Cisco Firepower 4100 Series Manual

Cisco Firepower 4110, 4120, 4140, and 4150 Hardware Installation Guide
First Published: 2016-03-31
Last Modified: 2018-11-16
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CONTENTS
Overview 1
CHAPTER 1
Features 1
Deployment Options 4
Package Contents 4
Serial Number Location 5
Front Panel 6
Front Panel LEDs 7
Rear Panel 8
Network Modules 10
10-G Network Module 10
40-G Network Module 11
Hardware Bypass Network Modules 12
1-G Network Module with Hardware Bypass 13
40-G Network Module with Hardware Bypass 14
1-G SX/10-G SR/10-G LR Network Module with Hardware Bypass 16
Power Supply Modules 18
Fan Modules 20
Supported SFP/SFP+ and QSFP Transceivers 21
Hardware Specifications 23
Product ID Numbers 25
Power Cord Specifications 28
Installation Preparation 35
CHAPTER 2
Installation Warnings 35
Safety Recommendations 37
Maintain Safety with Electricity 38
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Prevent ESD Damage 38
Site Environment 39
Power Supply Considerations 39
Rack Configuration Considerations 39
Mount and Connect 41
CHAPTER 3
Unpack and Inspect the Chassis 41
Rack-Mount the Chassis 42
Ground the Chassis 46
Install the FIPS Opacity Shield 48
Connect Cables, Turn on Power, and Verify Connectivity 53
Maintenance and Upgrade 55
CHAPTER 4
Remove and Replace the Network Module 55
Remove and Replace the Fan Module 58
Remove and Replace the SSD 59
Remove and Replace the Power Supply Module 61
Connect the DC Power Supply Module 64
Secure the Power Cord on the AC Power Supply Module 70
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Contents

CHAPTER 1
Overview
•Features, on page 1
•Deployment Options, on page 4
•Package Contents, on page 4
•Serial Number Location, on page 5
•Front Panel, on page 6
•Front Panel LEDs, on page 7
•Rear Panel, on page 8
•Network Modules, on page 10
•Hardware Bypass Network Modules, on page 12
•Power Supply Modules, on page 18
•Fan Modules, on page 20
•Supported SFP/SFP+ and QSFP Transceivers, on page 21
•Hardware Specifications, on page 23
•Product ID Numbers, on page 25
•Power Cord Specifications, on page 28
Features
The Cisco Firepower 4100 series security appliance is a standalone modular security services platform. It is
capable of running multiple security services simultaneously and so is targeted at the data center as a
multiservice platform. The series includes the Firepower 4110, 4120, 4140, and 4150. See Product ID Numbers,
on page 25 for a list of the product IDs (PIDs) associated with the 4100 series.
The Firepower 4100 supports the following software:
• Cisco Firepower Threat Defense
We recommend that you upgrade to the latest version (at least to Version 6.1.0)
to take advantage of software updates that enhance SSD management performance
and longevity.
Note
• Cisco Firepower eXtensible Operating System (FXOS)
• Cisco ASA
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The Firepower 4100 is certified for Common Criteria (CC) and Federal Information Processing Standards
(FIPS). See "Security Certifications Compliance" in the Cisco FXOS CLI Configuration Guide for the procedure
for enabling these modes using the CLI. See "Security Certifications Compliance" in the Cisco FXOS Firepower
Chassis Manager Configuration Guide for information for enabling these modes using the Firepower Chassis
Manager.
Note
The following figure shows the Firepower 4100 series security appliance.
Figure 1: Firepower 4100 Series
See the Cisco Interactive Library for a video that displays the features and components of the Firepower 4100.
The following table lists the features for the Firepower 4100 series.
Table 1: Firepower 4100 Series Features
4150414041204110Feature
1 RU
Fits a standard 19-in. (48.3cm) square-hole rack
Form factor
Yes
Slide rails, mount ears, and screws included (4-post EIA-310-D rack)
Rack mount
Front to rear
Cold aisle to hot aisle
Airflow
Single 22-coreSingle 18-core
Single 12-coreProcessor
256-GB DDR4
DRAM
256-GB DDR4
DRAM
128-GB DDR4
DRAM
64-GB DDR4
DRAM
Memory
24
With two 8-port network modules installed
Maximum number
of interfaces
One Gigabit Ethernet
Supports 1-G fiber or copper SFPs
Management port
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Overview
Features

4150414041204110Feature
One RJ-45 consoleSerial port
One USB 2.0 Type AUSB port
Eight fixed 1-G and 10-G SFP ports (named Ethernet 1/1 through 1/8)Network ports
Yes
Eight fixed 1-G and 10-G SFP ports
See Network Modules, on page 10 for the number of SFP/SFP+ ports for each network
module.
SFP ports
Yes
Displays the serial number; on the front panel
Pullout asset card
Yes
On rear panel
Grounding lug
Yes
On front panel
Locator beacon
Yes
On rear panel
Power switch
Yes
Two network module slots ( named network module 2 and network module 3)
Network modules
8-port 10-Gigabit Ethernet SFP+
4-port 40-Gigabit Ethernet QSFP+
8-port 1-Gigabit Ethernet SFP+ fail-to-wire
2-port 40-Gigabit Ethernet SFP+ fail-to-wire
6-port 1-Gigabit Ethernet SX fiber fail-to-wire
6-port 10-Gigabit Ethernet SR fiber fail-to-wire
6-port 10-Gigabit Ethernet LR fiber fail-to-wire
Supported network
modules
Two (1+1) power supply module slots
Ships with two 400-W AC power supply
modules
Hot-swappable
Two (1+1) power supply module slots
Ships with one 400-W AC power supply
modules
Hot-swappable
AC power supply
Yes (optional)NoDC power supply
Yes 1+1Redundant power
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Overview
Features

4150414041204110Feature
Six fan module slots
3+1 redundancy
Hot-swappable
Fan
Two SSD slots (400 GB)
Ships with one SSD installed in slot 1.
RAID is not supported.
Note
Slot 2 is reserved for the MSP.
Two SSD slots (200 GB)
Ships with one SSD installed in slot 1.
RAID is not supported.
Note
Slot 2 is reserved for the Malware Storage
Pack (MSP).
Storage
Yes
Installed in the second SSD slot only
MSP
Deployment Options
Here are some examples of how you can deploy the Firepower 4100:
• In a data center using NGFW and ASA
• At the core/aggregation layer of a 3-tier data center in a high availability configuration
• As a dedicated multifunctional security service within converged infrastructure stacks, for example,
vBlock, FlexPod, and so forth, at the access layer
• As a high-performance data center security appliance between the WAN edge and the data center core
in a high availability configuration
• Inter-DC clustering deployments
• In newer spine/leaf data center designs, deployment as a leaf that exclusively offers security functions
Package Contents
The following figure shows the package contents for the Firepower 4100. Note that the contents are subject
to change and your exact contents might contain additional or fewer items.
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Overview
Deployment Options

Figure 2: Firepower 4100 Package Contents
Blue console cable PC terminal adapter2Firepower 4100 chassis1
10/100/1000BASE-T SFP transceiver42 power cords (country-specific)3
Tie wrap clamp62 slide rails5
Flextronics tie wrap8Artesyn tie wrap7
Ten 8-32 x .375-in. countersink screws
used to secure the mounting bracket to
chassis (6 screws), and the cable
management brackets to the mounting
brackets (4 screws)
102 M3X6 mm screws used to secure the
inner slide rail to the chassis
9
Two 10-32 x .375-in. screws used to secure
the ground lug
122 slide rail locking brackets11
2 cable management brackets141 ground lug #6 AWG, 90 degree, #10 post13
Welcome to the Cisco Firepower 410015
Serial Number Location
The serial number for the Firepower 4100 series chassis is located on the pullout asset card on the front panel.
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Overview
Serial Number Location

Figure 3: Serial Number on the 4100 Chassis
You can also view additional model information on the compliance label located on the bottom of the chassis.
Figure 4: Compliance Label on the 4100 Chassis
Front Panel
The following figure shows the front panel of the Firepower 4100.
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Overview
Front Panel

Figure 5: Firepower 4100 Front Panel
Gigabit Ethernet management port2RJ-45 console port1
Eight fixed SFP+ (1-G/10-G) ports (in
network module slot 1)
Gigabit Ethernet 1/1 through 1/8 labeled
top to bottom, left to right
4USB Type A port3
SSD 26SSD 15
Locator LED8Power LED7
Network module 2
The 10-G network module is
shown.
Note
10Pullout asset card9
Network module 3
The 10-G network module is
shown.
Note
11
Front Panel LEDs
The following figure and table describe the Firepower 4100 front panel LEDs.
Figure 6: Front Panel LEDs
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Overview
Front Panel LEDs

Health (SYS)
• Off—System is not booting yet.
• Green, flashing—Power-up
diagnostics are complete and system
is booting up.
• Green—The system has passed
power-up diagnostics.
• Amber—Power-up diagnostics has
failed.
• Amber, flashing—Alarm; power-up
diagnostics are running.
2Management
• Off—No connection or port is not in
use.
• Amber—No link or network failure.
• Green—Link up.
• Green, flashing—Network activity.
1
Power
• Off—Input power not detected.
•Green, flashing—Appears only when
you move the power switch from ON
to OFF. System is shutting down and
powers off once shutdown is
completed.
• Amber—System is powering up.
• Green—System fully powered up.
• Amber, flashing—Reserved.
4SSD
• Off— SSD not present.
• Green—SSD is present; no activity.
• Green, flashing—SSD is active.
• Amber—SSD failure.
•Amber, flashing—Rebuilding, flashes
at 1 Hz.
• Amber, flashing—Predictive failure
analysis (PFA) and hot spare; two fast
flashes at 4 Hz, pause for 0.5 seconds.
3
Locator LED
• Off—Locate is off.
• Blue—Locate is on.
6Active (ACT)
This LED is not supported; reserved for
future use.
5
Network activity
• Off—No connection or port is not in
use.
• Amber—No link or network failure.
• Green—Link up.
• Green, flashing—Network activity.
7
Rear Panel
The following figure shows the rear panel of the Firepower 4100.
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Overview
Rear Panel

Figure 7: Firepower 4100 Rear Panel
Power supply module 12Power on/off switch1
Fan module 14Power supply module 23
Fan module 36Fan module 25
Fan module 58Fan module 47
Location for the two-post grounding lug
The two-post grounding lug is
included in the accessory kit.
Note
10Fan module 69
The power switch is located to the left of power supply module 1 on the rear of the chassis. It is a toggle
switch that controls power to the system. If the power switch is in standby position, only the 3.3-V standby
power is enabled from the power supply module and the 12-V main power is OFF. When the switch is in the
ON position, the 12-V main power is turned on and the system boots.
You can shut down the chassis in one of two ways:
•Perform a graceful shutdown using the shutdown commands. This may take several minutes to complete.
Then toggle the power switch to the OFF position. The power LED changes from solid green to off
immediately.
The shutdown commands are first available in FXOS version 2.0.1. See the
FXOS Configuration Guide for more information on using these commands.
Note
If you move the power switch to the OFF position before the shutdown command
sequence is complete or if you remove the system power cords before the graceful
shutdown is complete, disk corruption can occur.
Caution
• Toggle the power switch to the OFF position. The power LED changes from solid green to off.
After removing power from the chassis either by moving the power switch to OFF or unplugging the power
cord, wait at least 10 seconds before turning power back ON.
Note
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Overview
Rear Panel

Network Modules
The Firepower 4100 contains two network module slots that provide optical or electrical network interfaces.
Network modules are optional, removable I/O modules that provide either additional ports or different interface
types (1/10/40 G). The Firepower network modules plug into the chassis on the front panel.
For More Information
• See 10-G Network Module , on page 10 for a description of the 10-G network module.
• See 40-G Network Module , on page 11 for a description of the 40-G network module.
• See Hardware Bypass Network Modules, on page 12 for the location and description of the LEDs,
and the port configurations for the hardware bypass network modules.
• See Remove and Replace the Network Module, on page 55 for the procedure for removing and
replacing network modules.
10-G Network Module
The following figure shows the front panel of the 10-G network module (FPR4K-NM-8X10G). The
FPR4K-NM-8X10G is a single-wide module that supports hot swapping. The eight ports are numbered from
top to bottom, left to right.
The FPR4K-NM-8X10G is NEBS-compliant.
Note
You can fit four copper SFPs in either the top row of ports or the bottom row of ports. Both rows cannot be
populated at the same time, because of the port row spacing.
Note
Figure 8: FPR4K-NM-8X10G
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Overview
Network Modules

Ethernet X/1
2Captive screw/handle1
Ethernet X/5
4
Ethernet X/3
3
Ethernet X/2
6
Ethernet X/7
5
Ethernet X/6
8
Ethernet X/4
7
Network activity LEDs
• Off—No connection or port is not in
use.
• Amber—No link or network failure.
• Green—Link up.
• Green, flashing—Network activity.
10
Ethernet X/8
9
For More Information
• For a list of copper SFPs, see Supported SFP/SFP+ and QSFP Transceivers, on page 21.
40-G Network Module
The following figure shows the front panel of the 40-G network module (FPR4K-NM-4X40G.) The
FPR4K-NM-4X40G is a single-wide module that supports hot swapping. The four ports are numbered left to
right.
The FPR4K-NM-4X40G is NEBS-compliant.
Note
Figure 9: FPR4K-NM-4X40G
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40-G Network Module

Network activity LEDs
• Off—No connection or port is not in
use.
• Amber—No link or network failure.
• Green—Link up.
• Green, flashing—Network activity.
2Captive screw/handle1
Ethernet X/2
4
Ethernet X/1
3
Ethernet X/4
6
Ethernet X/3
5
Hardware Bypass Network Modules
Fail-to-wire (also known as hardware bypass) is a physical layer (Layer 1) bypass that allows paired interfaces
to go into bypass mode so that the hardware forwards packets between these port pairs without software
intervention. Fail-to-wire provides network connectivity when there are software or hardware failures. Hardware
bypass is useful on ports where the Firepower security appliance is only monitoring or logging traffic. The
hardware bypass network modules have an optical switch that is capable of connecting the two ports when
needed.
The fail-to-wire network modules have built-in SFPs.
Hardware bypass is supported only on a fixed set of ports. You can pair Port 1 with Port 2, Port 3 with Port
4, but you cannot pair Port 1 with Port 4 for example.
Hardware bypass is only supported in inline mode. Also, hardware bypass support depends on your software
application.
Note
When the appliance switches from normal operation to hardware bypass or from hardware bypass back to
normal operation, traffic may be interrupted for several seconds. A number of factors can affect the length of
the interruption; for example, behavior of the optical link partner such as how it handles link faults and
debounce timing; spanning tree protocol convergence; dynamic routing protocol convergence; and so on.
During this time, you may experience dropped connections.
Note
There are three configuration options for hardware bypass network modules:
• Passive interfaces—Connection to a single port.
For each network segment you want to monitor passively, connect the cables to one interface. This is
how the non-fail-to-wire network modules operate.
• Inline interfaces—Connection to any two like ports (10 G to 10 G for example) on one network module,
across network modules, or fixed ports.
For each network segment you want to monitor inline, connect the cables to pairs of interfaces.
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Hardware Bypass Network Modules

• Inline with fail-to-wire interfaces—Connection of a fail-to-wire paired set.
For each network segment that you want to configure inline with fail-open, connect the cables to the
paired interface set.
For the 40-G network module, you connect the two ports to form a paired set. For the 1/10-G network
modules, you connect the top port to the bottom port to form a fail-to-wire paired set. This allows traffic
to flow even if the security appliance fails or loses power.
If you have a inline interface set with a mix of fail-to-wire and non-fail-to-wire interfaces, you cannot enable
hardware bypass on this inline interface set. You can only enable hardware bypass on an inline interface set
if all the pairs in the inline set are valid fail-to-wire pairs.
Note
For More Information
• See 1-G Network Module with Hardware Bypass, on page 13 for a description of the 1-G network
module.
• See 40-G Network Module with Hardware Bypass, on page 14 for a description of the 40-G network
module.
•See 1-G SX/10-G SR/10-G LR Network Module with Hardware Bypass, on page 16 for a description
of the 1-G SX, 10-G SR, and LR network modules.
• See Remove and Replace the Network Module, on page 55 for the procedure for removing and
replacing single-wide network modules.
1-G Network Module with Hardware Bypass
The following figure shows the front panel view of the 1-G fail-to-wire network module (FPR4K-NM-8X1G-F).
Pair ports 1 and 2, 3 and 4, 5 and 6, and 7 and 8 to form hardware bypass paired sets.
Figure 10: FPR-NM-8X1G-F
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Overview
1-G Network Module with Hardware Bypass

8 network activity LEDs
• Left LED—Green indicates network
activity when a 10M/100M/1G
connection is made.
• Right LED—Not in use at this time.
2Captive screw/handle1
Ethernet X/2
Ports 3 and 4 are paired together to form a
hardware bypass pair. LED B2 applies to
this paired port.
4
Ethernet X/1
Ports 1 and 2 are paired together to form
a hardware bypass pair. LED B1 applies
to this paired port.
3
Ethernet X/2
Ports 7 and 8 are paired together to form a
hardware bypass pair. LED B4 applies to
this paired port.
6
Ethernet X/2
Ports 5 and 6 are paired together to form
a hardware bypass pair. LED B3 applies
to this paired port.
5
Bypass LEDs B1 through B4
• Green—In standby mode.
•Amber, flashing—Port is in hardware
bypass mode, failure event.
• Amber—Port is in hardware bypass
mode, forced.
40-G Network Module with Hardware Bypass
The following figure shows the front panel of the 40-G fail-to-wire network module (FPR4K-NM-2X40G-F).
The FPR4K-NM-2X40G-F is a single-wide module that does not support hot swapping. The two ports are
numbered left to right. Pair the two ports to create a hardware bypass paired set.
Figure 11: FPR4K-NM-2X40G-F
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40-G Network Module with Hardware Bypass

Ethernet X/1
Ports 1 and 2 are paired together to form
a hardware bypass pair.
2Captive screw/handle1
Ethernet X/2
Ports 1 and 2 are paired together to form
a hardware bypass pair.
4Bypass LED BP:
• Green—In standby mode.
•Amber, flashing—Port is in hardware
bypass mode, failure event.
• Amber—Port is in hardware bypass
mode, forced.
3
Network activity LEDs:
• Amber—No connection, or port is
not in use, or no link or network
failure.
•Green—Link up, no network activity.
• Green, flashing—Network activity.
5
The following table describes the cable specifications needed to keep the insertion loss as low as possible.
Table 2: 40-G BASE-SR Cable Specifications
Supported CableInterface
50 microns core diameterEthernet 40-G BASE-SR4
2000/4700 (OM3/4) modal bandwidth (MHz*km)850 nm wavelength
50 m cable distanceMPO-12 port adapter
See the Cisco 40GBASE QSFP Modules Data Sheet for specifications of the QSFP for the 40-G BASE-SR-4.
Note
We recommend the following Cisco OM3 MTP/MPO cables.
Table 3: Cisco Cables
Cable LengthCisco Part Number
5 mCAB-ETH-40G-5M
10 mCAB-ETH-40G-10M
20 mCAB-ETH-40G-20M
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Overview
40-G Network Module with Hardware Bypass

1-G SX/10-G SR/10-G LR Network Module with Hardware Bypass
The following figure shows the front panel of the 1-G SX, 10-G SR and 10-G LR fail-to-wire network modules
(FPRK4-NM-6X1SX-F, FPRK4-NM-6X10SR-F, FPR4K-NM-6X10LR-F). This is a single-wide module that
does not support hot swapping. The six ports are numbered from top to bottom, left to right. Pair ports 1 and
2, 3 and 4, and 5 and 6 to form hardware bypass paired sets.
Figure 12: FPR4K-NM-6X1SX-F, FPR4K-NM-6X10SR-F, FPR4K-NM-6X10LR-F
6 network activity LEDs
•Amber—No connection, or port is not
in use, or no link or network failure.
•Green—Link up, no network activity.
• Green, flashing—Network activity.
2Captive screw/handle1
Ethernet X/1 (top port)
Ethernet X/2 (bottom port)
Ports 1 and 2 are paired together to form a
hardware bypass pair.
4Bypass LEDs B1 through B3:
• Green—In standby mode.
•Amber, flashing—Port is in hardware
bypass mode, failure event.
• Amber—Port is in hardware bypass
mode, forced.
3
Ethernet X/5 (top port)
Ethernet X/6 (bottom port)
Ports 5 and 6 are paired together to form a
hardware bypass pair.
6
Ethernet X/3 (top port)
Ethernet X/4 (bottom port)
Ports 3 and 4 are paired together to form
a hardware bypass pair.
5
The 1-G SX /10-G SR/10-G LR network modules have the following insertion loss measurements. Insertion
loss measurements help you to troubleshoot the network by verifying cable installation and performance.
Table 4: 1-G SX Network Module (FPR4K-NM-6X1SX-F)
MaximumTypicalOperating Mode
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1-G SX/10-G SR/10-G LR Network Module with Hardware Bypass