Adlink cPCI-6S10 Bedienungsanleitung

Stöbern Sie online oder laden Sie Bedienungsanleitung nach Hardware Adlink cPCI-6S10 herunter. ADLINK cPCI-6S10 User Manual Benutzerhandbuch

  • Herunterladen
  • Zu meinen Handbüchern hinzufügen
  • Drucken
  • Seite
    / 92
  • Inhaltsverzeichnis
  • LESEZEICHEN
  • Bewertet. / 5. Basierend auf Kundenbewertungen
Seitenansicht 0
Advance Technologies; Automate the World.
Manual Rev. 0.10
Revision Date: March 31, 2014
Part No: 50-15099-1000
cPCI-6S10 Series
6U CompactPCI Switch Blade
User’s Manual
Seitenansicht 0
1 2 3 4 5 6 ... 91 92

Inhaltsverzeichnis

Seite 1 - User’s Manual

Advance Technologies; Automate the World.Manual Rev. 0.10Revision Date: March 31, 2014Part No: 50-15099-1000cPCI-6S10 Series6U CompactPCI Switch Bl

Seite 2 - Revision History

xList of FiguresThis page intentionally left blank.

Seite 3 - Preface iii

Overview 1cPCI-6S101OverviewThe ADLINK cPCI-6S10 is a fully managed CompactPCI GigabitEthernet switch blade supporting up to twenty four 1GbE ports a

Seite 4 - Conventions

2Overview1.1 Block DiagramFigure 1-1: cPCI-6S10 Series Block Diagram MDI x1 BCM54685 MDI x1 MDI x8Front Panel MDI x11 GbE x3 10G SFP+ x2 Mgt x1 RJ-45

Seite 5 - Table of Contents

Overview 3cPCI-6S101.2 Package Contents The cPCI-6S10 is packaged with the components listed below(RTMs and adapter kits are optional). If any of the

Seite 6

4OverviewThis page intentionally left blank.

Seite 7 - List of Tables

Specifications & Board Interfaces 5cPCI-6S102 Specifications & Board Interfaces2.1 cPCI-6S10 SpecificationsStandards and InterfacesMechanical

Seite 8

6 Specifications & Board Interfaces2.2 Board Layout Figure 2-1: cPCI-6S10 Board LayoutU100 BCM5221 RJ1-3 10/100/1000 GbEU67 BCM56150 RJ4 10/100 Mg

Seite 9 - List of Figures

Specifications & Board Interfaces 7cPCI-6S102.3 Front Panel LayoutThe following section describes the behavior of the LEDs on thefront panel.Powe

Seite 10

8 Specifications & Board InterfacesRear IO GbE Status LEDs (LP1 - LP20)SFP+ Status LEDs (XE 0 - XE 1)Upper LEDOn: Link upOff: Link downLower LEDBl

Seite 11 - 1Overview

Specifications & Board Interfaces 9cPCI-6S102.4 Connector PinoutsUART COM Connector (CN6)Set SW21 to IPMI or BCM56150 UART MUX debug portRJ-45 10

Seite 12 - 1.1 Block Diagram

ii Revision HistoryRevision HistoryRevision Release Date Description of Change(s)0.10 31/03/2015 Preliminary release

Seite 13 - 1.2 Package Contents

10 Specifications & Board InterfacesRJ-45 Gigabit Ethernet Connectors ((RJ1/2/3)GbE Status LEDsPin # 1000BASE-T1 LAN_TX0+2LAN_TX0-3 LAN_TX1+4 LAN_

Seite 14 - 4Overview

Specifications & Board Interfaces 11cPCI-6S10SFP+ 10Gigabit Ethernet Connector (CN22/23)SFP+ 10GbE Status LEDsPin # 1000BASE-T1GND2SFP_TX_FAULT3

Seite 15 - 2.1 cPCI-6S10 Specifications

12 Specifications & Board InterfacesCompactPCI J1 Connector Pin AssignmentPin Z A B C D E F25 GND +5V REQ64# ENUM# +3.3V +5V GND24 GND AD1 +5V V(I

Seite 16 - 2.2 Board Layout

Specifications & Board Interfaces 13cPCI-6S10CompactPCI J2 Connector Pin AssignmentPin Z A B C D E F22 GND GA4 GA3 GA2 GA1 GA0 GND21 GND CLK6 GND

Seite 17 - 2.3 Front Panel Layout

14 Specifications & Board InterfacesCompactPCI J3 Pin AssignmentPin Z A B C D E F19 GND P5V P5V P12V P5V P5V GND18 GND LAN3_TXDP0 LAN3_TXDN0 GND L

Seite 18

Specifications & Board Interfaces 15cPCI-6S10CompactPCI J4 Connector Pin AssignmentPin Z A B C D E F25 GND BP(I/O) (1,3) BP(I/O) (1,3) BP(I/O) (1

Seite 19 - 2.4 Connector Pinouts

16 Specifications & Board InterfacesCompactPCI J5 Pin AssignmentPin Z A B C D E F22 GND LP19_DA+ LP19_DA- GND LP19_DC+ LP19_DC- GND21 GND LP19_D

Seite 20 - ((RJ1/2/3)

Specifications & Board Interfaces 17cPCI-6S102.5 Switch SettingsStandalone/CMM Mode Switch (SW6)The cPCI-6S10 comes with SW6 for user to set the

Seite 21 - SFP+ 10GbE Status LEDs

18 Specifications & Board InterfacesNAND Flash Boot Mode Switch (SW14)SW14 switch sets either Auto or Manual mode for boot fromNAND flashConsole P

Seite 22 - Pin Z A B C D E F

Hardware Platform Management 19cPCI-6S103 Hardware Platform Management3.1 Platform Management OverviewThe purpose of the hardware platform management

Seite 23

Preface iiicPCI-6S10PrefaceCopyright 2015 ADLINK Technology Inc.This document contains proprietary information protected by copy-right. All rights ar

Seite 24 - CompactPCI J3 Pin Assignment

20 Hardware Platform Management3.2 IPMI Commands3.2.1 Standard CommandsIn terminal mode, the command is enclosed by square brackets.Each Hex number is

Seite 25

Hardware Platform Management 21cPCI-6S10Response CodesTable 3-2: Response CodesDescription CodeIPMI_SUCCESS 0x00IPMI_NODE_BUSY 0xC0IPMI_INVALID_COMM

Seite 26 - CompactPCI J5 Pin Assignment

22 Hardware Platform ManagementMessage LengthThe IPMI standard overall message for “no-bridging” messages isspecified as 32 bytes, maximum, including

Seite 27 - 2.5 Switch Settings

Hardware Platform Management 23cPCI-6S10Message InterfacesX Access through Linux driver (on LMP locally): ipmitool <command>X RMCP remote clien

Seite 28 - Console Port Switch (SW21)

24 Hardware Platform Managementipmitool -I lan -H 172.20.5.225 -U admin -P admin -t 0xB8 raw 0x060x01Remote send raw command “Get device Id” to IPMC(1

Seite 29

Hardware Platform Management 25cPCI-6S10Board Product: cPCI-6S10Board Serial: ADLINK-XXXX-XXXXBoard Part Number: cPCI-6S10Product Manufacturer:

Seite 30 - 3.2 IPMI Commands

26 Hardware Platform ManagementProduct Name : Unknown (0x5313)Device Available : yesProvides Device SDRs : yesAdditional De

Seite 31 - Response Codes

Hardware Platform Management 27cPCI-6S10In IPMC console, cold reset message will be printed.Response Data FieldsReset Watchdog TimerResponse Data Fie

Seite 32 - 3.2.2 IPMItool

28 Hardware Platform ManagementResponse Data Fields1Time use[7] –1b = don’t log[6] –1b = do not stop timer on set Watchdog Timer command.[5:3] – reser

Seite 33

Hardware Platform Management 29cPCI-6S10Get Watchdog TimerResponse:Response Data Fieldsipmitool ipmitool [parameters] mc watchdog getTerminal mode [

Seite 34

iv PrefaceConventionsTake note of the following conventions used throughout thismanual to make sure that users perform certain tasks andinstructions p

Seite 35 - Get Device ID

30 Hardware Platform Management3Timer actions[7] – reserved[6:4] – pre-timeout interrupt000b = none001b = SMI010b = NMI / Diagnostic Interrupt011b = M

Seite 36 - Cold Reset

Hardware Platform Management 31cPCI-6S10Master Write-ReadRequest Fieldsipmitool Ipmitool [parameters] raw 0x06 0x52 …Terminal mode [18 00 52 ….]Desc

Seite 37 - Set Watchdog Timer

32 Hardware Platform ManagementResponse Data FieldsSet Event ReceiverRequest Data FieldsNote: The commands “Set event receiver” and “Get eventreceiver

Seite 38 - Response Data Fields

Hardware Platform Management 33cPCI-6S10Get Event ReceiverResponse Data FieldsNote: The commands “Set event receiver” and “Get eventreceiver” are use

Seite 39 - Get Watchdog Timer

34 Hardware Platform ManagementWe can test IPMC by sending a event to BMC:Get Device SDR InfoResponse Fieldsroot@BCNMB-A:~# ipmitool raw 0x2E 0x88 0x3

Seite 40

Hardware Platform Management 35cPCI-6S10Get Device SDRExample:List all SDR from IPMC (from Device SDR)Request Fieldsipmitool ipmitool [parameters] sd

Seite 41 - Master Write-Read

36 Hardware Platform ManagementResponse FieldsReserve Device SDR RepositoryResponse FieldsSet Sensor Threshold6Bytes to read. FFh means read entire re

Seite 42 - Set Event Receiver

Hardware Platform Management 37cPCI-6S10Command Format:sensor thresh <id> <threshold> <setting> id : name of the sensor fo

Seite 43 - Platform Event

38 Hardware Platform ManagementResponse FieldsGet Sensor ThresholdExample:Request Fields1Completion codeipmitool ipmitool [parameters] sensor get <

Seite 44 - Get Device SDR Info

Hardware Platform Management 39cPCI-6S10Response FieldsSet Sensor Event Enable Example: Enable sensor 1’s assertion for lower non-recoverablegoing hi

Seite 45 - Get Device SDR

Table of Contents vcPCI-6S10Table of ContentsRevision History... iiPreface...

Seite 46 - Set Sensor Threshold

40 Hardware Platform ManagementRequest Fields1Sensor number( FFh = reserved)2 [7] – 0b = disable all event message from this sensor[6] – 0b = disable

Seite 47 - Request Fields

Hardware Platform Management 41cPCI-6S104 For sensors with threshold base events:[7:4] – reserved.[3] – 1b = select assertion event for upper non-rec

Seite 48 - Get Sensor Threshold

42 Hardware Platform ManagementResponse FieldsGet Sensor Event Enable 6 For sensors with threshold base events:[7:4] – reserved.[3] – 1b = select deas

Seite 49 - Set Sensor Event Enable

Hardware Platform Management 43cPCI-6S10Example:Request FieldsResponse Fieldsroot@BCNMB-A:~# ipmitool -I lan -H 172.20.5.225 -U admin -P admin sensor

Seite 50

44 Hardware Platform Management3 For sensors with threshold based events:[7] – 1b = select assertion event for upper non-critical going high[6] – 1b =

Seite 51

Hardware Platform Management 45cPCI-6S105 For sensors with threshold based events:[7] – 1b = select deassertion event for upper non-critical going hi

Seite 52 - Get Sensor Event Enable

46 Hardware Platform ManagementRe-arm Sensor EventRequest Fieldsipmitool ipmitool [parameters] raw 0x04 0x2a 0x01 0x00Terminal mode[10 00 2a 01 00]Des

Seite 53

Hardware Platform Management 47cPCI-6S10(4)* For sensors with threshold based events: [7:4] - reserved. Write as 0000b. [3] - 1b = re-arm as

Seite 54

48 Hardware Platform ManagementResponse FieldsGet Sensor ReadingExample: Get Tmp421 sensor reading(6)* For sensors with threshold based events: [7:4]

Seite 55

Hardware Platform Management 49cPCI-6S10Request FieldsResponse Fieldsroot@BCNMB-A:~# ipmitool -I lan -H 172.20.5.225 -U admin -P admin sensor get &qu

Seite 56 - Re-arm Sensor Event

vi Table of ContentsImportant Safety Instructions... 79Getting Service ...

Seite 57

50 Hardware Platform ManagementGet Sensor Type4 For threshold-base sensorsPresent threshold comparison status[7:6] – reserved[5] – 1b = at or above (&

Seite 58 - Get Sensor Reading

Hardware Platform Management 51cPCI-6S10Example:Request FieldsResponse Fieldsroot@BCNMB-A:~# ipmitool -I lan -H 172.20.5.226 -U admin -P admin sensor

Seite 59

52 Hardware Platform ManagementGet FRU Inventory Area InfoRequest FieldsResponse FieldsNote: The command “Get FRU inventory area info” and “ReadFRU da

Seite 60 - Get Sensor Type

Hardware Platform Management 53cPCI-6S10IPMItool Support:IPMItool supports “read entire fru record” command. We can usebelow command to get entire fr

Seite 61

54 Hardware Platform ManagementResponse FieldsNote: The command “Get FRU inventory area info” and “ReadFRU data” support customized design on this pla

Seite 62 - Read FRU Data

Hardware Platform Management 55cPCI-6S10field type. For instance in the <board> info area field ’0’ is <Board Manufacturer> and field ’2’

Seite 63

56 Hardware Platform ManagementResponse Fieldsroot@BCNMB-A:~# ipmitool -I lan -H 127.0.0.1 -U admin -P admin sdr info SDR Version

Seite 64 - Write FRU Data

Hardware Platform Management 57cPCI-6S10Get SDR15 Operation Support[7] - Overflow Flag. 1=SDR could not be written due to lack of space in theSDR

Seite 65 - Get SDR Repository Info

58 Hardware Platform ManagementExample:Get SDR use raw command.List all SDR from IPMC (from Device SDR)Request Fieldsroot@BCNMB-A:~# ipmitool -I lan -

Seite 66

Hardware Platform Management 59cPCI-6S10Response Fields3.3 Controller Specific OEM/Group CommandsShow Card VersionRequest Data FieldsResponse Data Fi

Seite 67

List of Tables viicPCI-6S10List of TablesTable 2-1: cPCI-6S10 Specifications ... 5Table 3-1: NetFn codes ..

Seite 68 - Get SDR use raw command

60 Hardware Platform ManagementExample:Show Card VersionRe-Scan GA InputExample:Use this command to read the Card’s IPMB address.Request Data FieldsRe

Seite 69 - Show Card Version

Hardware Platform Management 61cPCI-6S10Example:Use this command to read the Card’s IPMB and GeographyAddress.Request Data FieldsResponse Data Fields

Seite 70 - Re-Scan GA Input

62 Hardware Platform ManagementPower Off the PayloadRequest Data FieldsResponse Data FieldsPower On the PayloadRequest Data FieldsResponse Data Fields

Seite 71

Hardware Platform Management 63cPCI-6S10Set Boot FlashRequest Data FieldsResponse Data FieldsNote: This command will not change the physical boot fla

Seite 72 - Power On the Payload

64 Hardware Platform ManagementThis page intentionally left blank.

Seite 73 - Get Boot Flash

Getting Started 65cPCI-6S104 Getting StartedThis chapter describes the installation of the cPCI-6S10:4.1 HeatsinkThe cPCI-6S10 comes with on board BG

Seite 74

66 Getting StartedTo connect to the cPCI-6S10 local management processor(LMP) console:X Set SW21 on the cPCI-6S10 to "Console port to BCM56150&qu

Seite 75 - 4 Getting Started

Getting Started 67cPCI-6S10To connect to the cPCI-6S10 IPMC debug serial port:X Set the SW21 the cPCI-6S10 to "Console port to IPMC": 1,2 O

Seite 76 - 66 Getting Started

68 Getting StartedAfter powering on the cPCI-6S10, the terminal program PuTTY willconnect to the switch blade via the COM port. Login with the fol-low

Seite 77 - Getting Started 67

Getting Started 69cPCI-6S10LAN Port ConnectionConnect the client computer to the Management port on the frontpanel with an RJ-45 cable. Set the clien

Seite 78 - No Password

viii List of TablesThis page intentionally left blank.

Seite 79 - LAN Port Connection

70 Getting StartedIn the PuTTY configuration window, set “Connection type” to“SSH”. Set the host IP to 192.168.7.101, Port 22.Login as follows:User: r

Seite 80 - 70 Getting Started

Getting Started 71cPCI-6S10Login to the Broadcom ShellUsers can login to the Broadcom shell by connecting to LAN portor serial port. The application

Seite 81 - Login to the Broadcom Shell

72 Getting Startedphy ge20 0x1c 0xb430phy ge21 0x1c 0xb430phy ge22 0x1c 0xb430phy ge23 0x1c 0xb430phy ge16 0x10 0phy ge17 0x10 0phy ge18 0x10 0phy ge1

Seite 82

Getting Started 73cPCI-6S10phy_port_primary_and_offset_ge23=0x1207phy_port_primary_and_offset_ge0=0x0207phy_port_primary_and_offset_ge1=0x0206phy_por

Seite 83 - # 54685 phy address

74 Getting StartedThis page intentionally left blank.

Seite 84 - 74 Getting Started

Software Management 75cPCI-6S105 Software Management5.1 IntroductioncPCI-6S10 board has an Ethernet switch function block integratedin System-on-a-Ch

Seite 85 - 5 Software Management

76 Software Managementbcm.user ApplicationThe bcm.user application is the complete BCM diagnostics shell.This includes the BCM shell application as we

Seite 86 - 5.3 Commands

Software Management 77cPCI-6S10Commands Common to All ModesCommand Display list of commandsASSert AssertBackGround Execute a command in the backgroun

Seite 87 - Commands Common to All Modes

78 Software ManagementLS List current directoryMKDIR Make a directoryMODE Set shell modeMORe Copy a file to the consoleMoVe Rename a file on a file s

Seite 88

Important Safety Instructions 79cPCI-6S10Important Safety InstructionsFor user safety, please read and follow all instructions,WARNINGS, CAUTIONS, a

Seite 89 - Important Safety Instructions

List of Figures ixcPCI-6S10List of FiguresFigure 1-1: cPCI-6S10 Series Block Diagram... 2Figure 2-1: cPCI-6S10 Board Layo

Seite 90 - WARNING:

80 Important Safety InstructionsX Never attempt to fix the equipment. Equipment should only be serviced by qualified personnel.A Lithium-type battery

Seite 91 - Getting Service

Getting Service 81cPCI-6S10Getting ServiceContact us should you require any service or assistance. ADLINK Technology, Inc. Address: 9F, No.166 Jia

Seite 92 - 82 Getting Service

82 Getting ServiceADLINK Technology, Inc. (French Liaison Office) Address: 6 allée de Londres, Immeuble Ceylan 91940 Les Ulis, France Tel: +33

Kommentare zu diesen Handbüchern

Keine Kommentare