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Cisco UCS E-Series Servers

Hardware Installation Guide for Cisco UCS E-Series Servers and the Cisco UCS E-Series Network Compute Engine

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Table of Contents

Hardware Installation Guide for Cisco UCS E-Series Servers and the Cisco UCS E-Series Network Compute Engine

New and Changed Information

Overview

Hardware Requirements

Hardware Information for the M1 E-Series Servers

Hardware Information for the M2 E-Series Servers

Hardware Information for the EHWIC E-Series NCE

Supported Cisco EtherSwitch EHWIC and Cisco EtherSwitch Service Modules

Supported Transceivers

E-Series Servers and the NCE

Single-Wide E-Series Servers and the SM E-Series NCE

Double-Wide E-Series Server

EHWIC E-Series NCE

Understanding the E-Series Server and NCE LED States

Single-Wide E-Series Server and the SM E-Series NCE LEDs

Double-Wide E-Series Server LEDs

EHWIC E-Series NCE LEDs

Recommended Safety Practices

Safety Recommendations

Preventing Electrostatic Discharge Damage

General Guidelines for Installing the E-Series Servers or the NCE on a Rack

Maintenance Guidelines

Safety Warnings

Installing the E-Series Servers and the NCE

Basic Workflow for Installing the E-Series Server or the SM E-Series NCE in the SM Slot

Tools and Equipment Required for Installation

Removing the Blank Faceplate from the Router’s SM Slot

Preparing the Router’s SM Slot for E-Series Server or SM E-Series NCE Installation

Installing the E-Series Server or the SM E-Series NCE into the Router

Installing the Blank Faceplate

Verifying E-Series Server or SM E-Series NCE Installation

Basic Workflow for Installing the EHWIC E-Series NCE in the EHWIC Slot

Removing Blank Faceplates from the EHWIC Slots

Removing Slot Dividers from EHWIC Slots

Installing the EHWIC E-Series NCE into the Router

Verifying EHWIC E-Series NCE Installation

Migrating the E-Series Server from a Cisco ISR G2 into a Cisco ISR 4000 Series

Stopping the E-Series Server from Resetting and Updating the CIMC Firmware

Online Insertion and Removal

Removing the E-Series Server from a Cisco 3900 Series ISR G2

Shutting Down the E-Series Server Installed in a Cisco 3900 Series ISR G2

Restarting the E-Series Server Installed in a Cisco 3900 Series ISR G2

Inserting the E-Series Server in a Cisco 3900 Series ISR G2

Removing the E-Series Server from a Cisco ISR 4000 Series

Shutting Down the E-Series Server Installed in a Cisco ISR 4000 Series

Restarting the E-Series Server Installed in a Cisco ISR 4000 Series

Inserting the E-Series Server in a Cisco ISR 4000 Series

Installing or Replacing Hard Disk Drives on the E-Series Servers

Installing and Replacing the Memory DIMMS in the E-Series Servers

Memory DIMM Location

Removing the Memory DIMM

Installing the Memory DIMM

Installing the Field Programmable Gate Array Image in the EHWIC E-Series NCE

Removing the COA

Cisco Integrated Management Controller

Related Documentation

Hardware Installation Guide for
Cisco UCS E-Series Servers and the
Cisco UCS E-Series Network Compute Engine

First Published: July 15, 2014

Updated: March 4, 2015

 

This document provides installation information for the Cisco UCS E-Series Servers (E-Series Servers) and the Cisco UCS E-Series Network Compute Engine (NCE). It includes the following sections:

New and Changed Information

The following tables provide an overview of the significant changes that are introduced to this guide in the appropriate software release.

 

Table 1 New and Changed Information for Software Release 2.4.1

Feature
Description
Changed in Software Release
Where Documented

EHWIC E-Series Network Compute Engine

Support added to install the EHWIC E-Series Network Compute Engine (EHWIC E-Series NCE) into the Generation 2 Cisco Integrated Services Routers (Cisco ISR G2).

2.4.1

Cisco ISR 4000 Series

Support added to install E-Series Servers in all Cisco ISR 4000 series.

2.4.1

“Overview” section

 

Table 2 New and Changed Information for Software Release 2.3.1

Feature
Description
Changed in Software Release
Where Documented

Double-Wide E-Series Server refresh

Intel Ivy Bridge 2418L v2 and 2428L v2 support added on the UCS-E160D-M2 and UCS-E180D-M2 double-wide E-Series Servers.

2.3.1

“Hardware Information for the M2 E-Series Servers” section

 

Table 3 New and Changed Information for Software Release 2.2.1

Feature
Description
Changed in Software Release
Where Documented

SM E-Series Network Compute Engine

Support added to install the SM E-Series Network Compute Engine (SM E-Series NCE) into the Generation 2 Cisco Integrated Services Routers (Cisco ISR G2) and the Cisco ISR 4451-X Integrated Services Router (Cisco ISR 4451-X).

2.2.1

“Hardware Information for the M2 E-Series Servers” section

Single-wide E-Series Server refresh

Intel Ivy Bridge E3-1105C V2 support added on the UCS-E140S-M2 single-side E-Series Server.

2.2.1

“Hardware Information for the M2 E-Series Servers” section

 

Table 4 New and Changed Information for Software Release 1.0(2)

Feature
Description
Changed in Software Release
Where Documented

New Platform Support

Support for installing the E-Series Server into the Cisco ISR 4451-X.

1.0(2)

Verifying E-Series Server Installation

Command to verify that the router recognizes the E-Series Server.

1.0(2)

“Verifying E-Series Server or SM E-Series NCE Installation” section

Migrating the E-Series Server from an Cisco ISR G2 into a
Cisco ISR 4000 series

Special instructions for migrating the E-Series Server from a Cisco ISR G2 into a Cisco ISR 4000 series.

1.0(2)

“Migrating the E-Series Server from a Cisco ISR G2 into a Cisco ISR 4000 Series” section

New Online Insertion and Removal (OIR) command

New OIR command for E-Series Server installed in a
Cisco ISR 4000 series.

1.0(2)

“Removing the E-Series Server from a Cisco ISR 4000 Series” section

Overview

The Cisco UCS E-Series Servers (E-Series Servers) and the Cisco UCS E-Series Network Compute Engine (NCE) are a family of size-, weight-, and power-efficient blade servers that are housed within the Generation 2 Cisco Integrated Services Routers (Cisco ISR G2) and the Cisco ISR 4000 series. These servers provide a general-purpose compute platform for branch-office applications deployed either as bare-metal on operating systems, such as Microsoft Windows or Linux, or as virtual machines on hypervisors, such as VMware vSphere Hypervisor, Microsoft Hyper-V, or Citrix XenServer.

The E-Series Servers are purpose-built with powerful Intel Xeon processors for general-purpose compute. They come in the following form factors: single-wide and double-wide. The single-wide E-Series Server fits into one server module (SM) slot, and the double-wide E-Series Server fits into two SM slots.

The NCEs are price-to-power optimized modules that are built to host Cisco network applications and other lightweight general-purpose applications. They come in two form factors: SM and EHWIC. The SM E-Series NCE fits into one SM slot, and the EHWIC E-Series NCE fits into two EHWIC slots.

Figure 1 Types of E-Series Servers and NCEs


Note EHWIC E-Series NCE can be installed in the Cisco ISR G2 only.

  • The Cisco ISR 4331 has one SM slot. The Cisco ISR 4321 and the Cisco ISR 4431 have no SM slots.
  • Citrix XenServer is supported on the E-Series Servers only.


 

Hardware Requirements


Note E-Series Servers and the SM E-Series NCE can be installed in the Cisco ISR G2 and the Cisco ISR 4000 series.

  • The EHWIC E-Series NCE can be installed in the Cisco ISR G2 only.


 

The following M1 E-Series Servers are supported:

  • UCS-E140S-M1—Single-wide E-Series Server, 4-cores CPU, 1.0-GHz clock speed
  • UCS-E140D-M1—Double-wide E-Series Server, 4-cores CPU, 2.0-GHz clock speed
  • UCS-E160D-M1—Double-wide E-Series Server, 6-cores CPU, 1.8-GHz clock speed
  • UCS-E140DP-M1—Double-wide E-Series Server, 4-cores CPU, with PCIe, 2.0-GHz clock speed
  • UCS-E160DP-M1—Double-wide E-Series Server, 6-cores CPU, with PCIe, 1.8-GHz clock speed

The following M2 E-Series Servers and SM E-Series NCE are supported:

  • UCS-EN120S-M2—SM E-Series NCE, 2-cores CPU, 2.0-GHz clock speed
  • UCS-E140S-M2—Single-wide E-Series Server, 4-cores CPU, 1.8-GHz clock speed
  • UCS-E160D-M2—Double-wide E-Series Server, 6-cores CPU, 2.0-GHz clock speed
  • UCS-E180D-M2—Double-wide E-Series Server, 8-cores CPU, 1.8-GHz clock speed

Note The M1 and M2 E-Series Servers naming terminology indicates different generations of Intel processors within the respective servers.


The following EHWIC E-Series NCE is supported:

  • UCS-EN120E—EHWIC E-Series NCE, 2-cores CPU, 1.7-GHz clock speed

Hardware Information for the M1 E-Series Servers

 

Table 5 M1 E-Series Servers Hardware at a Glance

Feature
UCS-E140S-M1
Single-Wide E-Series Server
UCS-E140D-M1 and
UCS-E160D-M1
Double-Wide E-Series Servers
UCS-E140DP-M1 and
UCS-E160DP-M1
Double-Wide E-Series Servers with PCIe

Form Factor

Single-wide SM

Double-wide SM

Double-wide SM

CPU

Intel Xeon

E3-1105C

Intel Xeon

E5-2418L and E5-2428L

Intel Xeon

E5-2418L and E5-2428L

CPU Cores and

CPU Clock Speed

4-Cores with 1.0-GHz Clock Speed

4-Cores with 2.0-GHz Clock Speed

6-Cores with 1.8-GHz Clock Speed

4-Cores with 2.0-GHz Clock Speed

6-Cores with 1.8-GHz Clock Speed

Memory DIMM Slots

2 Slots

3 Slots

3 Slots

RAM

8 to 16 GB

Supports DDR3 1333-MHz VLP UDIMM 1.5 V, 4 GB, and 8 GB

8 to 48 GB

Supports DDR3 1333-MHz RDIMM 1.35 V, 4 GB, 8 GB, and 16 GB

8 to 48 GB

Supports DDR3 1333-MHz RDIMM 1.35 V, 4-GB, 8-GB, and 16-GB

RAID

RAID 0 and RAID 1

RAID 0, RAID 1, and RAID 5

RAID 0 and RAID 1

Storage Type

SATA, SAS, SSD, and SED

SATA, SAS, SSD, and SED

SATA, SAS, SSD, and SED

HDD

SAS 10K RPM, SATA 7200 RPM, and SAS SSD Drives1

Supports 2 Drives

SAS 10K RPM, SATA 7200 RPM, and SAS SSD Drives 1

Supports 3 Drives

SAS 10K RPM, SATA 7200 RPM, and SAS SSD Drives 1

Supports 2 Drives

Storage Capacity

200 GB to 2 TB

200 GB to 3 TB

200 GB to 2 TB

Internal Network Interface

2 Gigabit Ethernet Interfaces

2 Gigabit Ethernet Interfaces

2 Gigabit Ethernet Interfaces

External Interfaces

1 USB Connector

1 RJ-45 Gigabit Ethernet Connector

1 Management Port

1 KVM Port (Supports VGA,
1 USB, 1 Serial DB9)

2 USB Connectors

2 RJ-45 Gigabit Ethernet Connectors

1 Management Port

1 VGA Port

1 Serial DB9

2 USB Connectors

2 RJ-45 Gigabit Ethernet Connectors

1 Management Port

1 VGA Port

1 Serial DB9

Router Platforms

2911, 2921, 2951, 3925, 3925e, 3945, 3945e, 4331, 4351, 4451-X

2921, 2951, 3925, 3925e, 3945, 3945e, 4351, 4451-X

2921, 2951, 3925, 3925e, 3945, 3945e, 4351, 4451-X

Maximum Number of E-Series Servers per Router

2911 ISR G2—1 E-Series Server

2921 ISR G2—1 E-Series Server

2951 ISR G2—2 E-Series Servers

3925 ISR G2—2 E-Series Servers

3925e ISR G2—2 E-Series Servers

3945 ISR G2—4 E-Series Servers

3945e ISR G2—4 E-Series Servers

ISR 4321—None

ISR 4331—1 E-Series Server

ISR 4351—2 E-Series Servers

ISR 4431—None

ISR 4451-X—2 E-Series Servers

2911 ISR G2—None

2921 ISR G2—1 E-Series Server

2951 ISR G2—1 E-Series Server

Note The Cisco 2921 and 2951 ISR G2 support 4 cores only.

3925 ISR G2—1 E-Series Server

3925e ISR G2—1 E-Series Server

3945 ISR G2—1 E-Series Server

3945e ISR G2—1 E-Series Server

ISR 4321—None

ISR 4331—None

ISR 4351—1 E-Series Server

ISR 4431—None

ISR 4451-X—1 E-Series Server

2911 ISR G2—None

2921 ISR G2—1 E-Series Server

2951 ISR G2—1 E-Series Server

Note The Cisco 2921 and 2951 ISR G2 support 4 cores only.

3925 ISR G2—1 E-Series Servers

3925e ISR G2—1 E-Series Server

3945 ISR G2—1 E-Series Server

3945e ISR G2—1 E-Series Server

ISR 4321—None

ISR 4331—None

ISR 4351—1 E-Series Server

ISR 4431—None

ISR 4451-X—1 E-Series Server

1.All hardware drives within the E-Series Server must be installed with the same type of storage device: either all SAS drives or all SATA drives.

Hardware Information for the M2 E-Series Servers

 

Table 6 M2 E-Series Servers and NCE Hardware at a Glance

Feature
UCS-EN120S-M2
SM E-Series NCE
UCS-E140S M2
Single-Wide E-Series Server
UCS-E160D-M2 and UCS-E180D-M2
Double-Wide E-Series Servers

Form Factor

Single-wide SM

Single-wide SM

Double-wide SM

CPU

Pentium B925C

Intel Xeon

E3-1105C V2

Intel Xeon

2418L v2 for 6-Cores

2428L v2 for 8-Cores

CPU Cores and CPU Clock Speed

2-Cores with 2.0-GHz Clock Speed

4-Cores with 1.8-GHz Clock Speed

6-Cores with 2.0-GHz Clock Speed

8-Cores with 1.8-GHz Clock Speed

RAM

4 to16 GB

Supports DDR3 1333-MHz VLP UDIMM 1.5 V, 4 GB, and 8 GB

8 to16 GB

Supports DDR3 1333-MHz VLP UDIMM 1.5 V, 4 GB, and 8 GB

8 to 48 GB

Supports DDR3 1333-MHz RDIMM 1.35 V, 4 GB, 8 GB, and 16 GB

RAID

RAID 0 and RAID 1

RAID 0 and RAID 1

RAID 0 and RAID 1

Storage Type

SATA and SAS

SATA, SAS, SSD, and SED

SATA, SAS, SSD, and SED

HDD

SAS 10K RPM, SATA 7200 RPM

Supports 2 Drives

SAS 10K RPM, SATA 7200 RPM, and SAS SSD Drives2

Supports 2 Drives

SAS 10K RPM, SATA 7200 RPM, and SAS SSD Drives 1

Supports 3 Drives

Storage Capacity

500 GB to 2 TB

200 GB to 2 TB

200 GB to 3 TB

Internal Network Interface

2 Gigabit Ethernet Interfaces

2 Gigabit Ethernet Interfaces

2 Gigabit Ethernet Interfaces

External Interfaces

1 USB Connector

1 RJ-45 Gigabit Ethernet Connector

1 Management Port

1 KVM Port (Supports VGA,
1 USB, 1 Serial DB9)

1 USB Connector

1 RJ-45 Gigabit Ethernet Connector

1 Management Port

1 KVM Port (Supports VGA,
1 USB, 1 Serial DB9)

2 USB Connectors

2 RJ-45 Gigabit Ethernet Connectors

1 Management Port

1 VGA Port

1 Serial DB9

Router Platforms

2911, 2921, 2951, 3925, 3925e, 3945, 3945e, 4331, 4351, 4451-X

2911, 2921, 2951, 3925, 3925e, 3945, 3945e, 4331, 4351, 4451-X

2921, 2951, 3925, 3925e, 3945, 3945e, 4351, 4451-X

Maximum Number of E-Series Servers or NCE per Router

2911 ISR G2—1 NCE

2921 ISR G2—1 NCE

2951 ISR G2—2 NCEs

3925 ISR G2—2 NCEs

3925e ISR G2—2 NCEs

3945 ISR G2—4 NCEs

3945e ISR G2—4 NCEs

ISR 4321—None

ISR 4331—1 NCE

ISR 4351—2 NCEs

ISR 4431—None

ISR 4451-X—2 NCEs

2911 ISR G2—1 E-Series Server

2921 ISR G2—1 E-Series Server

2951 ISR G2—2 E-Series Servers

3925 ISR G2—2 E-Series Servers

3925e ISR G2—2 E-Series Servers

3945 ISR G2—4 E-Series Servers

3945e ISR G2—4 E-Series Servers

ISR 4321—None

ISR 4331—1 E-Series Server

ISR 4351—2 E-Series Servers

ISR 4431—None

ISR 4451-X—2 E-Series Servers

2911 ISR G2—None

2921 ISR G2—1 E-Series Server

2951 ISR G2—1 E-Series Server

Note The Cisco 2921 and 2951 ISR G2 support 6 cores only.

3925 ISR G2—1 E-Series Servers

3925e ISR G2—1 E-Series Server

3945 ISR G2—1 E-Series Server

3945e ISR G2—1 E-Series Server

ISR 4321—None

ISR 4331—None

ISR 4351—1 E-Series Server

ISR 4431—None

ISR 4451-X—1 E-Series Server

2.All hardware drives within the E-Series Server must be installed with the same type of storage device: either all SAS drives or all SATA drives.

Hardware Information for the EHWIC E-Series NCE

 

Table 7 EHWIC E-Series NCE Hardware at a Glance

Feature
UCS-EN120E
EHWIC E-Series NCE

Form Factor

Double-wide EHWIC

CPU

Intel Atom Processor C2338

CPU Cores and CPU Clock Speed

2-Cores with 1.7-GHz Clock Speed

RAM

4 GB to 8 GB

RAID

Storage Type

mSATA

HDD

mSATA Flash Drive

Storage Capacity

50 to 400 GB Formatted

Internal Network Interface

2 Gigabit Ethernet Interfaces

External Interfaces

1 Standard USB Connector

1 Mini-USB Connector

1 RJ-45 Gigabit Ethernet Connector

1 Console Port

Router Platforms

1921, 1941, 2901, 2911, 2921, 2951, 3925, 3925e, 3945, 3945e

Maximum Number of NCEs per Router

1921 ISR G2—1 NCE

1941 ISR G2—1 NCE

2901 ISR G2—2 NCEs

2911 ISR G2—2 NCEs

2921 ISR G2—2 NCEs

2951 ISR G2—2 NCEs

3925 ISR G2—2 NCEs

3925e ISR G2—1 NCE

3945 ISR G2—2 NCEs

3945e ISR G2—1 NCE

Supported Cisco EtherSwitch EHWIC and Cisco EtherSwitch Service Modules

The following table shows the Cisco EtherSwitch Enhanced High-Speed WAN Interface Cards (EHWICs) and Cisco EtherSwitch Service Modules that are supported on the E-Series Server.

 

Table 8 Supported Cisco EtherSwitch EHWIC and Cisco EtherSwitch Service Modules

Cisco EtherSwitch EHWIC
Cisco EtherSwitch Service Module
  • EHWIC-D-8ESG-P=
  • EHWIC-D-8ESG-P
  • EHWIC-D-8ESG=
  • EHWIC-D-8ESG
  • EHWIC-4ESG-P=
  • EHWIC-4ESG-P
  • EHWIC-4ESG=
  • EHWIC-4ESG
  • SM-ES2-16-P
  • SM-ES3-16-P
  • SM-ES3G-16-P
  • SM-ES2-24
  • SM-ES2-24-P
  • SM-ES3-24-P
  • SM-ES3G-24-P
  • SM-D-ES2-48
  • SM-D-ES3-48-P
  • SM-D-ES3G-48-P
  • SM-X-ES3-16-P
  • SM-X-ES3-24-P
  • SM-X-ES3D-48-P

Supported Transceivers

 

Table 9 SFP Transceivers Supported on the E100-PCIE10GEFCOE

SFP
Description

SFP-H10GB-CU1M

SFP+ 10GBASE-CU 1-meter cable, passive

SFP-H10GB-CU3M

SFP+ 10GBASE-CU 3-meter cable, passive

SFP-H10GB-CU5M

SFP+ 10GBASE-CU 5-meter cable, passive

SFP-H10GB-ACU7M

SFP+ 10GBASE-CU 7-meter cable, active

SFP-H10GB-ACU10M

SFP+ 10GBASE-CU 10-meter cable, active

JDSU (PLRXPL-SC-S43-22-N) SFP+

SFP+ (Optical)

SFP-10G-SR

SFP+ 10GBase-SR (Optical)

E-Series Servers and the NCE

The following E-Series Servers are available:

The following NCEs are available:

Single-Wide E-Series Servers and the SM E-Series NCE

The single-wide E-Series Server and the SM E-Series NCE are quite similar. The following figure shows the front panel of the single-wide E-Series Server and the single-wide SM E-Series NCE.

Figure 2 Front Panel of the Single-Wide E-Series Server and the SM E-Series NCE

 

1

Gigabit Ethernet port

2

Management port

3

Power switch

4

LEDs for HDD1

5

Keyboard, Video, Mouse (KVM) port

Note Use the KVM connector that is shipped with the E-Series Server. See Figure 3.

6

Hard disk drive 1

7

LEDs for HDD0

8

USB

9

Hard disk drive 2

10

Reset switch

The following figure shows the KVM connector that is shipped with the single-wide E-Series Server and the single-wide NCE.

Figure 3 KVM Connector

 

1

USB connector

2

DB15 connector—video port

3

DB9 connector—serial port

 

 

The following figure shows the internal components of the single-wide E-Series Server.

Figure 4 Internal Components of the Single-Wide E-Series Server

 

1

Memory DIMM slots

2

HDD

3

SD0

Note The SD0 card contains the Cisco Integrated Management Controller (CIMC) software and must always be present.

4

SD1

Note The SD1 card is interfaced directly to the Intel server.

5

CMOS battery (located under the hard drive tray)

 

 

Double-Wide E-Series Server

Figure 5 Front Panel of the Double-Wide E-Series Server

 

1

Power switch

2

Reset switch

Note This resets all CMOS settings.

3

LEDs

4

VGA port

5

Serial port

6

Dual SD card slots and cover

Note The SD0 card is located in the bottom slot. The SD0 card contains the CIMC software and should always be present.


Caution Do not remove the SD0 card when the system is in operation.

Note The SD1 card is located in the top slot. The SD1 card is interfaced directly to the Intel server.

7

Gigabit Ethernet ports (GE2 and GE3)

8

Management port

9

USB ports

Each port provides up to 500 mA of current. Devices that require higher power, such as CD/DVD ROM, need their own external power.

10

(Optional) HDD2, PCIe assembly or blank slot

11

Hard disk drives (HDD0 and HDD1)

12

(Optional) Alternate PCIe assembly with FCoE port

Note Use with PCIe assembly modules only.

13

(Optional) Alternate PCIe assembly with
4 Gigabit Ethernet ports

Note Use with PCIe assembly modules only.

 

 

Figure 6 Internal Components of the Double-Wide E-Series Server

 

1

Memory DIMM slots

2

CMOS battery (resides inside the battery protector)

3

(Optional) PCIe assembly

Available for HDD2, FCoE port, or 4 Gigabit Ethernet ports.

4

Hard disk drives (HDD0 and HDD1)

EHWIC E-Series NCE

Figure 7 Front Panel of the EHWIC E-Series NCE

 

1

Power LED

2

System LED

3

Console port

4

VGA port

5

Gigabit Ethernet port (GE2)

 

 

Figure 8 Internal Components of the EHWIC E-Series NCE

 

1

Memory DIMM slot

2

SD0

Note The SD0 card contains the Cisco Integrated Management Controller (CIMC) software and must always be present.

3

Hard disk drive (located under the daughter card)

4

CMOS battery (located under the daughter card)

Understanding the E-Series Server and NCE LED States

This section includes the following topics:

Single-Wide E-Series Server and the SM E-Series NCE LEDs

The following table lists the single-wide E-Series Server and the SM E-Series NCE LEDs and describes the LED colors and states.

 

Table 10 Single-Wide E-Series Server and SM E-Series NCE LEDs

LED
Color
State
HDD 0 ACT

Green

Status of the hard drive activity:

  • Steady—Hard drive is present.
  • Blinking—Active.
  • Off—Inactive or there is no power supplied to the CPU.
HDD0 FLT

Amber

The CPU is in use. Fault is detected on the hard drive.

Note The SYS LED displays solid green.

HDD1 ACT

Green

Status of the hard drive activity:

  • Steady—Hard drive is present.
  • Blinking—Active.
  • Off—Inactive or there is no power supplied to the CPU.
HDD1 FLT

Amber

The CPU is in use. Fault is detected on the hard drive.

Note The SYS LED displays solid green.

SYS

Green

Status can be one of the following:

  • Solid—Operation is normal.

Note If DRAM is not detected, the SYS LED still displays solid green.

  • Blinking—System is booting before entering the EFI shell.

Amber

Fault is detected on the processor.

Power LED

Green

Status can be one of the following:

  • Steady—CIMC and CPU are both operating normally.
  • Blinking—CPU is operating normally, and CIMC is booting up.

Amber

Status can be one of the following:

  • Steady—CIMC is operating normally, and the CPU is powered down.
  • Blinking —CIMC is in the process of booting up, and the CPU is powered down.
GE Port LEDs

Green

Left LED shows the speed of the Ethernet cable:

  • 1 Blink—10 Mb/s speed.
  • 2 Blinks—100 Mb/s speed.
  • 3 Blinks—1 Gb/s speed.

Green

Right LED shows whether the link is established:

  • Steady—Link is established.
  • Off—No link is established.

Double-Wide E-Series Server LEDs

The following table lists the double-wide E-Series Server LEDs and describes the LED colors and states.

Table 11 Double-Wide E-Series Server LEDs

LED
Color
State
M0 3

Off

No memory is installed in this socket.

Green

Memory M0 is installed.

Amber

Memory M0 is installed, but fault is detected.

M1 4

Off

No memory installed in this socket.

Green

Memory M1 is installed.

Amber

Memory M1 is installed, but fault is detected.

M2 5

Off

No memory is installed in this socket.

Green

Memory M2 is installed.

Amber

Memory M2 is installed, but fault is detected.

HOT

Green

Temperature is in range.

Amber

High temperature is detected on the CPU, power supply, or other internal sensors.

D0A

Green

Status of the hard drive activity:

• Steady—Hard drive is present.

• Blinking—Activity.

• Off—Inactive or there is no power supplied to the CPU.

D0F

Amber

Fault is detected on the hard drive.

D1A

Green

Status of the hard drive activity:

• Steady—Hard drive is present.

• Blinking—Active.

• Off—Inactive or there is no power supplied to the CPU.

D1F

Amber

Fault is detected on the hard drive.

D2A

Green

If an optional hard drive is present, the status of the hard drive activity can be one of the following:

  • Steady—Hard drive is present.
  • Blinking—Active.
  • Off—Inactive or there is no power supplied to the CPU.

If there is a PCIe card installed, the LED is steady green.

D2F

Amber

Fault is detected on the hard drive.

ACT

Green

Blinks when the processor is active.

STS

Green

Operation is normal.

Amber

Fault is detected on the processor.

IMC

Green

Blinks when the CIMC is operating normally.

Power LED

Green

  • Steady—CIMC and the CPU are both operating normally.
  • Blinking—The CPU is operating normally, and CIMC is booting up.

Amber

  • Steady—CIMC is operating normally, and the CPU is powered down.
  • Blinking—CIMC is in the process of booting up, and the CPU is powered down.
GE Port LEDs

Green

Left LED shows the speed of the Ethernet cable:

  • 1 Blink—10 Mb/s speed.
  • 2 Blinks—100 Mb/s speed.
  • 3 Blinks—1 Gb/s speed.

Green

Right LED shows whether the link is established.

  • Steady—Link is established.
  • Off—No link is established.

3.This is memory installed on the DIMM 0 slot.

4.This is the DIMM 1 slot.

5.This is the DIMM 2 slot.

EHWIC E-Series NCE LEDs

The following table lists the EHWIC E-Series NCE LEDs and describes the LED colors and states.

 

Table 12 EHWIC E-Series NCE LEDs

LED
Color
State
Power LED

Green

  • Steady—CIMC and the CPU are both operating normally.
  • Blinking—The CPU is operating normally, and CIMC is booting up.

Amber

  • Steady—CIMC is operating normally, and the CPU is powered down.
  • Blinking—CIMC is in the process of booting up, and the CPU is powered down.
SYS

Green

Note Steady—Operation is normal.


Note If DRAM is not detected, the SYS LED still displays solid green.


  • Blinking—System is booting before entering the EFI shell.

Amber

Fault is detected on the processor.

GE Port LEDs

Green

Left LED shows the condition of the traffic:

  • Blinking—Traffic is detected.
  • Off—There is no traffic.

Green

Right LED shows whether the link is established:

  • Steady—Link is established.
  • Off—No link is established.

Recommended Safety Practices

This section describes recommended practices for safe and effective installation of the hardware, and includes the following topics:

Safety Recommendations

To prevent hazardous conditions, follow these safety recommendations while working with this equipment:

  • Keep tools away from walk areas where you or others could fall over them.
  • Do not wear loose clothing around the router. Fasten your tie or scarf and roll up your sleeves to prevent clothing from being caught in the chassis.
  • Wear safety glasses when working under any conditions that might be hazardous to your eyes.
  • Locate the emergency power-off switch in the room before you start working. If an electrical accident occurs, shut the power off.
  • Before working on the router, turn off the power and unplug the power cord.
  • Disconnect all power sources before doing the following:

Installing or removing a router chassis

Working near power supplies

  • Do not work alone if potentially hazardous conditions exist.
  • Always check that power is disconnected from a circuit.
  • Remove possible hazards from your work area, such as damp floors, ungrounded power extension cables, or missing safety grounds.
  • If an electrical accident occurs, proceed as follows:

Use caution; do not become a victim yourself.

Turn off power to the room using the emergency power-off switch.

If possible, send another person to get medical aid. Otherwise, determine the condition of the victim and then call for help.

Determine if the person needs rescue breathing or external cardiac compressions; then take appropriate action.

Preventing Electrostatic Discharge Damage

Electrostatic discharge can damage equipment and impair electrical circuitry. Electrostatic discharge occurs when electronic printed circuit cards, such as those used in Cisco service modules and network modules, are improperly handled and can result in complete or intermittent equipment failure. Always observe the following electrostatic discharge damage (ESD) prevention procedures when installing, removing, and replacing the E-Series Servers or the NCEs:

  • Make sure that the router chassis is electrically connected to earth ground.
  • Wear an ESD-preventive wrist strap, and make sure that it makes good contact with your skin.
  • Connect the wrist strap clip to an unpainted portion of the chassis frame to channel unwanted ESD voltages to ground.
  • If no wrist strap is available, ground yourself by touching the metal part of the router chassis.

Caution The wrist strap and clip must be used correctly to ensure proper ESD protection. Periodically confirm that the resistance value of the ESD-preventive wrist strap is between 1 and 10 megohms (Mohm).

General Guidelines for Installing the E-Series Servers or the NCE on a Rack

Excessive vibration can result in the loss of data and disk drive failure. The E-Series Server or NCE with hard disk drives should not be installed in a rack cabinet where it might be exposed to excessive high vibration. Before you install the router and E-Series Server or NCE in the rack cabinet, review the following recommendations:


Note The E-Series Server or NCE with solid state drives can withstand higher vibration levels.


  • Install the server away from heating, ventilation, and air-conditioning (HVAC) system, and other large building air movers.
  • Install the rack away from areas that might be affected by external vibrations, such as a garage that might have moving vehicles, or a factory with heavy machinary.
  • Do not install the server with rotating hard drives in a rack that will be placed in a moving vehicle.

Maintenance Guidelines

The following maintenance guidelines apply to E-Series Servers and NCEs:

  • Keep the router chassis area clear and dust-free during and after installation.
  • If you remove the chassis cover for any reason, store it in a safe place.
  • Do not perform any action that creates a hazard to people or makes equipment unsafe.
  • Keep walk areas clear to prevent falls or damage to equipment.
  • Follow installation and maintenance procedures as documented by Cisco Systems, Inc.

Safety Warnings

The following safety warning statements apply to all hardware procedures involving E-Series Servers and NCEs. Translations of these warnings are available in the Cisco Network Modules and Interface Cards Regulatory Compliance and Safety Information document at:

http://www.cisco.com/en/US/docs/routers/access/interfaces/rcsi/IOHrcsi.html


Warning IMPORTANT SAFETY INSTRUCTIONS

This warning symbol means danger. You are in a situation that could cause bodily injury. Before you work on any equipment, be aware of the hazards involved with electrical circuitry and be familiar with standard practices for preventing accidents. Use the statement number provided at the end of each warning to locate its translation in the translated safety warnings that accompanied this device. Statement 1071

SAVE THESE INSTRUCTIONS



Warning Only trained and qualified personnel should be allowed to install or replace this equipment. Statement 1030



Warning No user-serviceable parts inside. Do not open. Statement 1073



Warning Ultimate disposal of this product should be handled according to all national laws and regulations. Statement 1040



Warning Read the installation instructions before connecting the system to the power source. Statement 1004



Warning Installation of the equipment must comply with local and national electrical codes. Statement 1074



Warning This unit might have more than one power supply connection. All connections must be removed to de-energize the unit. Statement 1028



Warning This equipment must be grounded. Never defeat the ground conductor or operate the equipment in the absence of a suitably installed ground conductor. Contact the appropriate electrical inspection authority or an electrician if you are uncertain that suitable grounding is available. Statement 1024



Warning When installing or replacing the unit, the ground connection must always be made first and disconnected last. Statement 1046



Warning Do not use this product near water; for example, near a bath tub, wash bowl, kitchen sink or laundry tub, in a wet basement, or near a swimming pool. Statement 1035



Warning Never install telephone jacks in wet locations unless the jack is specifically designed for wet locations. Statement 1036



Warning Never touch uninsulated telephone wires or terminals unless the telephone line has been disconnected at the network interface. Statement 1037



Warning Avoid using a telephone (other than a cordless type) during an electrical storm. There may be a remote risk of electric shock from lightning. Statement 1038



Warning To report a gas leak, do not use a telephone in the vicinity of the leak. Statement 1039



Warning Class 1 laser product. Statement 1008



Warning Invisible laser radiation may be emitted from the end of the unterminated fiber cable or connector. Do not view directly with optical instruments. Viewing the laser output with certain optical instruments (for example, eye loupes, magnifiers, and microscopes) within a distance of 100 mm may pose an eye hazard. Statement 1056


 

The following warnings apply in Australia:


Warning Do not touch the power supply when the power cord is connected. For systems with a power switch, line voltages are present within the power supply even when the power switch is OFF and the power cord is connected. For systems without a power switch, line voltages are present within the power supply when the power cord is connected. Statement 4



Warning This equipment will be inoperable when mains power fails. Statement 198



Warning To avoid electric shock, do not connect safety extra-low voltage (SELV) circuits to telephone-network voltage (TNV) circuits. LAN ports contain SELV circuits, and WAN ports contain TNV circuits. Both LAN and WAN ports may use RJ-45 connectors. Use caution when connecting cables. Statement 1021



Warning Hazardous network voltages are present in WAN ports regardless of whether power to the router is OFF or ON. To avoid electric shock, use caution when working near WAN ports. When detaching cables, detach the end away from the router first. Statement 1026



Warning Before opening the chassis, disconnect the telephone-network cables to avoid contact with telephone-network voltages. Statement 1041



Warning This equipment must be installed and maintained by service personnel as defined by AS/NZS 3260. Incorrectly connecting this equipment to a general-purpose outlet could be hazardous. The telecommunications lines must be disconnected 1) before unplugging the main power connector or 2) while the housing is open, or both. Statement 1043


Installing the E-Series Servers and the NCE


Warning Only trained and qualified personnel should be allowed to install, replace, or service this equipment. Statement 1030



Warning To avoid electric shock, do not connect safety extra-low voltage (SELV) circuits to telephone-network voltage (TNV) circuits. LAN ports contain SELV circuits, and WAN ports contain TNV circuits. Some LAN and WAN ports both use RJ-45 connectors. Use caution when connecting cables. Statement 1021



Warning Hazardous network voltages are present in WAN ports regardless of whether power to the unit is OFF or ON. To avoid electric shock, use caution when working near WAN ports. When detaching cables, detach the end away from the unit first. Statement 1026



Caution To prevent damage to the E-Series Servers, handle the server by the chassis or frame.

See the following sections for information about installing the E-Series Servers and NCEs:

Basic Workflow for Installing the E-Series Server or the SM E-Series NCE in the SM Slot

 

Action
Reference Topic

Step 1

Gather the required tools and equipment.

“Tools and Equipment Required for Installation” section

Step 2

Remove the blank faceplates from the SM slots that you want to use.

“Removing the Blank Faceplate from the Router’s SM Slot” section

Step 3

Depending on the type of server that you want to install either remove or install the slot divider.

“Preparing the Router’s SM Slot for E-Series Server or SM E-Series NCE Installation” section

Step 4

Install the E-Series Server or SM E-Series NCE into the router.

“Installing the E-Series Server or the SM E-Series NCE into the Router” section

Step 5

Verify the E-Series Server or SM E-Series NCE installation.

“Verifying E-Series Server or SM E-Series NCE Installation” section

Tools and Equipment Required for Installation

  • Number-1 Phillips screwdriver or a small flat-blade screwdriver
  • ESD-preventive wrist strap
  • Tape to secure DC circuit breaker handle—Applicable for routers that use DC power

Removing the Blank Faceplate from the Router’s SM Slot


Warning Blank faceplates and cover panels serve three important functions: they prevent exposure to hazardous voltages and currents inside the chassis; they contain electromagnetic interference (EMI) that might disrupt other equipment; and they direct the flow of cooling air through the chassis. Do not operate the system unless all cards, faceplates, front covers, and rear covers are in place. Statement 1029


Before You Begin

Make sure that you connect the wrist-strap clip to an unpainted portion of the chassis frame to channel unwanted ESD voltages to ground.

Procedure


Step 1 Using either a number-1 Phillips screwdriver or a small flat-blade screwdriver, unscrew the captive screws and remove the blank faceplate from the chassis slot.

Figure 9 Blank Faceplate

Step 2 Save the blank faceplates for future use.


 

What to Do Next

Prepare the router slot for E-Series Server or SM E-Series NCE installation. See the “Preparing the Router’s SM Slot for E-Series Server or SM E-Series NCE Installation” section.


 

Preparing the Router’s SM Slot for E-Series Server or SM E-Series NCE Installation

Several Cisco routers have flexible SM slots to support various Cisco server modules. Before installing the E-Series Server or SM E-Series NCE into the router, prepare the router’s SM slot for the server’s particular form factor.

Slot dividers are used on the following routers:

  • Cisco 2921, and 2951 series ISR G2
  • Cisco 3925, 3925e, 3945, and 3945e ISR G2

By default, the slot dividers are preinstalled in the router. Depending on the type of server that you want to install, you must either install or remove the slot divider from the router.


Note To replace a double-wide E-Series Server with a single-wide E-Series Server or SM E-Series NCE, you must install a slot divider.

  • To install the double-wide E-Series Server, you must remove the slot divider.


 

Figure 10 Slot Divider for SM Slots

 

See the following topics for more information:

Installing a Slot Divider for Single-Wide E-Series Servers or SM E-Series NCE Installation

By default, the slot dividers are preinstalled in the router. To replace a double-wide E-Series Server with a single-wide E-Series Server or SM E-Series NCE, you must install a slot divider. Use this procedure to install a slot divider for a single-wide E-Series Server or a SM E-Series NCE.

Before You Begin

Make sure that you connect the wrist-strap clip to an unpainted portion of the chassis frame to channel unwanted ESD voltages to ground.

Procedure


Step 1 Remove any installed modules, blank faceplates, and slot adapters from the router slot that you want to use.

Step 2 Insert the top rails of the slot divider between the two guide rails in the top of the module slot.

Figure 11 Inserting a Slot Divider into an SM Slot

 

Step 3 Push the slot divider in until it is fully seated. Slot dividers have a long retention screw that slides into the divider. See the figure above.

Step 4 Tighten the retention screw on the front of the slot divider with a number-1 Phillips screw driver so that the front surface of the slot divider is flush with the router panel.

Figure 12 Tightening the Slot Divider in an SM Slot

 


 

What to Do Next

Install the E-Series Server or SM E-Series NCE into the router. See the “Installing the E-Series Server or the SM E-Series NCE into the Router” section.

Removing the Slot Divider for Double-Wide E-Series Server Installation

To install a double-wide E-Series Server in the SM slot, you must remove the slot divider. Use this procedure to remove the slot dividers from the SM slot.

Before You Begin

Make sure that you connect the wrist-strap clip to an unpainted portion of the chassis frame to channel unwanted ESD voltages to ground.

Procedure


Step 1 Remove any installed service modules, blank faceplates, and slot adapters from the router slot that you plan to use.

Step 2 Loosen the retention screw on the front of the slot divider.

Step 3 Pull the slot divider straight out of the module slot.


 

What to Do Next

Install the E-Series Server into the router. See the “Installing the E-Series Server or the SM E-Series NCE into the Router” section.

Installing the E-Series Server or the SM E-Series NCE into the Router


Note E-Series Servers or the SM E-Series NCE can be installed either before or after mounting the router, whichever is more convenient.


Before You Begin

Verify that you have done the following:

1. Removed the blank faceplates from the slots that you intend to use. See the “Removing the Blank Faceplate from the Router’s SM Slot” section.

2. Saved the blank faceplates for future use.

3. Prepared the slot for the module form factor that you are installing. See the “Preparing the Router’s SM Slot for E-Series Server or SM E-Series NCE Installation” section.

4. Connected a wrist-strap clip to an unpainted portion of the chassis frame to channel unwanted ESD voltages to ground.


Note For the Cisco 3900 ISR G2—If you are using PoE, and you want to install one double-wide E-Series Server and any number of server modules in a Cisco 3900 ISR G2, you must use a second AC and PoE supply to support this configuration.

For example, if you have a Cisco 3900 ISR G2 that has a PoE-capable switch providing power to phones, and you want to install a double-wide E-Series Server in one slot and one or two single-wide servers in the other slots, then you must use a second AC and PoE supply to support this configuration.


 

Procedure


Step 1 Turn off the electrical power to the router. Leave the power cable plugged in to the channel ESD voltages to ground.


Note Alternatively, the Cisco 3900 ISR G2 and the Cisco ISR 4000 series support OIR. See the “Online Insertion and Removal” section.


Step 2 Align the module with the guides in the chassis walls or slot divider and slide the module gently into the slot. See the following figures:

Figure 13 Installing a Single-Wide E-Series Server or SM E-Series NCE in a Cisco ISR G2

 

1

Single-wide E-Series Server

2

Slot divider

3

Router chassis

 

 

Figure 14 Installing a Double-Wide E-Series Server in a Cisco ISR G2

 

 

1

Double-wide E-Series Server

2

Router chassis

Step 3 Push the module into place until you feel the module seat securely into the connector on the router backplane. The module faceplate should contact the chassis rear panel.


Tip When installing the E-Series Server into a Cisco ISR 4000 series, if the module does not completely slide into the router, push the module slightly upwards, and then inward to complete the insertion.


Step 4 Using a number-1 Phillips or flat-blade screwdriver, tighten the captive mounting screws on the module faceplate.


 

What to Do Next

1. Load a compatible Cisco IOS image.

2. Connect the E-Series Server or SM E-Series NCE to the network and then power up the router and the server.

3. Install blank faceplates to cover any open slots. See the “Installing the Blank Faceplate” section.

4. Verify that the router recognizes the E-Series Server or SM E-Series NCE. See the “Verifying E-Series Server or SM E-Series NCE Installation” section.

Installing the Blank Faceplate

All empty chassis slots on the router must be covered with blank faceplates to ensure proper cooling and airflow and to prevent electromagnetic interference. Use this procedure to install a blank faceplate on the router’s SM slot.

Before You Begin

Make sure that you connect the wrist-strap clip to an unpainted portion of the chassis frame to channel unwanted ESD voltages to ground.

Procedure


Step 1 Install the blank faceplate as shown in the figure below.

  • For blank faceplates with mounting screws—Align the captive screws with the screw holes on the chassis. Using either a number-1 Phillips screwdriver or a small flat-blade screwdriver, tighten the captive screws until the blank faceplate is flush with the chassis.
  • For blank faceplates with tabs—Align the blank faceplate tabs with the slots on the chassis. Press the blank faceplate against the chassis until the tabs pop into place. When installed, make sure that the blank faceplate is flush with the chassis.

Figure 15 Blank Faceplate


 

Verifying E-Series Server or SM E-Series NCE Installation

Before You Begin

1. Install the E-Series Server or SM E-Series NCE into the router.

2. Load a compatible Cisco IOS image.

3. Power on the server.

Procedure


 

To verify the E-Series Server or SM E-Series NCE installation, use one of the following commands:

  • To display a high-level overview of the entire physical system, use the show platform command:
Router# show platform
Chassis type: ISR4451/K9
Slot Type State Insert time (ago)
--------- ------------------- ---------------------
0 ISR4451/K9 ok 1d01h
0/0 ISR4400-4X1GE ok 1d01h
1 ISR4451/K9 ok 1d01h
1/0 UCS-E160DP-M1/K9 ok 1d01h
2 ISR4451/K9 ok 1d01h
R0 ISR4451/K9 ok, active 1d01h
F0 ISR4451/K9 ok, active 1d01h
P0 XXX-XXXX-XX ok 1d01h
P1 Unknown ps, 1d01h
P2 ACS-4450-FANASSY ok 1d01h
Slot CPLD Version Firmware Version
--------- ------------------- ---------------------
0 12090323 12.2(20120829:165313)
1 12090323 12.2(20120829:165313)
2 12090323 12.2(20120829:165313)
R0 12090323 12.2(20120829:165313)
F0 12090323 12.2(20120829:165313)
 
  • To verify that the router recognizes the server, use the show hw-module subslot all oir command:
Router# show hw-module subslot all oir
Module Model Operational Status
------------- -------------------- ------------------------
subslot 0/0 ISR4451-X-4X1GE ok
subslot 1/0 UCS-E140S-M1/K9 ok
subslot 2/0 UCS-E140S-M1/K9 ok


 

Basic Workflow for Installing the EHWIC E-Series NCE in the EHWIC Slot

 

Action
Reference Topic

Step 1

Gather the required tools and equipment.

“Tools and Equipment Required for Installation” section

Step 2

Remove the blank faceplate from the EHWIC slots that you want to use.

“Removing Blank Faceplates from the EHWIC Slots” section

Step 3

Remove the slot divider from the EHWIC slot for EHWIC E-Series NCE installation.

“Removing Slot Dividers from EHWIC Slots” section

Step 4

Install the EHWIC E-Series NCE into the router.

“Installing the EHWIC E-Series NCE into the Router” section

Step 5

Verify the EHWIC E-Series NCE installation.

“Verifying EHWIC E-Series NCE Installation” section

Removing Blank Faceplates from the EHWIC Slots

Before You Begin

Make sure that you connect the wrist-strap clip to an unpainted portion of the chassis frame to channel unwanted ESD voltages to ground.

Procedure


Step 1 Using either a number-1 Phillips screwdriver or a small flat-blade screwdriver, unscrew the captive screws and remove the blank faceplate from the chassis slot you plan to use. (See and Figure 16.)

 

Figure 16 Removing the Blank Interface Faceplate with Double Thumb Screws

 

1

A blank interface faceplate with double thumb screws.

Step 2 Save the blank faceplates for future use.


 

What to Do Next

Remove the slot dividers from the EHWIC slot. See the “Removing Slot Dividers from EHWIC Slots” section.

Removing Slot Dividers from EHWIC Slots

Slot dividers are removed to permit use of double-wide EHWIC E-Series NCE in the router slots.


Note The EHWIC slots on both sides of a slot divider must be empty before you remove the slot divider.


Before You Begin

Make sure that you connect the wrist-strap clip to an unpainted portion of the chassis frame to channel unwanted ESD voltages to ground.

Procedure


Step 1 Remove any installed interface cards and blank faceplates from the router slot you plan to use.

Step 2 Loosen the retention screw on the slot divider. See Figure 17.

Figure 17 Cisco ISR G2 EHWIC Slot Divider

1

Retention screw

Step 3 Pull the slot divider straight out of the EHWIC slot.


 

What to Do Next

Install the EHWIC E-Series NCE into the router. See the “Installing the EHWIC E-Series NCE into the Router” section.

Installing the EHWIC E-Series NCE into the Router

The EHWIC E-Series NCE can be installed either before or after mounting the router, whichever is most convenient.

Before You Begin

Verify that you have done the following:

1. Removed the blank faceplate from the EHWIC slots that you want to use. See the “Removing Blank Faceplates from the EHWIC Slots” section.

2. Saved the blank faceplates for future use.

3. Removed the slot divider from the EHWIC slot for EHWIC E-Series NCE installation. See the “Removing Slot Dividers from EHWIC Slots” section.

4. Connected a wrist-strap clip to an unpainted portion of the chassis frame to channel unwanted ESD voltages to ground.

Procedure


Step 1 Turn off electrical power to the router. Leave the power cable plugged in to channel ESD voltages to ground.

Step 2 Remove all network cables, including telephone cables, from the router.


Caution To prevent damage to the interface card, turn off electrical power and disconnect network cables from the chassis before inserting an interface card into an installed network module or router slot.

Step 3 Align the EHWIC E-Series NCE with the guides in the chassis walls or slot divider, and slide it gently into the slot. (See Figure 18.)

Figure 18 Installing the Double-Wide EHWIC E-Series NCE in a Cisco ISR G2

 

1

Double-wide EHWIC E-Series NCE

2

ISR G2

 


Caution Do not touch the EHWIC E-Series NCE board. Handle the EHWIC E-Series NCE by the edges of the faceplate to reduce the risk of damage to the card.

Step 4 Using the faceplate, push the EHWIC E-Series NCE into place until you feel the EHWIC seat securely into the connector on the router backplane. The interface card faceplate should contact the chassis rear panel.


Caution Do not connect cables to EHWIC E-Series NCE until you have installed it.

Step 5 Using a number-1 Phillips or flat-blade screwdriver, tighten the captive mounting screws on the EHWIC E-Series NCE faceplate.


 

What to Do Next

1. Load a compatible Cisco IOS image.

2. Connect the EHWIC E-Series NCE to the network and then power up the router and the NCE.

3. Verify that the router recognizes the EHWIC E-Series NCE. See the “Verifying EHWIC E-Series NCE Installation” section.

Verifying EHWIC E-Series NCE Installation

Before You Begin

1. Install the EHWIC E-Series NCE into the router.

2. Load a compatible Cisco IOS image.

3. Power on the EHWIC E-Series NCE.

Procedure


 

To verify that the router detects the presence of the newly installed EHWIC E-Series NCE, use the show inventory command.

Router> show inventory
NAME: “CISCO3945-CHASSIS”, DESCR: “CISCO3945-CHASSIS”
PID: CISCO3945-CHASSIS, VID: V02, SN: FGL1539100Q
NAME: “Cisco Services Performance Engine 150 for Cisco 3900 ISR on Slot 0", DESCR: “Cisco
Services Performance Engine 150 for Cisco 3900 ISR”
PID: C3900-SPE150/K9, VID: V05, SN: FOC15367HAZ
NAME: “Enhanced WAN Interface Card UCS Server on Slot 0 SubSlot 3", DESCR: “Enhanced WAN
Interface Card UCS Server”
PID: UCS-EN120E-M2/K9, VID: V01, SN: FOC17462K2A
NAME: “C3900 AC Power Supply 1", DESCR: “C3900 AC Power Supply 1"
PID: PWR-3900-AC, VID: V03, SN: SNI1511C8SM


 

Migrating the E-Series Server from a Cisco ISR G2 into a
Cisco ISR 4000 Series

If you are migrating the E-Series Server from a Cisco ISR G2 into a Cisco ISR 4000 series, you must first upgrade the CIMC and the BIOS firmware image to the latest version—while the E-Series Server is still installed in the Cisco ISR G2—and then migrate it into the Cisco ISR 4000 series. We strongly recommend that you upgrade both the CIMC and the BIOS firmware images.

You can use either the Cisco Host Upgrade Utility (HUU) to upgrade the firmware components or you can upgrade the firmware components manually. For firmware upgrade information, see the “Upgrading Firmware” chapter in the Getting Started Guide for Cisco UCS E-Series Server Modules and the Cisco UCS E-Series Network Compute Engine Integrated Management Controller on Cisco.com.

If you migrate the E-Series Server into the Cisco ISR 4000 series without first updating the CIMC firmware, the E-Series Server might continuously reset. To stop the reset and install the firmware, see the “Stopping the E-Series Server from Resetting and Updating the CIMC Firmware” section.

Stopping the E-Series Server from Resetting and Updating the CIMC Firmware

If you migrate the E-Series Server into the Cisco ISR 4000 series without first updating the CIMC firmware, the E-Series Server might continuously reset. Use this procedure to stop the reset and install the firmware.


Note Some of the steps in this procedure are performed from the router, and other steps are performed from the E-Series Server.


DETAILED STEPS

Command or Action
Purpose

Step 1

Router# hw-module subslot slot / subslot maintenance enable

Disables error recovery, which stops the E-Series Server from being reset.

Note Enter the commands in Step 1 and Step 2 from the router.

Step 2

Router# hw-module subslot slot / subslot session imc

Starts a CIMC session.

Step 3

Server# scope cimc

From the CIMC CLI, enters the CIMC command mode.

Note Enter the commands in Step 3 through Step 8 from the E-Series Server.

Step 4

Server/cimc# scope firmware

Enters the CIMC firmware command mode.

Step 5

Server/cimc/firmware# update tftp-ip-address path-and-filename

Starts the CIMC firmware update. The server will obtain the update firmware at the specified path and file-name from the TFTP server at the specified IP address.

Step 6

Server/cimc/firmware# show [detail]

Displays the available firmware and status.

Step 7

Server/cimc/firmware# activate [1 | 2]

Activates the selected image. If no image number is specified, the server activates the currently inactive image.

Step 8

Click Ctrl a Ctrl q.

Exits the CIMC session.

Step 9

Router# hw-module subslot slot / subslot maintenance disable

Enables error recovery.

Note Enter the commands in Step 9 and Step 10 from the router.

Step 10

Router# hw-module subslot slot / subslot reload

Reloads the E-Series Server.

Note This reload power-cycles the E-Series Server.

Online Insertion and Removal

Online insertion and removal (OIR) provides uninterrupted network operation, maintains routing information, and ensures session preservation on the Cisco 3900 series ISR G2 and the Cisco ISR 4000 series. You can use online insertion and removal to install or replace hardware without affecting system operations.


Note OIR is not supported on the EHWIC E-Series NCE.



Note The Cisco 2900 series ISR G2 does not support OIR of the E-Series Servers.

To avoid damaging the router, turn off the electrical power on the router and disconnect network cables before inserting or removing the E-Series Server from the Cisco 2900 ISR G2.


The OIR commands for the Cisco 3900 series ISR G2 and the Cisco ISR 4000 series are different. See the following topics for more information:

Shutting Down the E-Series Server Installed in a Cisco 3900 Series ISR G2

SUMMARY STEPS

1. enable

2. ucse slot shutdown

3. hw-module sm slot oir- stop

DETAILED STEPS

Command or Action
Purpose

Step 1

enable

 

Router> enable

Enables privileged EXEC mode.

Enter your password if prompted.

Step 2

ucse slot shutdown

 

Router# ucse 4 shutdown

Shuts down the E-Series Server gracefully.

Note Before proceeding with the next command, verify that the E-Series Server has shut down. When the E-Series Server shuts down, the power LED turns orange. You can also use CIMC to verify if the E-Series Server has powered down.

Step 3

hw-module sm slot oir-stop

 

Router# hw-module sm 4 oir-stop

SM Hardware slot 4 can be removed

 

Shuts down power to the specified E-Series Server to prepare it for removal.

When it is safe to remove the E-Series Server, a message is displayed as shown in the example.

Note Before removing the E-Series Server, verify that power to the slot is shut down. The power LED should be off.

Restarting the E-Series Server Installed in a Cisco 3900 Series ISR G2

If the oir-stop command was issued and the E-Series Server was not physically removed from the slot, you can restart the E-Series Server with the oir-start command. From a console terminal, issue the
hw-module sm
slot oir-start command. The console displays the module’s changing state.

 
Router# hw-module sm 2 oir-start
Router#
*Mar 8 05:40:19.195: %LINK-3-UPDOWN: Interface ucse2/0, changed state to up
*Mar 8 05:40:20.195: %LINEPROTO-5-UPDOWN: Line protocol on Interface ucse2/0, changed
state to up

Inserting the E-Series Server in a Cisco 3900 Series ISR G2

The Cisco 3900 ISR G2 that is up and running can detect when an E-Series Server is inserted in the SM slot and will automatically provide power to the server.

Shutting Down the E-Series Server Installed in a Cisco ISR 4000 Series

SUMMARY STEPS

1. enable

2. ucse subslot slot /0 shutdown

3. hw-module subslot slot /0 stop

DETAILED STEPS

Command or Action
Purpose

Step 1

enable

 

Router> enable

Enables privileged EXEC mode.

Enter your password if prompted.

Step 2

ucse subslot slot /0 shutdown

 

Router# ucse subslot 1/0 shutdown

Shuts down the E-Series Server gracefully.

Note Before proceeding with the next command, verify that the E-Series Server has shut down. When the E-Series Server shuts down, the power LED turns orange. You can also use CIMC to verify if the E-Series Server has powered down.

Step 3

hw-module subslot slot /0 stop

 

Router# hw-module subslot 1/0 stop

SM Hardware slot 0 can be removed

Shuts down power to the specified E-Series Server to prepare it for removal.

When it is safe to remove the E-Series Server, a message is displayed as shown in the example.

Note Before removing the E-Series Server, verify that power to the slot is shut down. The power LED should be off.

Restarting the E-Series Server Installed in a Cisco ISR 4000 Series

If the oir-stop command was issued and the E-Series Server was not physically removed from the slot, you can restart the E-Series Server with the start command. From a console terminal, issue the
hw-module subslot
slot /0 start command. The console displays the module’s changing state.

 
Router# hw-module subslot 1/0 start
 

Inserting the E-Series Server in a Cisco ISR 4000 Series

A Cisco ISR 4000 series that is up and running can detect when an E-Series Server is inserted in the SM slot. After the router detects the E-Series Server, the router software enables power to the server.

Installing or Replacing Hard Disk Drives on the E-Series Servers

The double-wide E-Series Servers can be ordered with two or three hard disk drives (HDD) or solid-state drives (SSD) preinstalled. The double-wide E-Series Servers support the following Redundant Array of Independent Disks (RAID) configuration:

  • RAID 0 (data striping)—Data is stored evenly in stripe blocks across all disks in the array, providing fast throughput. There is no data redundancy, and all data is lost if any disk fails.
  • RAID 1 (disk mirroring)—Data is written to two disks, w here the data in both disk drives is identical. This p rovides complete data redundancy if one disk fails.
  • RAID 5 (disk striping with distributed parity)—Data and parity information is striped and distributed across all disks in the array with distributed parity information. RAID 5 requires three hard disks and provides limited fault tolerance.

The double-wide E-Series Servers support adding a hot spare drive under RAID 1. If one of the disk drives under RAID 1 fails and there is a hot spare drive installed, the system automatically rebuilds the disk image onto the hot spare drive. The hot spare drive replaces the failed drive as the mirrored drive under RAID 1. To maintain fault tolerance, you must install another hard disk drive.

The single-wide E-Series Servers and the SM E-Series NCE come with two HDDs or SSDs preinstalled. The single-wide E-Series Servers and the SM E-Series NCE support RAID 0 and RAID 1.

The EHWIC E-Series NCE comes with one SSD preinstalled. The EHWIC E-Series NCE does not support RAID.


Warning Only trained and qualified personnel should be allowed to install or replace this equipment. Statement 1030



Warning Ultimate disposal of this product should be handled according to all national laws and regulations. Statement 1040



Warning No user-serviceable parts inside. Do not open. Statement 1073



Warning This unit might have more than one power supply connection. All connections must be removed to de-energize the unit. Statement 1028



Warning Blank faceplates and cover panels serve three important functions: they prevent exposure to hazardous voltages and currents inside the chassis; they contain electromagnetic interference (EMI) that might disrupt other equipment; and they direct the flow of cooling air through the chassis. Do not operate the system unless all cards, faceplates, front covers, and rear covers are in place. Statement 1029



Note The hard disk drives must be installed in the following order:

1. HDD0

2. HDD1

3. HDD2


 

Before You Begin

Make sure that you connect the wrist-strap clip to an unpainted portion of the chassis frame to channel unwanted ESD voltages to ground.

Procedure

Use this procedure to install or replace a hard disk drive on the E-Series Servers.


Step 1 Turn off power to the router.


Note Alternatively, the Cisco 3900 ISR G2 and the Cisco ISR 4000 series support OIR. See the “Online Insertion and Removal” section.


Step 2 Using either a number-1 Phillips screwdriver or a small flat-blade screwdriver, unscrew the captive screws on the faceplate and remove the cover faceplate. See the following figures.

Figure 19 Replacing a Hard Disk Drive on the Single-Wide E-Series Server

 

1

Captive screws

2

Hard disk drive assembly

 

Figure 20 Replacing a Hard Disk Drive on the Double-Wide E-Series Server

 

1

Hard disk drive

2

Hard disk drive assembly

3

Cover faceplate

4

Captive screws on hard disk drive assembly

 

Step 3 (Optional) If the slot is empty, use the screwdriver to loosen the screws on the bracket, and then remove the bracket (see the following figure). Go to Step 6.

Figure 21 Empty HDD2 Slot

 

1

Bracket

2

Captive screws on hard disk drive assembly

Step 4 (Optional) If there is a hard disk drive, use the screwdriver to loosen the captive screws on the hard disk drive assembly.

Step 5 (Optional) To remove the faulty hard disk, pull the handle of the hard disk drive assembly and slide out the hard disk drive.

Step 6 Slide the new hard disk drive into the E-Series Server until it clicks into place.

Step 7 Tighten the captive screws on the new hard disk drive assembly. Make sure that the HDDs are firmly secure to the carrier to avoid rattling during operation.

Step 8 Replace the faceplate.

Step 9 Restart the E-Series Server.

Step 10 Configure the new HDD as the new hotspare disk drive. For the configuration procedure, see the GUI Configuration Guide for UCS E-Series Servers and the Cisco UCS E-Series Network Compute Engine Integrated Management Controller.


 

Installing and Replacing the Memory DIMMS in the E-Series Servers


Note You cannot replace the memory DIMM in an EHWIC E-Series NCE. If you encounter a problem with the memory DIMM, you must replace the entire EHWIC E-Series NCE.



Caution Always wear an ESD-preventive wrist strap and ensure that it makes good contact with your skin when you remove or install DIMMs. Connect the equipment end of the wrist strap to the metal part of the chassis.


Caution Handle the DIMMs by the edges only. DIMMs are ESD-sensitive components and can be damaged by mishandling.


Warning Only trained and qualified personnel should be allowed to install or replace this equipment. Statement 1030



Warning Ultimate disposal of this product should be handled according to all national laws and regulations. Statement 1040



Warning No user-serviceable parts inside. Do not open. Statement 1073



Warning This unit might have more than one power supply connection. All connections must be removed to de-energize the unit. Statement 1028



Warning Blank faceplates and cover panels serve three important functions: they prevent exposure to hazardous voltages and currents inside the chassis; they contain electromagnetic interference (EMI) that might disrupt other equipment; and they direct the flow of cooling air through the chassis. Do not operate the system unless all cards, faceplates, front covers, and rear covers are in place. Statement 1029


This section includes the following topics:

Memory DIMM Location

The following figure shows the location of the memory DIMMs in a single-wide E-Series Server.


Note The single-wide E-Series Servers support up to 16 GB of DDR3 memory DIMMs.


Figure 22 Memory DIMM Location in a Single-Wide E-Series Server

 

The following figure shows the location of the memory DIMMs in a double-wide E-Series Server.


Note The double-wide E-Series Servers support up to 48 GB of DDR3 memory DIMMs.


Figure 23 Memory DIMM Location in a Double-Wide E-Series Server

 

 

Removing the Memory DIMM

Before You Begin

Make sure that you connect the wrist-strap clip to an unpainted portion of the chassis frame to channel unwanted ESD voltages to ground.

Procedure


Step 1 Turn off power to the router.


Note Alternatively, the Cisco 3900 ISR G2 and the Cisco ISR 4000 series support OIR. See the “Online Insertion and Removal” section.


Step 2 Locate the DIMM on the E-Series Server. See the “Memory DIMM Location” section.

Step 3 Pull the latches away from the DIMM at both ends to lift the DIMM slightly.


Caution Take care not to dislodge the battery that is adjacent to the DIMM connectors.

Step 4 Pull the DIMM out of the socket as shown in the following figure.

Figure 24 Removing the Memory DIMM

 

 

Step 5 Place the DIMM in an antistatic bag to protect it from ESD damage.


 

Installing the Memory DIMM

For information about the memory on the router, see the appropriate router documentation. For information about the memory on the E-Series Server, see the requirements of the installed operating system.


Note The single-wide E-Series Servers support up to 16 GB of DDR3 memory DIMMs.

The double-wide E-Series Servers support up to 48 GB of DDR3 memory DIMMs.


 

Performance degradation can occur if you use the following memory configuration:

  • Mix DIMM sizes and densities within a channel.
  • Partially populate a channel.
  • Unevenly populate the DIMMs between CPUs.

Note DIMMs must be installed in the following order in the double-wide E-Series Servers:

1. DIMM 1 (center DIMM)

2. DIMM 2 (closest to the CPU)

3. DIMM 0 (outboard DIMM)


 


Note DIMMs must be installed in the following order in the single-wide E-Series Servers:

1. DIMM 0 (closest to the CPU)

2. DIMM 1 (outboard DIMM)


 

Before You Begin

Make sure that you connect the wrist-strap clip to an unpainted portion of the chassis frame to channel unwanted ESD voltages to ground.

Procedure


Step 1 Turn off power to the router.


Note Alternatively, the Cisco 3900 ISR G2 and the Cisco ISR 4000 series support OIR. See the “Online Insertion and Removal” section.


Step 2 Locate the DIMM connector. See the “Memory DIMM Location” section.


Note The DIMM connectors on the double-wide E-Series Servers are positioned at an angle; therefore, make sure that you insert the DIMM at approximately the same angle.


Step 3 Make sure that both latches on the DIMM connector are in the open position.

Step 4 Orient the DIMM so that the polarization notch on the DIMM lines up with the notch on the connector.

Figure 25 Polarization Notch on the DIMM

 

1

Polarization notch

 

 

Step 5 Insert the DIMM into the connector.

Step 6 Carefully and firmly press the DIMM into the connector until the latches close onto the DIMM. Make sure that both latches snap to the closed position against the DIMM.

Figure 26 Installing a Memory DIMM

 

 

Step 7 Replace the E-Series Server.


 

Installing the Field Programmable Gate Array Image in the EHWIC E-Series NCE


Caution The Field Programmable Gate Array (FPGA) comes preinstalled when you purchase the
EHWIC E-Series NCE. Use this procedure only if Cisco Systems requires you to install a new FPGA image.

Procedure


Step 1 Download the fpga-name.rbf image file from the assigned tftp server onto the Flash drive.

Step 2 Use the following command to install the FPGA image:

Router # ucse subslot slot/port-adapter fpga-upgrade flash:fpga-name.rbf
 

Warning Do not power cycle the router during the FPGA installation process.


Step 3 After the installation completes, power cycle the router for the new FPGA image to take effect.


Note If you accidentally lose power during the upgrade process, the FPGA falls back to the factory-installed image. To ensure proper functionality, you must reinstall the new FPGA image.



 

Removing the COA

In the event that you need to return the E-Series Server, make sure that you retain the original Certificate of Authenticity (COA) label. The COA is the label from Microsoft with the code that enables their windows software. After you return the server, Cisco Systems cannot retrieve the COA label from the returned server.

The COA label is attached to the inside half of a plastic pull out label tray. To remove the COA label, cut away the half of the label that contains the COA label and save it. Return the unit with the other half of the label tray, which contains the units CLEI code, serial number, and other important unit labels, to Cisco Systems or your licensed reseller.

Figure 27 COA Label Location

 

1

Plastic pull label tray

 

 


Note The COA label from Microsoft is single layer and not foldable.


Cisco Integrated Management Controller

Cisco Integrated Management Controller (CIMC) is a separate management module built into the motherboard. CIMC is the management service for the E-Series Servers. You can use a web-based GUI or SSH-based CLI to access, configure, administer, and monitor the server. For more information on CIMC, see the GUI Configuration Guide for Cisco UCS E-Series Server and the Cisco UCS E-Series Network Compute Engine .

Related Documentation

For more information about Cisco UCS E-Series Servers and the Cisco UCS E-Series Network Compute Engine, see the following related documentation:

Release Notes for Cisco UCS E-Series Servers and the Cisco UCS E-Series Network Compute Engine

Getting Started Guide for Cisco UCS E-Series Servers and the Cisco UCS E-Series Network Compute Engine

Hardware Installation Guide for Cisco UCS E-Series Servers and the Cisco UCS E-Series Network Compute Engine (this document)

Cisco Network Modules, Server Modules, and Interface Cards Regulatory Compliance and Safety Information

Host Upgrade Utility Guide for Cisco UCS E-Series Servers and the Cisco UCS E-Series Network Compute Engine

GUI Configuration Guide for Cisco UCS E-Series Servers and the Cisco UCS E-Series Network Compute Engine Integrated Management Controller

CLI Configuration Guide for Cisco UCS E-Series Servers and the Cisco UCS E-Series Network Compute Engine Integrated Management Controller

CIMC XML API Programmer’s Guide for Cisco UCS E-Series Servers and the Cisco UCS E-Series Network Compute Engine

Troubleshooting Guide for Cisco UCS E-Series Servers and the Cisco UCS E-Series Network Compute Engine

Open Source Used in Cisco UCS E-Series Servers

Documentation Guides for Third Party Plug-in Tools