Tektronix GeoProbe G10 Hardware Maintenance Manual

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Software Version 7.13.2

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G10 Hardware Maintenance Guide

GeoProbe® G10

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by U.S. and foreign patents, issued and pending. Information in this publication supersedes that in all previously published material. Specification and price change privileges reserved. TEKTRONIX and TEK are registered trademarks of Tektronix, Inc. The GeoProbe system uses the SmartHeap product for memory management. SmartHeap is a product of Compuware Corporation, Copyright © All rights reserved. All other trade names trademarks or registered trademarks of their respective companies.

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The products and specifications, configurations, and other technical information regarding the services described or refe statements, technical information, and recommendations contained in this document are believed to be accurate and reliable but are presented “as is” without warranty of any kind, express or implied. Users must take full responsibility for their application of any products specified in this document. Tektronix, Inc. makes no implied warranties of merchantability or fitness for a purpose as a result of this document or the information described or referenced within, and all other warranties, express or implied, are excluded.

Except where otherwise indicated, planned capabilities and intended functionality offered by the product and version number identified on the front of this document. Screen images depicted in this document are representative and intended to serve as example images only. Wherever possible, actual screen images are included.

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the information contained in this document represents the

WHAT’S NEW IN G10 HARDWARE VERSION 7.13.2?

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Feature ID Description Refer to:

F-02470 New Applications Blade

G10 probes support a new IAP320 application blade.

Chapter 1, G10 Probe

Configurations

Chapter 3, Blades and

RTMs

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User Documentation

Table of Contents

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What’s New in G10 Hardware Version 7.13.2? ............................................................. 3

Chapter 1 G10 Probe Overview ........................................................................................................... 9

Overview ...................................................................................................................... 9

G10 Probe Configurations .......................................................................................... 10

G10 Architecture Overview ......................................................................................... 11

Data Collection and Processing............................................................................ 11

Line Rate Processing—Iris Interface Card (IIC) ............................................... 12

User Plane and Control Plane Processing—Iris Interface Card (IIC)

and Application Blade .................................................................................... 12

Storage Subsystem—Store to Disk ...................................................................... 12

G10 Hardware Components ....................................................................................... 13

G10 Front View .................................................................................................... 13

G10 Rear View ..................................................................................................... 14

Network Connectivity.................................................................................................. 15

Default Port Settings ............................................................................................ 16

Time Synchronization.................................................................................................. 17

G10 Media Probe Configuration.................................................................................. 18

G10 Control Plane Probe Configuration ...................................................................... 19

Chapter 2 Chassis Subsystem........................................................................................................... 22

Overview .................................................................................................................... 22

Shelf Manager ............................................................................................................ 23

Rear Panel LEDs .................................................................................................. 24

Rear Panel Connectors ........................................................................................ 25

Power Entry Modules (PEMs)...................................................................................... 26

DC PEMs ............................................................................................................. 26

Front Panel LEDs........................................................................................... 27

AC PEMs ............................................................................................................. 28

Front Panel LEDs........................................................................................... 28

Fan Trays.................................................................................................................... 29

Electro-Static Discharge Points................................................................................... 30

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Chapter 3 Blades and RTMs ..............................................................................................................31

Overview .....................................................................................................................31

Iris Interface Card ........................................................................................................32

IIC LEDs................................................................................................................32

IIC200 ...................................................................................................................34

IIC200 LEDs ...................................................................................................34

FPC200 AMC .................................................................................................35

LPC200 AMC .................................................................................................37

IIC200 RTMs ..................................................................................................39

IIC100 ...................................................................................................................42

FPC100 AMC .................................................................................................43

LPC100 AMC .................................................................................................45

IIC100 RTMs ..................................................................................................46

Applications Blade .......................................................................................................53

Table of Contents

IAP320/IAP200 .....................................................................................................54

IAP320 ...........................................................................................................55

IAP200 ...........................................................................................................58

PRM300 RTM/PRM200 RTM .........................................................................60

IAP100..................................................................................................................63

IAP100 LEDs ..................................................................................................64

IAP100 Connectors ........................................................................................65

SAS AMC .......................................................................................................66

IAP100 RTMs .................................................................................................67

10G Interconnect Card ................................................................................................70

10G Interconnect Card LEDs ..........................................................................71

10G Interconnect Card Connectors ................................................................72

G10 Hardware Component Name Reference ..............................................................72

Chapter 4 Storage Subsystem............................................................................................................74

SAS Storage Arrays.....................................................................................................74

Supported Models ................................................................................................75

Storage Enclosure Features ..................................................................................75

Disk Enclosure Front Panels ........................................................................................77

SA100R, SA100J, SA200R, and SA200J Front Panel ...........................................77

SA210J Front Panel ..............................................................................................77

Front Panel LEDs ..................................................................................................78

Disk Enclosure Rear Panel...........................................................................................79

SA200R Controller Enclosure Rear Panel ..............................................................79

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SA200R Controller Enclosure Connectors ......................................................81

SA100R Controller Enclosure Rear Panel ..............................................................81

SA100R Controller Enclosure Connectors ......................................................83

SA100J, SA200J, and SA210J Expansion Enclosure Rear Panel ..........................84

Expansion Enclosure Connectors ...................................................................85

Chapter 5 Maintenance Guidelines .....................................................................................................86

Overview .....................................................................................................................86

G10 Maintenance Procedures .....................................................................................87

Field Replaceable Units .........................................................................................87

Removing and Replacing a PEM ...........................................................................89

Replacing a DC PEM ......................................................................................89

Replacing an AC PEM ....................................................................................91

Replacing the Fan Tray .........................................................................................94

Replacing G10 Chassis Air Filters ..........................................................................97

Table of Contents

Replacing the Top Air Filter .............................................................................97

Replacing the Bottom Air Filter .......................................................................99

G10 Blade Removal/Replacement Procedures....................................................102

IAP100 .........................................................................................................102

SAS AMC (IAP100) .......................................................................................105

IAP200/IAP320.............................................................................................106

Iris Interface Card (IIC100 or IIC200) .............................................................108

LPC and FPC AMCs (IIC100 or IIC200).........................................................115

RTMs ...........................................................................................................116

10G Interconnect Card .................................................................................118

Replacing G10 Shelf Managers (SHMMs) ............................................................120

Replacing the First (Standby) SHMM ............................................................120

Replacing the Second (Active) SHMM ..........................................................121

Serial Over LAN (SOL) Support ...........................................................................122

G10 Probe and Array Start Up/Shut Down Sequence .........................................122

Start Up Procedure.......................................................................................122

Shut Down Procedure ..................................................................................124

Storage Array Maintenance Procedures.....................................................................125

Storage Array Maintenance Guidelines................................................................125

Replacing a Power Supply ..................................................................................126

Removing the Power Supply.........................................................................126

Installing the Power Supply...........................................................................128

Bezel (Air Filter) Procedures.................................................................................129

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Table of Contents

Installing the Bezel ........................................................................................129

Removing the Air Filter ..................................................................................130

Replacing the Air Filter ..................................................................................132

Replacing a Controller or Expansion Module .......................................................134

Removing the Controller Module...................................................................134

Installing the Controller Module

Replacing a Drive Module....................................................................................137

Removing Air Management Modules ............................................................137

Installing Drive Modules ................................................................................138

Replacing the Disk Array Chassis ........................................................................139

Removing the Disk Array Chassis .................................................................140

Installing the Disk Array Chas

Chapter 6 System Operating Specifications......................................................................................143

Overview ...................................................................................................................143

Physical Specifications ..............................................................................................144

Power and Ground Requirements .............................................................................145

DC Power Requirements.....................................................................................145

AC Power Requirements .....................................................................................146

Environmental Specifications...............................................................................147

Regulatory Specifications ..........................................................................................147

Safety Compliance ..............................................................................................147

EMC Standards ..................................................................................................148

.............................

sis

...................................................................141

........................................136

CE Mark..............................................................................................................149

NEBS..................................................................................................................149

ETSI Compliance ................................................................................................149

Safety Guidelines .......................................................................................................150

Equipment Use ...................................................................................................150

Handling the GeoProbe G10 ...............................................................................150

Damage to Circuits .............................................................................................150

GeoProbe G10 Power Disconnect ......................................................................150

Circuit Protection ................................................................................................151

FP100 Fuse Panel ........................................................................................151

G10 Equipment Warning Labels ................................................................................153

Appendix A SFP Reference ........................................................................................................

Monitored Ports SFPs ...............................................................................................154

1 Gb Port SFPs .........................................................................................................155

1000base-LX Fiber..............................................................................................155

...

.....154

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Table of Contents

1000base-SX Fiber .............................................................................................156

1000base-T Copper............................................................................................156

10 Gb Port SFPs .......................................................................................................157

10Gbase-SR Fiber ..............................................................................................158

10Gbase-LR Fiber...............................................................................................158

Minimum Signal Levels ..............................................................................................158

Installing SFPs ...........................................................................................................159

IIC200 ..........................................................................................................160

IIC100 ..........................................................................................................161

TRM100 RTM...............................................................................................161

PRM200 RTM or PRM300 RTM ...................................................................162

SRM200 RTM...............................................................................................162

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User Documentation

OVERVIEW

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G10 Probe Overview

The newest member of the GeoProbe family was designed specifically to address high bandwidth IP interfaces with a distributed architecture optimized to handle larger traffic volumes.

With native IPv4 and IPv6 support, the GeoProbe G10 offers the following benefits:

 Optimized for portions of the operator networks with high volumes of voice and data

IP traffic.

 Additional on-board capabilities improve usability and efficiencies: Store to Disk (S2D)

supports configurable packet capture rates with expandable storage configurations.

Beyond quantifiable performance metr configuration, and maintenance.

 Automated workflows facilitate installation and configuration tasks.  Scheduled group downloads streamline maintenance windows with built-in

reversibility commands for ensuring upgrade integrity.

ics, the GeoProbe G10 enables low-touch installation,

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G10 Probe Overview

G10 PROBE CONFIGURATIONS

Table 1.1 describes the different GeoProbe G10 configuration options.

Table 1.1 - G10 Configuration Options

G10 Configuration Supported HW Configuration Details Refer to:

Standalone 8 x 1G IIC100 + SRM100RTM

Standalone Mixed Model (1G and 10G)

Media Probe IIC100 + TRM100 RTM

Control Plane Probe IIC100 + TRM100 RTM

a. This configuration is only supported for standalone probe configurations monitoring eHRPD. b. Due to the Media probe and Control Plane probe configurations, deployments with IIC100/TRM100 RTM have a maximum

of TWO 10G physical ports available to monitor traffic.

c. The control plane probe only supports the IIC100/IAP200 configuration; the IIC100/IAP320 configuration is not supported.

IAP100 + PRM100 RTM IAP200 + PRM200 RTM IAP320 + PRM300 RTM

IIC100 + TRM100 RTM IIC200 + SRM200 RTM IIC200 + TRM100 RTM IAP100 + PRM100 RTM IAP200 + PRM200 RTM IAP320 + PRM300 RTM

IIC200 + SRM200 RTM IAP100 + PRM100 RTM IAP200 + PRM200 RTM IAP320 + PRM300 RTM

b,c

Single chassis probe configuration

 Supports 8 physical 1G connections  Can be upgraded in the field to a Mixed

Model

Single chassis probe configuration

 Provides support for both 1G and 10G

Ethernet connections on one probe.

 Various combinations are supported with

the following maximums:

- Maximum support of 8 total ports (1G + 10G)

- Maximum support of 4 10G ports

Two-chassis probe configuration for supporting RTP media monitoring

 Primary Chassis supports:

- Maximum of 8 total ports (1G + 10G)

- Maximum of 4 10G ports

 Expansion Chassis provides additional

data processing support

Two-chassis probe configuration for supporting Mobility Management Entity (MME) monitoring

 Primary Chassis supports:

- Maximum of 8 total ports (1G + 10G)

- Maximum of 4 10G ports

 Expansion Chassis provides additional

data processing support

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G10 ARCHITECTURE OVERVIEW

As the foundation for Tektronix Communications' Network Intelligence solution, the GeoProbe

G10 efficiently and comprehensively handles virtua lly all data acquisition and processing tasks within the Iris architecture.

 Data is captured directly from the network in a passive and non-intrusive mode, as

opposed to information provided in vendor-specific format by individual network elements. As a result, carriers can gain an independent view regardless of which vendor's equipment is deployed in their network.

 Serving as a processing hub, the GeoProbe G10 eliminates the need for external

processing equipment-reducing the number of system components required and ultimately conserving LAN/WAN bandwidth between system elements.

 Offering independence from a larger centralized storage server, the GeoProbe

G10 facilitates streaming, real-time, programmable record feeds and real-time session traces

G10 Probe Overview

Data Collection and Processing

As illustrated in Figure 1.1, the GeoProbe G10 connects to the monitored network via a physical interface at the link port. Raw packets are pr Iris Interface Card (line rate processing functions) and forwarded (stream to disk functions) to the Storage Subsystem.

In parallel, the Iris Interface Card sends contro correlation, xDR generation, and KPI aggregation (control-plane processing functions).

After the packets are processed, the resulting xDRs, KPIs, and processed packets are made available

for use by the various Iris Network Management applications.

ocessed in real time as they reach the

l plan

e traffic to the Application Blade for

Figure 1.1 - GeoProbe Data Flow

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Line Rate Processing—Iris Interface Card (IIC)

G10 Probe Overview

Consisting of a tiered pair of NPUs, the Iris Interface Card is able to process raw packets at line rate speed with a distributed internal architecture and purpose-specific processing functions.

 Packet Processor NPU-packet classification with fast processing requirements and

lower memory requirements.

 Flow Processor NPU-flow specific criteria processing across multiple packets with

higher memory requirements.

The Iris Interface Card’s dual NPU architecture allows either NPU as desired-allowing additional processing power to be added incrementally as needed and available.

for independent upgrades of each or

User Plane and Control Plane Processing—Iris Interface Card (IIC) and Application Blade

As the GeoProbe G10 architecture can support both User p lane and Control pla ne processing with the same hardware, domain-specific sizing rules have been applied to maximize processing performance for both traffic types.

rd h

While the Iris Interface Ca Plane is forwarded directly to the x86 Application Blade for analysis, correlation and processing functions.

andles the majority of the User Plane processing, the Control

Storage Subsystem—Store to Disk

In addition to I/O ports, interface processors and application boards, the GeoProbe G10 architecture relies upon a storage subsystem to further optimize processing functions.

Native Store to Disk (S2D) capabilities ensure line rate proces capturing and storing monitored packets for use with applications requiring more extensive and expansive data collection.

sing performance integrity by



The incorporation of a RAID dual controller disk ar provides the additional capacity required.

Refer to Storage Subsyste m for more det ail s about the storage system hardwa re component s.

G10 Hardware Maintenance Guide 7.13.2 12

y with every GeoProbe G10 installation

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ESD Bond Point

Power Entry Modules

Iris Interface Card

(IIC200)

Application Blade

Fan Tray

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G10 HARDWARE COMPONENTS

The following sections highlight the G10 hardwa re com p onen ts.

G10 Front View

Figure 1.2 shows the front view of the GeoProbe G10.

G10 Probe Overview

Figure 1.2 - G10 Probe Front View

The front view of the G10 system provides access to the following hardware components:

 Iris Interface Card (IIC200 or IIC100)  Applications Blade (IAP320/IAP200 or IAP100)  Two Power Entry Modules (PEMs) (AC or DC)  Fan Trays (one air inlet fan tray and a second fan tray located on the rear of the G10)  Electro-Static Discharge Points

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ESD Bond Point

SHmm Shelf Managers

Applications Blade RTM

AC or DC Power Connectors

Fan Tray

SRM200 RTM

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G10 Rear View

G10 Probe Overview

Figure 1.3 shows rear views of the GeoProbe G10. The IIC RTM installed in Slot 2 (top slot)

varies depending on the G10 configuration.

Figure 1.3 - G10 Probe Rear View

The rear view of the GeoProbe G10 system provides access to the following hardware compone

nts:

 Slot 2 (Top)—Installed IIC RTM varies per G10 model:

- 8x1G Model: SRM100 R

- Mixed 1G and 10G Model: SRM2

TM (Connects to IIC100)

00 RTM (connects to IIC200) or TRM100 RTM

(connects to IIC100 or IIC200)

 Slot 1 (Bottom)—Applications Blade RTM (PRM300 RTM/PRM200 RTM or PRM100

RTM)

 Redundant Shelf Manager (SHmm)  Fan Trays (front to rear air flow)  Rear connection for power cables  Electro-Static Discharge Points

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NETWORK CONNECTIVITY

A G10 deployment currently requires that the customer provide three Ethernet connections and associated addresses on the same subnet (see Figure 1.4):

 Primary Interface that connects the G10 to the Iris server. This enables probe

maintenance and configuration, as well as delivery of network traffic statistics and detailed data to the server for display in IrisView applications. The Primary Interface supports 100/1000 Mbps (IAP100) and 100/1000/10000 Mbps (PRM200/PRM300 RTM) Ethernet physical connections; it requires at least 100 Mbps connectivity. The primary interface can be configured as non-redundant or re dunda nt. Refer to the G10 Installation Guide for details.

 OAM Interfaces (2) that connect to the Shelf Management Modules (ShMM) on the

rear of the chassis. The SHmms provide a central management point for controlling the operation of the chassis, for providing probe status, and for monitoring the alarm conditions. The OAM interfaces support 10/100 Mbps Ethernet physical connections. They require at least 10Mbps connectivity to the Iris server for management.

Figure 1.4 shows a diagram of the required Ethernet connections for G10 configurations

using the IAP200/PRM200 RTM or IAP320/PRM300 RTM configurations. Primary Interface 2

t B) is optional and only used in redundant configurations.

(Po

G10 Probe Overview

Figure 1.4 - Ethernet Connections

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Default Port Settings

Table 1.2 lists the default port settings for the G10 probe.

Table 1.2 - Default Port Settings

G10 Probe Overview

G10 Component Ports Supported

eds

LPC200 (IIC200 1G 1G No LPC200 (IIC200) 10G/1G 10G/1G No LPC100 (IIC100) All 1G No SRM200 10G 10G No TRM100 10G 10G No PRM300 ETH A-D 10G/1G/100M Yes PRM200 ETH A-D 10G/1G/100M Yes IAP320 ETH 1G/100M Yes IAP200 ETH 1G/100M Yes IAP100 SHMM MGMT 100M Yes

a. Not supported on Control Plane or Media probes.

ETH A, B 1G/100M Yes

Autonegotiation?

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TIME SYNCHRONIZATION

The GeoProbe G10 system time stamps all captured messages, generated alarms, and events to a common time base, allowing the Iris system to provide detailed, network-wide traces and event occurrence reporting. Inter-node timing and message paths can also be analyzed throughout the network.

The G10 Probe supports NTP timing and IRIG timing as described in Table 1.1. G10 probe timing is configured in IrisView OAM; r

Timing Support Description

er to the Admin Online Help for details.

Table 1.1 - G10 Probe Timing

G10 Probe Overview

NTP Timing from Defined NTP Servers

IRIG Timing from Master G10

IRIG Timing from Third-

y Source

Par

G10 probes support multiple NTP servers, defined at the systemlevel; system admins c G10 probes select the best available NTP server from the list an d use it as their timing reference.

Customize NTP timing at the probe-level by adding or removing NTP

ers for a specific probe

ser G10s support IRIG timing references to and between probes allowing

for greater monitoring ac Support for the IRIG timing interface allows G10 probes to share timing with other G10 probes and with 14U and 2U GeoProbes. A G10 probe can operate as an IRIG master or an IRIG slave.

The G10 designated as the IRIG timin have a valid timing reference such as NTP. The IRIG slaves use IRIG timing reference from the IRIG master G10; however, the slave G10s also require NTP timing reference for the time of day.

G10 probes support receiving IRIG timing from a third-party source, such as GPS.

an define up to 11 servers for the Iris system.

curacy at facilities with multiple probes.

master to other probes must

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G10 MEDIA PROBE CONFIGURATION

To support RTP monitoring, Tektronix also provides a multiprobe configuration called the G10 Media Probe. The G10 Media probe consists of two G10 chassis with the supported configurations listed in Table 1.3. See Figure 1.5 and Figure 1.6 for a graphical view of the media probe configuration.

The IICs within a multiprobe configuration must be the same model, either IIC100 or IIC200. You cannot install mix IIC100s and IIC200s within the same multiprobe configuration.

Table 1.3 - G10 Media Probe Configurations

Chassis Supported Blades

Primary Chassis Slot 1 (Bottom) IAP200 + PRM200 RTM OR

Slot 2 (Top) IIC200 + SRM200 RTM OR

Expansion Chassis Slot 1 (Bottom) IIC200 + SRM200 RTM OR

G10 Probe Overview

IAP320 + PRM300 RTM

IIC100 + TRM100 RTM

Slot 2 (Top) IIC200 + SRM200 RTM OR

IIC100 + TRM100 RTM

For details about the components of the media probe, refer to the appropriate sections in this guide. For information about installing and cabling the media probe, refer to the G10 Media Installation Guide.

Figure 1.5 shows the front view of the G10 media probe components (IIC200 version).

Figure 1.5 - G10 Media Probe Front

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G10 Probe Overview

Figure 1.6 shows the rear view of the G10 media probe components (IIC200 version).

Figure 1.6 - G10 Media Probe Rear

G10 CONTROL PLANE PROBE CONFIGURATION

The G10 Control Plane probe configuration is designed for handling additional contr ol-plane capacity for one Mobility Management Entity (MME) or several pooled MMEs. This probe supports capture of the protocols listed in Table 1.4.

Table 1.4 - Control Plane Probe Supported Protocols

VoIP Protocols LTE Protocols

 SIP  MGCP  H.323  H.248  DIAMETER  DNS  SIGTRAN

 S1AP (S1-MME)  DIAMETER (S6a)  GTPv2-C (S10, inter-MME)  DNS  SgsAP

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The G10 Control Plane probe consists of two G10 chassis with the supported configurations

listed in Table 1.5. Refer to Figure 1.7 and Figure 1.8 for a graphical view of the control plane probe configuration.

Table 1.5 - G10 Control Plane

Chassis Supported Blades

Primary Chassis Slot 1 (Bottom) IAP200 + PRM200 RTM OR

obe Configurations

IAP320 + PRM300 RTM

G10 Probe Overview

Slot 2 (Top) IIC200 + SRM200 RTM OR

IIC100 + TRM100 RTM

Expansion Chassis Slot 1 (Bottom) IAP200 + PRM200 RTM OR

IAP320 + PRM300 RTM

Slot 2 (Top) IAP200 + PRM200 RTM OR

IAP320 + PRM300 RTM

a. The control plane probe only supports the IIC100/IAP200 configuration; the IIC100/IAP320

configuration is not supported.

For details about the components of the control plane

in this guide. For information about installing and cabling the control plane probe, refer to the

G10 Control Plane Installation Guide.

Figure 1.7 shows the front view of the G10 Control Plane probe components.

probe, refer to the appropriate sections

Figure 1.7 - G10 Control Plane Probe (Front)

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G10 Probe Overview

Figure 1.8 shows the rear view of the G10 Control Plane probe components.

Figure 1.8 - G10 Control Plane Probe (Rear)

G10 Hardware Maintenance Guide 7.13.2 21

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User Documentation

OVERVIEW

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Chassis Subsystem

The Chassis subsystem is a high-availability Advanced TCA that integrates cooling, power distribution, and shelf management into an off-the-shelf platform, which allows you to add GeoProbe G10 service-related hardware and software. The Chassis subsystem of the GeoProbe G10 enables scalable reliability through the use of either independent or redundant functions throughout the chassis. Most electronic modules, blades and cards are Field Replaceable Units (FRUs).

The Chassis subsystem contains the

 Shelf Manager  Power Entry Modules (PEMs)  Fan Trays

G10 Hardware Maintenance Guide 7.13.2 22

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Shelf Manager Modules (SHmms)

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SHELF MANAGER

The Shelf Manager (SHmm) is the central management unit of the shelf and designed specifically for the AdvancedTCA systems. Its purpose is to monitor, control and ensure proper operation of the shelf and all other components of the Advance d TCA shelf. The shelf manager reports anomalies and errors and takes corrective actions if required (for example, increases the speed of the fans). Alarm states are displayed from the LEDs of the shelf’s alarm panel. The shelf manager performs the following functions:

 Retrieve FRU inventory information  Receive events from sensors of the shelf  Monitor and control the temperature of the shelf  Reports errors  Execute corrective actions  Manage interconnect resources to prevent damage of the blades due to hot swap

Chassis Subsystem

The shelf manager consists of two shelf manager modules (SHmms) located on the back of the Ge

oProbe G10 (Figure 2.1).

Figure 2.1 - Shelf Manager Modules (SHmms)

The modules have an Ethernet port that connect to the Iris server for maintenance. The ports are RJ4

5 jacks each capable of connecting to 10/100 Mbps networks. The modules provide redundant shelf management functionality utilizing an active/ standby architecture and is based on a proven shelf management design.

G10 Hardware Maintenance Guide 7.13.2 23

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Rev. 002-140228

Base Channel 1

Ethernet Management Link

Base Channel 2

Ethernet Management Activity

Hot Swap Indicator

ACT MGMT

OOS

Ethernet Management Connector

Ethernet Uplink Connector

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Rear Panel LEDs

Figure 2.2 shows the SHmm LEDs on the rear of the G10.

Chassis Subsystem

Figure 2.2 - SHmm LEDs

Table 2.1 describes the SHmm LED indicators.

Table 2.1 - LED Indicators of the Shmm

LED LED Color Description

H/S BLUE Hot Swap Indicator. It indicates when it

is safe to

module.

 SOLID BLUE—The module is in standby mode and can be

safely extracted.

 OFF—The module is operational, and it is unsafe to

extract it.

 BLINKING—The module is in transition between standby

mode and operational mode.

Base Channel 1 GREEN Indicates the Ethernet connection to the chassis 1

 GREEN—The link to base channel 1 is available.

Ethernet Mana

gement Link

GREEN Indicates system manager Ethernet link availability.

 BLINKING—Link and activity.  OFF—Otherwise.

 GREEN—The link is available.

remove the

G backplane.

 OFF—Otherwise.

G10 Hardware Maintenance Guide 7.13.2 24

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Rev. 002-140228

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Chassis Subsystem

Table 2.1 - LED Indicators of the Shmm (Continued)

LED LED Co

lor Description

Base Channel 2 GREEN Indicates the Ethernet connection to the chassis 1

 GREEN—The link to base channel 2 is available.  BLINKING—Link and activity.  OFF—Otherwise.

Ethernet Mana

gement

Activity

AMBER Indicates system manager Ethernet link activity.

 AMBER—Activity.  OFF—No activity.

ACT MGMT AMBER Indicates which Shmm is active.

 AMBER—The SHmm is active.  OFF—The SHmm is in standby mode.

OK GREEN Indicates normal system functions.

 GREEN—The Shmm is operating properly.  OFF—Otherwise.  BLINKING—The board boots up.

OOS RED Indicates SHMM failure.

G backplane.

Rear Panel Connectors

Table 2.2 describes the connectors available on the SHmm (Figure 2.2).

LED/Connector Description

Ethernet Management This port provides 10/100 Mb connectivity to the customer LAN

Ethernet Uplink Conne

ctor

 RED—The Shmm is out-of-service.  OFF—The Shmm is operating properly.

Table 2.2 - Connectors of the Shmm

Operations, Administration, and M ain te na n ce (O AM ).

for In some configurations, this is used to connect to the

management port on the disk enclosure.

G10 Hardware Maintenance Guide 7.13.2 25

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G10 Front View

G10 Rear View

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POWER ENTRY MODULES (PEMS)

The chassis includes two removable PEMs. The dual PEMs allow for two separate AC or DC

power feeds to the system. Both power feeds are fully distributed to every module and subassembly within the chassis. Only one of the PEMs must be present for the chassis to be fully operational.

The G10 supports both DC PEMs and AC PEMs. The PEMs are accessible from the front of

the shelf and connect to the PEM connectors on the covers the power feeds and returns to prevent accidental shorting. The PEM also features an injector/ejector handle that provides the hot swap mechanism for signaling the state of the PEM prior to removal. The PEM is an Field Replaceable Unit (FRU).

Chassis Subsystem

backplane. A removable plastic housing

DC PEMs

The PEMs are hot-swappable and will not cause a fault They operate in load sharing where the tota l load is equal to or le ss than what on e power feed can provide.

Figure 2.3 shows the G10 DC PEMs front view and back view. Both A and B side power

modules operate within the specifications listed in Power and Ground Requirements. Refer to

Maintenance Guidelines for replacement details.

when one is removed for

replacement.

Figure 2.3 - DC PEMs

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Front Panel LEDs

Chassis Subsystem

Both A and B side power modules operate within the specifications listed in Power and

Ground Requirements. All probe power and chassis ground c

larger.

Tektronix equipment, cables, and wiring diagrams comply with industry standard DC electrical color coding. Please ensure proper cabling if your equipment and cabling use nonstandard DC electrical color coding. Improper cabling can cause damage to equipment or personal injury. Contact Tektronix to request specially labeled power cables (-48V = Red, Return = Black) for the G10 chassis and the storage enclosures.

Figure 2.4 displays the DC Front Panel PEM LEDs and the ON and OFF switch.

abling will use 12AWG cable or

Figure 2.4 - DC PEM Front Panel LEDs and ON/OFF Switch

Table 2.3 describes the DC PEM LED indicators.

Table 2.3 - DC PEM LED Indicators

LED LED Color Description

Line Power Reverse RED Indicates the connected power is reversed. Do not

swit

ch on the breaker while this LED is on.

Line Power In GREEN Indicates the power is connected properly.

Line Power Backplane GREEN Indicates the power module is sending power from the

ckp

lane.

G10 Hardware Maintenance Guide 7.13.2 27

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Rev. 002-140228

G10 Front View

G10 Rear View

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AC PEMs

Chassis Subsystem

Figure 2.5 shows the G10 AC PEMs front view and rear view. Both A and B side power

modules operate within the specifications listed in Power and Ground Requirements. Refer to

Maintenance Guidelines for replacement details.

Figure 2.5 - G10 AC PEMs

Front Panel LEDs

Figure 2.6 displays the AC Front Panel PEM LED.

Figure 2.6 - AC PEM Front Panel LED

G10 Hardware Maintenance Guide 7.13.2 28

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Rev. 002-140228

Front Fan Tray

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FAN TRAYS

Chassis Subsystem

Table 2.3 displays the AC PEM LED indicators.

Table 2.4 - AC PEM LED Indicators

LED Color Description

OFF Power is disconnected. RED Power supply is in a failed state.

GREEN The power is connected correctly.

The Chassis subsystem supports two fan trays in a push/pull configuration:

 One fan tray is accessible from the front of the chassis and contains the replaceable

air filter.

 The other fan tray is located in the rear of the chassis.

Figure 2.7 displays the front fan tray. Refer to Replacing the Fan Tray and Replacing G10

Chassis Air Filters for replacement details.

Figure 2.7 - Front Fan Tray

G10 Hardware Maintenance Guide 7.13.2 29

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Rev. 002-140228

Front ESD

Rear ESD

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ELECTRO-STATIC DISCHARGE POINTS

The Electro-Static Discharge (ESD) points are locations where you can plug an ESD wrist strap to the chassis to prevent electrical dama ge w hen yo u ha nd le the bo a rd s. Figure 2.8 displays the front ESD point.

Chassis Subsystem

Figure 2.8 - Front ESD Point

Figure 2.9 displays the rear ESD point.

Figure 2.9 - Rear ESD Point

G10 Hardware Maintenance Guide 7.13.2 30



User Documentation

OVERVIEW

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Blades and RTMs

The GeoProbe G10 is a modular device consisting of blades, Rear Transition Modules (RTMs), and other hardware components that allow minimal risk and dependency on other hardware devices. The probe is scalable and includes user-plane monitoring with high IP traffic networks.

This chapter contains the following sections:

 Iris Interface Cards and associated RTMs:

- IIC200 and SRM200 RTM

- IIC100 and SRM100 RTM and TRM100 RTM

 Applications Blade and associated RTMs

- IAP320/IAP200 and PRM300 RTM/PRM200 RTM

- IAP100 and PRM100 RTM or SSD-3400 RTM

 10G Interconnect Card (for Deep Packet Classification)

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CAB100 Carrier Blade

IIC LEDs

LPC200 AMC or LPC100 AMC FPC200 AMC or FPC100 AMC

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IRIS INTERFACE CARD

The Iris Interface Card (IIC) ships with two Advanced Mezzanine Cards (AMCs) mounted in the ATCA carrier blade (CAB100). The CAB100 is used to provide connectivity between the AMC cards and the ATCA backplane. It also provides management interfaces for the AMCs and the ATCA shelf management modules (ShMM), which are located on the back of the probe.

Iris currently supports two IICs:

 IIC200 (CAB100 + LPC200 AMC + FPC200 AMC)  IIC100 (CAB100 + LPC100 AMC + FPC100 AMC)

Blades and RTMs

Figure 3.1 - G10 IIC100

IIC LEDs

A total of four LEDs are visible from the left side of the IIC100 or IIC200 front panel that are part of the CAB100 carrier blade (see Figure 3.2).

Figure 3.2 - IIC100 or IIC200 Front Panel LEDs

G10 Hardware Maintenance Guide 7.13.2 32

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Table 3.1 describes the IIC LEDs.

Table 3.1 - IIC LEDs

LED LED Color Description

H/S BLUE Hot Swap Indicator which indicates when it

 SOLID BLUE—The module is in standby mode and can be safely

extracted.

 Off—The module is operational and it is unsafe to extract it.  BLINKING BLUE—The module is in transition between standby mode

and operational mode.

Note: When either AMC needs to be removed, you must power down and remove the entire IIC

blade first.

Refer to Iris Interface Card (IIC100 or

IIC200) and LPC and FPC AMCs (IIC100 or IIC200) for removal/

replacement information.

OOS RED Indicates the device is out of service.

 SOLID RED—The board is out of service.

Blades and RTMs

is safe to remove the module.

 OFF—No errors.

+ GREEN Indicates the health of the device.

 SOLID GREEN—Out of Service.  OFF—No errors.

RTM SAS GREEN Green LED indicates status of the SAS RTM.

 SOLID GREEN—No errors.  OFF—Fault condition.

G10 Hardware Maintenance Guide 7.13.2 33

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Rev. 002-140228

LPC200 AMC FPC200 AMC

Iris Interface Card (IIC200)

IIC LEDs

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IIC200

Blades and RTMs

The Iris Interface Card (IIC200) consists of the following components (Figure 3.3):

 AMC ATCA carrier card (CAB100)  FPC200 AMC  LPC200 AMC

Figure 3.3 - G10 IIC200

IIC200 LEDs

The four LEDs visible from the left side of the IIC200 front panel are part of th e CAB100 carrier blade (Figure 3.3). Refer to the IIC LEDs section for details.

G10 Hardware Maintenance Guide 7.13.2 34

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FPC200 AMC

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FPC200 AMC

Blades and RTMs

The FPC200 AMC is located on the right side of the IIC200 (Figure 3.4) and serves as the main flow processor. The main components of the FPC200 AMC are:

 Flow Network Processor—includes a multi-core network processing unit (NPU) to

provide optimum packet processing

 Memory—includes 16 GB of DRAM  Two GbE channels—for control plane activity and a 10 Gbps fabric between the

IIC200 and Applications blade through the backplane

Figure 3.4 - G10 IIC200 - FPC200 AMC

DO NOT remove AMCs when the IIC is powered on; refer to LPC and FPC AMCs (IIC100 or

IIC200) for removal/replacement details. Call Tektronix Technical Support for any questions

about removing AMCs.

FPC200 AMC LEDs

Figure 3.5 shows the FPC200 AMC LEDs located on the front panel.

Figure 3.5 - FPC200 AMC LEDs

G10 Hardware Maintenance Guide 7.13.2 35

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LED LED Color Description

Table 3.2 displays the LED indicators of the FPC200 AMC.

Table 3.2 - FPC200 AMC LEDs

Blades and RTMs

+ GREEN

GbE A GREEN or

AMBER

GbE B GREEN or

AMBER

CPU GREEN

Indicates the health of the device.

 SOLID GREEN—No errors.  OFF—Out of service.

Indicates link status and activity for Gigabit Ethernet A connection to carrier blade.

 GREEN—The link is up.  BLINKING AMBER/GREEN—Link activity.

Indicates link status and activity for Gigabit Ethernet B connection to carrier blade.

 GREEN—The link is up.  BLINKING AMBER/GREEN—Link activity.

Indicates health and status of the processor.

 GREEN—The processor has normal functions.

RS 232 COM Not Used. Hot Sw

ap BLUE

Hot Swap Indicator which indicates when it is safe to remove the module.

 SOLID BLUE—The module is in standby mode and can be

safely extracted.

 OFF—The module is operational, and it is unsafe to extract it.  BLINKING BLUE—The module is in transition between standby

mode and operational mode.

Note: W

hen this board needs to be removed, you will be remov

ing the entire IIC200. Refer to Iris Interface Card (IIC100 or IIC200) for more information.

G10 Hardware Maintenance Guide 7.13.2 36

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Rev. 002-140228

LPC200 AMC

1/10 GbE Port 5 and 6

1 GbE Port 1 and 2

1 GbE Port 3 and 4

1/10 GbE Port 7 and 8

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LPC200 AMC

Blades and RTMs

The LPC200 AMC (Figure 3.6) is located on the left side of the IIC100 and provides 1G and 10G Ethernet connections on front panel. The

- Optical or electrical Ethernet links

- LC type optical ports provided by Small Form-Factor Pluggable (SFP) transceiver . R

modules

efer to the SFP Reference appendix for details.

Ethernet connections support:

DO NOT remove AMCs when the IIC200 is powered on; refer to LPC and FPC AMCs

(IIC100 or IIC200) for removal/replacement details. Call Tektronix Technical Support for any

questions about removing AMCs.

LPC200 AMC Connectors

Figure 3.7 displays the LPC200 AMC connectors. The LPC200 AMC supports eight ports ,

four that support 1G Ethernet traffic, and four th

Figure 3.6 - G10 IIC200 - LPC200 AMC

at support either 10G or 1G traffic.

Figure 3.7 - LPC200 AMC Connectors

G10 Hardware Maintenance Guide 7.13.2 37

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Rev. 002-140228

1/10 GbE Port 5 and 6 Activity and Link LED

Health LED

Hot Swap LED

1 GbE Port 1 and 2 Activity and Link LED

1 GbE Port 3 and 4 Activity and Link LED

1/10 GbE Port 7 and 8 Activity and Link LED

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Table 3.3 describes the LPC200 AMC connectors.

Table 3.3 - LPC200 AMC Connectors

LED Description

Blades and RTMs

1 GbE Ports 1–4

1/10 GbE Ports 5–8

LPC200 AMC LEDs

Figure 3.8 displays the LPC100 AMC LEDs.

 Support 1G Ethernet traffic  Support copper or fiber SFP/SFP+s

 Support 1G or 10G Ethernet traffic  Support fiber SFP/SFP+s

Figure 3.8 - LPC200 AMC LEDs

Table 3.4 describes the LPC200 AMC LEDs.

Table 3.4 - LPC200 AMC LEDs

LED LED Color Description

Hot Swap BLUE Hot Swap Indicator that indicates when it is safe to remove the

le.

mod

 SOLID BLUE = The module is in standby mode and can be

safely extracted.

 Off = The module is operational, and it is unsafe to extract it.  BLINKING BLUE = The module is in transition between

standby mode and operational mode.

+ GREEN Indicates the health of the device.

 GREEN = No errors.  OFF = Out of service.

G10 Hardware Maintenance Guide 7.13.2 38

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D LED Color Description

Table 3.4 - LPC200 AMC LEDs (Continued)

Blades and RTMs

1 GbE Port 1-4 LNK

1 GbE Port 1-4 ACT

1/10 GbE LNK GREEN or

GREEN GbE Port Link Status Indicator

 GREEN = The link is up.

YELLOW GbE Por

 YELLOW = Activity

t Activity Status Indicator

XGE port link status indicator

AMBER

 AMBER = The 10G Link is up.  GREEN = The 1G link is up.

1/10 GbE ACT YELLOW XGE port activity status indicator

 YELLOW = Activity

IIC200 RTMs

The IIC200 supports the following RTM configuration options for deployment:

 IIC200 and the SRM200 RTM  IIC200 and the TRM100 RTM (to support eHRPD Monitoring)

SRM200 RTM

The SRM200 RTM connects to the back of the G10 chassis in the upper slot location. It performs the following functions (Figure 3.9):

 Communicates the board’s health and configuration status to the IIC200  Provides two Gigabit Ethernet links for connecti vity to controller enclosure  Sends and receives data to the disk array storage subsystem

G10 Hardware Maintenance Guide 7.13.2 39

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Rev. 002-140228

SRM200 RTM

GbE1 and GbE2

XLink 1-4

SAS Connectors

SysClk (not used)

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Figure 3.9 - SRM200 RTM

SRM200 RTM Connectors

Figure 3.10 displays the SRM200 RTM connectors.

Blades and RTMs

GbE1–GbE 2 RJ45 Gigabit Ethernet connectors to the second controller

SysClk 1–2 Not used. XLink 1–4 10G Ethernet SFP connections used in multi-cage

SAS 1–2 Provides connectivity to the exte

Figure 3.10 - SRM200 RTM Connectors

Table 3.5 describes the SRM200 RTM connectors.

Table 3.5 - SRM200 RTM Connectors

Connector Description

closure.

igurations for intercage communications.

conf

rnal disk array storage system.

G10 Hardware Maintenance Guide 7.13.2 40

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Rev. 002-140228

Hot Swap LED

+ LED

Gb Ethernet LEDs

XLink 1-4 Lnk and Act LEDs

SAS LEDs

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LED LED Color Description

SRM200 RTM LEDs

Figure 3.11 displays the SRM200 RTM LEDs.

Figure 3.11 - SRM200 RTM Rear Panel LEDs

Table 3.6 describes the SRM200 RTM LED indicators.

Table 3.6 - SRM200 RTM LED Indicators

Blades and RTMs

Hot Swap BLUE Indicates when it is safe to re

 BLUE—module is in standby mode and can be safely

move the

SRM200 RTM.

extracted.

 OFF—module is operational and it is unsafe to extract it.  BLINKING BLUE—module is in transition between

standby mode and operational mode.

+ (Health) GREEN or RED Indicates the health of the SRM200 RTM.

 GREEN—no errors.  RED—an error occurred.  OFF—the board is not powered on.

Gb Ethernet LEDs GREEN Indicates Gigabit Ethernet link and activity.

 BLINKING GREEN—Ethernet Activity is occurring.  SOLID GREEN—Ethernet Link is established.  OFF—no Ethernet Link is established.

XLink 1–4 Lnk LEDs GREEN Indicates 10 Gigabit Ethernet link status.

 GREEN = Ethernet link is trained at 10 Gb/s speed.  OFF = no Ethernet link established

G10 Hardware Maintenance Guide 7.13.2 41

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LPC100 AMC

Iris Interface Card (IIC100)

IIC LEDs

FPC100 AMC

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Blades and RTMs

Table 3.6 - SRM200 RTM LED Indicato

rs (Continued)

LED LED Color Description

XLink 1–4 Act LEDs YELLOW Indicates 10 Gigabit Ethernet link and activity.

 SOLID YELLOW = Ethernet link is trained, no activity.  BLINKING YELLOW = Ethernet activity occurring.  OFF = no Ethernet link established.

SAS LEDs GREEN or RED Indicates SAS link connectivity status.

 GREEN—no errors, SAS link is established.  BLINKING GREEN—SAS activity occurring.  RED—an error occurred.  OFF—no SAS link is established.

IIC100

The Iris Interface Card (IIC100) consists of the following components (Figure 3.12):

 ATCA carrier card (CAB100)  FPC100 AMC  LPC100 AMC

Figure 3.12 - G10 IIC100

G10 Hardware Maintenance Guide 7.13.2 42

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FPC100 AMC

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FPC100 AMC

Blades and RTMs

The FPC100 AMC is located on the right side of the IIC100 (Figure 3.13) and serves as the main flow processor. The main components of the FPC100 AMC are:

 Flow Network Processor—includes a multi-core network processing unit (NPU) to

provide optimum packet processing

 Memory—includes 4 GB or 8 GB of DRAM  Two GbE channels—for control plane activity and a 10 Gbps fabric between the

IIC100 and Applications blade through the backplane

The FPC100 AMC supports 4 GB or 8 GB of DRAM (new systems ship with 8 GB of DRAM).

GB FPC100 AMC can be replaced with the 8 GB FPC100 AMC in the field to support

The 4 Iris applications requiring additional DRAM. Contact Customer Support for details.

Figure 3.13 - G10 IIC100 - FPC100 AMC

DO NOT remove AMCs when the IIC is powered on; refer to LPC and FPC AMCs (IIC100 or

IIC200) for removal/replacement details. Call Tektronix Technical Support for any questions

about removing AMCs.

FPC100 AMC LEDs

Figure 3.14 shows the FPC100 AMC LEDs located on the front panel.

Figure 3.14 - FPC100 AMC Front Panel LEDs

G10 Hardware Maintenance Guide 7.13.2 43

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Table 3.7 displays the FPC100 AMC LEDs.

Table 3.7 - FPC100 AMC LEDs

LED/Connector LED Color Description

Blades and RTMs

+ GREEN

GbE A GREEN or

AMBER

GbE B GREEN or

AMBER

10GbE FAB GREEN or

AMBER

CPU AMBER

Indicates the health of the device.

 SOLID GREEN—No errors.  OFF—Out of service.

Indicates link status and activity for Gigabit Ethernet A connection to carrier blade.

 GREEN—The link is up.  BLINKING AMBER—Link activity.

Indicates link status and activity for Gigabit Ethernet B connection to carrier blade.

 GREEN—The link is up.  BLINKING AMBER—Link activity.

10-Gigabit Ethernet Fabric. Indicates status for Ethernet interface to the blade through the backpla

 GREEN—The link is up.  BLINKING AMBER—Link activity.

ne.

Indicates health and status of the processor.

 AMBER—The processor has normal functions.

RS 232 COM Not Used. Hot Swap BLUE

Hot Swap Indicator that indicates when it is safe to remove the module.

 SOLID BLUE—The module is in standby mode and can be

safely extracted.

 OFF—The module is operational, and it is unsafe to extract it.  BLINKING BLUE—The module is in transition between

standby mode and operational mode.

Note: When this board needs to be remov the entire Iris Interface Controller blade. Refer to Iris Interface

Card (IIC100 or IIC200) for more information.

d, you will be removing

G10 Hardware Maintenance Guide 7.13.2 44

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LPC100 AMC

GbE Port Activity LED

GbE Port Link LED

Health LED

Hot Swap LED

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LPC100 AMC

Blades and RTMs

The LPC100 AMC (Figure 3.15) is located on the lef t side of the IIC100 and provides eight 1G Ethernet connections on front panel. The Ethe

- Optical or electrical Ethernet links

- LC type optical ports provided by Small Form-Factor Pluggable (SFP) transceiver . R

modules

efer to the SFP Reference appendix for details.

rnet connections support:

Figure 3.15 - G10 IIC - LPC100 AMC

DO NOT remove AMCs when the IIC is powered on; refer to LPC and FPC AMCs (IIC100 or

IIC200) for removal/replacement details. Call Tektronix Technical Support for any questions

about removing AMCs.

LPC100 AMC LEDs

Figure 3.16 displays the LPC100 AMC LEDs.

Figure 3.16 - LPC100 AMC LEDs

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Blades and RTMs

Table 3.8 describes the LPC100 AMC LEDs.

Table 3.8 - LPC100 AMC LEDs

LED LED Color Description

Hot Swap BLUE Hot Swap Indicator which indicates when it is safe to remove the

le.

modu

 SOLID BLUE—The module is in standby mode and can be safely

extracted.

 Off—The module is operational, and it is unsafe to extract it.  BLINKING BLUE—The module is in transition between standby

mode and operational mode.

+ GREEN Indicates the health of the device.

 GREEN—No errors.  OFF—Out of service.

ACT YELLOW GbE Port Activity Status Indicator

 YELLOW = Activity.

LNK GREEN GbE Port Link Status Indicator

 GREEN = The link is up.

IIC100 RTMs

The IIC100 supports the following RTM configuration options for deployment:

 8x1G probe—IIC100 and the SRM100 RTM  Mixed 1G and 10G probe—IIC100 and the TRM100 RTM

SRM100 RTM

The SRM100 RTM is used in 8X1G installations and connects to the back of the GeoProbe G10 chassis in the upper slot location. It performs the following functions (Figure 3.17):

 Communicates the board’s health and configuration status to the IIC100  Provides two Gigabit Ethernet links for connectivity to second controller enclosure  Sends and receives data to the disk array storage subsystem

G10 Hardware Maintenance Guide 7.13.2 46

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Rev. 002-140228

SRM100 RTM

GbE1 and GbE2

XLink 1-4 (not used)

SAS Connectors

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Figure 3.17 - SRM100 RTM

SRM100 RTM Connectors

Figure 3.18 displays the SRM100 RTM connectors.

Blades and RTMs

Figure 3.18 - SRM100 RTM Connectors

Table 3.9 describes the SRM100 RTM connectors.

Table 3.9 - SRM100 RTM Connectors

Connector Description

GbE1–GbE 2 These connectors are the RJ-45 Gigabit Ethernet connectors to

e s

econd controller enclosure.

th SysClk 1–2 These connectors are not used. XLink 1–4 These connectors are not used. SAS 1–2 This connector provides connectivity to the ex

storage system.

ternal disk array

G10 Hardware Maintenance Guide 7.13.2 47

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Rev. 002-140228

Hot Swap LED

+ LED

Gb Ethernet LEDs

XLink 1-4 LEDs (not used)

SAS LEDs

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LED LED Color Description

SRM100 RTM LEDs

Figure 3.19 displays the SRM100 RTM LEDs.

Figure 3.19 - SRM100 RTM Rear Panel LEDs

Table 3.10 describes the SRM100 RTM LED indicators.

Table 3.10 - SRM100 RTM LED Indicators

Blades and RTMs

remov

Hot Swap BLUE Indicates when it is safe to

 BLUE—The module is in standby mode and can be safely

e the SRM100.

extracted.

 OFF—The module is operational, and it is unsafe to extract

it.

 BLINKING BLUE—The module is in transition between

standby mode and operational mode.

+ (Health) GREEN or RED Indicates the health of the SRM100 RTM.

 GREEN—No errors.  RED—An error occurred.  OFF—The board is not powered on.

Gb Ethernet LEDs GREEN Indicates Gigabit Ethernet link and activity.

 BLINKING GREEN—Ethernet activity is occurring.  SOLID GREEN—The Ethernet link is established.  OFF—No Ethernet link is established.

XLink 1–4 LEDs These LEDs are not used. SAS LEDs GREEN or RED Indicates SAS link connectivity status.

 GREEN—No errors; SAS link is established.  RED—An error occurred.  OFF—No SAS link is established.

G10 Hardware Maintenance Guide 7.13.2 48

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Rev. 002-140228

TRM100 RTM

10GbE Connectors (4)

Sys Clock

SAS Connectors (2)

GbE Connectors (2)

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TRM100 RTM

Blades and RTMs

The TRM100 RTM is used in the following configurations:

 Mixed 1G and 10G Ethernet probe installations with IIC100  Mixed 1G and 10G Ethernet probe installations with IIC200 supporting eHRPD

monitoring

The TRM100 RTM connects to the back of the GeoProbe G10 chassis in the upper slot location

and performs the following functions:

 Communicates the board’s health and configuration status to its counterpart IPMC on

the IIC100 or IIC200

 Serves as the store-to-disk interface to the disk array with 10Gb Ethernet capability.  Provides four 10G optical inputs for monitored links when used with IIC100. (When

used with IIC200, no 10G monitored links are connected to the TRM100 RTM; all 10G monitored traffic is connected to the IIC200 [LPC200].

Figure 3.20 displays the TRM100 RTM.

Figure 3.20 - TRM100 RTM

TRM100 RTM Connectors

Figure 3.21 displays the TRM100 RTM connectors.

Figure 3.21 - TRM100 RTM Connectors

G10 Hardware Maintenance Guide 7.13.2 49

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Rev. 002-140228

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Table 3.11 describes the TRM100 RTM connectors.

Table 3.11 - TRM100 RTM Connectors

Connector Description

10GbE (4) 10 GbE SFP+ (fiber) connectors

 When used with IIC100, these ports provide inputs for monitored links or intercage

communications for multiprobe configurations.

 When used with the IIC200, these connectors are not used.

GbE (2) Two Gb Ethernet connections

Blades and RTMs

Provide

s connections to storage controller(s).

SysClk (2) System Clock Connectors.

 For standalone G10 configurations, these can be used for external SYS CLK

connections.

 For the Media Probe configuration, thes e po rts are used for chas sis- to -ch a ssis

timing distribution.



Refer to SysClk Termination Switch for more details.

SAS (2) SAS Connectors

Provides connections to external storage subsystem.

Table 3.12 shows the RJ45 pin assignments for the SYSCLK

Table 3.12 - SYSCLK RJ45 Pin Assignments

Pin Description

1 CARR_CLK1A+ 2 CARR_CLK1A3 CARR_CLK2A+

connectors.

4 no connect 5 no connect 6 CARR_CLK2A7 CARR_CLK3A+ 8 CARR_CLK3A-

G10 Hardware Maintenance Guide 7.13.2 50

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Rev. 002-140228

SYSCLK Termination Switch

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Blades and RTMs

SysClk Termination Switch

Some G10 probe configurations require the use

of the SYSCLK 1 and SYSCLK 2 connectors, and you must change settings on the SYSCLK Termination switch. The TRM100 provides access to the SYSCLK termination switch behind a faceplate (Figure 3.22).

Figure 3.22 - TRM100 SYSCLK Termination Switch

ou need to set the SYSCLK DIP switch settings in the following

 G10 standalone chassis using external SYSCLK—determine if the SYSCLK signal is

scenarios:

terminated or bridged at customer site and set the DIP switches accordingly.

 Media probe two-chassis configuration—the Primary and Expansion Chassis must

use the TERMINATED setting on ALL THREE SYSCLK Termination Switches.

Table 3.13 shows the SYSCLK Dip Switch Settings. All eight DIP swi

same setting at any given time; all switches must be se

t to the up position or all switches must

tches must be set to the

be set to the down position.

Table 3.13 - SYSCLK Termination Switch Dip Switch Settings

Setting Description

Up (open/off) BRIDGED

Down (closed/on) TERMINATED

SYSCLK is BRIDGED (not terminated). This is de

fault switch setting.

SYSCLK is TERMINATED with a 200 Ω pu resistor.

ALL TRM10

RTM SYSCLK switches on the Media Probe Primary and Expansion chassis must use this setting.

the

ll-down

G10 Hardware Maintenance Guide 7.13.2 51

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Rev. 002-140228

GbE Activity LEDs

Hot Swap LED

10GbE LNK and ACT Status LEDs

MMC Health Status LED

SAS LEDs (2)

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TRM100 RTM LEDs

Figure 3.23 displays the TRM100 RTM LEDs.

Figure 3.23 - TRM100 RTM LEDs

Table 3.14 describ es th e TRM100 RTM LEDs.

Table 3.14 - TRM100 RTM LED Indicators

Blades and RTMs

Connector/LED LED Color Description

Hot Swap BLUE

Indicates when it is safe to remove the module.

 SOLID BLUE—module is in standby mode and can

be safely extracted.

 OFF—module is operational and it is unsafe to

extract it.

 BLINKING BLUE—module is in transition between

standby mode and operational mode.

+ GREEN or RED

LNK (10GbE) GREEN

MMC health LED.

 GREEN—no errors.  RED—error occurred.  OFF—board is not powered on.

Four 10-Gb link LEDs; one for each of the SFP+ modules. These indicate the status of the port connectivity.

 GREEN—10-Gb link is up.  OFF—no link established.

ACT (10GbE) YELLOW

Four 10-Gb activity LEDs; one for each of the SFP+ modules. These indicate the status of the traf fic ru nning over the connection.

 BLINKING YELLOW—10-Gb Ethernet activity

occurring.

 OFF—no 10-Gb Ethernet activity.

G10 Hardware Maintenance Guide 7.13.2 52

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Rev. 002-140228

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Table 3.14 - TRM100 RTM LED Indicators (Continued)

Blades and RTMs

Connect

or/LED LED Color Description

GbE Activity GREEN

ACT (SAS) GREEN or RED

APPLICATIONS BLADE

The Applications Blade provides the following functions for the G10 probe:

 Performs analysis, correlation, and pr ocessing functions  Controls the OS for GeoProbe G10

Gb Ethernet Activity LEDs which indicate the status of the traffic running over the connection.

 BLINKING GREEN—Ethernet activity occurring.  SOLID GREEN—Ethernet link is up.  OFF—no Ethernet link established.

Indicates SAS activity.

 GREEN—no errors, SAS link is up.  RED—error occurred.  OFF—no SAS link established.

 Provides the Ethernet connection to customer LAN  Enables S2D functionality (LT and ST)

Iris currently supports the following applications blades:

 IAP320/IAP200  IAP100

G10 Hardware Maintenance Guide 7.13.2 53

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Rev. 002-140228

IAP320

IAP200

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IAP320/IAP200

Blade Description

Blades and RTMs

The IAP320 and IAP200 connect to the front of the G10 chassis in Slot 1 (bottom slot). The blades vary based on the configurations described in Table 3.15.

Table 3.15 - IAP320/IAP200

IAP320

IAP200

 Two 10-core Intel Xeon processors (1.9 GHz)  192 GB DDR3 memory  Supports PRM300 RTM

 Two 6-core Intel Xeon Processors (2.0 GHz)  96 GB or 112 GB DDR3 memory. New systems ship with 112 GB

DRAM. A G10 can be upgraded to the 112 GB IAP200 to support Iris applications re

quiring additional DRAM. Contact Customer

Support for details.

 Supports PRM200 RTM

Figure 3.24 shows an example of the applications blade.

Figure 3.24 - G10 IAP320 and IAP200

G10 Hardware Maintenance Guide 7.13.2 54

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Rev. 002-140228

OOS +

F1-F2

H/S

ETH Link

ETH Activity

B1-B2

U1-U4

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IAP320

IAP320 LEDs

Blades and RTMs

The IAP320 indicators provide status and error information. The L ED indicators are located on the front panel of the board. Figure 3.25 displays the front panel LEDs of the IAP320.

Figure 3.25 - IAP320 Front Panel LEDs

Table 3.16 displays th e IAP3 20 LED ind ica tors .

Table 3.16 - IAP320 LED Indicators

LED LED Color Description

OOS RED or AMBER Indicates out of service status.

 RED or AMBER—The CPM is out of service.  OFF—Normal operation.

Health (+) GREEN or RED Indicates the health of the RTM.

 GREEN—No errors.  RED—An error occurred.  OFF—The board is not powered on.

ETH Link LED GREEN

ETH Activity LED YELLOW

Indicates status of Ethernet connector.

 GREEN—The link is available.  OFF—No link established.

Indicates the status of Ethernet traffic on the connection.

F1-F2 (L) GREEN

 YELLOW—Ethernet activity occurring.  OFF—No Ethernet activity occurring.

Fabric Interface Link Indicator

 GREEN = The Ethernet link is up.  OFF = No link established.

G10 Hardware Maintenance Guide 7.13.2 55

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Blades and RTMs

Table 3.16 - IAP320 LED Indicators

(Continued)

LED LED Color Description

F1-F2 (A) YELLOW Fabric Interface Activity Indicator

 YELLOW—Ethernet activity occurring.  OFF—No Ethernet activity occurring.

B1-B2 (L) GREEN or YELLOW Base Interface Link Indicator

 GREEN = The Ethernet link is up at 1 Gb speed.  YELLOW = The Ethernet link is up at 100M speed.  OFF = No link established.

B1-B2 (A) YELLOW

Base Interface Activity Indicator

 YELLOW—Ethernet activity occurring.  OFF—No Ethernet activity occurring.

U1-U4 Not used. H/S BLUE Indicates blade state machine status and hot swap status.

During blade installation:

 SOLID BLUE—The on-board IPMC powers up.  BLINKING BLUE—The blade communicates with shelf

manager.

 OFF—The blade is active.

During blade removal:

 SOLID BLUE—The blade is in standby mode and can be

safely extracted.

 OFF—The blade is operational, and it is unsafe to extract

it.

 BLINKING BLUE—The module is in a transition between

standby mode and operational mode.

G10 Hardware Maintenance Guide 7.13.2 56

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Rev. 002-140228

ETH

USB Ports

Serial Console Port

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IAP320 Connectors

Figure 3.26 displays the IAP320 connectors.

Figure 3.26 - IAP320 Connectors

Table 3.17 prov ide s descr ipt i on s of the IAP3 20 con ne ct or s.

Blades and RTMs

Table 3.17 - IAP320 Connectors

Connector Description

ETH Connector Used during initial probe configuration; not used during normal

e operation.

Serial Console Port Enables an RJ-45 cable to connect to an external computer to

splay and interact with the CPM’s software. In order to

di communicate with the CPM, the terminal emulator on the external computer must match the default settings for the CPM serial port:

 28800 bps  no parity  8 data bits  1 stop bit  no flow control

For best display results, the terminal should be set to 80 columns by 25 lines.

USB 1–2 The se co nn e cto rs are a standard USB 2.0 used for service and

intenance.

G10 Hardware Maintenance Guide 7.13.2 57

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Rev. 002-140228

OOS IS ATN

H/S

ETH Link

ETH Activity

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IAP200

IAP200 LEDs

Blades and RTMs

The IAP200 indicators provide status and error information. The L ED indicators are located on the front panel of the board. Figure 3.25 displays the front panel LEDs of the IAP200.

Figure 3.27 - IAP200 Front Panel LEDs

Table 3.16 displays th e IAP2 00 LED ind ica tors .

Table 3.18 - IAP200 LED Indicators

LED LED Color Description

OOS RED or AMBER Indicates out of service status.

 RED or AMBER—The CPM is out of service.  OFF—Normal operation.

IS GREEN Indicates Payload Power status.

 GREEN—Payload power has been has been enabled by

the IPMC. Note that this LED indicates the payload power status both in the early power state an d the normal blade operation.

 OFF—Payload power is disabled.

ATN Not Used. ETH Link LED GREEN

Indicates status of Ethernet connector.

 GREEN—The link is available.  OFF—No link established.

ETH Activity LED YELLOW

G10 Hardware Maintenance Guide 7.13.2 58

Indicates the status of Ethernet traffic on the connection.

 YELLOW—Ethernet activity occurring.  OFF—No Ethernet activity occurring.



Rev. 002-140228

ETH

USB Ports

Serial Console Port

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Table 3.18 - IAP200 LED Indicators (Continued)

LED LED Color Description

U1-U3 Not used.

Blades and RTMs

H/S BLUE Indicates blade state machine st

During blade installation:

 SOLID BLUE—The on-board IPMC powers up.  BLINKING BLUE—The blade communicates with shelf

manager.

 OFF—The blade is active.

During blade removal:

 SOLID BLUE—The blade is in standby mode and can be

safely extracted.

 OFF—The blade is operational, and it is unsafe to extract

it.

 BLINKING BLUE—The module is in a transition between

standby mode and operational mode.

IAP200 Connectors

Figure 3.26 displays the IAP200 connectors.

atus an

d hot swap status.

Figure 3.28 - IAP200 Connectors

G10 Hardware Maintenance Guide 7.13.2 59

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Blades and RTMs

Table 3.17 prov ide s descr ipt i on s of the IAP2 00 con ne ct or s.

Table 3.19 - IAP200 Connectors

Connector Description

ETH Connector Used during initial probe configuration; not used during normal

e operation.

Serial Console Port Enables an RJ-45 cable to connect to an external computer to

splay and interact with the CPM’s software. In order to

di communicate with the CPM, the terminal emulator on the external computer must match the default settings for the CPM serial port:

 28800 bps  no parity  8 data bits  1 stop bit  no flow control

USB 1–2 The se co nn e cto rs are a standard USB 2.0 used for service and

PRM300 RTM/PRM200 RTM

The IAP320 supports the PRM300 RTM; and the IAP200 supports the PRM200 RTM. These RTMs have the same connectors and LEDs.

The RTM provides additional connectivity opti ons an d a ha rd di sk us ed for the op e ra tin g system. The R functions:

 Provides cable connections to the disk array  Provides hard drive for operating system  Includes an IPMC

TMs connect to the rear of the respective IAP. The RTM performs the following

For best display results, the terminal should be set to 80 columns by 25 lines.

intenance.

G10 Hardware Maintenance Guide 7.13.2 60

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Hot Swap LED

Health (+) LED

Ethernet LNK and ACT LEDs

SAS Activity LEDs

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PRM300/PRM200 LEDs

Figure 3.29 displays the PRM200/PRM300.

Figure 3.29 - PRM300/PRM200 RTM

Figure 3.30 shows the RTM LED indicators.

Blades and RTMs

Figure 3.30 - PRM300/PRM200 LEDs

Table 3.20 describ es th e PRM 300 /PRM 2 00 LEDs.

Table 3.20 - PRM300/PRM200 RTM LEDs

LED LED Color Description

Hot Swap BLUE Hot Swap Indicator which indicates

when it

is safe to remove

the RTM.

 SOLID BLUE— The blade is in standby mode and can be

safely extracted.

 BLINKING BLUE—The module is in a transition between

standby mode and operational mode.

 OFF—The blade is active; do not extract it.

Health (+) GREEN or RED Indicates the health of the PRM200 RTM.

G10 Hardware Maintenance Guide 7.13.2 61

 GREEN—No errors.  RED—An error occurred.  OFF—The board is not powered on.

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Rev. 002-140228

ETH A

SAS Ports

ETH B

ETH C ETH D

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D LED Color Description

Table 3.20 - PRM300/PRM200 RTM LEDs (Continued)

Blades and RTMs

Ethernet ACT LEDs

Ethernet LNK LEDs

YELLOW I

GREEN, AMBER, or RED

ndicates Ethernet link activity.

 SOLID YELLOW = The Ethernet link is up; no activity.  BLINKING YELLOW = Ethernet activity occurring.  OFF = No Ethernet link established.

ndicates Ethernet link status.

 GREEN = The Ethernet link is up at 10 Gb speed.  AMBER = The Ethernet link is up at 1 Gb speed.  RED = The Ethernet link is up at 100M speed.  OFF = No link established.

ACT (SAS) GREEN or RED SAS activity LED

Two SAS activity LEDs, one fo r each SAS port.

 GREEN—No errors; SAS link is up.  RED—Error occurred.  OFF—No SAS link established.

PRM300/PRM200 Connectors

Figure 3.31 shows the RTM LED indicators.

Figure 3.31 - PRM300/PRM200 Connectors

Table 3.21 describ es th e PRM 300 /PRM 2 00 con nect or s .

Table 3.21 - PRM300/PRM200 Connectors

Connector Description

ETH A (Primary Interface) Primary 1G Ethernet LAN (uplink to server). Supports 10G/1G/100Mb;

al usage is 1G/100Mb for OAM.

ETH B Redundant Primary 1G Ethernet LAN (uplink to server). Only used for

ndant Primary LAN configuration. Supports 10G/1G/100Mb; normal

redu usage is 1G/100Mb for OAM.

G10 Hardware Maintenance Guide 7.13.2 62

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Rev. 002-140228

SAS AMC

IAP100

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Blades and RTMs

Table 3.21 - PRM300/PRM200

Connector Description

ETH C Ethernet LAN used for inter-cage connection ETH D

SAS Ports (two) Provides connectivity to storage subsystem.

Supports 10G/1G/100Mb; normal usage is 10G for inter -cage communication.

Connectors (Continued)

IAP100

The IAP100 Applications Blade (Figure 3.32) consists of a quad-core Intel Core Processor with 32 Gb of DDR3 memory. The IAP100 connects to the front of the G10 chassis in Slot 1 (bottom slot). An store-to-disk (S2D) functionality. The blade suppor interface that are PICMG 3.0 compliant and dual 10Gb Ethernet links for the Fabric interface that are PICMG 3.1 (option 9 or 1) compliant. The IAP100 supports the PRM100 RTM or the

SSD-3400 RTM.

SAS AMC with two SAS ports provides connectivity to storage arrays for

ts dual 1Gb Ethernet links for the Base

in multicage configuration.

Figure 3.32 - G10 IAP100

G10 Hardware Maintenance Guide 7.13.2 63

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Rev. 002-140228

OOS PWR APP

H/S

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IAP100 LEDs

Blades and RTMs

The IAP100 indicators provide status and error information. The L ED indicators are located on the front panel of the board (Figure 3.33).

Figure 3.33 - IAP100 Front Panel LEDs

Table 3.22 displays th e IAP1 00 LED ind ica tors .

Table 3.22 - IAP100 LED Indicators

LED LED Color Description

e an

OOS RED or AMBER Indicates the device is out of servic

 RED or AMBER—The CPM is out of service.  OFF—Normal operation.

d is controlled by the IPMC.

PWR GREEN Indicates whether the CPM power supplies are within a level of

toler

ance.

 GREEN—All power supplies are good, and power has not been

removed.

 OFF—The module is not powered on.

APP AMBER This LED is application defined and controlled by the IPMC. When the

LED is Ambe

r, it is controlled by the IPMC with application-defined

functionality.

H/S BLUE Hot Swap mode status; indicates when it is safe to remove the module.

 SOLID BLUE— The module is in standby mode and can be safely

extracted.

 OFF—The module is operational, and it is unsafe to extract it.  BLINKING BLUE—The module is in a transition between standby

mode and operational mode.

G10 Hardware Maintenance Guide 7.13.2 64

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Rev. 002-140228

Serial Console Port

ETH A (Primary Interface)

ETH B (Not Used)

USB Ports

SAS Connectors

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IAP100 Connectors

Figure 3.34 displays the IAP100 connectors.

Figure 3.34 - IAP100 Connectors

Table 3.23 prov ide s descr ipt i on s of the IAP1 00 con ne ct or s.

Table 3.23 - IAP100 Connectors

Blades and RTMs

Connector Description

Ethernet A Connector Provides the interface to connect to the customer LAN (Primary

rface).

In Ethernet B Connector Not used. Serial Console Port Enables an RJ-45 cable to connect to an external computer to

splay and interact with the CPM’s software. In order to

communicate with the CPM, the terminal emulator on the

external computer must match the default settings for the CPM

serial port:

 115200 bps

 no parity

 8 data bits

 1 stop bit

 no flow control

For best display results, the terminal should be set to 80

column

s by 25 lines. USB 1–2 Standard USB 2.0 used for service and maintenance. SAS Connectors Part of the SAS AMC.

G10 Hardware Maintenance Guide 7.13.2 65

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Rev. 002-140228

SAS Connectors

ACT LED

OOS LED

Hot Swap LED

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SAS AMC

Blades and RTMs

The SAS AMC on the IAP100 provides connectivity to the disk array via two SAS connectors.

Figure 3.35 displays the SAS AMC. Refer to SAS AMC (IAP100) for removal/replaceme nt

procedures.

Figure 3.35 - IAP100 SAS AMC Connectors

SAS AMC LEDs

Table 3.24 displays the SAS AMC LED indicators.

Table 3.24 - SAS AMC LEDs

LED LED Color Description

ACT YELLOW YELLOW—SAS activity on the device.

OOS RED or AMBER Indicates the device is out of service

options are:

 RED or AMBER—The CPM is out of service.  OFF—Normal operation.

H/S BLUE Indicates when it is safe to remo

 BLUE—The module is in standby mode and can b e safely extracted.  OFF—The module is operational, and it is unsafe to extract it.  BLINKING—The module is in a transition between standby mode

and operational mode.

ve the module. Valid options are:

d is controlled by the IPMC. V a lid

SAS AMC Connectors

The SAS AMC contains SAS Port 1 and SAS Port 2 that provide connectivity to the storage

G10 Hardware Maintenance Guide 7.13.2 66

enclosures.



Rev. 002-140228

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IAP100 RTMs

PRM100 RTM

Blades and RTMs

The IAP100 supports the following Rear Transition Modules (RTMs):

 PRM100 RTM  SSD-3400 RTM

The PRM100 RTM connects to the rear of IAP100. The RTM works in conjunction with the IAP100 and provides additional connectivity options and a hard disk used for the operating system. The PRM100 performs the following functions:

 Provides cable connections to the disk array  Provides hard drive for operating system  Includes an IPMC

Figure 3.36 displays the PRM100 RTM.

Figure 3.36 - PRM100 RTM

G10 Hardware Maintenance Guide 7.13.2 67

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Blades and RTMs

PRM100 LEDs

The PRM100 indicators provide status and error information. The LED indicators are

ted on the face plate of the board (see Figure 3.37).

loca

Figure 3.37 - PRM100 LEDs

G10 Hardware Maintenance Guide 7.13.2 68

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Table 3.25 describ es th e PRM 100 LEDs .

Table 3.25 - PRM100 LEDs

LED LED Color Description

H/S BLUE Hot swap indicator.

 SOLID BLUE—Ready for hot swap.  LONG BLUE BLINK—Activating the module after insertion short.  BLUE BLINK—Preparing for the hot swap.  OFF—No hot-swap activity is in progress.

ACT AMBER Indicates HDD activity.

 BLINKING AMBER—HDD activity.  OFF—No activity.

PWR GREEN Indicates power status.

 GREEN—Power to the RTM is normal.

Blades and RTMs

 OFF—The RTM is not powered or is in the hot-swap process .

OOS RED or AMBER Indicates the device is out of service.

 RED or AMBER—The RTM is out of service.  OFF—The RTM is operating normally.

PRM100 Connectors

Table 3.26 describ es th e PRM 10 0 conn e cto rs.

Table 3.26 - PRM100 Connectors

Connector Description

SFP Sockets (two) Not used. RS-232 Serial Port Not used. SAS Ports (two) Provides connectivity to storage subsystem. USB Port Not used.

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10G Interconnect Cards

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SSD-3400 RTM

The IAP100 also supports an SSD-3400 RTM. This RTM is the same blade as the PRM100

RTM except it provides an 80 GB SSD system disk (Figure 3.38). The RTM supports serial,

USB, and SAS ports.

10G INTERCONNECT CARD

The 10G Interconnect card (Figure 3.39) provides additional 10G Ethernet connectivity directly to both of the blades in the cage. Two 10 Deep Packet Classification (DPC). Refer to 10G Interconnect Card for installation and removal procedures.

Figure 3.38 - SSD-3400 RTM

G Interconnect cards are required to support

Blades and RTMs

Figure 3.39 - G10 Chassis Rear - 10G Interconnect Cards

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10G Interconnect Card LEDs

Blades and RTMs

The 10G Interconnect card contains several LEDs to provide status and error information (Figure 3.40).

Figure 3.40 - 10G Interconnect Card LEDs

Table 3.27 describ es th e 10 G In terc

onnect card LEDs.

Table 3.27 - 10G Interconnect Card LEDs

LED LED Color Description

H/S BLUE Indicates card hot swap status.

 SOLID BLUE—The card is in standby mode and can be

safely extracted.

 BLINKING BLUE—The card is powering up or down; DO

NOT extract the card.

 OFF—The card is operational, and it is unsafe to extract it.

OK (power) GREEN Indicates power status.

 GREEN—The card is operating properly.  BLINKING GREEN—The card is booting up.  OFF—An error has occurred, and the card is not operating

properly.

OOS (failure) RED Indicates card status.

 RED—The card is out of service.  OFF—The card is working properly.

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10G Interconnect Card Connectors

Blades and RTMs

The 10G Interconnect card provides an SFP+ 10G Ethernet interface on the front panel (Figure 3.41). The card supports:

 Fiber connections using an SFP+ module Ethernet cable  Copper connections using Direct Attach SFP+ copper cable

Figure 3.41 - 10G Interconnect Card Connecto

G10 HARDWARE COMPONENT NAME REFERENCE

Table 3.28 lists the naming conventions used to identify the various G10 components.

Table 3.28 - G10 Component Names

Component Current Name

Blades

Carrier Blade (see Iris Interface Cards) CAB100 Iris Interface Cards IIC100

Applications Blades IAP100

Advanced Mezzanine Cards (AMCs)

IIC100 AMCs LPC100 AMC

r (Shown with Fiber SFP module)

IIC200

IAP200 IAP320

FPC100 AMC

IIC200 AMCs LPC200 AMC

FPC200 AMC

IAP100 AMC SAS AMC

Rear Tr ansition Modules (RTMs)

IIC100 RTMs SRM100 RTM

TRM100 RTM

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Blades and RTMs

Table 3.28 - G10 Component Names (Continued)

Compon

IIC200 RTMs SRM200 RTM

IAP100 RTMs PRM100 RTM

IAP200 RTM PRM200 RTM IAP320 RTM PRM300 RTM

Storage Enclosures

RAID Storage Enclosure SA100R

JBOD Storage Enclosure SA100J

ent C

TRM100 RTM

SSD-3400 RTM

SA200R

SA200J

urrent Name

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User Documentation

SAS STORAGE ARRAYS

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All G10 systems support disk arrays to provide disk space for applications requiring extensive data storage. The storage subsystem consists of controller enclo su res and expansion enclosures for expandable storage configurations. The controller enclosure manages th e physical disk drives and provides communication between the expansion enclosures and the G10 probe. Expansion enclosures are JBOD (Jus t a Bunch of Disks) and cont ain no controller mechanism. Expansion enclosures allow you to add twenty-four more drives of capacity to the existing disk array configuration.

Storage Subsystem

ndancy configurations to improve system

The disk arrays contain the following built-in re

reliability and availability:

 Redundant, hot swappable fans and AC and DC power units  Dual, hot-swappable IO modules or controller modules  Hot-swappable disk drives

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SAS 24 Disk Enclosure

(SA100R/SA100J, SA200R/SA200J

Near-Line SAS 12-Disk Enclosure

(SA210J)

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Storage Subsystem

Figure 4.1 displays a SAS 24-disk enclosure and a Near-Line SAS 12-disk enclosure.

Figure 4.1 - Disk Enclosure Views

Supported Models

The G10 supports the following storage enclosures:

 Controller Enclosure

- 24-disk SA100R or SA200R (300 GB, 600 GB, or 900 GB drives)

 Expansion Enclosure

- 24-disk SA100J or SA200J (300 GB, 600 GB, or 900 GB drives)

- 12-disk SA210J (4 TB drives)

Storage Enclosure Features

The disk enclosure contains the following hardware features:

 Requires 2 rack units (2U) of space  SAS connectors

- SA200R/ SA200J/SA210J support 6 Gbps connectors

- SA100R/SA100J support 3 Gbps connectors

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 RAID 0 or RAID 5 support  Controller enclosure JBOD support:

Storage Subsystem

- SA200R—supports seven SA200J/SA210J JBOD

expansion enclosures.

SA200R controller enclosures support both SA200J and SA210J expansion enclosures. If both expansion enclosure models are used, connect the SA200J expansion enclosures first, then connect SA210J expansion enclosures

- SA100R—supports three SA100J JBOD expansion enclosures

 Controller enclosures support configurable raw packet capture rates:

- Two SA100R controllers - up to 6 Gbps

- One SA200R controller - up to 10 Gbps

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DISK ENCLOSURE FRONT PANELS

SA100R, SA100J, SA200R, and SA200J Front Panel

The disk enclosure front panel looks the same for the SA100R, SA100J, SA200R, and SA200J controller and expansion enclosures. The front panel houses the disks and provides activity status. The disks are numbered 0 to 23 from left to right. Figure 4.2 shows the disk enclosure front panel and LEDs.

Storage Subsystem

Figure 4.2 - Disk Enclosure Front Panel (

SA210J Front Panel

Figure 4.3 shows the disk enclosure front panel and LEDs for the SA210J. The disks are

numbered 0 to 11 from left to right as shown in the graphic.

A100R, SA100J, SA200R, and SA200J)

Figure 4.3 - Near-Line SAS Disk Enclosure Front Panel (SA210J)

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Storage Subsystem

Front Panel LEDs

Table 4.1 describes the LEDs for these enclosures.

Table 4.1 - Disk Enclosure LEDs

LED Description Definition

1 Enclosure ID This indicator enables you to correlate the enclosure with logical views

esented by management software. The sequential enclosure ID

p numbering of controller enclosures begins with the integer 0. The enclosure ID for an attached drive enclosure is nonze ro. Whe n the L ED is Green, it is ON.

2 Power/Activity/Fault This LED displays GREEN or YELLOW, depending on the following

ates:

 GREEN ON—the drive module is operating normally.  GREEN BLINKING—the drive module is active and processing I/O or

is performing a media scan.

 GREEN OFF—if neither green nor yellow, the drive module is not

powered on.

 YELLOW ON—the drive has experienced a fault or has failed. The

vdisk is initializing or rebuilding or the vdisk is down.

 YELLOW BLINKING—physically identifies the drive module.  YELLOW OFF—if neither green nor yellow, the drive module is not

powered on.

3 OK to Remove This LED displays BLUE in the following states:

 ON—the drive module has been removed from any active virtual disk,

spun down, and prepared for removal.

 OFF—the drive module is not prepared for removal.

4 Unit Identification

(UID)

5 Fault/Service

Require

d ID

This LED displays the color WHITE. Valid options are:

 BLINKING—enclosure is identified.  OFF—normal operation.

This LED displays the color AMBER. Valid options are:

 ON—an enclosure-level fault condition exists. The event has been

acknowledged but the problem needs at te nt ion .

 OFF—no fault condition exists.

6 FRU OK—Heartbeat This LED displays the color GREEN. Valid options are:

 ON—the enclosure is powered on with at least one power supply

operating normally.

 OFF—both power supplies are off; the system is powered off.

7 Temperature Fault Valid options are:

 GREEN ON—the enclosure temperature is normal.  YELLOW ON—the enclosure temperature is above threshold.

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DISK ENCLOSURE REAR PANEL

The components and LEDs on the disk enclosure re ar pa nel vary depending on whether it is a controller enclosure or an expansion enclosure.

SA200R Controller Enclosure Rear Panel

The controller enclosure rear panel houses SAS and Ethernet port connectors, power supplies, and power switches (see Figure 4.4).

Storage Subsystem

Figure 4.4 - SA200R Controller Enclosure Re

Table 4.2 displays the SA200R Controller En

Table 4.2 - SA200R Controller Enclosure Rear Panel LEDs

LED Description

Power Supply Input Source

Power Supply Fault  This LED displays the color YELLOW and indicates the DC Voltage/Fan Fault/

This LED displays the color GREEN and indica power is good. Valid options are:

 ON—The power is on, and input voltage is normal.  OFF—The power is off, or input voltage is below the minimum threshold.

Service

 ON—The DC output voltage is out of range, or a fan is operating below the

 OFF—The DC output voltage is normal.

Required. Valid options are:

minimum required RPM.

ar Panel (DC Power Supplies Shown)

closure Rear Panel LEDs.

s whether the input source

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Storage Subsystem

Table 4.2 - SA200R Controller Enclosure

Rear Panel LEDs (Continued)

LED Description

6 Gb SAS Activity Status These LEDs display the color GREEN. Valid options are:

 BLINKING—The link has I/O activity.  OFF—The link is idle.

6Gb SAS Link Status These LEDs display the color GREEN. Valid options are:

 ON—The port is connected, and the link is up.  OFF—The port is empty, or the link is down.

OK to Remove This LED displays the color BLUE. Valid options are:

 ON—The controller module can be removed.  OFF—The controller module is not prepared for removal.

FRU OK This LED displays the color GREEN. Valid options are:

 ON—The controller module is operating normally.  OFF—The controller module is not OK.  BLINKING—The system is booting.

Fault/Service Required This LED displays the color AM

BER. Valid options are:

 ON—A fault is detected, or a service action is required.  BLINKING—A hardware-controlled power-up, cache flush, or restore error.

Ethernet LNK Status This LED displays the color GREEN. Valid options are:

 ON—The Ethernet link is up.  OFF—The Ethernet port is not connected or the link is down.

Ethernet ACT Status This LED displays the color GREEN. Valid options are:

 OFF—The Ethernet link has no I/O activity.  BLINKING—The Ethernet link has I/O activity.

Cache Status This LED displays the color GREEN. Valid options are:

 ON—The cache is dirty, and operation is normal.  OFF—The cache is clean and contains no unwritten data.  BLINKING—A compactFlash flush or cache self-refresh is in prog re ss ,

indicating cache activity.

Expansion Port Status This LED displays the color GREEN. Valid options are:

 ON—The port is connected, and the link is up.  OFF—The port is empty, or the link is down.

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SA200R Controller Enclosure Connectors

Table 4.3 lists the controller enclosure connectors. Refer to the G10 Installation Guide for

more information about how the G10 conn

Table 4.3 - Controller Disk Enclosure Connectors

Connector Description

SAS 0-SAS 3 Ports SAS Ports 0 and 1 connect to G10.

SAS Ports 2 and 3 are not used. Ethernet Port Connects to G10. Service Ports Used only by service personnel. SAS Expansion Port Connects to another expansion enclosure.

SA100R Controller Enclosure Rear Panel

Storage Subsystem

ects to the storage arrays.

The controller enclosure rear panel houses the SAS and Ethernet port connectors, power supplies, and power switches (see Figure 4.5).

Figure 4.5 - SA100R Controller Enclosure Re

ar Panel (DC Power Supplies Shown)

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Storage Subsystem

Table 4.4 displays the SA100R Controller Enclosure Rear Panel LEDs.

Table 4.4 - SA100R Controller Enclosure Rear Panel LEDs

LED Description

Power Supply Input Source

This LED displays the color GREEN and indica power is good. Valid options are:

 ON—The power is on, and input voltage is normal.  OFF—The power is off, or input voltage is below the minimum threshold.

s whether the input source

Power Supply Fault  This LED displays the color YELLOW and indicates the DC Voltage/Fan Fault/

Service

 ON—The DC output voltage is out of range, or a fan is operating below the

Required. Valid options are:

minimum required RPM.

 OFF—The DC output voltage is normal.

3 Gb SAS Activity St

atus

These LEDs display the color GREEN. Valid options are:

 BLINKING—The link has I/O activity.  OFF—The link is idle.

3 Gb SAS Link Status These LEDs display the color GREEN. Valid options are :

 ON—The port is connected, and the link is up.  OFF—The port is empty, or the link is down.

OK to Remove This LED displays the color BLUE. Valid options are:

 ON—The controller module can be removed.  OFF—The controller module is not prepared for removal.

Unit Locator This LED displays the color WHIT

 OFF—Normal operation.  BLINKING—Physically identifies the controller module.

E. Valid options are:

FRU OK This LED displays the color GREEN. Valid options are:

 ON—The controller module is operating normally.  OFF—The controller module is not OK.  BLINKING—The system is booting.

Fault/Service Required This LED displays the color AM

 ON—A fault is detected or a service action is required.  BLINKING—A hardware-controlled power-up, cache flush, or restore error.

BER. Valid options are:

Ethernet LNK Status This LED displays the color GREEN. Valid options are:

 ON—The Ethernet link is up.  OFF—The Ethernet port is not connected, or the link is down.

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Storage Subsystem

Table 4.4 - SA100R Controller Enclosure

Rear Panel LEDs (Continued)

LED Description

Ethernet ACT Status This LED displays the color GREEN. Valid options are:

 OFF—The Ethernet link has no I/O activity.  BLINKING—The Ethernet link has I/O activity.

Cache Status This LED displays the color GREEN. Valid options are:

 ON—The cache is dirty, and operation is normal.  OFF—The cache is clean and contains no unwritten data.  BLINKING—A compactFlash flush or cache 

self-refresh is in progress, indicating cache activity.

Host Activity This LED displays the color GREEN. Valid options are:

 OFF—The host ports have no I/O activity.  BLINKING—At least one host port has I/O activity.

Expansion Port Status This LED displays the color GREEN. Valid options are:

 ON—The port is connected, and the link is up.  OFF—The port is empty, or the link is down.

SA100R Controller Enclosure Connectors

Table 4.5 displays the controller enclosure connectors. Refer to the G10 Installation Guide

for more information about how the G10 connects to the storage arrays.

Table 4.5 - Controller Disk Enclosure Connectors

Connector Description

SAS 0 and SAS 1 Ports Connects to G10. Ethernet Port Connects to G10. Service Ports Used only by service personnel. SAS Expansion Ports Connects to another expansion enclosure.

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Storage Subsystem

SA100J, SA200J, and SA210J Expansion Enclosure Rear Panel

The expansion enclosure rear panel houses SAS IN/OUT port connectors, the power supplies, and power switches (Figure 4.6).

Figure 4.6 - Expansion Disk Enclosure Rear Panel (DC Power Supplies Shown)

Table 4.6 displays the expansion disk enclosure LEDs.

Table 4.6 - Expansion Disk Enclosure LEDs

LED Description

Power Supply Input Source This LED displays the color GREEN a

d indicates whether the input

source power is good. Valid options are:

 ON—The power is on, and input voltage is normal.  OFF—The power is off, or input voltage is below the minimum

threshold.

Power Supply Fault This LED displays the color YELLOW and indicates the DC Voltage/

n Fault/Service Required. Valid options are:

 ON—The DC output voltage is out of range, or a fan is operating

below the minimum required RPM.

 OFF—The DC output voltage is normal.

Unit Locator This LED displays the color WHITE. Valid options are:

 OFF—Normal operation.  BLINKING—Physically identifies the controller module.

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Storage Subsystem

Table 4.6 - Expansion Disk Enclosure

LEDs (Continued)

LED Description

Fault/Service Required This LED displays the color AMBER. A fau

lt is detected or a service action is required. Hardware controlled power-up or a cache flush or restore error. Valid options are:

 ON—A fault has been detected or a service action is required.  BLINKING—A hardware-controlled power-up, cache flush, or

restore error. OK to Remove Not Implemented OK This LED displays the color GREEN. Valid options are:

 ON—The expansion module is operating normally.  BLINKING—The system is booting.  OFF—The expansion module is not OK.

Service Port Used only by service personne l. SAS in Status  This LED displays the color GREEN. Valid options are:

 ON—The port is connected, and the link is up.  OFF—The port is empty, or the link is down.

SAS out Status This LED displays the color GREEN. Valid options are:

 ON—The port is connected, and the link is up.  OFF—The port is empty, or the link is down.

Expansion Enclosure Connectors

Table 4.7 displays the expansion disk enclosure connectors. Refer to the G10 Installation

Guide for more information about how the G10 conn

Table 4.7 - Expansion Disk Enclosure Connectors

Connector Description

Service Port Used only by service personnel. SAS Out Port Connects to another drive enclosure. SAS In Port Connects to another drive enclosure.

ects to the storage enclosures.

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User Documentation

OVERVIEW

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Maintenance

Guidelines

This chapter provides the following sections:

 G10 Maintenance Procedures  Storage Array Maintenance Procedures

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G10 MAINTENANCE PROCEDURES

This section contains the following information:

 Field Replaceable Units  Removing and Replacing a PEM  Replacing the Fan Tray  Replacing G10 Chassis Air Filters  G10 Blade Removal/Replacement Procedures  Replacing G10 Shelf Managers (SHMMs)  Serial Over LAN (SOL) Support  G10 Probe and Array Start Up/Shut Down Sequence

Maintenance Guidelines

Field Replaceable Units

The following tables lists the Field Replaceable Units (FRUs) for the G10 and storage array.

Chassis

3U DC Chassis with Shelf Manager G10 SHMMs (replaced in pairs) G10 DC Power Entry Module (PEM) AC Power Entry Module (PEM) G10 Fan Tray (Front) G10 Fan Tray (Rear) G10 Air Filters

Blades and RTMs

IIC100 8x 1GB Blade set includes the following:

 AMC Carrier Blade CAB100  LPC100 AMC  FPC100 AMC  SRM100 RTM

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IIC100 4 x 10GB Blade set includes the following:

 AMC Carrier Blade CAB100  LPC100 AMC  FPC100 AMC  TRM100 RTM

IIC200 Blade set includes the following:

 AMC Carrier Blade CAB100  LPC200 AMC  FPC200 AMC  SRM200 RTM

IIC200e Blade set (for eHRPD monitoring) includes the following:

 AMC Carrier Blade CAB100  LPC200 AMC  FPC200 AMC

Maintenance Guidelines

 TRM200 RTM

IAP100 IAP200 IAP320 SRM100 RTM SRM200 RTM TRM100 RTM PRM100 RTM PRM200 RTM PRM300 RTM LPC100 AMC FPC100 AMC LPC200 AMC FPC200 AMC SAS AMC

Storage Enclosures

Storage Enclosure Air Filters Storage Enclosure Power Supplies SAS RAID Storage Enclosure SA100R or SA200R SAS Expansion Enclosure SA100J, SA200J, SA210J

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Controller or Expansion Module SAS 300 GB, 600 GB, and 900 GB Disk Drives NLS SAS 4T Disk Drives (SA210J)

Removing and Replacing a PEM

This section provides the information needed to re move and replace the Po wer Entry Modules (PEMs). The G10 chassis is equipped with two AC or DC PEMs. They are installed in the middle of the shelf’s front. Before replacing a PEM, verify that a second PEM is present with both of its green notification LEDs lit. This second PEM will provide a single power supply path during the replacement process.

Replacing a DC PEM

Hot power supplies may cause injury. Allow the PEM to cool before servicing .

Maintenance Guidelines

Perform the following steps to replace a DC PEM.

Step Action

1. Put on an ESD wrist strap.

Electrostatic discharge can damage circuits or shorten their life. Before touching the blade or electronic components, ensure that you are working in an ESD-safe environment.

2. Connect the strap to the shelf by attaching the front or rear ESD jack/ESD snap.

3. Switch the breaker of the PEM to be replac is not already in this position.

4. Remove the power connection cables from the PEM.

5. Unfasten the two captive screws of the PEM.

6. Remove the PEM from the shelf bay by pulling the PEM handle.

7. Switch the breaker on the replacement PEM to the OFF (tr not in this position already.

Inserting or extracting the PEM with the PEM breaker in the ON position may damage your system. If power is connected to the shelf, ensure that the breaker is in the OFF position before you insert or extract a PEM.

ed to the OFF (tripped) position, if it

pped) position, if it is

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Captive Screw

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8. Insert the replacement PEM (see Figure 5.1).

Maintenance Guidelines

Figure 5.1 - Inserting the Replacement DC PEM

9. Fasten the two PEM captive screws.

10. Reconnect the power cables to the PEM.

Tektronix equipment, cables, and wiring diagrams comply with industry standard DC electrical color coding. Please ensure proper cabling if your equipment and cabling uses nonstandard DC electrical color coding. Improper cabling can cause damage to equipment or personal injury. Contact Tektronix to request specially labeled power cables (-48V = Red, Return = Black) for the G10 chassis and the storage enclosures.

11. Turn on the feed power if it is not already turned on.

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Maintenance Guidelines

12. Check the PEM LEDs (see Figure 5.2) and take the appropriate actions as listed in Table 5.1.

Figure 5.2 - PEM LEDs

Applying reverse power causes damage to the electrolytic capacitors of the filter. Therefore, switch on the breakers only if no red light is visible.

PEM LEDs Status

Reverse LED (red) In LED (green) OFF

Reverse LED (red) In LED (green) ON

13. Switch the breaker to the ON position.

14. Verify that the green BP LED (on the right) is lit.

Replacing an AC PEM

Perform the following steps to replace an AC PEM.

OFF

Table 5.1 - G10 DC PEM LEDs

t switch on the breaker while the Reverse LED is on.

Do no

 Reason—the power connected is reversed.  Action—turn off the feed power and attach the power

cables at the power connector with the correct orientation (-48V, Return).

t switch on the breaker while the In LED st

Do no

he power is connected correctly. You may switc h on the

T br

eaker now.

ays off.

Step Action

1. Put on an ESD wrist strap.

Electrostatic discharge can damage circuits or shorten their life. Before touching the blade or electronic components, ensure that you are working in an ESD-safe environment.

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Maintenance Guidelines

2. Connect the strap to the shelf by attaching the front or rear ESD jack / ESD snap.

3. Disconnect the AC power cord from the rack power supply for the AC PEM that

you wan

4. Disconnect the AC power cord from the back cool before removing it.

5. Loosen the two captive screws

to replace.

of the

n the front of the PEM.

AC PEM. Allow the PEM to

6. Remove the PEM from the front of the chas

7. Insert the replacement PEM (Figure 5.3).

sis by pulling the PEM handle.

Figure 5.3 - Inserting the Replacement AC PEM

8. Tighten the two PEM captive screws.

9. Connect the AC power cord to the back of the AC PEM.

10. Connect the AC power cord to the rack power supply.

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Status LED

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Maintenance Guidelines

11. Check the PEM Status LED (Figure 5.4) and take the appropriate actions as listed in Table 5.2.

Figure 5.4 - AC PEM Status LED

Table 5.2 - G10 AC PEM LEDs

PEM LEDs Status

LED OFF The power is disconnected.

Action: Check

LED RED The power supply is in a failed state.

Action: Disco



Remove and insert the PEM again to be sure that it is properly seat ed

secure. If the LED lights again, contact Tektronix Communications

and Customer Support.

LED GREEN The power is connected correctly.

e AC power cable connections.

nnect the AC power cord from the PEM. 

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Replacing the Fan Tray

The following section provides the information needed to remove and replace the fan trays. The fan trays are located on the right-hand side of the shelf’s front and on the right-hand side of the rear. If you wa nt to check or replace an air filter, you must remove the front fan tray first.

Removing the single operating fan tray leads to overheating very quickly. Ensure that one operating fan tray is present in the system at all times.

Perform the following steps to replace the fan tray. These steps are the same for the front and rear fan trays.

Step Action

1. Put on an ESD wrist strap.

Electrostatic discharge can damage circuits or shorten their life. Before touching the blade or electronic components, ensure that you are working in an ESD-safe environment.

2. Remove the replacement fan tray from the shipping box and ensure that it is the

Maintenance Guidelines

correct model for the shelf and the required front or rear fan tray.

When a fan tray is taken out of operation or is removed during a replace ment procedure, the system manager compensates for the loss by increasing the speed of the remaining fans. Running a fan on high speed for a long time can shorten the fan’s life and can exceed the allowable acoustic noise limits. Replace the fan tray as soon as possible.

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Maintenance Guidelines

3. Loosen the three mounting screws of the tray (see Figure 5.5).

Figure 5.5 - Fan Tray Mounting Screws (Rear)

Please use caution because there are rotating fa ns. Inserting tools or fingers into operational fans can cause injuries. Keep clear of the fans as long as they are rotating.

4. Grasp the handle and pull the tray carefully out of the shelf (see Figure 5.6).

Figure 5.6 - Pulling Out the Fan Tray (Rear)

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Maintenance Guidelines

5. Take the replacement fan tray and insert it into the shelf (see Figure 5.7).

Figure 5.7 - Front Fan Tray (Front)

6. Slide the tray into the slot until you feel resistance (see Figure 5.8). The fans start rotating during this step.

Figure 5.8 - Rear Fan Tray

7. Fasten the three mounting scr

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ws of the tray.

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Replacing G10 Chassis Air Filters

The G10 chassis is equipped with two air filters located below and above the front fan tray. If you want to replace both filters at the same time, replace the top filter first. Otherwise, dust may fall and soil the new bottom filter when you remove the top filter.

To ensure that the G10 probe operates efficiently, Tektronix requires the air filters to be changed every 3 months.

Replacing the Top Air Filter

Perform the following steps to replace the top air filter.

Step Action

1. Put on an ESD wrist strap.

Maintenance Guidelines

Electrostatic discharge can damage circuits or shorten their life. Before touching the blade or electronic components, ensure that you are working in an ESD-safe environment.

2. Ensure that you have a new replacement filter available.

3. Remove the front fan tray if it is not removed already (refer to Replacing the Fan

Tray.)

4. After the fan tray is removed, use compressed air to remove dust from the front

fan tray

necessary.

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Maintenance Guidelines

5. Insert two fingers in the round holes at the front of the air filter frame and pull it downward and out of its compartment (Figure 5.9). If you cannot remove th e frame with your fingers, you can also use a tool such as a screwdriver.

When using a tool to remove the air filter frame, be careful not to damage the frame or the G10 chassis.

Figure 5.9 - Top Air Filter Frame Removal

6. Pull the frame carefully out of the chassis (Figure 5.10).

Figure 5.10 - Top Air Filter Frame Removal

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Maintenance Guidelines

7. Detach the air filter from its frame.

8. Attach the new filter to the frame (Figure 5.11). Ensure that it is aligned with the frame.

Figure 5.11 - Top Air Filter Replacement

9. Press the air filter to the hook-and-loop fastener on the fram e.

10. Insert the frame into the shelf by placing the right edge in the guide.

11. Slide the frame into the slot until you feel resistance.

12. Push the frame upward until it snaps in place.

13. Perform one of the following actions:

 Replace the bottom air filter (refer to Replacing the Bottom Air Filter).  Replace Fan Trays (refer to Replacing the Fan Tray).

Replacing the Bottom Air Filter

Perform the following steps to replace the bottom air filter.

Step Action

1. Put on an ESD wrist strap.

Electrostatic discharge can damage circuits or shorten their life. Before touching the blade or electronic components, ensure that you are working in an ESD-safe environment.

2. Ensure that a new replacement filter is available.

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Maintenance Guidelines

3. Remove the front fan tray if it is not removed already (refer to Replacing the Fan

Tray).

4. Insert two fingers in the round holes at the front of the bottom air filter frame

pull the frame upward and out of its compartment (Figure 5.12). If you

an cannot remove the frame with your fingers, you can also use a tool such as a screwdriver.

When using a tool to remove the air filter frame, be careful not to damage the frame or the G10 chassis.

Figure 5.12 - Bottom Air Filter Removal

5. Pull the frame carefully out of the chassis.

6. Detach the air filter from its frame.

7. Attach the new filter to the frame. Ensure that it is aligned with the frame.

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Tektronix GeoProbe G10 Hardware Maintenance Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

WHAT’S NEW IN G10 HARDWARE VERSION 7.13.2?

OVERVIEW

G10 Probe Overview

G10 PROBE CONFIGURATIONS

G10 ARCHITECTURE OVERVIEW

Data Collection and Processing

Line Rate Processing—Iris Interface Card (IIC)

User Plane and Control Plane Processing—Iris Interface Card (IIC) and Application Blade

Storage Subsystem—Store to Disk

G10 HARDWARE COMPONENTS

G10 Front View

G10 Rear View

NETWORK CONNECTIVITY

Default Port Settings

TIME SYNCHRONIZATION

G10 MEDIA PROBE CONFIGURATION

G10 CONTROL PLANE PROBE CONFIGURATION

OVERVIEW

Chassis Subsystem

SHELF MANAGER

Rear Panel LEDs

Rear Panel Connectors

POWER ENTRY MODULES (PEMS)

DC PEMs

Front Panel LEDs

AC PEMs

Front Panel LEDs

FAN TRAYS

ELECTRO-STATIC DISCHARGE POINTS

OVERVIEW

Blades and RTMs

IIC LEDs

IRIS INTERFACE CARD

IIC200

IIC200 LEDs

FPC200 AMC

LPC200 AMC

IIC200 RTMs

IIC100

FPC100 AMC

LPC100 AMC

IIC100 RTMs

APPLICATIONS BLADE

IAP320/IAP200

IAP320

IAP200

PRM300 RTM/PRM200 RTM

IAP100

IAP100 LEDs

IAP100 Connectors

SAS AMC

IAP100 RTMs

10G INTERCONNECT CARD

10G Interconnect Card LEDs

10G Interconnect Card Connectors

G10 HARDWARE COMPONENT NAME REFERENCE

SAS STORAGE ARRAYS

Storage Subsystem

Supported Models

Storage Enclosure Features

DISK ENCLOSURE FRONT PANELS

SA100R, SA100J, SA200R, and SA200J Front Panel

SA210J Front Panel

Front Panel LEDs

DISK ENCLOSURE REAR PANEL

SA200R Controller Enclosure Rear Panel

SA200R Controller Enclosure Connectors

SA100R Controller Enclosure Rear Panel

SA100R Controller Enclosure Connectors

SA100J, SA200J, and SA210J Expansion Enclosure Rear Panel

Expansion Enclosure Connectors

OVERVIEW

G10 MAINTENANCE PROCEDURES

Field Replaceable Units

Removing and Replacing a PEM

Replacing a DC PEM