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Sun Dual 10GbE PCIe 2.0 Fabric Expansion Module User’s Guide

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Understanding the Sun Dual 10GbE PCIe 2.0 Fabric Expansion Module

Shipping Kit Contents

Product Description

Physical Characteristics

Performance Specifications

Power and Environmental Requirements

Regulatory Compliance

Hardware and Software Requirements

OS Patches and Updates

Installation Overview for Solaris Platforms

Installation Overview for Linux Platforms

Installation Overview for Microsoft Windows Platforms

Installing the Driver

Verify the Driver Version on a Solaris Platform

Remove the Driver From a Solaris Platform

Download and Install the Driver on a Linux Platform

Remove the Driver From a Linux Platform

Download and Install the Driver on a Microsoft Windows Platform

Remove the Driver From a Microsoft Windows Platform

Installing the Fabric Expansion Module

Install the FEM in a Server Module

Verify the Installation in a Solaris SPARC System

Verify the Installation in a Solaris x86 System

Verify the Installation in a Linux System

Verify the Installation in a Microsoft Windows System

Configuring the Network

Create /etc/hostname.ixgbe# Files

Configure the Network Host Files With the ifconfig Command

Boot Over the Network Using PXE

Boot Solaris x86 and Linux Systems Over a 10GbE Network

Install the Solaris OS Over a 10GbE Network on SPARC Systems

Configuring the Driver Parameters

Driver Parameters for the Solaris OS

Set ixgbe Driver Parameters in the Solaris OS

Solaris OS Performance Variables

Improve Performance in the Solaris OS

Driver Parameters for Linux

Set Driver Parameters in Linux

Configure Jumbo Frames in Solaris OS

Configure Jumbo Frames in Linux

Configuring VLANs

VLAN Overview

VLAN Configuration

Configure Static VLANs in a Solaris Environment

VLAN Naming Format

Configure VLANs in a Linux Environment

Configure VLANs in a Microsoft Windows Environment

Index

Configure the Network Host Files With the ifconfig Command

Use this procedure to configure the network host files dynamically on the command line. At reboot, the settings will revert.

  1. Create a file named /etc/hostname.ixgbe# for each ixgbe interface.

    where # is the ixgbe interface instance number you plan to use.

    For example, to bring up ixgbe0 at boot, create a file called /etc/hostname.ixgbe0, where 0 is the number of the ixgbe interface. If the instance number were 1, the filename would be /etc/hostname.ixgbe1. The /etc/hostname.ixgbe# file must contain the host name for the appropriate ixgbe interface.

  2. Get the ixgbe instances:

    # dladm show-dev

    The output might include lines similar to the following:

    nxge0        link: up        speed: 1000  Mbps   duplex: full
    nxge1        link: unknown   speed: 0     Mbps   duplex: unknown
    nxge2        link: unknown   speed: 0     Mbps   duplex: unknown
    nxge3        link: unknown   speed: 0     Mbps   duplex: unknown
    e1000g0      link: unknown   speed: 0     Mbps   duplex: half
    e1000g1      link: unknown   speed: 0     Mbps   duplex: half
    ixgbe0       link: up        speed: 10000 Mbps   duplex: full
    ixgbe1       link: up        speed: 10000 Mbps   duplex: full
  3. Use the ifconfig command to set up the FEM’s ixgbe interfaces.

    Your ifconfig command might look similar to the following:

    # ifconfig ixgbe0 plumb ip_address netmask 255.255.255.0 broadcast + up
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