Length = 1 ~ 8192 7 Len gthl 8 Data7 (MSB) the 64 bit no. value to fill
9 Data6
14 Data1
15 Data0 (LSB)
Note. *1. Command should be transferred in communication packet structure (see Communication Packet Structure Section for details)