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Plug-N-Run G5-E1 Development Board User Manual

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2. PIN LAN SIGNAL 1 ET 2 GBEO_MDIO_P 3 GBEO_MDIO_N 4 GBEO MDH P 5 GBEO MDI1 N 6 GBEO MDI2 P 7 GBE0_MDI2_N 8 GBE0_MDI3_P 9 GBE0_MDI3_N 10 GND PIN USB0 SIGNAL Al P5000 USBO Kr A2 CONN USBON La A3 CONN USBOP am A4 GND EJ PIN USB1 SIGNAL gt B5 _P5000_USB1 J B6 CONN USBIN B7 CONN_USBIP B8 GND Connector Model Manufacturer JWO 0006 Pulse Engineering Inc or equivalent CNLANUSB2 PIN SIGNAL A1 _P5000 USB3 A2 CONN USB3N A3 CONN USB3P A A4 GND Bi P5000 USB2 LP Er B2 CONN USB2N Tasa B3 CONN_USB2P B4 GND EA p Connector Model Manufacturer 72309 0040B FCI or equivalent USB Header HDUSB1 HDUSB2 PIN SIGNAL PIN SIGNAL 1 _P5000_USBx 2 _P5000_USBy 3 CONN USBxN 4 CONN USByN 5 CONN USBxP 6 CONN USByP 7 GND 8 GND 9 KEY 10 NC x y 4 5 or 6 7 Connector Model Manufacturer FFC 10T10BMEP1B 01 Honda Tsushin or equivalent 32 97 53 1 allele GNO 10 8 6 42 Keyboard and Mouse PS 2 type MINI DIN 6 pin keyboard and mouse can be connected to each port A PS 2 compatible BIOS is required if a PS 2 keyboard and mouse are to be used Refer to Plug N Run E1 BIOS Manual for details CNKB PIN SIGNAL 1 KBC KBDAT 2 NC 3 GND 4 _P5000 Green Mouse 5 KBC_KBC
3. 2 The number of usable Serial ATA connectors from CNSATAO CNSATA3 depends on the Plug N Run model For example if the Plug N Run supports three Serial ATA ports CNSATAO CNSATA1 and CNSATA2 may be used 3 7 pin connector and 8 pin header cannot be used simultaneously JPTVA JPTVB JPTVC 1 2 short 7 pin connector 2 3 short 8 pin header 4 A PS 2 compatible BIOS is required if a PS 2 keyboard and mouse are to be used Refer to the BIOS Manual for your System On Module for details Overview EVIV CVIV LVIV OVIV euas euas enog penas adyo ceozHo Ange SsaJdX3 Od 91X x sseJdx3 Od IX x pueog Juswdojsnaq uo saing snoueA 1018 19d NEE X c JIS 19d AS X JapeoH x qa16nq q sng 9d1 Figure 1 shows the block diagram for the Plug N Run G5 Development Board Plug N Run E1 Plug N Run G5 892NOLOIS ZeZLAWd 0880 1V uno Cu Jjedng O jedng 29p09 J MOd gNOO esnow LNO NI 1ufippeg NWOJ EH Block Diagram Figure 1 Development Board Block Diagram Board Layout Figure 2 shows the layout of the Development Board
4. Connector Model Manufacturer 1612163 1 Tyco Electronics Corporation or equivalent 1 The signal name is different between CNPCIE1 CNPCIE2 and CNPCIE3 as shown in below PIN Function CNPCIE1 CNPCIE2 CNPCIES A14 REFCLKp CLK PCIEX1 SLOT1 CLK PCIEX1 SLOT2 CLK PCIEX1 SLOT3 A15 REFCLKn CLK PCIEX1 SLOT14 CLK_PCIEX1_SLOT2 CLK_PCIEX1_SLOT3 A16 PERpO PCIE1 RX P X1 PCIE2 RX P X1 PCIE3 RX P X1 A17 pERnO PCIE1 RX N X1 PCIE2 RX N X1 PCIE3 RX N X1 B14 PETpO PCIE1 TX P X1 PCIE2 TX P X1 PCIE3 TX P X1 B15 PETno PCIE1 TX N X1 PCIE2 TX N X1 PCIE3 TX N X1 27 5 suoneoyioods BORO U 28 CNPCIEX8 PIN SIDE B SIDE A NAME NAME 1 _P12000 NC 2 _P12000 _P12000 3 _P12000 _P12000 4 SMB CLK S0 GND 5 SMB DATA S0 NC 6 GND NC 7 GND NC 8 P3300 NO 9 NO _P3300 10 _P3300_STB P3300 11 WAKEO PCIE_RST KEY 12 NC GND 13 GND CLK_PCIEX8_SLOT 14 PCIEO TX P CLK_PCIEX8_SLOT 15 PCIEO TX N GND 16 GND PCIEO RX P 17 NO PCIEO RX N 18 GND GND 19 NC NO 20 NO GND 21 GND NO 22 GND NC 23 NO GND 24 NO GND 25 GND NO 26 GND NC 27 NC GND 28 NO GND 29 GND NO 30 NO NO 31 NO GND 32 GND NO 33 NC NO 34 NO GND 35 GND NO 36 GND NO 37 NO GND 38 NC GND 39 GND NO 40 GND NC 41 NC GND 42 NO GND 43 GND NC 44 GND NC 45 NC GND 46 NC GND 47 GND NC 48 NO NC 49 GND GND
5. NC 13 LPC_ADO 29 Pull down 14 LPC_AD1 30 Pull up 15 LPC_AD2 31 LPCCLK FWH 16 GND 32 P3300 Connector Model Manufacturer IC160 0324 300 Yamaichi Electronics or equivalent 1 1 The connector is not carried in PSSPRDEVBD 9 Jumper Settings Table 6 shows factory default jumper settings on the Development Board The position of jumper pin 1 is clearly marked on the silk screen of the Development Board as shown below Diamond mark on Board indicates pin 1 TER alela jojojo 1 2 3 Table 6 Development Board Jumper Settings Terminal Setting Default Function JPLANVCC 1 2 shorted Not allowed 2 3 shorted default CT signal is connected JP5V 1 2 shorted default Enables the ATX power supply s standby power supply 2 3 shorted Not allowed JPBAT 1 2 shorted default Enables the BATLOWSW LOWSW 2 3 shorted Pins the BATLOW signal low JPCBLID 1 2 shorted default Used for shipping amp adjustment purposes 2 3 shorted Not allowed JPCODEC1 1 2shorted default Enables CODEC1 2 3 shorted Disables CODEC1 JPEXTROM 1 2shorted default Disables the external ROM MEM1 2 3 shorted Enables the external ROM MEM1 JPRI 1 2 shorted default RING_INDICTE signal is not connected to the WAKE1 signal 2 3 shorted RING_INDICTE signal is connected to the WAKE1 signal JPRTC 1 2shorted default Supplies VCC RTC from a Lithium battery 2 3 shorted Not allowed JPSIO1EN 1 2 shorted default Enables SIO1 2 3 shorted D
6. 7 IDE DO 62 PEG TX3 N 8 IDE REQ 63 RESERVED 9 IDE IOW 64 RESERVED 10 IDE ACK4 65 PEG TX4 P 11 GND 66 PEG TX4 N 12 IDE IRQ 67 GND 13 IDE_AO 68 PEG_TX5_P 14 IDE_A1 69 PEG_TX5_N 15 IDE_A2 70 GND 16 IDE CS1 71 PEG TX6 P 17 IDE CS3 72 PEG TX6 N 18 IDE RESET 73 SDVO 120 CLK 19 PCI_GNT3 74 PEG_TX7_P 20 PCI REQ3 75 PEG TX7 N 21 GND 76 GND 22 PCI AD1 77 IDE_CBLID 5 23 PCI_AD3 78 PEG_TX8_P 24 PCI AD5 79 PEG TX8 N 25 PCI AD7 80 GND 26 PCI_C BEO 81 PEG_TX9_P z 27 PCI_AD9 82 PEG_TX9_N gt 28 PCI AD11 83 RESERVED 9 29 PCI_AD13 84 GND O 30 PCI AD15 85 PEG TX10 P m 81 GND 86 PEG TX10 N 9 32 PCI PAR 87 GND 5 33 PCI_SERR 88 PEG_TX11_P 2 34 PCI_STOP 89 PEG TX11 N 35 PCI_TRDY 90 GND o 36 PCI FRAME 91 PEG TX12 P 37 PCI AD16 92 PEG TX12 N 38 PCI AD18 93 GND 39 PCI AD20 94 PEG TX13 P 40 PCI AD22 95 PEG TX13 N 41 GND 96 GND 42 PCI AD24 97 PEG_ENABLE 43 PCI_AD26 98 PEG_TX14_P 44 PCI_AD28 99 PEG_TX14_N 45 PCI_AD30 100 GND 46 PCI_IROC 101 PEG TX15 P 47 PCI IRQD 102 PEG TX15 N 48 PCI CLKRUN 103 GND 49 RESERVED 104 VCC 12V 50 PCI CLK 105 VCC 12V 51 GND 106 VCC 12V 52 PEG TX0 P 107 VCC 12V 53 PEG TXO N 108 VCC 12V 54 PEG LANE RV 109 VCC 12V 55 PEG TX1 P 110 GND 23 PCI 24 S NN ACO CITT TAA A Dee d L LT OK KO HN KO DD UC UN H S NN E WE re CT VV WT UL OC m ge T C LK RL HO O Connector Model M
7. Storage Environment Supply Voltage Mezzanine Connector Lifetime USB 4 x Type A connector 2 x 10 pin header each header has 2 ports Keyboard 1 x PS 2 Compatible 6 pin MINI DIN 4 Mouse 1 x PS 2 Compatible 6 pin MINI DIN 4 LAN 1 x RJ45 connector SPEED LINK ACTIVE LED 10 100 1000Base T Audio 1 x MIC IN 1 x Line IN 1 x Line OUT LPC Bus 1 x 20 pin header LPC Rev 1 0 SMBus l2C 1 x 10 pin header SMBus2 0 GPIO 1 x 10 pin header ExpressCARD 1 x 10 pin header 1 x PLCC 32 pin 1 x Piezo electric Buzzer 2 x Numeric Block LED for POST code for debug use 1 x HDD Access LED 4 x Power LED 1 x Thermal Sensor Alarm 1 x Module Type Alarm 1 x Power Switch Push Button Type 1 x Reset Switch Push Button Type 2 x Wake Switch Push Button Type 1 x Battery Low Switch Push Button Type 1 x THRM Switch Push Button Type 1 x ATX Power Supply Connector 1 x 12V Power Supply Connector 1 x Backup Battery CR2032 1 x LCD Backlight Power Supply Connector 3 x 12V FAN Power Supply Connector 1 x 5V FAN Power Supply Connector DC DC Converter Temperature 0 50 C Humidity 20 80 RH no condensation Temperature 20 65 C Humidity 0 90 RH no condensation 3 3V 3 0 3 6V 5V 4 5 5 5V 12V 10 8 413 2 12V 13 2 10 8V Time for each supply to reach 2 20mS 90 of spec voltage from OV 30 Insertions Removals 1 Do not use 5V PCI slots with the Plug N Run E1 because it does not support 5V PCI
8. 15 LPT PD6 16 GND 17 LPT PD7 18 GND 19 LPT_ACK 20 GND 21 LPT BUSY 22 GND 23 LPT PE 24 GND 25 LPT SLCT 26 NO 25 23 21 19 17 15 1311 9 7 5 3 1 aa 26 24 22 20 18 16 14 12 10 8 6 Connector Model Manufacturer HIF3FC 26PA 2 54DSA Hirose Electric Co Ltd or equivalent FDD A single 3 5 floppy disk drive can be connected to CNFDD the FDD port CNFD PIN SIGNAL PIN SIGNAL 1 GND 2 FD_DENSEL 3 GND 4 NC 5 GND 6 NC 7 GND 8 FD_INDEX 9 GND 10 FD_MTRO 1 GND 12 NC 13 GND 14 FD DSO 15 GND 16 NC 17 GND 18 FD DIR 19 GND 20 KEY 21 GND 22 FD STEPX 23 GND 24 FD_WDATA 25 GND 26 FD_WGATE 27 GND 28 FD_TRKO 3331 31 29 GND 30 FD WPR lo 31 GND 32 FD_HDSEL 33 GND 34 FD_DSKCHG 34 32 42 Connector Model Manufacturer FCN704Q034 AU M Fujitsu Component or equivalent 34 CRT A VGA monitor may be connected to CNVGA the CRT port CNVGA PIN SIGNAL PIN SIGNAL PIN SIGNAL 1 VGA_RED 6 GND 11 NO 2 VGA_GRN 7 GND 12 VGA 120 DAT 3 VGA BLU 8 GND 13 VGA HSYNC 4 NC 9 NC 14 VGA VSYNC 5 GND 10 GND 15 VGA 120 CK 54321 1514131211 Connector Model Manufacturer D02 M15SAG 21L9 JAE or equivalent 5 TV Out CNTV may have an S video input display attached 5 JPTVA JPTVB and JPTVC must be shorted across pins 1 2 if an CNTV is to be used S HDTV may have a S video or Component Video display
9. 2 OK xl only 2 PCI CNPCI 3 OK NG 3 CNPCI3 4 OK OK IDE CNIDE OK OK Serial ATA CNSATA0 1 OK OK CNSATA2 OK NG CNSATA3 NG NG USB CNLANUSB1 2 OK OK HDUSB1 2 OK NG LAN CNLANUSBI OK OK Audio CNAUDIO OK NG 4 Keyboard Mouse CNKBMS OK 5 OK 5 FDD CNFD OK OK Parallel port HDPARA OK OK Serial port HDCOMA B C D OK OK 1 PCI Express slots CNPCIE1 2 3 are available with five x1 lanes for PCI Express setting 39 40 on Plug N Run G5 2 The standard Plug N Run G5 Development Board supports x1 lane only To use x4 lane requires the customize of the Development Board If you need that please contact your PFU Systems sales support person for assistance 3 Do not use 5V PCI slots CNPCI1 CNPCI2 with the Plug N Run E1 because it does not support 5V PCI 4 Plug N Run E1 supports AC 97 But it is not available with Plug N Run G5 Development Board because the Development Board has High Definition Audio CODEC but AC 97 5 A PS 2 compatible BIOS is required if a PS 2 keyboard and mouse are to be used Table 9 PCI Express Lanes with Plug N Run G5 Plug N Run G5 G5 Development Board Lane Signal Connector Signal PCI Express Graphics Interface one x16 lane one x16 lane PEG TX RX 15 0 CNPCIEX16 PCIEO TX RX P N 15 0 PCI Express Interface five x1 lanes or one x4 lane and one x1 lane PCIE TX RX 0 CNPCIEXS PCIEO TX RX P N PCIE T
10. amp lt gt S N HE El al 532510205 7 e E w a GEN E ES Ko HDPMg a ES 30 022 5s ge ges HDPIOS P E H E al Bg HE ic vai E HEI M SP 5j JPTHRMSN IPBATLONSN la E 2 R360 3 as a E e EEEEE GAS S E EIS KS RO RU JET S i Form EE E amp SE Figure 2 Top View of Development Board Connectors amp Jumpers Figure 3 shows the appearance of the Development Board KB Mouse Iessen fem I N I CNKBMS ra I I CNFAN2 o HDPARA CNFD
11. 14 GND 24 GND 34 GND en 15 MIC IN R 25 LINE OUT R 35 LINE IN R A MIC IN Connector Model Manufacturer 1470166 1 Tyco Electronics Corporation or equivalent 36 GPIO HDGPIO provides general input and output to the Plug N Run E1 G5 HDGPIO PIN SIGNAL PIN SIGNAL 1 GPIO 2 GPOO ee 3 GPH 4 GPO1 E elelelele 7 GPI3 8 GPO3 OSIO OO 9 WDT 10 NC 108642 Connector Model Manufacturer FFC 10T10BMEP1B 01 Honda Tsushin or equivalent SMBus l2C A system management device can be connected to the SMBus header HDSMB PIN SIGNAL PIN SIGNAL 1 12C_CLK 2 12C_DAT ee 3 SMB_CK 4 SMB_DAT 5 SMB_ALERT 6 SMB_CLK_SO lo 7 SMB DAT S0 8 _P3300 O oe 9 P3300 STB 10 GND 10 8 6 4 2 o Connector Model Manufacturer FFC 10T10BMEP1B 01 Honda Tsushin or equivalent 9 2 ExpressCARD 3 HDEXPCARD may have a side band signal ExpressCARD attached via a cable HDEXPCARD o PIN SIGNAL PIN SIGNAL i 1 EXCDO PERST4 2 EXCDO_CPPE WE a 3 EXCD1 PERST4 4 EXCD1_CPPE 7 GND 8 GND OPODO 9 GND 10 GND 10 8 6 4 2 Connector Modelf Manufacturer FFC 10T10BMEP1B401 Honda Tsushin or equivalent 37 ATX POWER FAN 38 An ATX Power Supply can be connected to the ATX Power socket CNATX PIN SIGNAL PIN SIGNAL 1 _P3300 11 _P3300 2 _P3300 12 _M12000 3 oo a AD 123 45 67 8 9 10 4 _ P5000 14 ATX_PON 5 GND 15 GND 6 _P5000 16 GND 7 GND 17 ND 11 12 13 14 15 16 17 18 19 20 8 PWR OK 18 N
12. P 65 PCIE_TX1_N 11 GND 66 GND 12 GBEO MDIO N 67 GPI2 13 GBEO MDIO P 68 PCIE TX0 P 14 GBEO CTREF 69 PCIE TXON 15 SUS S34 70 GND 16 SATAO TX P 71 LVDS A0 P 17 SATAO TX N 72 LVDS A0 N 18 SUS S4 73 LVDS At P 19 SATAO_RX_P 74 LVDS A1 N 20 SATAO RX N 75 LVDS A2 P 21 GND 76 LVDS A2 N 22 SATA2 TX P 77 LVDS VDD EN 28 SATA2 TX N 78 LVDS A3 P 24 SUS S54 79 LVDS A3 N 25 SATA2 RX P 80 GND 26 SATA2 RX N 81 LVDS A CK P 27 BATLOW 82 LVDS A CK N 28 ATA ACT4 83 LVDS I2C CK 20 Row A PIN SIGNAL PIN SIGNAL 29 AC_SYNC 84 LVDS GC DAT 30 AC_RST 85 GPI3 31 GND 86 KBD_RST 32 AC_BITCLK 87 KBD_A20GATE 33 AC_SDOUT 88 PCIE_CK_REF_P 34 BIOS_DISABLE 89 PCIE_CK_REF_N 35 THRMTRIP 90 GND 36 USB6_N 91 RESERVED 37 USB6_P 92 RESERVED 38 USB 6 7 OC 93 GPOO 39 USB4_N 94 RESERVED 40 USB4_P 95 RESERVED 41 GND 96 GND 42 USB2_N 97 VCC 12V 43 USB2 P 98 VCC 12V 44 USB 2 3 OC 99 VCC_12V 45 USBO_N 100 GND 46 USBO P 101 VCC 12V 47 VCC RTC 102 VCC 12V 48 EXCDO_PERST 103 VCC 12V 49 EXCDO_CPPE 104 VCC 12V 50 LPC SERIRQ 105 VCC 12V 51 GND 106 VCC 12V 52 PCIE TX5 P 107 VCC 12V 53 PCIE TX5 N 108 VCC 12V 54 GPIO 109 VCC 12V 55 PCIE TX4 P 110 GND Row B PIN SIGNAL PINZ SIGNAL 1 GND 56 PCIE RX4 N 2 GBEO ACT 57 GPO2 3 LPC_FRAME 58 PCIE RX3 P 4 LPC ADO 59 PCIE RX3 N 5 LPC AD1 60 GND 6 LPC AD2 61 PCIE RX2 P 7 LPC AD3 62 PCIE RX2 N 8 LPC_DRQO 63 GPO
13. PAGE IS INTENTIONALLY LEFT BLANK viii Contents feele le EE i Package Contents a een een ii Starter Kit Contents 1 ii Other Components You May Need nennen nennen ii Related Documentation esee iii Applicable Plug N Run E1 G5 Models iii Symbols and Safety AEN iii Plug N Run G5 Development Board Precautions iv Memory Expansion Card Installation Precautions V USB Device Installation Precautions V Replacing Batteries illa vi Advanced Safety Measures nennen vi Layout Of This Manual E ERES vi Symbols Used In This Manual vii GONIENIS NOTTE ici ix List Of Figures an au ee xiii LIST OT Tables ah Rn XV Chapter 1 Overview 1 IMO ACTION arta 1 Block Diagram ansehen 3 Board Layout nase en 4 Connectors amp JUMPErS o eder tro e ERES icu ee tte 5 GONNOCIONS ne GRIP RR GRECE EC ERA dS Ge EE 6 Switches and Indicator LEDS ana 8 ENEE 8 LEDH LEDL 2 digit Numeric LED 8 LEDATA IDE Device Access 8 EE Da EE 8 EED TO REE o t cee ee ee sce aee ora atus a A 8 LEDS3 LEDS4 LEDS5 LEDSSTAT 9 On Board Backup Battery nee RR ERE 9 Extemal ROM Sasse 9 Jumper Setti
14. RX 7 0 B port with x8 or x4 lane with Plug N Run G5 Development Board because it does not have the con nector 2 The standard Plug N Run G5 Development Board supports x1 lane only To use x4 lane requires the customize of the Development Board If you need that please contact your PFU Systems sales support person for assistance 41 gt o o o 2 x 42 THIS PAGE IS INTENTIONALLY LEFT BLANK INDEX A ATX POWER Interface ode eH met detur 38 Audio nce ii 14 Interface i i tit teeth 36 B Backup Battery Specifications scene 9 Block Diagram 3 Board Attachment isisisi id 15 Features 4 na as tte tees 13 Layout a rl 4 Mechanical Specifications 15 OVervieW A es 1 C Connectors Appearance e enden 5 EISE ia tes Gu Wet 6 OE lt acer 13 Interface ii e S 35 D Development Board Cati andas 12 Devices ALG8805 ais 17 Super VO iba 17 E Ethernet ege nte ertet ite OO e 14 ExpressGARD sQ hier 14 External ROM Mn e EDEN 9 F PAN S Gu Aer iM eo o A E d dM 14 le Gre 38 FDD Floppy Disk Drive 13 Interface een 34 G Pl EE 14 I IDE a ta m ehe O e AS 13 Interface v utet 30 Indicator LED std SA pasa dada A HERE AA AAA sd 8 Interface Specifications 19 12C Interface ce ee eres 37 J Jumper Appearance 23 pepper 5 Settings a x
15. RX3 N 8 IDE D2 63 RESERVED 9 IDE D13 64 RESERVED 10 IDE Di 65 PEG RX4 P 11 GND 66 PEG RX4 N 12 IDE D14 67 RESERVED 21 22 Row C PIN SIGNAL PIN SIGNAL 13 IDE_IORDY 68 PEG RX5 P 14 IDE IOR 69 PEG RX5 N 15 PCI PME 70 GND 16 PCI GNT2 71 PEG RX6 P 17 PCI_REQ2 72 PEG_RX6_N 18 PCI_GNTI 73 SDVO 12c DAT 19 PCI REQ1 74 PEG RX7 P 20 PCI_GNTO 75 PEG RX7 N 21 GND 76 GND 22 PCI_REQO 77 RESERVED 23 PCI_RESET 78 PEG_RX8_P 24 PCI_ADO 79 PEG_RX8_N 25 PCI_AD2 80 GND 26 PCI AD4 81 PEG RX9 P 27 PCI AD6 82 PEG RX9 N 28 PCI AD8 83 RESERVED 29 PCI AD10 84 GND 30 PCI AD12 85 PEG RX10 P 31 GND 86 PEG RX10 N 32 PCI AD14 87 GND 33 PCI C BE14 88 PEG RX11 P 34 PCI PERR 89 PEG RX11 N 35 PCI_LOCK 90 GND 36 PCI_DEVSEL 91 PEG_RX12_P 37 PCI_IRDY 92 PEG_RX12_N 38 PCI_C BE2 93 GND 39 PCI_AD17 94 PEG_RX13_P 40 PCI_AD19 95 PEG_RX13_N 41 GND 96 GND 42 PCI_AD21 97 RESERVED 43 PCI_AD23 98 PEG_RX14_P 44 PCI C BE3 99 PEG RX14 N 45 PCI AD25 100 GND 46 PCI AD27 101 PEG RX15 P 47 PCI AD29 102 PEG RX15 N 48 PCI AD31 103 GND 49 PCI_IRQA 104 VCC 12V 50 PCI IRQB 105 VCC 12V 51 GND 106 VCC 12V 52 PEG RX0 P 107 VCC 12V 53 PEG RX0 N 108 VCC 12V 54 TYPEO 109 VCC 12V 55 PEG RX1 P 110 GND RowD PIN SIGNAL PIN SIGNAL 1 GND 56 PEG TX1 N 2 IDE D5 57 TYPE2 3 IDE_D10 58 PEG_TX2_P 4 IDE_D11 59 PEG_TX2_N Row D PIN SIGNAL PIN SIGNAL 5 IDE_D12 60 GND 6 IDE D4 61 PEG TX3 P
16. lt al o H JPSIOTEN 3 Loa amp lt gt 0 Ka gt x O 2 lt s H wie 6 GI o lt o JZ o H m Hie lt Fle ES BE E 8 cig E HL O HDTV E pnm n n H 2 8 JPTVB T T 2 FS g BE JPTVA EET 5 I m um m m mn m mn mn um mn nn CH JPTVC sTsTs a lt 3 enemas N i NE D AAA Re elg 2 CN440 MAE FI 6 2 z HDUSB1 CNIDE e e a 5 uc50n5552 0000200000 z AO eue OLA CO ggg y 0000090 N o PES CNAUDIO RHRRRRRRR Da pa a pa p a p pe pa p HDUSB2 HDLVDSA HDLVDSB 9 9 On 5o D 0000 38 Hg CNLCDBL s CNPCIEX8 CNP12V CNPCI1 CNPCIES T CNPCI2 BZ L L EEE CNPCI3 JPPEGEN JPSIO2EN r 10 lee CNPCI4 2 EE EI MEM1 HDCOMD HDCOMF Sr S LEDSSTAT HDPM Ge a u a LEDH LEDL E Ce SS RSTSW WAKE1SW EE ES Sm Em E E HDDOMC HDCOME SE Hz lo lo O O TI gt s I PWRSW WAKEOSW THRMSW JPEXTROM Figure 3 Development Board Layout Connectors Note that manufacture and model number details for the on board connectors are representa tive of those used on the board but at times individual connectors may be replaced by items that are equivalent but not identical with respect to manufacturer and model number Table 2 Development Board Connectors Development Board Connector Mating Connector nen Function Type Manufacturer Model Manufacturer Model CNP12V 12V Power 4 pin Molex 39 28 1043 Molex Housing 3
17. m SE II ADP AR A BRET C NFE vuo Es S D M RP RPS Ea 3 E gt lt k 3r xc m ER B nm E C56 eio sl E la ebe x g c 5B lt 5 lt 003 q a i Kai i DS 1 xm HDTV Hi CY Bra gt I veet 2 Else peg lt e CN440 E m im B Ba Ens L l ek ORE E S te KE duc Sk es i SA OH amp 2 2 xj Kin meg c C16 C N D E 3 5 pi Seh m u SECH Ra el e exe 307 HDLVDSA HDLVDSB _ EE ER ES 5 5 E A AB El gt C E x 1 6 LO S EE B L CNPCIE PCIEX8 e 0709 Ede 1 D FS We ES 237 E AWAN ke mi E E hs PC iR B Em Aa E m E UPPEGEN j Reges SH HDPI O2 HDE Pal e 2 Le ES 52 role r MES a E EE Em s
18. off or use anti static heat proof gloves when installing or removing the Plug N Run E1 G5 or any of its sub compo nents Similarly other than when installing or removing the Plug N Run E1 G5 the heat spreader attached to the Plug N Run E1 G5 should never be touched Note that the PCB and soldered areas of the Plug N Run G5 Development Board are exposed and can be affected by the natural static electricity generated by the human body Before start ing work always attach a static grounding strap or at least touch the metal chassis of the device to discharge any build up of static electricity Memory Expansion Card Related Similarly the PCB and soldered areas of the memory modules and expansion cards are also exposed and can be affected by the natural static electricity generated by the human body Before starting work always attach a static grounding strap or at least touch the metal chassis of the device to discharge any build up of static electricity Avoid touching the soldered areas when handling a memory module or expansion card and instead hold it by the edge of the PCB or the metal bracket As the memory modules and expansion cards are sensitive to static electricity they should be placed on a conductive pad or left in their conductive wrappings until the last possible moment Memory Size Limits Some operating systems place a limit on the amount of memory that can be used Check with your OS supplier as to whether any
19. rir ripe OOOO dodo gn UD UU HD DUE TUTUUUUUUUU nnnnnnnnnnn vuuuuuruuuuuuuuvruuuuuuuuuuuuuuuuuuuuuu nnnnnnnuunnnnnnunnnunnnnunnnnnnunnnunnnmnnrnm Connector Model Manufacturer 1612163 3 Tyco Electronics Corporation or equivalent A The CNPCIEX8 only has the signals required for x1 lane use connected Caution CNPCIEX16 PIN SIDE B SIDE A PIN SIDE B SIDE A NAME NAME NAME NAME 1 _P12000 NC 41 PCIEO TX P 6 GND 2 _P12000 _P12000 42 PCIEO TX N6 GND 3 _P12000 _P12000 43 GND PCIEO_RX_P 6 4 SMB CLK S0 GND 44 GND PCIEO RX N 6 5 SMB DATA S0 NC 45 PCIEO TX P 7 GND 6 GND NO 46 PCIEO TX N 7 GND 7 GND NO 47 GND PCIEO RX P 7 8 P3300 NC 48 NO PCIEO RX N 7 9 NC P3300 49 GND GND 10 _P3300_STB _P3300 50 PCIEO TX P 8 NC 11 WAKEO PCIE_RST 51 PCIEO_TX_N 8 GND KEY 52 GND PCIEO_RX_P 8 12 NC GND 53 GND PCIEO_RX_N 8 13 GND CLK PCIEX16 SL 54 PCIEO TX P 9 GND OT 14 PCIEO TX P 0 CLK_PCIEX16_SL 55 PCIEO TX N 9 GND OT 15 PCIEO_TX_N 0 GND 56 GND PCIE0_RX_P 9 16 GND PCIEO RX P 0 57 GND PCIEO RX N 9 17 SDVO_CLK PCIEO RX N 0 58 PCIEO TX P 10 GND 18 GND GND 59 PCIEO TX N 10 GND 19 PCIEO_TX_P 1 60 GND PCIEO RX P 10 20 PCIEO TX N 1 GND 61 GND PCIEO RX N 10 21 GND PCIEO RX P 1 62 PCIEO TX P 11 GND 22 GND PCIEO RX N 1 63 PCIEO TX N 11 GND 23 PCIEO TX P 2
20. 2 4200 DDR2 ECC SDRAM 240 pin VLP DIMM MT4HTF6464HY 667E1 512MB PC2 5300 DDR2 667 SDRAM 200 pin SO DIMM MT8HTF6464HY 667E1 1GB PC2 5300 DDR2 667 SDRAM 200 pin SO DIMM SEN667 1024CER007 1GB PC2 5300 DDR2 667 SDRAM 200 pin SO DIMM Related Documentation Refer to the following documentation in addition to this manual when using the development board e Plug N Run E1 Hardware Reference Manual PS E1PR RM xxx e Plug N Run E1 BIOS Manual PS E1PR BM xxx e Plug N Run E1 Design Guide Hardware Design Considerations Thermal Design Considerations Plug N Run G5 Hardware Reference Manual e Plug N Run G5 BIOS Manual e Plug N Run G5 Design Guide PS E1PR DGHW xxx PS E1PR DGTH xxx PS G5PR RM xxx PS G5PR BM xxx Hardware Design Considerations PS G5PR DGHW xxx Thermal Design Considerations PS G5PR DGTH xxx e Plug N Run G5 Development Board Design Guide PS G5PRDEV DG xxx The latest versions of these documents are available from your PFU sales representative or from the PFU Systems web site at www PFUsystems com Due to the confidential nature of the material in this document a Non Disclosure Agree ment between the customers and PFU Systems must be executed Please refer to your sales support person for details Applicable Plug N Run E1 G5 Models This manual is prepared specifically for use with the following Plug N Run E1 G5 models 2 16GHz Plug N Run E1 Extended Module PSE1PR216X2 1 50GHz Plug N Run E1 Ext
21. 3 9 LPC_DRQ1 64 PCIE_RX1_P 10 LPC_CLK 65 PCIE_RX1_N 11 GND 66 WAKEO 12 PWRBTN 67 WAKE1 13 SMB_CK 68 PCIE RX0 P 14 SMB DAT 69 PCIE RXO N 15 SMB_ALERT 70 GND 16 SATA1_TX_P 71 LVDS Bo P 17 SATA1 TX N 72 LVDS BO N 18 SUS STAT 73 LVDS B1 P 19 SATA1 RX P 74 LVDS B1 N 20 SATA1 RX N 75 LVDS B2 P Row B PIN SIGNAL PIN SIGNAL 21 GND 76 LVDS B2 N 22 SATA3 TX P 77 LVDS B3 P 23 SATA3 TX N 78 LVDS B3 N 24 PWR OK 79 LVDS BKLT EN 25 SATA3 RX P 80 GND 26 SATA3 RX N 81 LVDS B CK P 27 WDT 82 LVDS B CK N 28 AC SDIN2 83 LVDS BKLT CTRL 29 AC SDIN1 84 VCC DV SBY 30 AC SDINO 85 VCC 5V SBY 81 GND 86 VCC 5V SBY 32 SPKR 87 VCC DV SBY 33 120 CK 88 RESERVED 34 GC DAT 89 VGA RED 35 THRM 90 GND 36 USB7_N 91 VGA_GRN 37 USB7_P 92 VGA_BLU 38 USB_4_5_OC 93 VGA_HSYNC 5 39 USB5 N 94 VGA VSYNC 40 USB5 P 95 VGA 120 CK 41 GND 96 VGA 120 DAT Ce 42 USB3 N 97 TV DAC A Tz 43 USB3_P 98 TV_DAC_B gt 44 USB 0 1 OCF 99 TV DAC C 9 45 USB1 N 100 GND o 46 USB1_P 101 VCC_12V m 47 EXCD1_PERST 102 VCC_12V 9 48 EXCD1_CPPE 103 VCC 12V 49 SYS _RESET 104 VCC_12V E 50 CB_RESET 105 VCC 12V 51 GND 106 VCC_12V o 52 PCIE RX5 P 107 VCC 12V 53 PCIE RX5 N 108 VCC 12V 54 GPO1 109 VCC_12V 55 PCIE_RX4_P 110 GND Row C PIN SIGNAL PIN SIGNAL 1 GND 56 PEG RX1 N 2 IDE D7 57 TYPE1 3 IDE_D6 58 PEG_RX2_P 4 IDE_D3 59 PEG_RX2_N 5 IDE_D15 60 GND 6 IDE_D8 61 PEG RX3 P 7 IDE D9 62 PEG
22. 4DSA HIF3B 26D 2 54R HDSMB SMBus 10 pin Iriso Electronics Co Ltd Honda Tsushin MFC 10RPF 9201B 2 10E GR HDTV TV Out 8 pin Honda Tsushin FFC 8BMEP1 Honda Tsushin MFC 8RPF HDUSB1 USB 2 0 10 pin Honda Tsushin FFC 10T10BMEP1B401 Honda Tsushin MFC 10RPF HDUSB2 MEM 1 External ROM 32 pin Yamaichi Electronics Co Ltd ROM 1 1C160 0324 300 N Switches and Indicator LEDs 00 Switches Table 3 lists the switches found on the Development Board RSTSW WAKE1SW BATLOSW 0 la 9 a 0 lO PWRSW WAKEOSW THRMSW Table 3 Development Board Switches Switch Function PWRSW Flips the S1 S3 S4 S5 state to the SO state and vice versa RSTSW Sets the entire device to be reinitialized when the power is turned on WAKEOSW This switch sets the WAKEO signal Low active WAKE1SW This switch sets the WAKE1 signal Low active BATLOWSW This switch sets the BATLOW signal Low active THRMSW This switch sets the THRM signal Low active A It is forbidden to press the RSTSW button during the POST Power On Self Test Caution phase LEDH LEDL 2 digit Numeric LED The 2 digit LED on the Development Board is used to display diagnostic codes the values written to port 80h during the POST phase LEDH LEDL I Ll LE For details of the port 80h codes see the Beep amp Diagnostic Codes section in Chapter 1 Overview of the Plug N Run E1 BIOS Manual LEDATA IDE Device Access The LEDATA
23. 9 01 2040 Terminal 39 00 0038 CN440 Plug N Run E1 SMD 440 pin Tyco Electronics Corporation Tyco Electronics Corporation G5 module 5mm 3 1827233 6 3 1318490 6 8mm 3 5353652 6 on Plug N Run E1 G5 module CNATX ATX Power 20 pin Molex 39 28 1203 Molex Housing 39 01 2200 Terminal 39 00 0038 CNAUDIO MIC IN 18 pin Tyco Electronics 1470166 1 Stereo mini plug 3 5 Line IN Line OUT CNCOMAB COMA COMB 2 x 9 pin Foxconn Electronics Inc DM10151 70 JAE Body DE 9SF N Cover DE C4 J6 F1 CNFAN1 5V FAN 3 pin Hirose Electric Co Ltd Hirose Electric Co Ltd DF13C 3P 1 25V 21 DF13 3S 1 25C 21 CNFAN2 12V FAN 3 pin Molex 22 23 2031 Molex CNFAN3 Housing 22 01 3037 CNFAN4 Terminal 97 00 0445 CNFD FDD 34 pin Fujitsu Component FCN704Q034 AU M Honda Tsushin MFC 34RPF CNIDE 3 5 IDE 40 pin Tyco Electronics Corporation 440094 1 ATA 66 100 80 pin IDE cable ATA 33 40 pin IDE cable CNKBMS KB Mouse 12 pin Foxconn Electronics Inc Tyco Electronics Corporation MH11061 PD2 Plug shell 84165 2 Housing 84167 1 Connector 84141 2 CNLANUSB1 LAN USB 30 pin Pulse Engineering Inc JWO 0006 LAN cable CNLANUSB2 USB 2 0 8 pin FCI 72309 0040B USB cable CNLCDBL LCD Backlight 4 pin Molex 22 23 2041 Molex Housing 22 01 3047 Terminal 97 00 0445 CNPCI1 5V PCI Slots 120 pin Tyco Electronics Corporation 145167 4 PCI Board CNPCI2 CNPCI3 3 3V PCI Slots 120 pin Tyco Electronics Corporation 145167 4 PCI Board CNPC
24. C 9 P5000 STB 19 P5000 10 _P12000 20 P5000 Connector Model Manufacturer 39 28 1203 Molex or equivalent CN12V PIN SIGNAL 1 GND 2 GND 3 P12000 4 P12000 Connector Model Manufacturer 39 28 1043 Molex or equivalent CNFAN 1 provides a 5V power supply for a fan CNFAN2 CNFANS and CNFAN4 provide 12V power supplies for fans CNFAN1 PIN SIGNAL 1 GND geg 2 _P5000 l 3 NC nnn Connector Model Manufacturer DF13C 3P 1 25V 21 Hirose Electric Co Ltd or equiv alent CNFAN2 CNFAN3 CNFANA PIN SIGNAL 1 GND 2 _P12000 000 es 140 321 Connector Model Manufacturer 22 23 2031 Molex or equivalent Appendix A Function Comparative Table This product is the common development board for Plug N Play G5 and E1 but the available functions for each module are different Table 8 shows the available functions on two Plug N Run modules Table 9 and Table 10 show the PCI Express lanes on Plug N Run G5 Development Board with Plug N Run G5 and E1 Table 8 Function Comparative Table Functions of G5 Development Board Plug N Run G5 Plug N Run El gt o o o 2 x CRT CNVGA OK NG TV OUT CNTV OK NG LVDS HDLVDSA B OK NG PCI Express CNPCIE1 2 3 OK 1 NG CNPCIEX16 OK OK x4 or x8 only CNPCIEX8 OK xl only
25. GND 64 GND PCIEO RX P 11 24 PCIEO TX N 2 GND 65 GND PCIEO RX N 11 25 GND PCIEO RX P 2 66 PCIEO TX P GND 26 GND PCIEO RX M i 67 PCIEO TX N 12 GND 27 PCIEO TX P GND 68 GND PCIEO RX P 12 28 PCIEO TX Mm GND 69 GND PCIEO RX N 12 29 GND PCIEO RX P 3 70 PCIEO TX P 13 GND 30 NO PCIEO RX N 0 71 PCIEO TX N 13 GND 31 SDVO DATA GND 72 GND PCIEO RX P 13 32 GND NC 73 GND PCIEO RX N 13 33 PCIEO TX P 4 NC 74 PCIEO TX P 14 GND 34 PCIEO TX N 4 GND 75 PCIEO TX N 14 GND 35 GND PCIEO RX P 4 76 GND PCIEO RX P 14 36 GND PCIEO RX N 4 77 GND PCIEO RX N 14 29 5 SUOINLIJIDI S DJIA JUJ IDE 30 PIN SIDE B SIDE A PIN SIDE B SIDE A NAME NAME NAME NAME 37 PCIEO TX P6 GND 78 PCIEO TX P 15 GND 38 PCIEO TX N 5 GND 79 PCIEO TX N 15 GND 39 GND PCIEO RX P 5 80 GND PCIEO RX P 15 40 GND PCIEO RX N 5 81 NC PCIEO RX N 15 82 NO GND Connector Modelf Manufacturer 1612163 4 Tyco Electronics Corporation or eguivalent CNIDE may have up to two IDE devices attached via an IDE cable Caution CNIDE It is required to use a 40 pin 80 conductor IDE cable when an ATA66 100 IDE device is used PINf SIGNAL PIN SIGNAL 1 IDECN_RST 2 GND 3 IDE_D7 4 IDE_D8 5 IDE_D6 6 IDE_D9 7 IDE_D5 8 IDE_D10 9 IDE D4 10
26. HANTABILITY OR INFRINGEMENT OF ANY PATENT COPYRIGHT OR OTHER INTELLECTUAL PROP ERTY RIGHT PFU SYSTEMS DOES NOT WARRANT ITS PRODUCTS FOR USE IN APPLICATIONS WHICH MAY INVOLVE DANGERS TO HUMAN HEALTH OR SAFETY INCLUDING BUT NOT LIMITED TO MEDICAL LIFE SUPPORT SURGERY AIRCRAFT FLIGHT CONTROL AIR TRAFFIC CONTROL MASS TRANSPORTATION CONTROL MISSILE LAUNCH AND OR GUIDANCE CONTROL ENVIRONMENTAL CONTROL OR THE PLANNING CONSTRUCTION MAINTENANCE AND OPERATION OF A NUCLEAR FACILITY Trademarks PFU Systems and Plug N Run are trademarks of PFU Systems Inc Intel Pentium and SpeedStep are registered trademarks of Intel Corporation and its subsid iary in the United States and or in other countries Microsoft Windows and Windows Vista are registered trademarks of Microsoft Corporation in the United States and or in other countries All other trademarks and registered trademarks are property of their respective holders All Rights Reserved Copyright 1999 2008 Intel Corporation All Rights Reserved Copyright PFU LIMITED 2005 2008 All Rights Reserved Copyright PFU Systems Inc 2005 2008 Package Contents Your Plug N Run G5 Development Board package PS5PRDEVBD should contain the items listed below Development Board Package Item Description Qty Development Board Plug N Run G5 Development Board 1 5mm Assembly Kit Screws with lock and flat washers 7 Insert Letter Customer letter 1 Product Support CD Manuals d
27. IA CNPCIE1 x1 PCI Express 36 pin Tyco Electronics Corporation 1612163 1 PCI Express Board CNPCIE2 CNPCIE3 CNPCIEX16 x16 PCI Express 164 pin Tyco Electronics Corporation 1612163 4 PCI Express Board Graphics Port CNPCIEX8 x8 PCI Express 98 pin Tyco Electronics Corporation 1612163 3 PCI Express Board CNSATAO Serial ATA 9 pin Tyco Electronics Corporation Serial ATA cable CNSATA1 67491 0010 CNSATA2 CNSATA3 CNTV TV Out 7 pin Hosiden Corporation TCS7709 27 218 S Video cable 6 Table 2 Development Board Connectors Development Board Connector Mating Connector Part No Function T BAND unctio ype Manufacturer Model Manufacturer Model CNVGA CRT 15 pin JAE D02 M15SAG 21L9 JAE Plug D02 M15PG FO Shell DE C8 J9 F5 1 9 Terminal D02 22 22P PKG100 HDCOMC COMC COMD 10 pin Honda Tsushin FFC 10T10BMEP1B 01 Honda Tsushin MFC 10RPF lt HDCOMD COME COMF HDCOME s HDCOMF HDEXP ExpressCARD 10 pin Iriso Electronics Co Ltd Honda Tsushin MFC 10RPF CARD 9201B 2 10E GR HDGPIO GPIO 10 pin Iriso Electronics Co Ltd Honda Tsushin MFC 10RPF 9201B 2 10E GR HDLPC LPC Bus 20 pin Honda Tsushin FFC 20T10BMEP1B Honda Tsushin MFC 20RPF HDLVDSA LVDS A port 20 pin Honda Tsushin FFC 20T10BMEP1B Honda Tsushin MFC 20RPF HDLVDSB LVDS B port 20 pin Honda Tsushin FFC 20T10BMEP1B Honda Tsushin MFC 20RPF HDPARA Parallel 26 pin Hirose Electric Co Ltd Hirose Electric Co Ltd HIF3FC 26PA 2 5
28. IDE D11 11 IDE D3 12 IDE D12 13 IDE D2 14 IDE_D13 15 IDE D1 16 IDE D14 17 X IDE DO 18 IDE D15 19 GND 20 KEY 21 IDE_REQ 22 GND 23 IDE IOW amp 24 GND 25 IDE IOR 26 GND 27 IDE IORDY 28 GND 29 IDE_ACK 30 GND 31 IDE_IRQ 32 NC 33 IDE A1 34 IDE CBLID 35 IDE A0 36 IDE A2 37 IDE CS1 38 IDE_CS3 39 IDE_DACTIVE 40 GND 135 39 Connector Model Manufacturer 440094 1 Tyco Electronics Corporation or equivalent SATA Connector CNSATAO and CNSATA1 may have a single Serial ATA IDE device attached via a Serial ATA cable one device per connector for a total of up to two Serial ATA devices CNSATA2 and CNSATA3 are not available CNSATA0 CNSATA1 CNSATA2 CNSATA3 PIN SIGNAL GND SATAx TX P SATAx TX N GND SATAx RX N SATAx RX P GND NO J 5 0 4 O 0 O N O 2 9 x means 0 for CNSATAO 1 for CNSATA1 2 for CNSATA2 or 3 for CNSATA3 Connector Model Manufacturer 67491 0010 Molex or equivalent LAN USB Connector CNLANUSB may be attached to a 10 100 BASE TX network CNLANUSB1 CNLANUSB2 HDUSB1 and HDUSB2 may be attached to a USB2 0 or USB1 1 device LED s are embedded in the connectors and function as follows suoneoyioods 299e 19 u1 Speed Unlit indicates a 10Mbps connection lit indicates a 100Mbps connection LINK ACT Lit indicates an established LINK flashing indicates an active connection 31 CNLANUSB1
29. LK 6 NC 7 KBC_MSDAT 8 NC 9 GND Purple Keyboard 10 _P5000 11 KBC_MSCLK 12 NC 5 Connector Model Manufacturer MH11061 PD2 Foxconn Electronics Inc or equivalent Serial Port d CNCOMAB has two D SUB 9 pin connectors that comprise serial ports 1 and 2 each of B which may have a cable or device attached HDCOMC HDCOMD HDCOME and HDCOMF connect via serial port adapter cables to D D SUB 9 pin connectors for serial ports 3 4 5 and 6 each of which may have a cable or device 2 attached o CNCOMAB PIN SIGNAL PIN SIGNAL S A1 SCDB B1 SCDA A2 SRDB B2 SRDA A3 STDB B3 STDA A4 STDRB B4 STDRA A5 GND B5 GND A6 SDSRB B6 SDSRA A7 SRTSB B7 SRTSA A8 SCTSB B8 SCTSA A9 SRIB B9 SRIA Connector Model Manufacturer DM10151 70 Foxconn Electronics Inc or equivalent HDCOMC HDCOMD HDCOME HDCOMF PIN SIGNAL PIN SIGNAL Kd uS 9 7 531 X X 7 SDTRx 8 SRIx eG e 9 GND 10 NC 108642 x means C for HDCOMC port D for HDCOMD E for HDCOME or F for HDCOMF port Connector Model Manufacturer FFC 10T10BMEP1B 01 Honda Tsushin or equivalent 33 Parallel Port Header HDPARA connects via a serial port adapter cable to a D SUB 25 pin connector for a parallel port which may have a cable or device attached HDPARA PIN SIGNAL PIN SIGNAL 1 LPT_STB 2 LPT_ALF 3 LPT_PDO 4 LPT_ERR 5 LPT PD1 6 LPT INIT 7 LPT PD2 8 LPT SLCTIN 9 LPT PD3 10 GND 11 LPT PD4 12 GND 13 LPT PD5 14 GND
30. P3300 B53 PCI AD7 A23 PCI AD26 B23 PCI AD27 A54 PCI AD6 B54 _ P3300 A24 GND B24 PCI AD25 App PCI AD4 B55 PCI AD5 A25 PCI AD24 B25 P3300 A56 GND B56 PCI AD3 A26 IDSEL 1 B26 PCI C BE3 A57 PCI AD2 B57 GND A27 P3300 B27 PCI AD23 A58 PCI ADO B58 PCI_AD1 A28 PCI AD22 B28 GND A59 P5000 B59 P5000 A29 PCI AD20 B29 PCI AD21 A60 Pull Up B60 Pull Up A30 GND B30 PCI_AD19 A61 _P5000 B61 _P5000 A31 PCI AD18 B31 _ P3300 A62 P5000 B62 P5000 1 The signal name is different between CNPCI1 and CNPCI2 as shown in below PIN Function CNPCH CNPCI2 A6 INTA PCI IRQA PCI_IROB B7 INTB PCI_IRQB PCI_IRQC A7 INTCH PCI_IRQC PCI_IRQD B8 INTD PCI_IRQD PCI_IRQA A26 IDSEL PCI AD20 PCI_AD21 B18 REQ PCI_REQO PCI_REQ1 A17 GNT PCI_GNTO PCI_GNT1 B16 CLK CLK PCI1 CLK PCI2 CNPCI3 CNPCIA 3 3V PCI PIN SIGNAL PIN SIGNAL PIN SIGNAL PIN SIGNAL A1 PullUp B1 M12000 A32 PCLAD 3 16 B32 PCI AD 3 17 A2 P12000 B2 Pul Down A33 P3300 B33 PCI C BE2 3 A3 PullDown B3 GND A34 PCI FRAME 3 B34 GND A4 PullUp B4 NO A35 GND B35 PCI IRDY 3 Ap P5000 B5 P5000 A36 PCI TRDY 3 amp B36 P3300 Ap INTA 1 B6 _P5000 A37 GND B37 PCI DEVSEL 3 A7 INTC 1 B7 INTB 1 A38 PCI STOP 3 B38 GND A8 P5000 B8 INTD 1 A39 P3300 B39 PCI LOCK 3 A9 NO B9 NO A40 Pull Up B40 PCI PERR 3 A10 P5000 B10 NO A41 Pull Up B41 P3300 A11 NO B11 NO A42 GND B42 PCI SERR 3 A12 GND B12 GND A43 PCI PA
31. PFU Systems Plug N Run E1 G5 Computer On Module Series com Express COM Express Compliant Plug N Run G5 Development Board User Manual Version 1 0 February 2008 PS G5PRDEV UM 010 THIS PAGE IS INTENTIONALLY LEFT BLANK Introductions Thank you for basing your system on our COM Express compliant Plug N Run E1 G5 Com puter On Module aka System On Module We are confident that it will help you in getting your product to market quickly while reducing overall development cost This manual Plug N Run G5 Development Board User Manual explains the features func tions and technical specifications for PFU Systems Plug N Run G5 Development Board Specifically it describes the board layout connectors and jumpers interface and mechanical dimensions It is recommended that you review the material contained in this manual before using the Development Board PFU Systems Inc February 2008 THE INFORMATION IN THIS DOCUMENT IS PROVIDED IN CONNECTION WITH PFU SYSTEMS PRODUCTS NO LICENSE EXPRESS OR IMPLIED BY ESTOPPEL OR OTH ERWISE TO ANY INTELLECTUAL PROPERTY RIGHTS IS GRANTED BY THIS DOCU MENT EXCEPT AS PROVIDED IN PFU SYSTEMS TERMS AND CONDITIONS OF SALES FOR SUCH PRODUCTS PFU SYSTEMS ASSUMES NO LIABILITY WHATSOEVER AND PFU SYSTEMS DISCLAIMS ANY EXPRESS OR IMPLIED WARRANTY RELATING TO SALE AND OR USE OF PFU SYSTEMS PRODUCTS INCLUDING LIABILITY OR WAR RANTIES RELATING TO FITNESS FOR A PARTICULAR PURPOSE MERC
32. PIO signals on the Plug N Run E1 G5 module to a 10 pin header They are useful when debugging and evaluating customized setups ExpressCARD 1 Connector The Development Board provides one ExpressCARD header to support the ExpressCARD FAN 4 Connectors The Development Board provides four fan power supply connectors that make it possible to manage and evaluate the thermal environment appropriately Chapter 3 Board Mechanical Specifications This chapter describes the information necessary to configure the Plun N Run E1 Plug N Run E1 G5 Module Attachment 1 Place the Development Board on a steady flat surface 3 2 Lining up the pairs of Mezzanine Connectors place the Plug N Run E1 G5 module on the Development Board The holes in the module PCB should line up with the four mounting spacers on the Development Board Attach the Plug N Run E1 G5 to the Development Board using the mounting hardware contained in the 5mm Assembly Kit Make sure the Plug N Run E1 G5 is attached with proper underside support provided by the mounting hardware A Aheatsink plus fan combination or similar should be used to ensure proper A cooling of the Plug N Run E1 G5 e Do not use the connectors CNPCI1 and CNPCI2 with the Plug N Run El because it does not support 5V PCI SUONLIJIDI S jes ueydayy peog THIS PAGE IS INTENTIONALLY LEFT BLANK Chapter A On board Devices This chapter provides specification for the on board devices of the D
33. Po See the label on the ATX power supply for details of its power supply specifications efer 1 M9IAJ9AQ Mezzanine Connector Specification Cautions Table 7 shows the specifications of the Development Board Mezzanine Connector Tyco Electronics Corporation 6 1218151 1 Table 7 Mezzanine Connector Specification Parameter Value Manufacturer Mating Connector Part Number Rated Current Rated Voltage Temperature Contact Resistance Insulating Resistance Voltage Tolerance Insertion Force Removal Force Insertion Removal Life Shock Vibration Thermal Shock Solder Coverage Solder Flux Solder Conditions Tyco Electronics Corporation 6 1318151 1 4mm 6 1318154 1 8mm 0 5A max 50V AC max 40 C to 85 C 0 95 RH 55mO max initial 500MQ min initial 0 2kV AC for 1 minute 0 9N 90gf max pin 0 1N 10gf min pin 30 cycles 50G No electrical discontinuity greater than 1u sec when mating connector is subjected to a 10 55 10Hz cycle traversed in 1 minute at 1 52mm amplitude DR 20mW max after 5 cycles of 30 minutes each at 40 C then 85 C 95 min Alpha 100 or equivalent 3 0 5 seconds at 230 C 5 C recommended When Using the Development Board Because the electrical circuits of the Development Board are exposed conductive materials including dust settling on the surface of the Development Board can cause short circuits Avoid using the Development Board in d
34. R B43 _ P3300 A13 GND B13 GND A44 PCI AD 3 15 B44 PCI C BE1 3 Ai4 P3300 STB B14 NO A45 P3300 B45 PCI AD 3 14 A15 PCILRESET B15 GND A46 PCI AD 3 13 B46 GND A16 P5000 B16 CLK 1 A47 PCLAD 3 11 B47 PCI AD 3 12 A17 GNT 1 B17 GND A48 GND B48 PCI AD 3 10 A18 GND B18 REQ 1 A49 PCI AD ag B49 GND A19 PCI PME B19 P5000 KEY KEY A20 PCI AD 3 30 B20 PCI AD 3 31 KEY KEY A21 P3300 B21 PCI AD 3 29 A52 PCIC BEO 3 amp B52 PCI AD 3 8 A22 PCI AD 3 28 B22 GND A53 P3300 B53 PCI AD 3 7 A23 PCI AD 3 26 B23 PCI AD 3 27 A54 PCI AD 3 6 B54 P3300 A24 GND B24 PCI AD 3 25 A55 PCI AD 3 4 B55 PCI AD 3 5 A25 PCI AD 3 24 B25 P3300 A56 GND B56 PCI AD 3 3 A26 IDSEL 1 B26 PCI C BE3 3 amp A57 PCI AD 3 2 B57 GND A27 P3300 B27 PCI AD 3 23 A58 PCI AD am B58 PCI AD 3 1 A28 PCI AD 3 22 B28 GND A59 P5000 B59 P5000 A29 PCI AD 3 20 B29 PCI AD 3 21 A60 Pull Up B60 Pull Up A30 GND B30 PCI AD 3 19 A61 _P5000 B61 _P5000 A31 PCI AD 3 18 B31 _P3300 A62 P5000 B62 P5000 25 5 Suoleo ji59ds 29e 19 u1 LPC 26 1 The signal name is different between CNPCI3 and CNPCI4 as shown in below PIN Function CNPCI3 CNPCI4 A6 INTA PCI IROC 3 PCI IROD 3 B7 INTB PCI IROD 3 PCI IROA 3 A7 INTCH PCI_IRQA_3 PCI IRQB 3 B8 INTD PCI IRQB 3 PCI IROC 3 A26 IDSEL PCI AD22 3 PCI AD23 3 B18 REQ PCI REO2 3 PCI REO3 3 A17 GNT PCI_GNT2_3 PCI_GN
35. T3_3 B16 CLK CLK PCI3 CLK_PCI4 A1 A2 A49 A52 A62 NL Connector Model Manufacturer 145167 4 Tyco Electronics Corporation or equivalent A LPC device can be connected to the CNLPC header CNLPC PIN SIGNAL PIN SIGNAL 1 LPCCLK_HDLPC 2 LPC_LFRAME 3 LPC_LADO 4 LPC LADI 5 LPC LAD2 6 LPC LAD3 7 LPC DRQ1 8 LPC SERIRQ 9 PCI PME 10 LPC_RST 11 NC 12 NC 13 NO 14 NO 15 NO 16 NO 17 P3300 18 P3300 19 GND 20 GND 19 17 15 13 11 9 7 5 3 1 i MAA 201816141210 8 6 4 2 Connector Model Manufacturer FFC 20BMEP1 Honda Tsushin or equivalent PCI Express Ports CNPCIE1 CNPCIE2 and CNPCIE3 may have x1 lane PCI Express cards attached CNPCIEX8 may have x1 lane to x8 lane PCI Express cards attached CNPCIEX16 may have x1 lane to x16 lane PCI Express cards attached CNPCIEX8 only supports x1 lane use Caution CNPCIEX16 only supports x1 lane or x16 lane use CNPCIE1 CNPCIE2 CNPCIE3 PIN SIDE B SIDE A NAME NAME 1 _P12000 NC 2 _P12000 _P12000 3 _P12000 _P12000 4 SMB CLK S0 GND 5 SMB DATA SO NC 6 GND NO 7 GND NO 8 P3300 NO 9 NO P3300 10 P3300 STB P3300 11 WAKEO PCIE_RST KEY 12 NO GND 13 GND REFCLKp 1 14 PETpO 1 REFCLKn 1 15 PETn0 1 GND 16 GND PERpO 1 17 NO PERn0 1 18 GND GND UUUUUUUUUUU Tororo oooonononoon nnnnnnn 2DEDDDE OD 000505
36. X RX 1 CNPCIEI PCIE1 TX RX P N X1 five x1 lanes PCIE TX RX 2 CNPCIE2 PCIE2 TX RX P N X1 PCIE TX RX 3 CNPCIE3 PCIE3 TX RX P N X1 PCIE TX RX 4 None 1 PCIE TX RX 3 0 CNPCIEXS PCIE 3 1 TX RX P N X8 one x4 lane and PCIEO TX RX P N 2 one x1 lane PCIE TX RX 4 None 1 1 You cannot use PCIE TX RX 4 with Plug N Run G5 Development Board because it does not have the connector 2 The standard Plug N Run G5 Development Board supports x1 lane only To use x4 lane requires the customize of the Development Board If you need that please contact your PFU Systems sales support person for assistance Table 10 PCI Express Lanes with Plug N Run E1 Plug N Run El G5 Development Board Port Lane Signal Connector Signal PCI Express Interface five x4 lanes or one x8 lane and two x4 lanes or two x8 lanes and one x4 lane one x8 lane PCIEA TX RX 7 0 CNPCIEX16 PCIEO TX RX P N 7 0 A PCIEA TX RX 3 0 CNPCIEX16 PCIEO TX RX P N 3 0 two x4 lanes PCIEA TX RX 7 4 None conneting CNPCIEX 16 1 one x8 lane PCIEB TX RX 7 0 None conneting CNPCIEX 16 1 B PCIEB TX RX 3 0 None conneting CNPCIEX16 1 two x4 lanes PCIEB TX RX 7 4 None conneting CNPCIEX16 1 C i 41 PCIEC TX RX 3 0 CNPCIEXS PCIE 3 1 TX RX P N X8 u PCIEO_TX RX_P N 2 1 You cannot use PCIEA TX RX 7 4 A port with x4 lane or PCIEB TX
37. anufacturer 3 1827233 6 or 3 5353652 6 Tyco Electronics Corpora tion or equivalent 5V 32 bit 33MHz PCI cards can be connected to CNPCI1 and CNPCI2 Also 3 3V 32 bit 33MHz PCI cards can be connected to CNPCI3 and CNPCIA N Do not use the connectors CNPCI1 and CNPCI2 with the Plug N Run E1 because it A does not support 5V PCI Caution CNPCI1 CNPCI2 5V PCI PIN SIGNAL PIN SIGNAL PIN SIGNAL PIN SIGNAL A1 PullUp B1 X M12000 A32 PCI AD16 B32 PCI AD17 A2 P12000 B2 Pul Down A33 P3300 B33 PCI C DESS A3 PullDown B3 GND A34 PCI FRAME4 B34 GND A4 PullUp B4 NO A35 GND B35 PCI IRDYf Ap P5000 B5 P5000 A36 PCI TRDYf B36 _P3300 A6 INTA 1 B6 _P5000 A37 GND B37 PCI DEVSEL A7 INTO 1 B7 INTB 1 A38 PCI STOP B38 GND A8 _P5000 BB INTD 1 A39 _P3300 B39 PCI_LOCK A9 NO B9 NO A40 Pull Up B40 PCI PERRY A10 P5000 B10 NO A41 Pull Up B41 P3300 A11 NO B11 NO A42 GND B42 PCI SERR A12 GND B12 GND A43 PCI PAR B43 P3300 A13 GND B13 GND A44 PCI AD15 B44 PCI C BEIS Ai4 P3300 STB B14 NO A45 P3300 B45 PCI AD14 A15 PCIRESET amp B15 GND A46 PCI AD13 B46 GND A16 P5000 B16 CLK 1 A47 PCI AD11 B47 PCI AD12 A17 GNTH 1 B17 GND A48 GND B48 PCI AD10 A18 GND B18 REQ A49 PCI AD9 B49 GND A19 PCI PME B19 P5000 KEY KEY A20 PCI AD30 B20 PCI AD31 KEY KEY A21 P3300 B21 PCI AD29 A52 PCIC BEOR B52 PCI AD8 A22 PCI AD28 B22 GND A53
38. ations 15 Plug N Run E1 G5 Module Attachment 15 Chapter 4 On board Devices 17 Super VO Ae Ann nn Grantee Seat e 17 REALTEK ALC880 Audio Codec 17 Chapter 5 Interface Specifications 19 440 pin Connector ee ee 19 PO EE 24 BERGEN 26 PCI Express Ports ae 27 BES esse 30 SATA CONNECHOF ed 31 LANAJSB C NNEC OT s sinni n EE e 31 PP des 32 Keyboard and Mouse decederet aa 33 Serial te Uns Hasena Et 33 Parallel Port Header mc tete eb Re xin 34 FDD2 as asya S 34 E HE 35 TOUR eegene 35 LVDS LED Header uu ee EEN 36 ME 37 ExpressCARD ee neuere 37 ATS POWER A Bei 38 FAN T CH 38 Appendix A Function Comparative Table 39 ro c 43 xi THIS PAGE IS INTENTIONALLY LEFT BLANK xii Figure 1 Figure 2 Figure 3 Figure 4 List of Figures Development Board Block Diagram Top View of Development Board Development Board Layout Development Board Power Supplies Xili THIS PAGE IS INTENTIONALLY LEFT BLANK xiv List of Tables Table 1 Plug N Run G5 Development Board Specifications 1 Table 2 Development Board Connectors aaa 6 Table 3 Development Board Switches aan 8 Table 4 LED Funceton nenn 9 Table 5 CMOS Backup Battery Specification 9 Table 6 Development Board Jump
39. attached via a cable D JPTVA JPTVB and JPTVC must be shorted across pins 2 3 if an HDTV is to be used o CNTV y D PIN SIGNAL S 1 GND 2 GND o 3 TV_DAC_B 4 TV_DAC_C 5 TV_DAC_A 6 GND 7 GND Connector Model Manufacturer TCS7709 27 218 Hosiden Corporation or equivalent HDTV PIN SIGNAL TV_DAC_A GND TV_DAC_B GND 7 5 3 1 TV DAC C elelelo NO All 0 4 O Q O N Connector Model Manufacturer FFC 8BMEP1 Honda Tsushin or equivalent 35 LVDS LCD Header SIGNAL PIN SIGNAL HDLVDSA HDLVDSB 1 LCD_VDD 3 LVDS x0 P 5 GND 7 LVDS x1 N 9 LVDS x2 P 11 GND 13 LVDS x CK N 15 LVDS x3 P 17 GND 19 LVDS 120 DAT 14 16 18 20 LCD VDD LVDS x0 N LVDS x1 P GND LVDS x2 N LVDS x CK P GND LVDS x3 N LVDS 120 CK LVDS BKLT CTRL x means A for HDLVDSA or B for HDLVDSB 19 17 15 13 11 9 7 5 3 1 eie eee o CK Ke Key Oo Ke 6 4 2 20 18 16 14 12 10 8 Connector Model Manufacturer FFC 20BMEP1 Honda Tsushin or equivalent CNLCDBL PIN SIGNAL 1 BLP12000 2 GND 3 GND 4 BLP5000 0 0 0 0 1234 Connector Modelf Manufacturer 22 23 2041 Molex or eguivalent Audio A microphone can be connected to MICIN LINEIN is used as line input and LINEOUT is used as line output PIN SIGNAL PIN SIGNAL PIN SIGNAL 11 GND 12 MIC IN L 22 LINE OUT L 32 LINE IN L LINE IN 13 MIC1 JD 23 FRONT1 JD 33 LINE1 JD
40. e may be attached The FDD controller is uPD765A compatible Two types of media may be used 2DD 720KB and 2HD 1 44MB CRT 1 Connector A CRT display can be connected to the Development Board using the integrated graphic con troller on the Plug N Run E1 G5 module 2 SIINLIJ TV OUT 1 Connector The Development Board provides one TV OUT connector and one header These connectors cannot be used at the same time LVDS LCD 2 Connectors The Development Board provides two LVDS LCD connectors to support either one single channel panel or one dual channel panel USB 8 Ports The Development Board provides four USB 2 0 ports and two 10 pin headers which support USB 2 0 Each of headers provides two ports This means that up to eight USB ports are sup ported in total Keyboard and Mouse 1 Port each The Development Board supports standard PS 2 compatible keyboard and mouse ports 10 100 Mbps Ethernet 1 RJ45 Connector The Development Board supports one RJ45 LAN port Audio 3 Connectors The Development Board utilizes the REALTEK ALC880 Intel High Definition Audio Codec and provides one connector each for MIC In Line In and Line Out LPC Bus 1 Connector The Development Board provides one 20 pin LPC Bus header for expansion SMBus 1 Connector The Development Board provides one 10 pin SMBus header for connecting system manage ment devices GPIO 1 Connector The Development Board brings out G
41. elopment Board is being supplied with power Doing so may cause fire electric shock or a malfunction Electrical Inserting removing a Plug N Run E1 G5 device options or connectors to from the Plug N Run G5 Development shock and Board while the power is ON may cause failure or malfunction fire Because the electrical circuits of the Plug N Run G5 Development Board are exposed conductive materials including dust settling on the surface of the Plug N Run G5 Development Board can cause short circuits fire or a malfunction Avoid using the Development Board in dusty environments As the Plug N Run G5 Development Board is a bare board with no frame or casing a non conductive sheet should always be spread on the workbench where the board will be used Not doing so may cause fire electric shock or a malfunction Damage Do not dispose of the product together with other garbage If the product is thrown into fire it may explode and Injury A running Plug N Run E1 G5 and Plug N Run G5 Development board are HOT Touching the surface may cause burns When a Plug N Run E1 G5 or Plug N Run G5 Development Board has to be handled either wait for it to cool down about 30 minutes after the power is turned off or use anti static heat proof gloves A Caution gnoring the instructions under this symbol when using the product may lead to injuries as well as damage to the device or hardware options Category Caution Cause o
42. ended Module PSE1PR150X2 e 2 2GHz Plug N Run G5 Basic Module PS5PR220B2 1 60GHz Plug N Run G5 Basic Module PS5PR160B2 Symbols and Safety For your safety and that of others follow the guidelines provided on the following pages con cerning the use of the Plug N Run E1 G5 Symbols are used throughout this manual A Warning nn instructions under this symbol when using the product may be hazardous or even lethal A Caution _ gnoring the instructions under this symbol when using the product may lead to injuries as well as damage to the device or hardware options Plug N Run G5 Development Board Precautions A Warning Be sure to obey the following warnings Failure to observe these warnings may lead to poten tially life threatening situations or cause serious injury Category Warning Electrical Do not dismantle or modify the Plug N Run G5 Development Board Also do not place anything on top of the Plug shock and N Run G5 Development Board Doing so may cause fire electric shock or a malfunction fire Always ensure that any device containing an embedded Plug N Run G5 Development Board is provided with suffi cient ventilation air holes etc to keep the internal temperatures from rising excessively Failure to do so may result in fire Do not cover the device while it is operating Doing so may cause overheating or fire Do not stick your finger etc into the modular jack if the Plug N Run G5 Dev
43. er Settings 10 Table 7 Mezzanine Connector Specification oooononniccinnnnnn 12 Table 8 Function Comparative Table aaa 39 Table 9 PCI Express Lanes with Plug N Run G5 40 Table 10 PCI Express Lanes with Plug N Run Ed 41 THIS PAGE IS INTENTIONALLY LEFT BLANK xvi Chapter 1 Overview This chapter provides a brief overview of the Development Board Introduction The Plug N Run G5 Development Board PS5PRDEVBD is a full featured board in a 284mm x 304 8mm footprint It provides standard connectors for easy access to all of the COM Express compliant Plug N Run E1 G5 module interfaces such as SATA IDE SDVO LVDS LCD CRT TV Out LAN USB COM FDD LPT PS 2 Audio LPC bus SMBus I2C and GPIO In addition to the legacy 32 bit 33MHz PCI bus expansion slots the x1 PCI Express slots permit high bandwidth I O expansion The x16 PCI Express Graphics slot allows the use of external high performance graphics hardware including SDVO to DVI transmitter An other additional feature is an external Flash ROM socket that can be used for BIOS development and customization Since all core system functions are integrated in the board this provides shorter time to market lower development costs and reduced development risk for your embedded system The Development Board is readily connected to peripherals through on board connectors An on board RJ45 connector offe
44. evelopment Board Super I O The Development Board has two Super I O devices DME1737 and SIO10N268 REALTEK ALC880 Audio Codec The development board utilizes the REALTEK ALC880 Intel High Definition audio codec that interfaces to the Intel High Definition audio Link on the Plug N Run E1 G5 module and pro vides Line Out Line In and Mic In 4 See pjeoq uo THIS PAGE IS INTENTIONALLY LEFT BLANK Chapter 5 Interface Specifications This chapter provides details on pin assignments and signal names for each individual inter face Note that in the connector signal tables that follow a NC indicates that the signal is not connected a Pull Up indicates that the signal is pulled up on the Development Board and a Pull Down indicates that the signal is pulled down on the Development Board Some commonly available interface cables are known to use different pin assign ments signal power and ground line position to those of the Plug N Run E1 G5 interfaces Make sure to only use cables with pin assignments that watch those of the Plug N Run E1 G5 Caution 440 pin Connector 5 CN440 Row A z PIN SIGNAL PIN SIGNAL 2 1 GND 56 PCIE TX4 N 2 GBE0_MDI3_N 57 GND e 3 GBEO MDI3 P 58 PCIE TX3 P 9 4 GBEO_LINK100 59 PCIE TX3 N 5 GBE0_LINK1000 60 GND 6 GBEO MDI2 N 61 PCIE TX2 P D 7 GBEO MDI2 P 62 PCIE TX2 N o 8 GBEO_LINK 63 GPH D 9 GBE0_MDI1_N 64 PCIE TX1_P 10 GBEO Mon
45. f Do not install the device in a location that is extremely hot or cold or where the temperature changes drastically troubles Doing so may cause the device to malfunction with the Do not use the device in an environment that is exposed to high levels of salt Doing so may cause the device to device malfunction Do not place the device in areas which are subject to high levels of shock or vibration Doing so may cause the device to malfunction Do not install the device in a location where chemicals are present in the air or where it comes in contact with chem icals Doing so may cause the device to malfunction Do not place the device in areas where strong magnetic fields are generated such as near a microwave oven Doing so may cause the device to malfunction When using the Plug N Run G5 Development Board take anti static measures to prevent permanent damage to the electronic components Electrical Always make sure that the power supply is unplugged before attaching removing connectors shock Memory Expansion Card Installation Precautions A Warning A Caution A Caution Before installing or removing any components always turn the device off and unplug the power cable Failure to do so may result in electric shock Plug N Run E1 G5 G5 Development Boards Related Immediately after the power is turned off the Plug N Run E1 G5 and G5 Development Board will still be HOT Please wait around 30 minutes after turning the power
46. isables SIO1 JPSIO2EN 1 2 shorted default Enables SIO2 2 3 shorted Disables SIO2 JPTHRMSW 1 2 shorted default Enables the THRMSW 2 3 shorted Pins the THRM signal low JPTVA 1 2 shorted default Enables CNTV 2 3 shorted Enables HDTV JPTVB 1 2 shorted default Enables CNTV 2 3 shorted Enables HDTV JPTVC 1 2 shorted default Enables CNTV 2 3 shorted Enables HDTV Power Supply Figure 4 shows the various power supply systems of the Development Board Sufficient power should be provided to the ATX Power Connector as well as to the Backup Battery to supply the Plug N Run E1 G5 module and all other connected devices SUS S3K IATX Power Connector zex Jas PSON D a UM mm 0 C P12000 12V M5000 5V Lee P12000 12V O _P12000 12V P3300 3 3V _P3300 3 3V P5000 5V nu P5000 5V 5VSB 5V _P5000_STB 5V Backup BATTERY P3300 STB 3 3V Battery 3 0V IF a v LL VCC RTC 3 0V LCD_VDDEN _P3300 3 3V FET LCD VDD 3 3V LCD BKLTEN 4 _P12000 12V FET LCD_BL12V 12V _P5000 5V LJ FET LCD_BL5V 5V Plug N Run E1 Power Measure Resister _P12000 12V b R VCC 12V 412V P5000 STB 45V R VCC_5V_SBY 5V VCC RTC 3 0V VCC RTC 3 0V Figure 4 Development Board Power Supplies An ATX power supply suitable for use with the Development Board is included in the Note Development Board Kit
47. l use It was not designed or manufactured for uses that involve direct and serious risk to life such as nuclear control systems aircraft auto pilot control systems air traffic con trol systems major traffic control systems medical life support equipment military missile launch controls systems or any other situations that require a high degree of safety or in which such a degree of safety cannot be ensured Do not use this product unless taking appropriate measures to ensure safety in such situa tions When using this product in the above mentioned situations contact our service engi neer Layout Of This Manual vi Chapter 1 Overview Provides a brief overview of the Development Board Chapter 2 Features Describes implemented features of the Development Board Chapter 3 Board Mechanical Specifications Provides dimensions of the Development Board Chapter 4 On board Devices Provides on board devices of the Development Board Chapter 5 Interface Specifications Describes Development Board I O interface connector pin assignments Symbols Used In This Manual The following symbols are used in this manual Explains supplementary details Note Read as necessary Y Draws attention to a precaution that should be observed Alternately warns of an unacceptable or dangerous practice Canton Should always be read References related information in a different area of this manual efer OF in another manual THIS
48. ngs sin nn eeen Eege eite purge 10 Power Supply u a 11 Mezzanine Connector Specification 12 AIO A E E Baba den 12 Chapter 2 Features J J 13 x16 PCI Express Graphics 1 Slot 13 X8 PCI Express 1 SIO acdc an ae 13 X1 PCI Express 3 Slots ne 13 32 bit 33MHz PCI Bus 4 Slots 13 Serial 6 Connectors er 13 Parallel 1 Port da 13 IDE Hard Disk Drive 1 Connector 13 Serial ATA 4 Connectors U 13 Floppy Disk Drive 1 Connector 13 CRT CONNECTION zu uuu anes mr ERR eee ptas 13 TV OUT I CONNECT EE e eap onde a 14 LVDS LCD 2 Connectors aan 14 WIS BS PONS ra ik 14 Keyboard and Mouse 1 Port each 14 10 100 Mbps Ethernet 1 RJ45 Connector 14 Audio 3 Connectors EE 14 LPC Bus 1 Connector 14 SMBUS 1 Connector usando ca 14 GPIO 1 CONMESCON msi 14 ExpressCARD 1 Connector 14 FAN 4 Connectors sitet tre tnter beat rut ERR ia as 14 Chapter 3 Board Mechanical Specific
49. or ne an ea 10 K Keyboard n lt i ets 14 Interface et A A 33 L LAN Iriterface eonim ehe 31 LED LEDATA mi knki sid ihanan 8 BEDES 2e re Sm ee EE 8 PEDE Le massassa ni 8 LEDSSTA sos ENNEN Si M nn n 9 RR 9 LED SAH EE 9 EEDS5 aa Besen e 9 EEDTGFET eta nt e ihn 8 LEDTHRM nennen 8 LPC Interface etd eun 26 EES De ML ae AE 14 VDS LCD nth 14 Interface IE 36 M Mezzanine Connector Specification 12 Mouse nette ees hy eeepc EE E 14 Interface ipee 33 P Parallel Port ncs 13 Interface ee 34 PCI Interface Ha ae Nee 24 g m gt lt RGL Se 13 Power Supply e ELE 11 s SATA Connector Interface ith ee Ee 31 Serial ATA suoi ue EE 13 Serial POM t L iate res SUN Blot CN eser LIM 13 Interface etnia a lo dote cad do O 33 el 14 yet Le EE 37 SWITCHES AU ENEE E 8 T IV OUT ars excuses deeds ies een 14 TV Out Interface aa 35 U USB viii a RU 14 Interface a uu it 31 32 X x16 PCI Express Graphics 13 XS POI E e 13 Z 440 pin Connector rs r ii AE 19 44 Plug N Run G5 Development Board User Manual PS G5PRDEV UM 010 2008 2 PFU Systems Inc Printed In U S A The information in this document is subject to change without notice PFU Systems Inc reserves the right to make changes to its products at any time without notice PFU Systems makes no warranty express statutory implied or by description regarding
50. rivers etc 1 Please check the package contents and contact your sales representative or PFU Systems Inc if you are missing any of these items Starter Kit Contents To get a head start you may also want to order a Development Board Starter Kit for a com plete set of accessories for the Development Board The Plug N Run G5 Development Board Starter Kit PS5PRDBK contains the items listed below Development Board Starter Kit Item Description Qty FDD Ribbon Cable 34 Pin FDD cable 1 IDE Ribbon Cable 40 Pin Master Slave ATA100 cable 1 SATA Data Cable 7 conductor SATA Data cable 2 ATX Power Supply ATX power supply 1 SATA Power Cable 4 conductor ATX to SATA power converter 2 3 5 Floppy Disk Drive Standard desktop floppy disk drive 1 Please check the kit contents and contact your sales representative or PFU Systems Inc if you are missing any of these items Other Components You May Need In addition to the items included with the Plug N Run G5 Development Board package and the Development Board Starter Kit you may also need some of the following components These items can be ordered separately from PFU Systems as required Part No Description PSE1PR216X2 2 16GHz Plug N Run E1 Extended module PSE1PR150X2 1 50GHz Plug N Run E1 Extended module PS5PR220B2 2 2GHz Plug N Run G5 Basic module PS5PR160B2 1 60GHz Plug N Run G5 Basic module PSLN001G533ER 1GB PC2 4200 DDR2 ECC SDRAM 240 pin DIMM PSVN001G533ER 1GB PC
51. rs 10 100Mbps Ethernet connectivity The Development Board can be configured with any of the following Plug N Run E1 G5 prod ucts e 2 16GHz Plug N Run El e 1 50GHz Plug N Run El Plug N Run G5 Development Board should be used for the Plug N Run E1 G5 Caution Note that if the Plug N Run E1 is mounted on the Plug N Run G5 Development Board the CNLANUSB1 LAN port will not be usable Table 1 contains the main Plug N Run G5 Development Board specifications Table 1 Plug N Run G5 Development Board Specifications Item Specification Model Number PS5PRDEVBD External Dimensions W x D 284 0 x 304 8 mm Plug N Run E1 G5 module 440 pin mezzanine connector COM Express type 2 pin out PCI Express Graphics Port 1 x x16 Lane shared with SDVO slot PCI Express Bus PCI Bus I O Interfaces 1 x x8 Lane only x1 Lane is supported 3 x x1 Lane PCI Express 1 0a compliant 2 x 3 3V PCI Slots 2 x 5V PCI Slots 1 32 bit 33MHz PCI Rev 2 3 Parallel 1 x 26 pin header Serial 2 x D SUB 9 pin connector 4 x 10 pin header IDE 1 x 40 pin header Serial ATA 4 x 7 pin connector 2 FDD 1 x 34 pin header 720KB 1 44MB 2 mode CRT 1 x Hidensity D SUB 15 pin connector TV OUT 1 x 7 pin header 1 x 8 pin header 3 LVDS 2 x 20 pin header 1 M9IAJ9AQ N Table 1 Plug N Run G5 Development Board Specifications Item Specification External ROM Speaker Indicator LEDs Switches Power Supply Operation Environment
52. such limits apply USB Device Installation Precautions When attaching USB devices to the Plug N Run G5 Development Board note that some USB devices can cause the system to stop responding or can remain unrecognized after the power is turned on If this type of problem occurs try the following steps e Reboot the OS e Detach the device from the USB port then reattach it e If hardware configuration restrictions prevent USB port devices from being detached reattached turn the Plug N Run G5 Development Board power off then back on again a few seconds later and reboot the system e Check that the USB cable being used is able to handle the data transfer speeds required by the device e Check that the latest version of the USB driver and or firmware is being used e Check that the power supply to the device is sufficient for its needs Replacing Batteries The Plug N Run G5 Development Board has a battery CMOS RAM battery on board to retain data such as BIOS information A Caution Do not touch the battery Never install or remove the battery by yourself Doing so may cause electric shock or static electricity which can damage the device If the settings for the BIOS setup are not saved correctly the battery may be worn out In this case please contact your PFU Systems sales support person for assistance Advanced Safety Measures This product was designed and manufactured for general use for situations such as general industria
53. the information set forth herein and assumes no responsibility for any errors which may appear in this document The products described in this document are intended for commercial use only PFU Systems Inc does not warrant its products for use in applications which may involve dangers to human health or safety including but not limited to medical life support surgery aircraft flight control air traffic control mass transportation control missile launch and or guidance control environ mental control or the planning construction maintenance and operation of a nuclear facility
54. turns on when the ATA Devices PATA and or SATA are accessed LEDTHRM The LEDTHRM turns on when the CPU temperature rises above the normal operating limit 125 C LEDTCFLT This LED lights up when an unsupported Plug N Run module is installed on the G5 Develop ment Board The G5 Development Board cannot be turned on when it is in this state LEDS3 LEDS4 LEDS5 LEDSSTAT These LEDs indicate the status of ACPI mode as shown below 1 Table 4 LED Function LED Status on each ACPI State LED 9 S0 S1 s3 s4 S5 S LEDS3 OFF OFF ON ON ON LEDS4 OFF OFF OFF ON ON s LEDS5 OFF OFF OFF OFF ON LEDSSTAT 1 OFF OFF ON ON ON 1 LEDSSTAT is connected to the SUS_STAT signal to show the status of it On Board Backup Battery Table 5 CMOS Backup Battery Specification Item Specification Battery Model Nominal Voltage Nominal Capacity Size Manganese Dioxide Lithium CR2032 3V 220mAh 20 0mm diameter x 3 2mm height External ROM MEM is used to mount an external ROM An M50FWO080K5 from ST Micro Electronics or equivalent device may be used JPEXTROM must be shorted across pins 2 3 if an external ROM is to be used MEN PIN SIGNAL PIN SIGNAL 1 _P3300 17 LPC AD3 2 RP 18 NC 3 Pull up 19 NC 4 Pull up 20 NC 5 Pull up 21 NC 6 Pull up 22 NC 7 Pull up 23 LPC FRAME 8 Pull up 24 Pull up 9 ID3 25 P3300 10 ID2 26 GND 11 ID1 27 NO 12 IDO 28
55. usty environments e When using the Development Board take anti static measures to prevent permanent damage to the electronic components Always make sure that the power supply is OFF before attaching removing connec tors e Asthe Development Board is a bare board with no frame or casing a non conductive sheet should always be spread on the workbench where the board will be used Chapter 2 Features This chapter describes the features of the Development Board x16 PCI Express Graphics 1 Slot The Development Board provides one x16 PCI Express Graphics slot x8 PCI Express 1 Slot The Development Board provides one x8 PCI Express slot only x1 Lane is supported x1 PCI Express 3 Slots The Development Board provides three x1 PCI Express slots 32 bit 33MHz PCI Bus 4 Slots The Development Board provides two 3 3V and two 5V 32 bit 33MHz PCI slots Serial 6 Connectors Six 16550A compatible RS232 serial ports are provided through two standard 9 pin D SUB Male Connectors and four 10 pin headers Parallel 1 Port One SPP EPP ECP compatible parallel port is provided through one 26 pin header IDE Hard Disk Drive 1 Connector The Development Board has one IDE Interfaces which supports up to two devices Serial ATA 4 Connectors The Development Board has four Serial ATA connectors The Plug N Run E1 supports only two connectors of them Floppy Disk Drive 1 Connector One 3 5 floppy disk driv

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