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DC Power Subsystem

Intel

®

Carrier Grade Server TIGPT1U TPS

Revision

1.0

60

8.4.2

DC Input Terminal Block Connector

The power input DC line connector is a 4-position terminal strip that accepts crimp ring
terminals. The terminal strip has 0.325” (8.26 mm) center spacing and accepts 0.25” outside
diameter (OD) crimp ring terminals for up to 14 AWG wire. In addition, a plastic protective cover
is mounted over the terminal strip and fastened with 2 screws. This is shown in the following
figure.

Figure 8-2. DC Input Terminal Block

The terminal block will accept standard terminal lugs size Newark stock # 81N1501 type CRS-
T0-1406-HT that accept 14 AWG wire gauge. The width of the lug can be no larger than 0.25
inches.

Figure 8-3. Terminal Lug

Figure 8-4. Terminal Block Polarity

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Summary of Contents for TIGPT1U - Carrier Grade Server

Page 1: ...Intel Secret Intel Carrier Grade Server TIGPT1U Technical Product Specification Revision 1 0 June 2004 Enterprise Platforms Services Division ...

Page 2: ...lectual property rights is granted herein The Intel Carrier Grader Server TIGPT1U may contain design defects or errors known as errata which may cause the product to deviate from published specifications Current characterized errata are available on request This document is an intermediate draft for comment only and is subject to change without notice Readers should not design products based on th...

Page 3: ... Features 15 2 5 1 Telecom SE7210TP1 E Server Baseboard 15 2 5 2 Full Height Full Length PCI Adapter Subsystem 16 2 5 3 Power Subsystem 17 2 5 4 Cooling Subsystem 18 2 6 Server Management 19 2 6 1 Baseboard Management Controller 19 2 7 Specifications 20 2 7 1 Environmental Specifications 20 2 7 2 Physical Specifications 21 3 Cables and Connectors 22 3 1 Chapter Structure and Outline 22 3 2 Interco...

Page 4: ...ion 35 4 5 1 Extended Front Panel Board USB Connector Pinout 37 4 5 2 Extended Front Panel Board uProcessor Power Connector Pinout 37 4 5 3 Extended Front Panel Board Front Panel Connector Pinout 38 4 5 4 Extended Front Panel Board Midplane Connector Pinout 38 4 5 5 Extended Front Panel Board Power Signal Connector Pinout 39 4 5 6 Extended Front Panel Board Alarm COM2 Connector Pinout 39 4 5 7 Ext...

Page 5: ...ion 51 7 Midplane Board 52 7 1 Chapter Structure and Outline 52 7 2 Introduction 52 7 3 Functional Description 53 7 3 1 Midplane System Board SCSI Subsystem Block Diagram 53 7 3 2 SCSI Bus 54 7 3 3 SCA2 Connector Interlocks 54 7 3 4 Signal Descriptions 54 7 4 Connector Interface 56 7 4 1 Midplane Power Signal Connector Pinout 57 7 4 2 Midplane SCSl Connector Pinout and SCSI ID settings 57 7 5 Spec...

Page 6: ...uction 65 9 4 Mechanical Interface 66 9 4 1 Power Supply Cage Mechanical Outline 66 9 4 2 AC Input Connector 66 9 4 3 DC Output Connector 67 9 4 4 Power Supply Module LED Indicators 69 9 5 Electrical Requirements 69 9 5 1 AC Input Voltage Specification 69 10 Regulatory Specifications 70 10 1 Safety Compliance 70 10 2 Electromagnetic Compatibility 70 10 3 CE Mark 70 10 4 NEBS Compliance DC Input On...

Page 7: ... Telecom SE7210TP1 E Server Baseboard Block Diagram 15 Figure 2 14 Full Height Full Length PCI Adapter Subsystem 17 Figure 2 15 System Fan Assemblies 18 Figure 3 1 Intel Carrier Grade Server TIGPT1U Interconnect Block Diagram 23 Figure 3 2 Telco Alarms Connector 28 Figure 3 3 AC Power Input Connector 29 Figure 3 4 DC Power Input Connector 29 Figure 3 5 Terminal Lug 29 Figure 4 1 Extended Front Pan...

Page 8: ...t of Figures Intel Carrier Grade Server TIGPT1U TPS Intel Secret Revision 1 0 viii Figure 8 5 Edge Finger Layout 62 Figure 9 1 Power Subsystem Enclosure Outline Drawing 66 Figure 9 2 Edge Finger Layout 68 ...

Page 9: ... 8 Telco Alarms Connector 28 Table 4 1 Front Panel Switch Description 31 Table 4 2 LED Specifications 32 Table 4 3 Front Panel System Status LED Description 32 Table 4 4 Front Panel System Fault LED Description 33 Table 4 5 LED Color Selection 33 Table 4 6 Alarms SMBus I O Mapping 34 Table 4 7 SCSI SMBus I O Mapping 35 Table 4 8 Extended Front Panel System Board Connector Information 35 Table 4 9 ...

Page 10: ...nals 49 Table 6 3 3 pin 1 x 3 NEBS Riser Power J1A1 Connector 50 Table 7 1 LVD SCSI Bus Signals J2L1 J4A1 J8A1 55 Table 7 2 Extended Front Panel System Board Connector Information 56 Table 7 3 Connector Housing Information 57 Table 7 4 12 pin 2 x 6 Midplane J9L1 Connector 57 Table 7 5 MPB Power Requirements 57 Table 8 1 250 Watt DC input Power Supply DC Output Ratings 58 Table 8 2 Edge Finger Pino...

Page 11: ...bles and Connectors Describes the cables and connectors used to interconnect the system board set and the Intel TIGPT1U components Chapter 4 Extended Front Panel System Board Describes the specifications of the extended front panel system board Chapter 5 Power Interconnect System Board Describes the specifications of the power interconnect system board Chapter 6 NEBS 3 3 V Riser Board Describes th...

Page 12: ...erviceability Front access to hot swap disk drives Availability Integrated HostRAID ready to provide RAID 1 capability using two hot swap Small Computer System Interface SCSI disk drives Manageability Remote management Emergency management port Serial and LAN IPMI 1 5 compliant Remote diagnostics support System level scalability 4 GB DDR333 DDR400 unbuffered 184 pin DDR SDRAM DIMM memory support S...

Page 13: ... TIGPT1U Section 2 4 External Chassis Features Describes features of the Intel Carrier Grade Server TIGPT1U chassis in detail buttons switches bezel etc Section 2 5 Internal Chassis Features Provides an overview of the components of the Intel Carrier Grade Server TIGPT1U Section 2 6 Server Management Describes the server management features of the Intel Carrier Grade Server TIGPT1U Section 2 7 Spe...

Page 14: ...ty of operating systems OS Figure 2 1 shows an isometric view of the system Figure 2 2 shows the system with the top covers and the front bezel removed Figure 2 1 Intel Carrier Grade Server TIGPT1U The Intel TIGPT1U uses the SE7210TP1 E system baseboard which contains connectors for installing one Intel Pentium 4 Processor utilizing the uPGA478 socket The baseboard has 4 DIMM slots and supports up...

Page 15: ...PCI card bracket full length I Peripheral Bay CDROM or DVD C Riser card assembly full length J Front Panel LEDs and Switches D SE7210TP1 E Server Baseboard K COM2 USB Front Panel Connector E System Memory L Extended Front Panel System Board F System Fans M Power Interconnect System Board G Midplane System Board The SE7210TP1 E system baseboard is mounted horizontally toward the rear of the chassis...

Page 16: ...SCSI hot swap backplane is located in the mid center and right of the chassis The 250 W power supply is mounted at the left rear of the chassis Two power supply options are available one with AC input and one with DC input The system contains a fan array consisting of two 40 x 48 mm fans and one 40 x 28 mm fans to cool the SE7210TP1 E System Baseboard and other components The fans are installed di...

Page 17: ...3 COM1 Back COM2 Front Fan 1 Interconnect Board COM2 Alarm USB 4 U S B System Fault LEDs Activity ID LEDs ID NIC On Disk1 Disk0 Crt Mjr Mnr Pwr NMI ID C O M 2 Push Buttons Extended Front Panel Board Pwr Rst CDROM DVD Drive Bay Note The CDROM DVD Drive is positioned above SCSI Hard Drive Bay 1 SCSI Hard Drive Bay 1 SCSI Hard Drive Bay 0 MidPlane Board 68 Pin Wide U 320 SCSI Bus SCSI LVD Term SCSI B...

Page 18: ...ontrol Switches and Status LEDs RJ45 COM2 and USB Connectors Figure 2 4 Front View of System Peripheral Bay Drive Bay 2 Drive Bay 1 Front Panel Control Switches and Status LEDs RJ45 COM2 and Dual USB Connectors Drive Bay 2 Handle Drive Bay 1 Handle Figure 2 5 Front View of System shown with bezel removed 2 4 2 Front Panel The front panel features are shown in Figure 2 6 and described in Table 2 2 ...

Page 19: ...able impact to system operation In this case the system can continue to operate but in a degraded fashion reduced performance or loss of non fatal feature reduction An example could be the loss of one of two mirrored disks The front panel major alarm relay will be engaged E Minor amber When continuously lit indicates the presence of a Minor System Fault A minor system fault is an error or event th...

Page 20: ...lect a unique SCSI ID is not necessary Hard disk drive position 1 is hardwired to SCSI ID 0 on the SCSI bus and hard disk drive position 2 is hardwired to SCSI ID 1 on the SCSI bus A B D E C A Hard drive bay 1 SCSI ID 0 B Hard drive bay 2 SCSI ID 1 C Peripheral drive bay D CD ROM drive or DVD drive mounted in a peripheral carrier E Hard disk drive module Figure 2 7 Chassis Peripheral Bay and Hard ...

Page 21: ...1 1 Peripheral Drive Carrier Assembly The CDROM drive or DVD drive is installed in the drive carrier assembly before installing it into the system An exploded view of the drive carrier assembly is shown in the following figure A B C D 2 1 1 2 2 3 3 A Drive carrier metal housing B CD ROM or DVD Drive C Interface Board D Two screws to connect interface board to CD ROM or DVD drive Figure 2 9 Drive C...

Page 22: ...nting tabs are correctly inserted into the right side mounting holes on the drive by looking at the right bottom of the drive carrier assembly Observe that the left side mounting tabs are correctly inserted into the left side mounting holes on the drive by looking at the top left of the drive carrier assembly 2 4 3 2 Hard Drive Bays There are two hot plug SCSI SCA hard drive bays in the system see...

Page 23: ...1 Hard Drive Tray Each hard drive used in the system must be mounted to a drive tray using four screws inserted into the sides of the drive as shown in the figure Figure 2 11 SCSI Hard Drive Carrier 2 4 4 Rear View of Chassis A C B D E F G L K J I H Figure 2 12 Rear View of System ...

Page 24: ...SB 2 USB 3 B PS 2 Mouse C DB15 Alarm Connector D PCI card bracket full height E Power supply F AC power input AC input power supply shown G Ground Studs used with system with DC input power supply H RJ45 Network Interface Card NIC 2 connector I RJ45 NIC 1 connector J Video connector K DB9 serial 2 port L PS 2 Keyboard connector ...

Page 25: ...elow shows the functional blocks of the telecom SE7210TP1 E Server Baseboard and the plug in modules that it supports Figure 2 13 Telecom SE7210TP1 E Server Baseboard Block Diagram o Support for an Intel Pentium 4 Processor with hyper threading technology in a µPGA478 socket 3 0 GHz frequency 1 M L2 cache 800 MHz Front Side Bus FSB 90 nm manufacturing technology o 400 533 800 MHz FSB o Intel E7210...

Page 26: ...nal header which provides support for one additional USB port for front panel support four total USB 2 0 ports o One serial port and one serial port header o Two Integrated Drive Electronics IDE interfaces with Ultra 33 66 and 100 Direct Memory Access DMA mode o Support for up to six system fans o Server System Infrastructure SSI compliant connectors for SSI interface support front panel power con...

Page 27: ...or a 250 watt DC input power supply The 250 watt power supply interconnects to the power interface board with a board edge connector A board edge connector is also used by the extended front panel board to interconnect to the power interface board Power is then is carried to the 5 V riser board the midplane board and the system baseboard via discrete cables connected to individual connectors on th...

Page 28: ... disk drives The other fan assembly contains one 40 x 28 mm fan that is used to cool the PCI adapter maximum of 25 watts as well as the components on the SE7210TP1 E System Baseboard that are located to the left of the Intel Pentium 4 Processor Each fan provides tachometer signal output to the SE7210TP1 E System Baseboard to indicate a fan failure 2 5 4 2 Ambient Temperature Control The SE7210TP1 ...

Page 29: ...voltages temperatures fans and communicating with secondary controllers on its Intelligent Platform Management Bus IPMB The functions of the mBMC controller are summarized in the following section The firmware for the National Semiconductor PC87431M mBMC is not intended to be field upgraded Refer to the System Server Management External Architecture Specification for more details 2 6 1 Baseboard M...

Page 30: ... of 0 1 g from 5 to 100 Hz and back to 5 Hz at a rate of 0 1 octave minute 90 minutes per axis on all three axes as per Bellcore GR 63 CORE standards Vibration nonoperating Swept sine survey at an acceleration amplitude of 0 5 g from 5 to 50 Hz at a rate of 0 1 octaves minute and an acceleration amplitude of 3 0 g from 50 to 500 Hz at a rate of 0 25 octaves minute on all three axes as per Bellcore...

Page 31: ...al Specifications Table 2 5 describes the physical specifications of the Intel TIGPT1U Table 2 5 Dimensions and Weight Height 1 70 inches 43 mm Width 16 9 inches 430 mm Depth 20 inches 509 mm Front clearance 2 inches 76 mm Side clearance 1 inches 25 mm Rear clearance 3 6 inches 92 mm ...

Page 32: ... or system board sections in this document for other connector signal descriptions and pin outs 3 1 Chapter Structure and Outline The information contained in this chapter is organized into four sections The information is presented in a modular format with numbered headings for each major topic and subtopic The content of each section is summarized as follows Section 3 2 Interconnect Block Diagra...

Page 33: ...ller Hub 6300ESB I O Controller Hub Pwr 2x4 Fan 2 1x3 Fan 1 1x3 Fan 3 1x3 Fan 4 1x3 Serial 2x5 FP 2x17 Fan 5 40x28 2x5 Pin USB Cbl 2x17 Front Panel Cable Fan 2 4 40x48 Fan 1 3 40x48 2x20 IDE Cable 2x8 Alarm 2x4 uP Pwr Fan 5 1x3 Fan 6 40x28 Interconnect Board 2x5 COM 1x2 CDROM Pwr Pwr 2x6 USB 2x5 MidPlane Board 68 Pin Wide U 320 SCSI Bus SCSI LVD Term SCSI BB Conn SCSI SCA Conn 80pin SCSI SCA Conn ...

Page 34: ... 40 x 48 Fan Left J7J2 1 x 3 Fan Pwr Tach Conn Baseboard J1E2 1 x 3 Fan 5 Pwr Tach Conn 40 x 28 Fan PCI J1E2 1 x 3 Fan Pwr Tach Conn Baseboard J1E1 1 x 3 Fan 5 Pwr Tach Conn 40 x 28 Fan Mem J1E1 1 x 3 Fan Pwr Tach Conn Baseboard J3J2 2 x 17 Front Panel Conn Front Panel FP Cable J3J2 2 x 17 Front Panel Conn Baseboard J5G1 2 x 5 USB Connector USB Cable J5G1 2 x 5 USB Connector Midplane Board Connect...

Page 35: ...hat like a self healing fuse reestablishes the connection after an overcurrent condition is removed NOTE The keyboard is supported in the bottom PS 2 connector and the mouse is supported in the top PS 2 connector Power to the server should be turned off before a keyboard or mouse is connected or disconnected The keyboard controller contains the AMI keyboard and mouse controller code provides the k...

Page 36: ...e two ports Table 3 3 COM1 9 pin Serial A Port Pin Out J8A1 Pin Signal 1 DCD Data Carrier Detect 2 RXD Receive Data 3 TXD Transmit Data 4 DTR Data Terminal Ready 5 GND 6 DSR Data Set Ready 7 RTS Request to Send 8 CTS Clear to Send 9 RI Ring Indicator The front panel board has provision for the COM2 port using a RJ45 connector This RJ45 connector is accessible at the front of the system Table 3 4 C...

Page 37: ... 15 V_MONID2 3 4 4 Universal Serial Bus USB Interface The baseboard provides four USB ports USB ports 1 2 and 3 are brought out the rear of the unit on the baseboard and USB port 4 is brought out the front of the unit on the extended front panel The front USB port is accessible without removing the front bezel The built in USB ports permit the direct connection of four USB peripherals without an e...

Page 38: ...nector on the rear bulkhead Table 3 8 shows the pinout for the telco alarms connector and Figure 3 2 shows the telco alarms connector as viewed from the back of the server Table 3 8 Telco Alarms Connector Pin Description Pin Description 1 MinorReset 9 MinorAlarm NC 2 MinorReset 10 MinorAlarm COM 3 MajorReset 11 MajorAlarm NO 4 MajorReset 12 MajorAlarm NC 5 CriticalAlarm NO 13 MajorAlarm COM 6 Crit...

Page 39: ...ck is provided at the rear of the DC input power supply It is recommended to use appropriately sized power wire and DC main Figure 3 4 DC Power Input Connector The terminal block will accept standard terminal lugs size Newark stock 81N1501 type CRS T0 1406 HT that accept 14 AWG wire gauge The width w see Figure 2 1 of the lug can be no larger than 0 25 inches Figure 3 5 Terminal Lug ...

Page 40: ...this chapter is organized into eight sections The information is presented in a modular format with numbered headings for each major topic and subtopic The content of each section is summarized as follows Section 4 3 Introduction Provides an overview of the Intel TIGPT1U extended front panel board showing primary components and their relationships and physical board layout diagrams Section 4 4 Fun...

Page 41: ...nector PCF 8574 Alarms Circuits Front Panel COM2 USB Connector MidPlane Connector PCF 8574 12V 5V Hot Swap Power Cntrl Front Panel Switches Front Panel LEDs Figure 4 1 Extended Front Panel Board 4 4 Functional Description of Front Panel Switches LEDs and Relays 4 4 1 Front Panel Switches The front panel has a power switch a reset switch an NMI switch and a system ID switch The function of each swi...

Page 42: ...ion of these system status LEDs is described in the following table Table 4 3 Front Panel System Status LED Description Status LED Function Power The green Power LED indicates that system power is on when it is illuminated continuously When it is blinking green it indicates that the system is in ACPI sleep mode NIC0 NIC1 The green NIC activity LED indicates network link presence and activity on ei...

Page 43: ...arm is illuminated via SMBUS bus and may be turned off via SMBUS control or alarm connector reset When continuously lit it indicates the presence of a Minor System Fault A minor system fault is an error or event that is detected by the system but has little impact to actual system operation An example would be a correctable ECC error The front panel minor alarm relay will be engaged Power The ambe...

Page 44: ...1 that interface to the SCSI control circuitry are active low During power up the device will reset all I Os to the default High state However during system soft resets the device requires a software command to reinitialize all I Os to the default inactive state Access to U2H1 during a write cycle can be performed by writing to address 0 x 44 Access to U2H1 during a read cycle can be performed by ...

Page 45: ...board configuration 4 I SCSI1_MATED_N This signal senses drive presence at SCSI drive slot 1 A low state at this signal indicates that a drive is populated at slot 1 5 I SCSI0_MATED_N This signal senses drive presence at SCSI drive slot 0 A low state at this signal indicates that a drive is populated at slot 0 6 I SCSI_PWRGOOD1 This signal senses the state of the SCSI drive 1 hot swap controller A...

Page 46: ...001 Molex 39 29 9086 y y y y Tin 94V0 J8A1 FP 2 x 17 A57940 002 Foxconn HL15177 y y y y 15u 94V0 J1E1 MP 2 x 6 691314 004 Molex 43045 1218 y y y y Tin 94V0 J9A1 BB Pwr Sig 2 x 5 2 mm 700000 772 Molex 87333 1021 y y n y 30u 94V0 J9B1 Alarm COM 2 x 12 2 mm A62345 003 Molex 87333 2420 y y n y 15u 94V0 J10A1 Baseboard BB Pwr 2 x 10 703141 001 Molex 39 29 9207 y y y y Tin 35u 94V0 J1J1 COM2 USB 680356 ...

Page 47: ...ard Table 4 10 8 pin 1 x 8 USB J2G1 Connector Pin USB Signal 1 GND 2 GND 3 FP_USB_N 4 FP_USB_P 5 USBPWR 6 GND 7 GND 8 GND 4 5 2 Extended Front Panel Board uProcessor Power Connector Pinout The following table details the pin out of the uP power connector to the SE7210TP1 E System Baseboard Table 4 11 8 pin 2 x 4 uP Power J5A1 Connector Pin uP Power Signal Pin uP Power Signal 1 GND 2 P12V_A 3 GND 4...

Page 48: ..._FLT_LED_N 11 FP_PWR_BTN_N 12 P3V3_STBY 13 GND 14 NIC1_LED_N 15 FP_RST_BTN_N 16 NC_FP_SDA 17 GND 18 NC_FP_SCL 19 NC_SLEEP_BTN 20 NC_SSI_PIN20 21 GND 22 P3V3_STBY 23 FP_NMI_BTN_N 24 NIC2_LED_N 25 NC_SSI_PIN25 26 NC_SSI_PIN26 27 P5V_STBY 28 P5V_STBY 29 FP_ID_LED_N 30 STATUS_LED_N 31 FP_ID_LED_N 32 P5V 33 GND 34 NC_HDD_FLT_N 4 5 4 Extended Front Panel Board Midplane Connector Pinout The following tab...

Page 49: ...6 PWOK 7 PSON_N 8 N12V 9 P5V 10 GND 4 5 6 Extended Front Panel Board Alarm COM2 Connector Pinout The following table details the pin out of the Alarm COM2 connector to the SE7210TP1 E System Baseboard COM2 and to the chassis rear access port Alarm Table 4 15 24 pin 2 x 12 Alarm COM2 J9B1 Connector Pin Front Panel Signal Pin Front Panel Signal 1 GND 2 MIN_RST_P 3 RS232_RI 4 MINR_NC 5 RS232_DTR 6 MI...

Page 50: ...OM2 USB Connector Pinout The following table details the pin out of the front access panel COMM USB connector Table 4 17 16 pin Baseboard Power J1A1 Connector Pin USB Signal Pin COM2 Signal 1 GND 9 RJ45_RTS 2 GND 10 RJ45_DTR 3 GND 11 RJ45_TXD 4 GND 12 GND 5 USBPWR 13 RJ45_RI 6 USB_TOP_DM 14 RJ45_RXD 7 USB_TOP_DP 15 RJ45_DSR_DCD 8 GND 16 RJ45_CTS Pin 15 RJ45_DSR_DCD is selected via jumpers on J3H1 ...

Page 51: ...mS after the drive s scsi_mated signal goes low Power to the SCSI device 5 V line begins to ramp approximately 6 mS after the control circuit is activated and the SCSI 12 V line begins to ramp approximately 8 mS after the control circuit is activated The scsi_mated signal not only activates the power control circuit it also notifies server management software through the SMBus that the drive has b...

Page 52: ...ion of color and blinking frequency to indicate multiple conditions The LEDs are mounted on the extended front panel system board and the light is directed to the front panel through the use of a light pipe assembly See Table 4 19 for LED activity definitions See Firmware EPS for definitions of the different blink rates Table 4 19 LED Activity Definitions LED State Drive Active Fault Condition Sol...

Page 53: ... MAX STATUS LEDs 41 56 3 17 ALARM RELAY CNTL 0 4 76 ALARM LEDs 0 3 55 I O EXPANDERS 22 26 4 6 0 0 0 SCSI CONTROLLERS 22 55 TOTAL CURRENT mA 22 55 63 82 7 7 154 0 0 6 0 6175 1 93416 POWER W 0 264 0 693 0 315 0 4305 0 0385 0 8085 0 0 00216 0 6175 1 93416 Note Software limits 2 alarms active at once power fault and one of major minor or critical alarms Alarms connector relay contacts are rated at 1 A...

Page 54: ...terconnect System Board Provides an overview of the Intel Carrier Grade Server TIGPT1U Front Panel I O FPIO Board and a physical board layout diagram Section 5 2 Connector Description Provides connector descriptions for all connectors on the interface board 5 3 Functional Description of Power Interconnect System Board The power interconnect board is used to interconnect between the power supply an...

Page 55: ...l Pin Power Supply Signal 1 N12V 32 P3V3 2 PWOK 33 P3V3 3 RESERVED1 34 P3V3 4 RESERVED2 35 P5V 5 5VSB 36 P5V 6 NC 37 P5V 7 RESERVED3 38 GND 8 RESERVED4 39 GND 9 RESERVED5 40 GND 10 RESERVED6 41 GND 11 P12V_B 42 GND 12 P12V_B 43 GND 13 P12V_B 44 GND 14 P12V_A 45 GND 15 P12V_A 46 GND 16 P12V_A 47 P12V_A 17 GND 48 P12V_A 18 GND 49 P12V_A 19 GND 50 P12V_B 20 GND 51 P12V_B 21 GND 52 P12V_B 22 GND 53 RE...

Page 56: ...pply Signal Pin Power Supply Signal 1 P3V3 32 PSON_N 2 P3V3 33 PS_SDA 3 P3V3 34 PS_SCL 4 P5V 35 PS_ALERT_N 5 P5V 36 GND_REM_SENSE 6 P5v 37 RESERVED10 7 GND 38 RESERVED9 8 GND 39 PWR_REM_SENSE 9 GND 40 RESERVED8 10 GND 41 RESERVED7 11 GND 42 P12V_B 12 GND 43 P12V_B 13 GND 44 P12V_B 14 GND 45 P12V_A 15 GND 46 P12V_A 16 P12V_A 47 P12V_A 17 P12V_A 48 GND 18 P12V_A 49 GND 19 P12V_B 50 GND 20 P12V_B 51 ...

Page 57: ...tion 6 2 Functional Description Provides a functional description of the NEBS 3 3 V riser board Section 6 3 Connector Interface Gives signal descriptions and the corresponding electrical parameters for each input and output of a given connector Section 6 4 Electrical Specification Describes the electrical environmental and mechanical specifications 6 2 Functional Description The NEBS 3 3 V riser b...

Page 58: ...K 12 V 50 Ground Ground 3 Ground TMS 51 Ground Ground 4 TDO TDI 52 AD 08 C BE 0 5 5 V 5 V 53 AD 07 3 3 V 6 5 V INTA_N 54 3 3 V AD 06 7 INTB_N INTC_N 55 AD 05 AD 04 8 INTD_N 5 V 56 AD 03 Ground 9 PRSNT1_N NC 57 Ground AD 02 10 NC 3V_IO 58 AD 01 AD 00 11 PRSNT2_N NC 59 3V_IO 3V_IO Connector Key Connector Key 60 ACK64 REQ64 Connector Key Connector Key 61 5 V 5 V 14 NC 3 3 VAUX 62 5 V 5 V 15 Ground RS...

Page 59: ...S SCL 86 AD 39 AD 38 41 3 3 V SMBUS SDA 87 AD 37 Ground 42 SERR Ground 88 3V_IO AD 36 43 3 3 V PAR 89 AD 35 AD 34 44 C BE 1 AD 15 90 AD 33 Ground 45 AD 14 3 3 V 91 Ground AD 32 46 Ground AD 13 92 NC NC 47 AD 12 AD 11 93 NC Ground 48 AD 10 Ground 94 Ground NC Table 6 2 describes the common signals between the PCI card connector and PCI edge fingers Table 6 2 PCI Card Connector Signals Pin Side B Si...

Page 60: ...V_IO 30 AD 19 Ground 76 Ground AD 52 31 3 3 V AD 18 77 AD 51 AD 50 32 AD 17 AD 16 78 AD 49 Ground 33 C BE 2 3 3 V 79 3V_IO AD 48 34 Ground FRAME 80 AD 47 AD 46 35 IRDY Ground 81 AD 45 Ground 36 3 3 V TRDY 82 Ground AD 44 37 DEVSEL Ground 83 AD 43 AD 42 38 Ground STOP 84 AD 41 3V_IO 39 LOCK 3 3 V 85 Ground AD 40 40 PERR SMBUS SCL 86 AD 39 AD 38 41 3 3 V SMBUS SDA 87 AD 37 Ground 42 SERR Ground 88 3...

Page 61: ... TPS NEBS 3 3 V Riser Board Revision 1 0 51 6 4 Electrical Specification The PCI slot on the riser is limited to a maximum of 25 W total power from the installed PCI adapter This maximum power per slot conforms to PCI Specification 2 2 ...

Page 62: ...rimary components and their relationships and physical board layout diagrams Section 7 3 Functional Description Provides a functional description of the midplane system board Section 7 4 Connector Interface Gives signal descriptions and the corresponding electrical parameters for each input and output of a given connector Section 7 5 Specifications Describes the electrical environmental and mechan...

Page 63: ...System Board SCSI Subsystem Block Diagram The block diagram in Figure 7 1 illustrates the general architecture of the midplane board SCSI subsystem The physical and functional blocks of the SCSI subsystem are shown with arrows representing buses and signals and the blocks representing the functional parts of the SCSI subsystem Mid Plane Power Signal Connector 68 Pin SCSI connector from Baseboard 1...

Page 64: ...cks The SCA2 connectors on the Midplane board MPB have interlocks The mated1 and mated2 signals are used to provide Interlock notification for the SCSI device and Baseboard respectively Sensing and delay circuitry on the MPB will utilize the input mating signal from the drive to monitor hot insertion Approximately 60 mS after hot insertion the MPB activates its own mated acknowledgement signal to ...

Page 65: ...i directional and are asserted to gain use of the SCSI bus and to indicate that that SCSI bus is in use ACK_ P N I O LVD SCSI Bus Acknowledge These pins are asserted by a SCSI device in initiator mode to acknowledge the target s request for a data transfer RST_ P N I O LVD SCSI Bus Reset In SE mode these pins are bi directional and are asserted when all the SCSI devices attached to the SCSI bus ne...

Page 66: ...terconnect used for each connector and the destination for the interconnect In addition the first column references the location on the following figure of the connector location Table 7 2 Extended Front Panel System Board Connector Information FPIO Board Connections Loc Ref Des Function Interconnect Connects to 1 J9L1 2x6 Midplane Pwr Sig Conn Main Power MP Cable Extended Front Panel Pwr Sig Conn...

Page 67: ...ED_N 11 ACT_SCSI1_N 12 SCSI1_MATED_N 7 4 2 Midplane SCSl Connector Pinout and SCSI ID settings The 68 Pin SCSI connector pinout and the 80 Pin SCSI SCA connector will not be documented since they conform to standard SCSI connector pinouts The SCSI ID for each hard drive position is hardwired on the midplane board so the use of jumper s to select a unique SCSI ID is not necessary Hard disk drive po...

Page 68: ...ular format with numbered headings for each major topic and subtopic The content of each section is summarized as follows Section 8 3 Introduction Provides an overview of the Intel TIGPT1U DC input power subsystem Section 8 4 Mechanical Interface Describes the form factor and connector pinouts Section 8 5 Electrical Requirements Describes the electrical parameters for the inputs and outputs 8 3 In...

Page 69: ... Outline The Intel Carrier Grade Server TIGPT1U s C input power supply mechanical outline and dimensions are shown below The unit of measurement is millimeters Figure 8 1 Power Subsystem Enclosure Outline Drawing Note The power subsystem enclosure has dimensions of 40 0 mm 1 57 H X 106 0 mm 4 17 W X 300 0 mm 11 8 D Air Flow direction ...

Page 70: ...5 outside diameter OD crimp ring terminals for up to 14 AWG wire In addition a plastic protective cover is mounted over the terminal strip and fastened with 2 screws This is shown in the following figure Figure 8 2 DC Input Terminal Block The terminal block will accept standard terminal lugs size Newark stock 81N1501 type CRS T0 1406 HT that accept 14 AWG wire gauge The width of the lug can be no ...

Page 71: ...n Pin Description 12 V 1 62 PSON PWOK 2 61 SDA Reserved 3 60 SCL Reserved 4 59 Reserved 5VSB 5 58 ReturnS Removed keying pin NC 6 57 Reserved Reserved 7 56 Reserved Reserved 8 55 3 3VS Reserved 9 54 Reserved Reserved 10 53 Reserved 12V2 11 52 12V2 12V2 12 51 12V2 12V2 13 50 12V2 12V1 14 49 12V1 12V1 15 48 12V1 12V1 16 47 12V1 Ground 17 46 Ground Ground 18 45 Ground Ground 19 44 Ground Ground 20 43...

Page 72: ... Reserved 31 1 62 32 Keying Notch 3 3 V 5 V 12V2 12 V SDA SCL No Connect 3 3VS ReturnS Top View of Power Supply Reserved Removed pin NC Reserved Reserved 12V2 GROUND 5 V 3 3 V Reserved 12V1 12V1 Reserved Reserved Reserved Reserved 51 89 0 05 29 03 0 05 1 07 0 05 1 27 1 27 0 05 9 spaces 2 54 5 08 MIN 6 35 0 05 6 35 0 05 21 59 0 05 6 35 0 05 6 35 0 05 1 57 x 45 2x 7 62 MIN ...

Page 73: ...tage or under voltage Amber Power supply failed and DC line fuse open or other critical failure Amber or Off 8 5 Electrical Requirements 8 5 1 DC Input Voltage Specification The power supply is capable of supplying full rated output power over entire nominal 48 60 VDC that covers the range from 38 VDC to 75 VDC The power supply will automatically recover from DC power loss The input voltage and cu...

Page 74: ...us Load Peak Load Max Continuous Wattage 3 3 V 1 5 A 16 A 52 8 W 5 V 1 0 A 12 A 60 0 W 12V1 1 5 A 16 A see note 3 12V2 0 5 A 10 A see note 3 22 0 A See note 2 216 0 W see note 3 12 V 0 A 0 5 A 6 0 W 5VSB 0 1 A 2 0 A 10 0 W Total 250 W see note 1 1 Maximum continuous total DC output power should not exceed 250 Watts 2 Peak load on the combined 12 V output shall not exceed 22 A while 12V1 shall not ...

Page 75: ...or each major topic and subtopic The content of each section is summarized as follows Section 9 3 Introduction Provides an overview of the Intel TIGPT1U AC input power subsystem Section 9 4 Mechanical Interface Describes the form factor and connector pin outs Section 9 5 Electrical Requirements Describes the electrical parameters for the inputs and outputs 9 3 Introduction The Intel Carrier Grade ...

Page 76: ...d dimensions are shown below The unit of measurement is millimeters Figure 9 1 Power Subsystem Enclosure Outline Drawing Note The power subsystem enclosure has dimensions of 40 0 mm 1 57 H X 106 0 mm 4 17 W X 300 0 mm 11 8 D 9 4 2 AC Input Connector The AC input connector shall be an International Electrotechnical Commission IEC 320 C 14 power inlet This inlet is rated for 15 A 250 VAC Air Flow di...

Page 77: ...n Pin Description 12 V 1 62 PSON PWOK 2 61 SDA Reserved 3 60 SCL Reserved 4 59 Reserved 5VSB 5 58 ReturnS Removed keying pin NC 6 57 Reserved Reserved 7 56 Reserved Reserved 8 55 3 3VS Reserved 9 54 Reserved Reserved 10 53 Reserved 12V2 11 52 12V2 12V2 12 51 12V2 12V2 13 50 12V2 12V1 14 49 12V1 12V1 15 48 12V1 12V1 16 47 12V1 Ground 17 46 Ground Ground 18 45 Ground Ground 19 44 Ground Ground 20 43...

Page 78: ...Reserved 31 1 62 32 Keying Notch 3 3 V 5 V 12 V2 12 V SDA SCL No Connect 3 3VS ReturnS Top View of Power Supply Reserved Removed pin NC Reserved Reserved 12V2 GROUND 5 V 3 3 V Reserved 12 V1 12V1 Reserved Reserved Reserved Reserved 51 89 0 05 29 03 0 05 1 07 0 05 1 27 1 27 0 05 9 spaces 2 54 5 08 MIN 6 35 0 05 6 35 0 05 21 59 0 05 6 35 0 05 6 35 0 05 1 57 x 45 2x 7 62 MIN ...

Page 79: ...Off 9 5 Electrical Requirements 9 5 1 AC Input Voltage Specification The power supply will operate within all specified limits over the following input voltage ranges Harmonic distortion of up to 10 THD will not cause the power supply to go out of specified limits The power supply shall power off if the AC input is less than 70 VAC The power supply shall operate properly at 85 VAC input voltage to...

Page 80: ...022 Class A Limit Radiated Conducted Emissions EN55024 Immunity Characteristics for ITE EN61000 4 2 ESD Immunity level 2 contact discharge level 3 air discharge EN61000 4 3 Radiated Immunity level 2 EN61000 4 4 Electrical Fast Transient level 2 EN61000 4 5 Surge EN61000 4 6 Conducted RF EN61000 4 8 Power Frequency Magnetic Fields EN61000 4 11 Voltage Fluctuations and Short Interrupts EN61000 3 2 H...

Page 81: ...ical Protection NEBS GR 1089 CORE Issue 3 Electromagnetic Compatibility and Electrical Safety 10 5 ETSI Standards Compliance DC Input Only The Intel TIGPT1U with DC input is compliant with the following ETSI specifications ETSI EN 300 386 EMC requirements for Telecom Equip ETS 300 019 2 1 Storage Tests Class T1 2 ETS 300 019 2 2 Transportation Tests Class T2 3 ETS 300 019 2 3 Operational Tests Cla...

Page 82: ...ade CE Community European CFM Cubic feet per minute CISPR International Special Committee on Radio Interference CSA Canadian Standards Organization CTS Clear to send DAT Digital audio tape dB Decibel dBA Acoustic decibel DC Direct current DIMM Dual inline memory module DMI Desktop management interface DOS Disk operating system DRAM Dynamic random access memory DSR Data set ready DTR Data terminal ...

Page 83: ...sis Management Bus IDE Integrated drive electronics IEC International Electrotechnical Commission IEEE Institute of Electrical and Electronics Engineers IFLASH Utility to update Flash EEPROM IMB Intelligent management bus IPMB Intelligent Platform Management Bus IPMI Intelligent Platform Management Initiative IRQ Interrupt request line ITE Information technology equipment ITP In target probe JAE J...

Page 84: ...r on Self Test PSU Power supply unit PVC Polyvinyl chloride PWM Pulse width modulation RAS Reliability availability and serviceability RIA Ring indicator RPM Rotations per minute RTS Request to send SAF TE SCSI Accessed Fault Tolerant Enclosures SCA Single connector attachment SCL Serial clock SCSI Small Computer System Interface SDR Sensor data records SDRAM Synchronous dynamic RAM SEC Single edg...

Page 85: ...iters Laboratories Inc USB Universal Serial Bus UV Under voltage V Volt VA Volt amps volts multiplied by amps Vac Volts alternating current VCCI Voluntary Control Council for Interference Vdc Volts direct current VDE Verband Deutscher Electrotechniker German Institute of Electrical Engineers VGA Video graphics array VRM Voltage regulator module VSB Voltage standby W Watt WfM Wired for Management W...

Page 86: ...Desktop Management Task Force Inc http www dmtf org spec dmis html ESCD Extended System Configuration Data Specification Version 1 02a http www microsoft com hwdev respec PNPSPECS HTM Ethernet Intel 82547EI Gigabit Ehternet Controller Datasheet Intel Corporation http www intel com design network products lan controllers 82547ei htm Intel 82541EI Gigabit Ehternet Controller Datasheet Intel Corporat...

Page 87: ...ion Revision 2 1 PCI Special Interest Group http www pcisig com PCI Hot plug Specification Revision 1 0 PCI Special Interest Group http www pcisig com PCI Hot plug Application and Design Alan Goodrum ISBN 0 929392 60 4 Compaq PCI Hot Plug Megacell Specification PID Programmable Interrupt Device External Product Specification Revision 1 1 Intel Corporation Document number OR4 680777 Plug and Play P...

Page 88: ...C Part 3 Limits Section 2 Limits for Harmonic Current Emissions JEIDA MITI Guideline for Suppression of High Harmonics in Appliances and General Use Equipment SCSI Adaptec AIC 7899 Dual Channel PCI to Ultra 320 M SCSI Single Chip Host Adapter Specification http www adaptec com Server Management Emergency Management Port v1 0 Interface External Product Specification Revision 0 83 Intel Corporation ...

Page 89: ...Version 2 0 Intel Corporation http developer intel com ial wfm wfmspecs htm Windows Hardware Design Guide for Microsoft Windows NT Server Version 2 0 http www microsoft com HWDEV serverdg htm Miscellaneous Intel Environmental Standards Handbook June 1999 Intel Document No 662394 04 VRM 8 3 DC DC Converter Specification VRM 8 4 DC DC Converter Specification ...

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