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Announcement What contained in this User Manual does not represent the commitments of EVOC Company. EVOC Company reserves the right to revise this User Manual, without prior notice, and will not be held liable for any direct, indirect, intended or unintended losses and/or hidden dangers due to installation or improper operation. EVOC is a registered trademark of EVOC Intelligent Technology Co., Ltd. All trademarks, registered trademarks, and trade names used in this ...
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Safety Instructions 1. Please carefully read the users’ manual before handling the product; 2. Before inserting, removing or reconfiguring the boards, please firstly disconnect the AC power or unplug the AC power cable from the power source to prevent damage to the product and ensure your personal safety; 3. Before removing this product, please firstly unplug the AC cable from power source; ...
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f) Place the components on a grounded, staticfree operating platform. Use a conductive foam pad if available (not the component wrapper). g) Do not let the components slide on the operating platform. 9. Use crosshead screwdriver to operate. A magnetic screwdriver is recommended (magnet helps to collect screws). Do not leave any tools or screws inside the chassis; ...
Contents Chapter 1 Product Introduction ..............1 Overview ................... 1 Ordering Information ................ 2 Product Configuration ............... 3 LCD Screen Introduction ..............3 Touch Screen Introduction ..............4 Power Introduction ................4 Main Performances (Motherboard Introduction)....... 4 CPU ....................4 Chipset....................4 System Storage .................. 4 LAN Function..................4 IDE Function ..................5 Audio Function.................. 5 USB Function..................5 PCIE Function ...................
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Chapter 3 Motherboard Installation ............14 Product Outline ................14 Interface Locations................15 Jumper Function Setup..............16 Installing System Memory ...............17 IDE Interface..................18 USB Interface...................19 Parallel Port and Serial Port .............20 Video Interface.................21 LAN Port..................22 Keyboard and Mouse Interface ............23 Audio Function ................23 CF Card....................24 Fan Interface ..................25 Power Interface ................25 Face Plate Interface ................25 PCIE Interface..................26 Digital I/O Interface .................28 Chapter 4 BIOS Setup................30 Appendix....................31 Watchdog Programming Guide............31 I/O Address Map ................34 IRQ Assignment Table ..............36...
Chapter 1 Product Introduction Chapter 1 Product Introduction Overview PPC1507 is a sort of industrial level panel PC with 15″ LCD. The whole set is configured with 15″ high luminance LCD; it integrates the latest low consumption motherboard, with buildin super slim CDROM and 2.5″ 80G SATA hard disk. It integrates three COMs (one of which is optional with RS232/RS422/RS485 operating mode), one parallel port, two ...
Chapter 1 Product Introduction Ordering Information Model Descriptions Panel PC with 15″ LCD On board low consumption Celeron M 1G (0Cache), PPC1507 512M memory, 80G SATA hard disk with PCIE expansion with tempered glass protection Panel PC with 15″ LCD On board low consumption Pentium M 1.4G PPC150701 (0Cache), 512M memory, 80G SATA hard disk with PCIE expansion with tempered glass protection Panel PC with 15″ LCD On board low consumption Pentium M 2G (0Cache), PPC150702 1G memory, 80G SATA hard disk with PCIE expansion with tempered glass protection ...
Chapter 1 Product Introduction Product Configuration l Motherboard: low consumption industrial level motherboard (refer to the above table) l Power: 220W ATX power l Hard Disk: 80G SATA hard disk l CDROM: 24X super slim CDROM l LCD Screen: 15″ high luminance LCD with VGA interface l Touch Screen: touch screen with RS232 interface (refer to the configuration in the above table) l PCIE Expansion Slots: PCIE transfer card (with one X1 X4 slot each) ...
Chapter 1 Product Introduction Touch Screen Introduction Touch screen is a sort of resistance 15″ touch screen and its dimension is adapted with LCD screen. Power Introduction The power of PPC1507 industriallevel panel PC is a sort of 220W ATX industrial power, which possesses advantage of high stability, reliability, long operation time, stability in electric performance and so on. The power also possesses overload and overvoltage dual protection with low drain current and stable performance. Its EMC compliance and safety meets relevant national standards for industrial PC power (GB4943, GB9254, GB/T17618). Main Performances (Motherboard Introduction) CPU Configured as the ordering information table Chipset Intel 82915GM+ICH6M (82801FBM) chipset System Storage Provide one 200PIN SODIMM memory slot, support DDRⅡ400/533 memory and maximum memory capacity up to 1GB. ...
Chapter 1 Product Introduction IDE Function One ATA100/66/33 channel, support two IDE devices; One SATA interface, data transmission speed is up to 1.5Gb/s (minimum 150MB/s). Audio Function Integrate one standard AC’97 sound effect chip on board to provide you with excellent sound effect. USB Function Provide two USB2.0 highspeed interfaces, which make the massive removable storage of embedded single board be possible. Warning: 1) Please use qualified USB device and make sure it is well grounded; ill grounding might cause damage to the system; 2) At any time, before you want to touch the USB device, please touch the chassis ...
Chapter 1 Product Introduction Watchdog Function l 1~255 levels, program time to interrupt l 1~255 overtime event reset system l 1 (s/m) resolution down counter I/O Function l One highspeed parallel port, SPP/EPP/ECP mode l Exteriorly configured with three RS232 COMs, COM1 is RS232/RS422/RS485 optional l Keyboard/Mouse socket Display Function rd Intel 82915GM display chip adopts Intel 3 generation graphic core technique and supports dual channel multiinterface display: CRT, LVDS. Graphic Core Frequency ü 2D displaying core frequency: 133 or 190/200MHZ, varies with different configuration of CPU/memory ...
Chapter 1 Product Introduction Analog CRT DA Conversion Interface ü Maximum DA conversion frequency is up to 400MHz ü 24bit RAMDAC ü Maximum Resolution: 2048x1536 Digital LVDS Output Interface ü Support signal channel LVDS interface, which is in accord with ANSI/TIA/EIA–6442001 specification ü Support 25MHz to 112MHZ signalchannel LVDS LCD interface: Signal channel LVDS 18bpp TFT LCD screen; ü Support maximum UXGA screen dimension ü Support maximum WUXGA wide screen dimension Power Saving Feature We may define the power switch signal as ATX power switch function or system sleeping/operating status conversion function via BIOS. Other Features l Temperature Monitor: CPU is equipped with one sensor to monitor the temperature of CPU. ...
Chapter 1 Product Introduction Main Performances Dimension, Weight and Environment l Dimensions: 400.00mm (W) × 300.00mm (H) × 90.00mm (D); l Operating Temperature: 0℃~50℃ l Operation Humidity: Hr=20%~93%, 40℃ no condensing l NonOperating Temperature: 20℃~60℃ EMC Compliance l Limits of radio disturbance is compliant with GB92541998, class B l Immunity is compliant with GB/T 176181998 Reliability l MTBF≥50000h l MTTR≤0.5h Safety l Meet the basic requirement of GB4943. Environment Requirement l Antivibration: amplitude 519Hz/1.0mm; acceleration 19200Hz/1g l Antishock: acceleration 10g, duration 11ms l Front panel level IP65 ...
Chapter 1 Product Introduction Requirements of Transportation and Storage l Transportation Wellpackaged products suit for transportation by truck, ship, and plane. During transportation, products should not be put in open cabin or carriage. When transshipping in route, products should not be stored in the open without protection from the atmospheric conditions. Products should not be transported together with inflammable, explosive and corrosive substances and are not allowed to be exposed to rain, snow and ...
Chapter 3 Motherboard Installation Jumper Function Setup 1. JLCDB1: LCD Backlight Voltage Selection Setup Function Pin 12 Short +12V JLCDB1 Pin 23 Short +5V 2. JP1, JP2: System Bus Frequency Selection System Bus FSB JP1 JP2 Frequency 12 Short 23 Short 400MHz(Default) 23 Short 23 Short 533MHz JP1/JP2 12 Short 12 Short Inefficient Option 23 Short 12 Short Inefficient Option Note:the jumpers cannot used for ultrafrequency setting,please setup the FSB based on the CPU type. 3. JP3: CF Card Master/Slave Selection Setup Function ...
Chapter 3 Motherboard Installation 5. JCC1: Clear/Keep CMOS Setting JCC1is powered by the button battery on board. Clear CMOS will restore original settings (factory default). The steps are listed as follows: (1) Turn off the computer and unplug the power cable; (2) Instantly short circuit JCC1solder pad; (3) Turn on the computer; (4) Press DEL to enter BIOS setup when starting the computer, load optimized defaults; (5) Save and exit. Setup Function Open Normal (Default) Clear the contents of CMOS, all BIOS setting will Instant JCC1 Short restore to factory default values. 6. LCD Backlight Control Pin Signal Name 1 LCD Backlight Power (Controlled by JLCD1) 2 GND ...
Chapter 3 Motherboard Installation IDE Interface The board provides a set of 44pin IDE interface (IDE1). Pay attention as follows when installing the IDE device: Ø IDE1 interface could be connected with two IDE devices: one is Master and the other is Slave. The way of connection is to connect the master device to the end of the cable while connect the slave device to the middle of the cable. (The first pin of the IDE cable is red.) Pin Signal Pin Signal Name 2 GND 1 RESET# 4 D8 3 D7 6 D9 5 D6 8 D10 7 D5 10 ...
Chapter 3 Motherboard Installation In addition, the motherboard provides one SATA interface: Pin Signal Name Pin Signal Name 1 GND 2 TX+ 3 TX 4 GND 5 RX 6 RX+ 7 GND SATA1 USB Interface The board provides two USB interfaces, USB1 includes port 1 and port 2, USB2 is a standard 2x5 interface, which could educe two standard USB sockets. The table below shows the definition of USB interface: Pin Signal Name 1 +5V 2 USB Data 3 USB Data+ USB1 4 GND Pin Signal Name Pin Signal Name ...
Chapter 3 Motherboard Installation Parallel Port and Serial Port 1. Parallel Port Standard 26pin parallel port, it could be used to connect with peripheral equipment with parallel interface according to requirement. Pin Signal Name Pin Signal Name STB# AFD# ERR# INIT# SLIN# ACK# LPT1 BUSY SLCT NC 2. Serial Port COM1 is a 9pin DSUB port, which could select RS232/RS422 or RS485 operation mode via jumper. COM2 is a 2x15pin port. These ports could be used to connect with mouse, modem and digital camera with standard RS232 interface. Their pin definitions are as follows: ...
Chapter 3 Motherboard Installation ACTLED LINKLED Indicating Status Indicating Status (Green) (Yellow) Blink Data Transmitting On Linked Inefficient Off Off Unlinked Network Link Keyboard and Mouse Interface KM1 is a keyboard and mouse combined 6pin Mini DIN socket; using the 1 to 2 PS/2 keyboard mouse cable equipped with motherboard could realizing using keyboard and mouse simultaneously. Pin Signal Name Pin Signal Name 1 Keyboard Data 4 +5V 2 Mouse Data 5 Keyboard Clock ...
Chapter 3 Motherboard Installation CF Card Compact Flash card is a highspeed storage which is small in size and convenient to use. Its storage capacity varies with the card in use, such as 64M, 128M, and 256M etc. CF card could only be inserted in one direction. Pin Signal Name Pin Signal Name 1 GND 26 NC 2 Data 3 ...
Chapter 3 Motherboard Installation Fan Interface The computer provides one standard fan socket CPUFAN1. Pay attention as follows when using the fans socket: Ø Please confirm that the fan cable complies with the socket cable. Power cable (usually red) is in the middle position. In addition, please confirm the earth cable (usually black) and fan rev output impulse signal cable (other colors). Some fans have no rev detecting, ...
Chapter 3 Motherboard Installation Pin Signal Name 1 Power LED + 2 NC FP2 3 GND Pin Signal Name Pin Signal Name 1 Speaker out 3 GND 2 NC 4 +5V FP3 PCIE Interface A. PCIE1: PCIE X1 Interface Pin Signal Name Pin Signal Name B1 VCC12 A1 NC B2 VCC12 A2 VCC12 B3 NC A3 VCC12 ...
Chapter 3 Motherboard Installation Digital I/O Interface Digital I/O is 2x5PIN interface and its pin definitions are as follows: Pin Signal Name Pin Signal Name 1 GPIO16 2 GPI29 3 GPIO19 4 GPI31 5 GPIO27 6 GPI41 7 GPIO28 8 GPIO24 GPIO1 9 VCC3V 10 GND Example for south bridge gpio setup (reference only): 1、 Enable gpio 2、 Get the base address of gpio 3、 Set the defined functional pin as gpio mode 4、 Set the defined pin as input output mode e.g. gpio32~gpio35 are used as input, gpio36~gpio39 are used as output. ...
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Chapter 3 Motherboard Installation save gpio base address Out dx, eax ; Add dx, 4 ;PCI configuration data port In ax, dx ;read 0cfch to ax And ax, 0FFF0h ;mask bit0, ax gpio base address saved in ax xchg dx, ax ;save the base address to dx ;;;2, set the defined functional pin to be gpio mode Add dl,30h ;base+offset30h, GPIO Use Select 2 Register In eax,dx ;get the current register value to eax Or al, 0ffh ;set the lower 8bit to be 1 and defined as GPIO ;;bit[8:0] corresponding with gpio[39:32], ;0 = Signal used as native function. ;1 = Signal used as a GPIO. Out dx,al ;write the set value back to the register ;;;set the defined pin to be input output mode Add dl, 34h ;base+ GPIO Input/Output Select 2 Register ...
Chapter 4 BIOS Setup Chapter 4 BIOS Setup For more information about EC41713CLDNA (B) BIOS setup, please refer to our AMI BIOS Setup Guide. 30 PPC1507 ...
Appendix Appendix Watchdog Programming Guide EC41713CLDNA (B)PPC includes a programmable watchdog timer (WDT) up to 255 levels and time by minute or second. Watchdog timer overtime event can be programmed to reset system or generate shielding interrupts. (The interrupt here can not be shared and can not be the same as interrupt of other devices within the system). The following describes WDT program in C language; please refer to the following demonstration code: //Super I/O Watchdog #define pm_base 0x0a00 #define WRITEREG(reg,val) {tmp_reg=pm_base+reg; outportb(tmp_reg,val);} //1.Initial Watchdog device short SIOWTD_Setup(short irq) /* irq=3,4,5,6,7,9,12,0:disable interrupt,0xff:reset*/ { //check parameters //if(irq!=0xff && (irq<3 || irq>7) && irq!=9 && irq!=12 && irq!=0) // return 1; ...
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Appendix if(irq==0xff) //WatchDog cause System Reset { WRITEREG(0x47,0x0c) } else //Watchdog cause System Interrupt { irq=irq<<4; WRITEREG(0x47,0x80) WRITEREG(0x67,irq) } //end programming watchdog return 0; } //2.start Watchdog to count short SIOWTD_Enable(short time,short unit) /*unit=0:second,=1:minutes */ { if(time<1 || time>255) return 1; if(unit<0 || unit>1) return 1; //start programming watchdog //select Watchdog Timer clock switch(unit) { case 0: 32 PPC1507 ...
Appendix I/O Address Map There is 64K for the system I/O address space. Each external device will occupy portion of the space. The table below shows parts of the distribution of the I/O address. As the address of PCI device (e.g. PCI network card) is configured by software, it is not listed in this table. Address Device Description 000h 01Fh DMA Controller 020h 021h Programmable Interrupt Controller 024h – 025h Programmable Interrupt Controller ...
Programmable Interrupt Controller IRQ3 Serial Port #2 IRQ4 Serial Port #1 IRQ5 Intel(R) 82801FBM USB Universal Host Controller 24C4 IRQ5 ACPI IRQ Holder for PCI IRQ Steering IRQ6 Reserved IRQ7 Parallel Port #1 IRQ8 System CMOS/ Real Time Clock IRQ9 SCI IRQ used by ACPI bus IRQ1 Intel(R) 82801FBM USB Universal Host Controller24C2 IRQ1 Intel(R) 82915GM Graphics Controller IRQ1 ACPI IRQ Holder for PCI IRQ Steering IRQ11 Realtek AC'97 Audio IRQ1 PS/2 Compatible Mouse Port IRQ1 Numeric Data Processor IRQ1 Intel(R) 82801FBM Ultra ATA Storage Controller24CB IRQ1 Slave IDE For more information, please visit our website: http://www.evoc.com. 36 PPC1507 ...
第三章 主板安装说明 CF 卡 Compact Flash 卡是一种快速存储器,体积很小,使用方便,存 储量随使用的卡变化,如 64M,128M,256M 等。CF 卡插入时只能以一 个方向插入。 管脚 信号名称 管脚 信号名称 Data 3 Data 11 Data 4 Data 12 Data 5 Data 13 Data 6 Data 14 Data 7 Data 15 IDECS0 IDECS1 IDEIOR IDEIOW VCC3V IDEINTR VCC3V...
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