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Barracuda Backup

Barracuda Backup Panel Indicators, Ports, and Connectors

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The illustrations in this article are based on current hardware models, however, models differ based on release date and may change in the future. If your appliance connections differ from those shown in this article, refer to the Barracuda Backup Datasheet on the Barracuda website, or contact Barracuda Networks Technical Support for additional information.

Note: The Barracuda Encrypted Backup appliances are no longer available. Encryption of data at rest has been added as a standard feature to all Barracuda Backup appliances (Models 190-1090). For more information, see Data Encryption on Barracuda Backup Appliances.

Customers with a Barracuda Encrypted Backup appliance (Models 6090, 8090, 9090, 10090) will continue to be supported. If the Barracuda Encrypted Backup appliance fails, and you have an active Instant Replacement subscription, your replacement appliance will be equivalent to your current model and capacity.

Barracuda Backup Models 190, 290, 390, 490, and 690, and Barracuda Encrypted Backup Model 6090

Figure 1. Models 290, 390, 490, and 690, and Model 6090 Power and Disk Activity Indicator Lights. (See Figure 1a for Model 190.)

bbs_190_290_390_callouts_Sep2017.png

 

Table 1. Models 290, 390, 490, and 690, and Model 6090 Front Panel Power and Disk Activity Indicator Lights (See Table 1a for Model 190.)

Component NameDescription
Power ButtonPush to power on the Barracuda Backup appliance, and tap to safely reboot the appliance.
Reset ButtonPush for 5 seconds to reset the Barracuda Backup appliance.
Power LightDisplays a solid blue light when the system is powered on.
Disk LightDisplays a solid green light and blinks during disk activity.

 

Figure 1a. Model 190 Power and Disk Activity Indicator Lights

190_front_panel_diagram_new.png


Table 1a. Model 190  Front Panel Power and Disk Activity Indicator Lights

 

Component NameDescription
1Displays a solid green light when the network port 1 is connected.
Disk LightDisplays a solid green light and blinks during disk activity.
Status LightDisplays status and blinks during activity such as backing up, etc.
Power LightDisplays a solid blue light when the system is powered on.

 

Figure 2. Model 190 Rear Panel Ports and Connectors

190_rear_panel_diagram_latest.png

Table 2. Model 190 Rear Panel Rear Panel Port and Connector Description

Port/Connector NameDetails
Power SwitchPower switch.
Power Supply12V DC.
ConsoleConsole connection.
USB 3.0 Ports (2)Optional. USB device connection.
Reset

Push for 5 seconds to reset the Barracuda Backup appliance.

Network Ports (5)

Network connection.


Figure 3. Model 290 Rear Panel Ports and Connectors

290_rear_panel_diagram_Oct2018.png


Table 3. Model 290 Rear Panel Rear Panel Port and Connector Description

Port/Connector NameDetails
Power SupplyPower supply input.
Mouse PortOptional. Mouse port.
Keyboard PortOptional. PS2 keyboard connection.
VGA PortRecommended. Video graphics array (VGA) monitor connection.
USB 3.0 Ports (2)Optional. USB device connection.
HDMI PortOptional. HDMI video connection.
USB 2.0 Ports (2)Optional. USB device connection.
Network PortNetwork connection.
Serial PortOptional. Serial device connection.


Figure 4. Model 390 Rear Panel Ports and Connectors

390_rear_panel_diagram_Oct2018.png


Table 4. Model 390 Rear Panel Rear Panel Port and Connector Description

Port/Connector NameDetails
Power Supply(1)Power supply input.
Mouse PortOptional. Mouse port.
Keyboard PortOptional. PS2 keyboard connection.
USB 3.0 Ports (2)Optional. USB device connection.
Dual Link DVI-D PortOptional. Digital monitor connection.
VGA PortRecommended. Video graphics array (VGA) monitor connection.
HDMI PortOptional. HDMI video connection.
USB 2.0 Ports (2)Optional. USB device connection.
Network PortNetwork port.
Note: (1)The C13 to C14 cable is standard for most rack setups as a power strip allows for the C14 connection. C13 to NEMA 5-15P is the standard for direct connections to a UPS.


Figure 5. Model 490 Rear Panel Ports and Connectors

490_rear_panel_diagram_Oct2018.png


Table 5. Model 490 Rear Panel Rear Panel Port and Connector Description

Port/Connector NameDetails
Power SupplyPower supply input.(1)
Power SwitchPower switch.
Mouse PortOptional. Mouse port.
Keyboard PortOptional. PS2 keyboard connection.
USB 3.0 Ports (2)Optional. USB device connection.
Serial PortOptional. Serial device connection.
Dual Link DVI-D PortOptional. Digital monitor connection.
HDMI PortOptional. HDMI video connection.
USB 2.0 Ports (2)Optional. USB device connection.
Network PortNetwork port.
Note: (1)The C13 to C14 cable is standard for most rack setups as a power strip allows for the C14 connection. C13 to NEMA 5-15P is the standard for direct connections to a UPS.


Figure 6. Model 690 and Model 6090 Rear Panel Ports and Connectors

690_rear_panel_diagramOct2018.png


Table 6. Model 690 and Model 6090 Rear Panel Port and Connector Description

 

Port/Connector NameDetails
Power SupplyPower supply input.(1)
Power SwitchPower switch.
Serial PortOptional. Serial device connection.
IPMI PortIntelligent Platform Management Interface (IPMI) port for device management over the network.
USB 2.0 Ports (2)Optional. USB device connection.
USB 3.0 Ports (2)Optional. USB device connection.
Network Ports (2) Network connection.(2)
VGA PortRecommended. Video graphics array (VGA) monitor connection.
1 Gigabit Ethernet Card
(Model 6090)
Network port.
10 Gigabit Ethernet Card
(Model 690)

If your organization's environment does not support 10 Gigabit throughput, the card reduces its speed to 1 Gigabit:

  • 1 Gigabit Connection – Plug in a CAT5e cable for 1 Gigabit throughput.
  • 10 Gigabit Connection – Plug in a CAT6e cable and a 10 Gigabit switch for 10 Gigabit throughput.

Notes:
(1) The C13 to C14 cable is standard for most rack setups as a power strip allows for the C14 connection. C13 to NEMA 5-15P is the standard for direct connections to a UPS.

(2) Models 690/6090 and higher come with two network interfaces. One is active and the other is inactive, denoted by a plastic RJ45 connector in the port. The inactive port can be enabled in two ways. One, via NIC bonding which allows users to bond multiple network interfaces into a single channel; note that you must have two separate network connections and this is not to be used for one data pipe. Two, through traffic management. Manage the traffic that goes out of each NIC, that is, replication traffic through the default interface, and backup traffic through the secondary interface. To enable the inactive network interface, contact Barracuda Networks Technical Support.

Barracuda Backup Models 790 through 995, and Barracuda Encrypted Backup Models 8090 and 9090

Figure 7. Models 790 through 995, and Models 8090 and 9090 Power and Disk Activity Indicator Lights

2U_3U_front_panel_indicators_Sept2017.png

 

Table 7. Model 790 through 995, and Models 8090 and 9090 Rear Panel Port and Connector Description

Component NameDescription
Power Supply/Internal Fan

Power supply and internal fan issue indicators:

  • Continuously on and red – An overheat condition has occurred; this may be caused by cable congestion.
  • Blinking red (1Hz) – Fan failure, check for an inoperative fan.
  • Blinking red (0.25Hz) – Power failure; check for non-operational power supply.
  • Solid blue – Local UID has been activated; use this function to locate the server in a rack-mount environment.
  • Blinking blue (300 mSEC) – Remote UID is on; initiate this function from a remote location to identify the appliance.
Network Activity (2)Blinks green to indicate network activity.
Disk LightDisplays a solid orange light and blinks during disk activity.
Power Light

Displays a solid green light when the system is powered on.

Reset ButtonPush for 5 seconds to reset the Barracuda Backup appliance.
Power ButtonPush to power on the Barracuda Backup appliance, and tap to safely reboot the appliance.


Figure 8. Models 790 and 890 Rear Panel Ports and Connectors

790_890_rear_panel_diagram_Oct2018.png


Table 8. Models 790 and 890 Rear Panel Port and Connector Description

Port/Connector NameDescription
Power Supply (2)Redundant power supply input.(1)
Power Indicator
Lights

Displays based on power supply health:

  • Solid green light – System is powered on and the power supply is healthy
  • Solid orange/amber light – Power supply is degraded(2)
  • No light – System is not powered on or a power supply unit (PSU) has failed
Serial Port

Optional. Serial device connection.

IPMI PortIPMI port for device management over the network.
USB 2.0 Ports (2)Optional. USB device connection.
USB 3.0 Ports (2)Optional. USB device connection.
Network Ports (2) Network connection.(3)
VGA PortRecommended. Video graphics array (VGA) monitor connection.
10 Gigabit Ethernet Card

If your organization's environment does not support 10 Gigabit throughput, the card reduces its speed to 1 Gigabit:

  • 1 Gigabit Connection – Plug in a CAT5e cable for 1 Gigabit throughput.
  • 10 Gigabit Connection – Plug in a CAT6e cable and a 10 Gigabit switch for 10 Gigabit throughput.

Notes:
(1)The C13 to C14 cable is standard for most rack setups as a power strip allows for the C14 connection. C13 to NEMA 5-15P is the standard for direct connections to a UPS.

(2)The power supply may be degraded when, for example, one of the PSUs is not functioning. Push Reset; if this does not resolve the issue you may need to replace a PSU.

(3) Models 690 and higher come with two network interfaces. One is active and the other is inactive, denoted by a plastic RJ45 connector in the port. The inactive port can be enabled in two ways. One, via NIC bonding which allows users to bond multiple network interfaces into a single channel; note that you must have two separate network connections and this is not to be used for one data pipe. Two, through traffic management. Manage the traffic that goes out of each NIC, that is, replication traffic through the default interface, and backup traffic through the secondary interface. To enable the inactive network interface, contact Barracuda Networks Technical Support.

Contact Barracuda Networks Technical Support for additional troubleshooting.


Figure 9. Models 791 and 891 Rear Panel Ports and Connectors

791_891_rear_panel_diagram_Oct2018.png

 

Table 9. Models 791 and 891 Rear Panel Port and Connector Description

Port/Connector NameDescription
Power Supply (2)Redundant power supply input.(1)
Power Indicator Lights

Displays based on power supply health:

  • Solid green light – System is powered on and the power supply is healthy
  • Solid orange/amber light – Power supply is degraded(2)
  • No light – System is not powered on or a power supply unit (PSU) has failed
Serial Port

Optional. Serial device connection.

IPMI PortIPMI port for device management over the network .
USB 2.0 Ports (2)Optional. USB device connection.
USB 3.0 Ports (2)Optional. USB device connection.
Network Ports (2) Network connection.(3)
VGA PortRecommended. Video graphics array (VGA) monitor connection.
10 Gigabit Ethernet Card

If your organization's environment does not support 10 Gigabit throughput, the card reduces its speed to 1 Gigabit:

  • 1 Gigabit Connection – Plug in a CAT5e cable for 1 Gigabit throughput.
  • 10 Gigabit Connection – Plug in a CAT6e cable and a 10 Gigabit switch for 10 Gigabit throughput.
10 Gigabit Fiber Card

Optional . Use a small form-factor pluggable (SFP) transceiver module:

  • SFP – Use SFP for 1/4 Gigabit/second throughput; you will need a multi-mode cable with LC connections or a direct attach cable.
  • SFP+ – Use SFP+ for 10 Gigabit/second throughput (included); you will need a multi-mode cable with LC connections or a direct attach cable.
  • Vendor-Specific SFP – If you are using a vendor-specific module in your environment, simply remove the Barracuda provided SFP and replace with other vendor.

By default the top port is active.

If you want to bond the two ports for 20 gigabit throughput with failover capabilities, Contact Barracuda Networks Technical Support.

Notes:
(1)The C13 to C14 cable is standard for most rack setups as a power strip allows for the C14 connection. C13 to NEMA 5-15P is the standard for direct connections to a UPS.

(2)The power supply may be degraded when, for example, one of the PSUs is not functioning. Push Reset; if this does not resolve the issue you may need to replace a PSU.

(3) Models 690 and higher come with two network interfaces. One is active and the other is inactive, denoted by a plastic RJ45 connector in the port. The inactive port can be enabled in two ways. One, via NIC bonding which allows users to bond multiple network interfaces into a single channel; note that you must have two separate network connections and this is not to be used for one data pipe. Two, through traffic management. Manage the traffic that goes out of each NIC, that is, replication traffic through the default interface, and backup traffic through the secondary interface. To enable the inactive network interface, contact Barracuda Networks Technical Support.

Contact Barracuda Networks Technical Support for additional troubleshooting.


Figure 10. Model 8090 Rear Panel Ports and Connectors

8090_rear_panel_diagram_Oct2018.png


Table 10. Model 8090 Rear Panel Port and Connector Description

Port/Connector NameDescription
Power Supply (2)Redundant power supply input.(1)
Power Indicator
Lights

Displays based on power supply health:

  • Solid green light – System is powered on and the power supply is healthy
  • Solid orange/amber light – Power supply is degraded(2)
  • No light – System is not powered on or a power supply unit (PSU) has failed
Serial Port

Optional. Serial device connection.

IPMI PortIPMI port for device management over the network.
USB 2.0 Ports (2)Optional. USB device connection.
USB 3.0 Ports (2)Optional. USB device connection.
Network Ports (2) Network connection.(3)
VGA PortRecommended. Video graphics array (VGA) monitor connection.
10 Gigabit Ethernet Card

If your organization's environment does not support 10 Gigabit throughput, the card reduces its speed to 1 Gigabit:

  • 1 Gigabit Connection – Plug in a CAT5e cable for 1 Gigabit throughput.
  • 10 Gigabit Connection – Plug in a CAT6e cable and a 10 Gigabit switch for 10 Gigabit throughput.

Notes:
(1)The C13 to C14 cable is standard for most rack setups as a power strip allows for the C14 connection. C13 to NEMA 5-15P is the standard for direct connections to a UPS.

(2)The power supply may be degraded when, for example, one of the PSUs is not functioning. Push Reset; if this does not resolve the issue you may need to replace a PSU.

(3) Models 690 and higher come with two network interfaces. One is active and the other is inactive, denoted by a plastic RJ45 connector in the port. The inactive port can be enabled in two ways. One, via NIC bonding which allows users to bond multiple network interfaces into a single channel; note that you must have two separate network connections and this is not to be used for one data pipe. Two, through traffic management. Manage the traffic that goes out of each NIC, that is, replication traffic through the default interface, and backup traffic through the secondary interface. To enable the inactive network interface, contact Barracuda Networks Technical Support.

Contact Barracuda Networks Technical Support for additional troubleshooting.

Barracuda Backup Models 895, 990, and 995

Figure 11. Models 895A, 990, and 995A Rear Panel Ports and Connectors

895A_990_995A_rear_panel_diagram_Oct2018_.png


Table 11. Models 895A, 990, and 995A Rear Panel Port and Connector Description

Port/Connector NameDescription
Power Supply (2)Redundant power supply input.(1)
Power Indicator Lights

Displays based on power supply health:

  • Solid green light – System is powered on and the power supply is healthy
  • Solid orange/amber light – Power supply is degraded(2)
  • No light – System is not powered on or a power supply unit (PSU) has failed
Serial Port

Optional. Serial device connection.

IPMI Port IPMI port for device management over the network.
USB 2.0 Ports (2)Optional. USB device connection.
USB 3.0 Ports (2)Optional. USB device connection.
Network Ports (2) Network connection.(3)
VGA PortRecommended. Video graphics array (VGA) monitor connection.
10 Gigabit Ethernet Card

If your organization's environment does not support 10 Gigabit throughput, the card reduces its speed to 1 Gigabit:

  • 1 Gigabit Connection – Plug in a CAT5e cable for 1 Gigabit throughput.
  • 10 Gigabit Connection – Plug in a CAT6e cable and a 10 Gigabit switch for 10 Gigabit throughput.

Notes:
(1)The C13 to C14 cable is standard for most rack setups as a power strip allows for the C14 connection. C13 to NEMA 5-15P is the standard for direct connections to a UPS.

(2)The power supply may be degraded when, for example, one of the PSUs is not functioning. Push Reset; if this does not resolve the issue you may need to replace a PSU.

(3) Models 690 and higher come with two network interfaces. One is active and the other is inactive, denoted by a plastic RJ45 connector in the port. The inactive port can be enabled in two ways. One, via NIC bonding which allows users to bond multiple network interfaces into a single channel; note that you must have two separate network connections and this is not to be used for one data pipe. Two, through traffic management. Manage the traffic that goes out of each NIC, that is, replication traffic through the default interface, and backup traffic through the secondary interface. To enable the inactive network interface, contact Barracuda Networks Technical Support.

Contact Barracuda Networks Technical Support for additional troubleshooting.


Figure 12. Models 895B, 991, and 995B Rear Panel Ports and Connectors

895B_991_995B_rear_panel_diagram_Oct2018_.png


Table 12. Models 895B, 991, and 995B Rear Panel Port and Connector Description

Port/Connector NameDescription
Power Supply (2)Redundant power supply input.(1)
Power Indicator Lights

Displays based on power supply health:

  • Solid green light – System is powered on and the power supply is healthy
  • Solid orange/amber light – Power supply is degraded(2)
  • No light – System is not powered on or a power supply unit (PSU) has failed
Serial Port

Optional. Serial device connection.

IPMI PortIPMI port for device management over the network.
USB 2.0 Ports (2)Optional. USB device connection.
USB 3.0 Ports (2)Optional. USB device connection.
Network Ports (2) Network connection.(3)
VGA PortRecommended. Video graphics array (VGA) monitor connection.
10 Gigabit Ethernet Card

If your organization's environment does not support 10 Gigabit throughput, the card reduces its speed to 1 Gigabit:

  • 1 Gigabit Connection – Plug in a CAT5e cable for 1 Gigabit throughput.
  • 10 Gigabit Connection – Plug in a CAT6e cable and a 10 Gigabit switch for 10 Gigabit throughput.
10 Gigabit Fiber Card

Optional . Use a small form-factor pluggable (SFP) transceiver module:

  • SFP – Use SFP for 1/4 Gigabit/second throughput; you will need a multi-mode cable with LC connections or a direct attach cable.
  • SFP+ – Use SFP+ for 10 Gigabit/second throughput (included); you will need a multi-mode cable with LC connections or a direct attach cable.
  • Vendor-Specific SFP – If you are using a vendor-specific module in your environment, simply remove the Barracuda provided SFP and replace with other vendor.

By default the top port is active.

If you want to bond the two ports for 20 gigabit throughput with failover capabilities, Contact Barracuda Networks Technical Support.

Notes:
(1)The C13 to C14 cable is standard for most rack setups as a power strip allows for the C14 connection. C13 to NEMA 5-15P is the standard for direct connections to a UPS.

(2)The power supply may be degraded when, for example, one of the PSUs is not functioning. Push Reset; if this does not resolve the issue you may need to replace a PSU.

(3) Models 690 and higher come with two network interfaces. One is active and the other is inactive, denoted by a plastic RJ45 connector in the port. The inactive port can be enabled in two ways. One, via NIC bonding which allows users to bond multiple network interfaces into a single channel; note that you must have two separate network connections and this is not to be used for one data pipe. Two, through traffic management. Manage the traffic that goes out of each NIC, that is, replication traffic through the default interface, and backup traffic through the secondary interface. To enable the inactive network interface, contact Barracuda Networks Technical Support.

Contact Barracuda Networks Technical Support for additional troubleshooting.

 

Barracuda Encrypted Backup Model 9090

Figure 13. Model 9090 Rear Panel Ports and Connectors

9090_rear_panel_diagram_Oct2018.png

Table 13. Model 9090 Rear Panel Port and Connector Description

Port/Connector NameDescription
Power Supply (2)Redundant power supply input.(1)
Power Indicator Lights

Displays based on power supply health:

  • Solid green light – System is powered on and the power supply is healthy
  • Solid orange/amber light – Power supply is degraded(2)
  • No light – System is not powered on or a power supply unit (PSU) has failed
Serial Port

Optional. Serial device connection.

IPMI PortIPMI port for device management over the network.
USB 2.0 Ports (2)Optional. USB device connection.
USB 3.0 Ports (2)Optional. USB device connection.
Network Ports (2) Network connection.(3)
VGA PortRecommended. Video graphics array (VGA) monitor connection.
10 Gigabit Ethernet Card

If your organization's environment does not support 10 Gigabit throughput, the card reduces its speed to 1 Gigabit:

  • 1 Gigabit Connection – Plug in a CAT5e cable for 1 Gigabit throughput.
  • 10 Gigabit Connection – Plug in a CAT6e cable and a 10 Gigabit switch for 10 Gigabit throughput.

Notes:
(1)The C13 to C14 cable is standard for most rack setups as a power strip allows for the C14 connection. C13 to NEMA 5-15P is the standard for direct connections to a UPS.

(2)The power supply may be degraded when, for example, one of the PSUs is not functioning. Push Reset; if this does not resolve the issue you may need to replace a PSU.

(3) Models 690 and higher come with two network interfaces. One is active and the other is inactive, denoted by a plastic RJ45 connector in the port. The inactive port can be enabled in two ways. One, via NIC bonding which allows users to bond multiple network interfaces into a single channel; note that you must have two separate network connections and this is not to be used for one data pipe. Two, through traffic management. Manage the traffic that goes out of each NIC, that is, replication traffic through the default interface, and backup traffic through the secondary interface. To enable the inactive network interface, contact Barracuda Networks Technical Support.

Contact Barracuda Networks Technical Support for additional troubleshooting.

Barracuda Backup Models 1090, 1091, 1191, and Barracuda Encrypted Backup Model 10090

Figure 14. Models 1090, 1091, 1191, and Model 10090 Front Panel Power and Disk Activity Indicator Lights

4U_front_panel_indicators_Sep2017.png


Table 14. Models 1090, 1091, 1191, and Model 10090 Front Panel Power and Disk Activity Indicator Lights

Component NameDescription
Power ButtonPush to power on the Barracuda Backup appliance, and tap to safely reboot the appliance.
Reset ButtonPush for 5 seconds to reset the Barracuda Backup appliance.
Power Light

Displays a solid green light when the system is powered on.

Disk LightDisplays a solid orange light and blinks during disk activity.
Network Activity (2)Blinks green to indicate network activity.
Power Supply/Internal Fan Indicators

Power supply and internal fan issue indicators:

  • Continuously on and red – An overheat condition has occurred; this may be caused by cable congestion.
  • Blinking red (1Hz) – Fan failure, check for an inoperative fan.
  • Blinking red (0.25Hz) – Power failure; check for non-operational power supply.
  • Solid blue – Local UID has been activated; use this function to locate the server in a rack-mount environment.
  • Blinking blue (300 mSEC) – Remote UID is on; initiate this function from a remote location to identify the appliance.


Figure 15. Model 1090 Rear Panel Ports and Connectors

1090_rear_panel_diagram_Oct2018.png


Table 15. Model 1090 Rear Panel Port and Connector Description

Port/Connector NameDescription
Power Supply (2)Redundant power supply input.(1)
Power Indicator Lights

Displays based on power supply health:

  • Solid green light – System is powered on and the power supply is healthy
  • Solid orange/amber light – Power supply is degraded(2)
  • No light – System is not powered on or a power supply unit (PSU) has failed
Serial Port

Optional. Serial device connection.

USB 2.0 Ports (2)Optional. USB device connection.
IPMI PortIPMI port for device management over the network.
USB 3.0 Ports (2)Optional. USB device connection.
Network Ports (2) Network connection.(3)
VGA PortRecommended. Video graphics array (VGA) monitor connection.
10 Gigabit Ethernet Card

If your organization's environment does not support 10 Gigabit throughput, the card reduces its speed to 1 Gigabit:

  • 1 Gigabit Connection – Plug in a CAT5e cable for 1 Gigabit throughput.
  • 10 Gigabit Connection – Plug in a CAT6e cable and a 10 Gigabit switch for 10 Gigabit throughput.

Notes:
(1)The C13 to C14 cable is standard for most rack setups as a power strip allows for the C14 connection. C13 to NEMA 5-15P is the standard for direct connections to a UPS.

(2)The power supply may be degraded when, for example, one of the PSUs is not functioning. Push Reset; if this does not resolve the issue you may need to replace a PSU.

(3) Models 690 and higher come with two network interfaces. One is active and the other is inactive, denoted by a plastic RJ45 connector in the port. The inactive port can be enabled in two ways. One, via NIC bonding which allows users to bond multiple network interfaces into a single channel; note that you must have two separate network connections and this is not to be used for one data pipe. Two, through traffic management. Manage the traffic that goes out of each NIC, that is, replication traffic through the default interface, and backup traffic through the secondary interface. To enable the inactive network interface, contact Barracuda Networks Technical Support.

Contact Barracuda Networks Technical Support for additional troubleshooting.


Figure 16. Model 1091 and 1191 Rear Panel Ports and Connectors.

1091_rear_panel_diagram_Oct2018.png

Table 16. Model 1091 and 1191 Rear Panel Port and Connector Description

Port/Connector NameDescription
Power Supply (2)Redundant power supply input.(1)
Power Indicator Lights

Displays based on power supply health:

  • Solid green light – System is powered on and the power supply is healthy
  • Solid orange/amber light – Power supply is degraded(2)
  • No light – System is not powered on or a power supply unit (PSU) has failed
Serial Port

Optional. Serial device connection.

USB 2.0 Ports (2)Optional. USB device connection.
IPMI PortIPMI port for device management over the network.
USB 3.0 Ports (2)Optional. USB device connection.
Network Ports (2)Network connection.(3)
VGA PortRecommended. Video graphics array (VGA) monitor connection.
10 Gigabit Ethernet Card

If your organization's environment does not support 10 Gigabit throughput, the card reduces its speed to 1 Gigabit:

  • 1 Gigabit Connection – Plug in a CAT5e cable for 1 Gigabit throughput.
  • 10 Gigabit Connection – Plug in a CAT6e cable and a 10 Gigabit switch for 10 Gigabit throughput.
10 Gigabit Fiber Card

Use a small form-factor pluggable (SFP) transceiver module:

  • SFP – Use SFP for 1/4 Gigabit/second throughput; you will need a multi-mode cable with LC connections or a direct attach cable.
  • SFP+ – Use SFP+ for 10 Gigabit/second throughput (included); you will need a multi-mode cable with LC connections or a direct attach cable.
  • Vendor-Specific SFP – If you are using a vendor-specific module in your environment, simply remove the Barracuda provided SFP and replace with other vendor.

By default the top port is active.

If you want to bond the two ports for 20 gigabit throughput with failover capabilities, Contact Barracuda Networks Technical Support.

Notes:
(1)The C13 to C14 cable is standard for most rack setups as a power strip allows for the C14 connection. C13 to NEMA 5-15P is the standard for direct connections to a UPS.

(2)The power supply may be degraded when, for example, one of the PSUs is not functioning. Push Reset ; if this does not resolve the issue you may need to replace a PSU.

(3) Models 690 and higher come with two network interfaces. One is active and the other is inactive, denoted by a plastic RJ45 connector in the port. The inactive port can be enabled in two ways. One, via NIC bonding which allows users to bond multiple network interfaces into a single channel; note that you must have two separate network connections and this is not to be used for one data pipe. Two, through traffic management. Manage the traffic that goes out of each NIC, that is, replication traffic through the default interface, and backup traffic through the secondary interface. To enable the inactive network interface, contact Barracuda Networks Technical Support.

Contact Barracuda Networks Technical Support for additional troubleshooting.


Figure 17. Model 10090 Rear Panel Ports and Connectors.

10090_rear_panel_diagramOct2018.png


Table 17. Model 10090 Rear Panel Port and Connector Description

Port/Connector NameDescription
Power Supply (2)Redundant power supply input.(1)
Power Indicator Lights

Displays based on power supply health:

  • Solid green light – System is powered on and the power supply is healthy
  • Solid orange/amber light – Power supply is degraded(2)
  • No light – System is not powered on or a power supply unit (PSU) has failed
Serial Port

Optional. Serial device connection.

USB 2.0 Ports (2)Optional. USB device connection.
IPMI PortIPMI port for device management over the network.
USB 3.0 Ports (2)Optional. USB device connection.
Network Ports (2)Network connection.(3)
VGA PortRecommended. Video graphics array (VGA) monitor connection.
10 Gigabit Ethernet Card

If your organization's environment does not support 10 Gigabit throughput, the card reduces its speed to 1 Gigabit:

  • 1 Gigabit Connection – Plug in a CAT5e cable for 1 Gigabit throughput.
  • 10 Gigabit Connection – Plug in a CAT6e cable and a 10 Gigabit switch for 10 Gigabit throughput.
10 Gigabit Fiber Card

Use a small form-factor pluggable (SFP) transceiver module:

  • SFP – Use SFP for 1/4 Gigabit/second throughput; you will need a multi-mode cable with LC connections or a direct attach cable.
  • SFP+ – Use SFP+ for 10 Gigabit/second throughput (included); you will need a multi-mode cable with LC connections or a direct attach cable.
  • Vendor-Specific SFP – If you are using a vendor-specific module in your environment, simply remove the Barracuda provided SFP and replace with other vendor.

By default the top port is active.

If you want to bond the two ports for 20 gigabit throughput with failover capabilities, Contact Barracuda Networks Technical Support.

Notes:
(1)The C13 to C14 cable is standard for most rack setups as a power strip allows for the C14 connection. C13 to NEMA 5-15P is the standard for direct connections to a UPS.

(2)The power supply may be degraded when, for example, one of the PSUs is not functioning. Push Reset; if this does not resolve the issue you may need to replace a PSU.

(3) Models 690 and higher come with two network interfaces. One is active and the other is inactive, denoted by a plastic RJ45 connector in the port. The inactive port can be enabled in two ways. One, via NIC bonding which allows users to bond multiple network interfaces into a single channel; note that you must have two separate network connections and this is not to be used for one data pipe. Two, through traffic management. Manage the traffic that goes out of each NIC, that is, replication traffic through the default interface, and backup traffic through the secondary interface. To enable the inactive network interface, contact Barracuda Networks Technical Support.

Contact Barracuda Networks Technical Support for additional troubleshooting.