Xembedded XPMC-9100 Manual

Dual pmc carrier with 8-port ethernet switch

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XPMC-9100

Dual PMC Carrier with 8-Port Ethernet Switch

Printed in the United States of America

™, INC. (XycomVME, Inc.)

EMBEDDED

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Page 1 XPMC-9100 Dual PMC Carrier with 8-Port Ethernet Switch © 2007 X Printed in the United States of America ™, INC. (XycomVME, Inc.) EMBEDDED...
Page 2 Corporation in the US and in other countries. Copyright Information This document is copyrighted by Xembedded a XycomVME, Incorporated (XycomVME) company and shall not be reproduced or copied without expressed written authorization from Xembedded. The information contained within this document is subject to change without notice. XycomVME does not guarantee the accuracy of the information.
Page 3 European Union Directive 89/336/EEC requires that this apparatus comply with relevant ITE EMC standards. EMC compliance demands that this apparatus is installed within a CompactPCI enclosure designed to contain electromagnetic radiation and which will provide protection for the apparatus with regard to electromagnetic immunity. This enclosure must be fully shielded. An example of such an enclosure is a 6U EMC-RFI CompactPCI System chassis, which includes a front cover to complete the enclosure.
Page 4 XCPC-9100. This manual is intended for anyone who designs OEM products which have requirements for PrPMC/PMC Carrier. Feedback Xembedded welcomes feedback on how we can make our manuals and technical documentation more useful to our customers. Please feel free to send comments and suggestions to support@xembedded.com.
Page 5: Table Of Contents
Table Of Contents XCPC-9100 Chapter 1 General Description Page Architecture of the XCPC-9100 XCPC-9100 as System Controller or Peripheral Carrier Interface to the CompactPCI bus XCPC-9100 as the System Controller Carrier PrPMC/PMC PCI Clock Speed PrPMC/PMC PCI Signaling Front Panel over view Fault LED Link/Activity of Ethernet ports Reset Button...
Page 6 Table Of Contents XCPC-9100 Chapter 3 Page The On-Board Switches What is VLAN Support Why Use VLANs? Procedure For VLAN setup VLAN Configuration 22-23 Chapter 4 IPMI Controller FRU Inventory Area Information Read FRU Data Write FRU Data FRU Data Specification...
Page 7: General Description Page
Full wire speed on all the ports • Layer two managed (only certain features are supported contact Xembedded Sales) The XCPC-9100 is hot swappable per cPCI specification with the Blue LED. The XCPC-9100 has an on board micro-controller that report the FRU information to the BMC. The micro- controller is also used to do the management of the switch (i.e.
Page 8 Introduction Figure 1-1 below shows the Architectural of the board. - 2 -...
Page 9: Xcpc-9100 As The System Controller
Introduction XCPC-9100 as the System controller and Peripheral The XCPC-9100 utilizes PLX PCI6540 chip for its interface to the cPCI back plane. The chip is a high performance asynchronous 133MHz, 64-bit PCI-X to PCI-X bridge. When the module is in the system controller slot the device runs in transparent P2P bridge.
Page 10: Carrier Prpmc/Pmc Pci Clock Speed
Introduction Carrier PrPMC/PMC PCI clock speed The PrPMC/PMC sites of the Carrier run at 133MHz and will adjust their speed according to the PrPMC/PMC module configuration. If both the PrPMC/PMC sites are populated with 133MHz capable PrPMC/PMC the carrier adjust it’s speed to 100Mhz.
Page 11 Introduction Reset out from the PrPMC The PrPMC can rest the carrier by issuing the Reset out signal. The Carrier takes that reset and resets the entire module. In the system controller slot this reset is forward to the chassis. - 5 -...
Page 12: Main Features
See appendix A for the layout of the FRU file. The Micro controller also communicates with the GbE switch for it’s management portion. NOTE: Please contact Xembedded for the list of features for the Layer two Managed switch. PCI Bus interface The XCPC-9100 uses the PLX-6540 bridge for the PCI bus interface to the cPCI bus.
Page 13: Specifications
Introduction • Support for 8 Bus Masters Specifications The following table is the XCPC-9100 Specifications, showing the recommended operating conditions. Condition Recommendation Compliance PCI R2.3, PICMG 2.0, PICMG 2.1, PICMG 2.16 Air Flow 200LFM with no PrPMC/PMC installed (air flow is mostly driven by the PrPMC/PMC requirements) Power 8 Watts while switch running in full wire speed on all...
Page 14 Introduction - 8 -...
Page 15: Installation Guide Introduction
Installation Guide XCPC-9100 Chapter 2 Installation Guide Introduction As the CPU technology changes rapidly vs the I/O, the XCPC-9100 allows separation of the CPU from the rest of the I/O subsystem. The XCPC-9100 allows up to two PrPMC/PMC on a carrier. Customers could choose from a variety of PrPMC that are in the Market and also be able to changes the CPU by simply replacing the PrPMC with future faster CPUs.
Page 16: Switches Setting And Locations
Installation Guide XCPC-9100 Switches Settings and Locations The cPCI-9100 has nine switches on board (SW1 and SW9). The settings on switches one to four allows the routing of the PMC site two J4 (user defined I/O) to go to either the GbE switch or the J5 connector of the cPCI.
Page 17 Installation Guide XCPC-9100 Table 2-2 PMC site Rear I/O switch settings Switch Description SW1 to SW4 Pin 1, 3, 5 and 7 ON (Closed) signal to GbE Switch SW1 Pin 16 and 15 to PMC I/O Pin 2 PMC Site Two Pin 2, 4, 6 and 8 ON (Closed) signal to cPCI J5 SW1 Pin 14 and 13 to PMC I/O Pin 4 GbE Port one of the PMC...
Page 18: Xcpc-9100 Installation Into A Rack
Installation Guide XCPC-9100 XCPC-9100 Installation into rack The XCPC-9100 can be installed in a standard cPCI 32-bit or 64-bit PCI bus. Also cPCI 2.16 style chassis without a PCI bus interface or 2.16 chassis with the PCI bus interface could be used. Installation Procedure: NOTE: Configure the Switch setting SW1 to SW8 according to the PMC module being installed.
Page 19: Pmc Connectors
Installation Guide XCPC-9100 PMC Connectors There are eight PMC connectors on the carrier. Connectors J21, J22, J23, J24 corresponds to the PMC connectors P1, P2, P3 and P4 for PMC site two. Connectors J11, J12, J13 and J14 corresponds to the PMC connectors P1, P2, P3 and P4 for PMC site one.
Page 20 Installation Guide XCPC-9100 Table 2-4 showing pin out of the J22 and J12...
Page 21 Installation Guide XCPC-9100 Table 2-5 Pin out for the J23 and J13...
Page 22 Installation Guide XCPC-9100 Table 2-6 Pin Out definition for J24 from PMC site 2.
Page 23 Installation Guide XCPC-9100 Table 2-7 for the pin out of the J14 Rear I/O for PMC site 1.
Page 24: Backplane Compactpci Connectors
Installation Guide XCPC-9100 Backplane CompactPCI Connectors Backplane connectors J1, J2 and J3 follow the PICMG 2.0 Release3.0 pin out. The J3 connector follows the cPCI PICMG 2.16 specification when switches are configured to place two 10/100/1000 Ethernet ports from the on-board switch. The other position of the configuration switch configures the XCPC-9100 to route the rear PMC I/O to J5 of the CompactPCI backplane.
Page 25: Jumper Header P5
Installation Guide XCPC-9100 Jumper Header P5 Figure 2-4 jumper header P5 is located on the top side of the board as shown below.
Page 26: Optional Header (P6)
Installation Guide XCPC-9100 XCPC-9100 Switch and Header Information Option Header (P6) The following signals are set via jumpers on the 20-Pin Option Header designated Signal Definition P_BOOT Primary Port Boot Priority. Add Jumper to give secondary port boot priority in Non-Transparent mode Secondary Bus PCI-X Capability.
Page 27: The On-Board Switches
XCPC-9100 Xembedded, Inc. Chapter 3 Ethernet Switch Setup and VLAN Configuration The On-Board Switch The XCPC-9100 includes an on-board 8-port Level-2, 10/100/1000Mbps Ethernet Switch. The XCPC-9100 has two Ethernet ports on the front panel, two ports out the CompactPCI J3 backplane connector for PICMG 2.16 support and dual Ethernet ports out J14 on PMC site 1 and...
Page 28: Why Use Vlans
VLANs to specific types of employees, such as managers or salespeople. You can create up to 4 VLANs with the Xembedded XCPC-9100 on-board Level-2 managed switch using the procedure shown below. While you can have more than one VLAN on the XCPC-9100 switch, each VLANs cannot communicate directly with each other.
Page 29: Vlan Configuration
On the computer screen you should see the following message: • SPI Interface Established o Hitting any key it will take you to this menu: o Xembedded Main Menu • Port-Based VLAN Configuration Note: up to four VLANs can be configured on the XCPC-9100.
Page 30 0 and all other VLANs empty. Verification should be done to assure module is setup correctly. m. Selecting menu item ‘x’ will take you to the top Xembedded menu. n. When done power off the chassis. o. Remove the XCPC-9100, setup is complete.
Page 31: Ipmi Controller
Management) The FRU Information is used primarily to provide ‘inventory’ information about this board in the CompactPCI Chassis. The FRU will provide the Supplier’s name, Xembedded, part number, 609100-001 and version number(s), Rev 1.3. These items can be read through the system IPMI software.
Page 32: Write Fru Data
The XCPC-9100 is pre-loaded with the following data at the factory. Board Information: Product : "CPC" File ID : "MgtCtrl.bin" Part : "CPC 9100" Serial : <varies> Manuf. : "Xembedded" Product Information: Product : "CPC" Version : "01.01" Part : "609100" Manuf ID: "0x029117" Manuf. : " Xembedded "...