Huawei NIP6000E Manual de usuario

Quick Start

HUAWEI NIP6000E V600R006

Issue: 02 (2018-10-30)

Part Number: 31500AAR

Thank you for using NIP6000E series intrusion prevention products. This

Quick Start

shows the product appearance and provides

the essential information required for installing the device and initial configuration. For detailed hardware description and instal-

lation guidelines, refer to the

Hardware Guide.

For detailed configurations, refer to the

Configuration Guide.

Safety Precautions

•Deactivate power whenever possible before performing maintenance on power cables.

•Always wear a properly-grounded wrist strap before touching the device.

NIP6305E, NIP6310E, NIP6510E

PGND cablePower cable retention clip Quick startRack-mounting ears

Power receptacle

RST button

Protective ground terminal

Console port

Rubber feet

GE electrical ports

Fan

System indicators

RST

CONMGM T

10G

0WAN

SSD

98 10 11 12 1 3 14 15

16 17

18 19

20 21

22 23 1 6 17 18 19 2 0 21

22 23

PWR

WAN

CLOUD

SYS

USB

456 7

PWR2

PAC

60S12-R

PWR1

STAT

MAC

FAN -

023A-B

GE combo ports 10GE optical ports

WAN ports

USB3.0 USB2.0

MAC:

xxxxxxxxxx

SN:xxxxxxxxxx

xxxxxxxxxx

Out-of-band

management port

SSD disk slot

M4 screw

MAC Power cable clip hole

NIP6510E

AC power cable

NIP6550E

The power cable varies according to the delivery country.

WARNING

RST

PWR

WAN

CLOUD

SYS

USB

WARNING

CONMGMT98 10 11

2456 7 98

2456 7 10 11

010G 1

040G

OFL HDD/SSD 1 2

MAC

PWR2

PAC

60S12-R

STAT

FAN

023A-B

AIROUT

FAN

023A-B

AIROUT

FAN

023A-B

AIROUT

PDC350S12-B

PWR

AIR OUT

SN:xxxxxxxxxx

xxxxxxxxxx

MAC:

xxxx xxxx xxxx

PAC

60S12-R

STAT

NIP6550E

PWR1

SN:xxxxxxxxxx

xxxxxxxxxx

MAC:

xxxx xxxx xxxx

System indicators HDD/SSD disk slot

RST button OFL button

Console port

Out-of-band

management port

USB3.0

GE electrical ports 10GE optical ports

40GE optical ports

SN MAC

Protective ground terminal Power receptacle

Fan

PGND cablePower cable retention clip Quick startRack-mounting ears M4 screw

Power cable clip hole

AC power cable

NIP6610E

By default, 40GE optical interfaces 40GE0/0/2 and 40GE0/0/3 are unavailable. To use them, run the set device port-config-mode

40g-port enable command to enable them. However, after that, 10GE optical interfaces numbered XGE0/0/20 to XGE0/0/27

become unavailable.

NIP6620E

In the preceding figure, the NIP6620E AC model is used as an example. The NIP6620E AC and DC models differ only in the power

supply mode.

Four 40GE optical interfaces are provided by default. You can run the set device port-config-mode 100g-port enable command

to switch 40GE0/0/2 and 40GE0/0/3 to 100GE optical interfaces. After that, their interface numbers are changed to 100GE0/0/0

and 100GE0/0/1. When 100GE0/0/0 is used, 10GE optical interfaces numbered XGE0/0/16 to XGE0/0/19 are unavailable. When

100GE0/0/1 is used, 10GE optical interfaces numbered XGE0/0/12 to XGE0/0/15 are unavailable.

The power cable varies according to the delivery country.

WARNING

RST

PWR

WAN

CLOUD

SYS

USB

WARNING

OFL HDD/SSD 1 2

SN:xxxxxxxxxx

xxxxxxxxxx

MAC:

xxxx xxxx xxxx

PWR2

STATSTAT

NIP6610E

1-4

COM BO WITH 4 0G PORT 3 COM BO WITH 4 0G PORT 2

PWR1

System indicators HDD/SSD disk slot

RST button OFL button USB3.0

HA ports

Console port

Out-of-band

management port

10GE optical ports 40GE optical ports

Protective ground terminal

SN MAC

Power receptacle

Fan

PGND cable Quick startRack-mounting ears M4 screw AC power cable

WARNING

SN:xxxxxxxxxx

xxxxxxxxxx

MAC:

xxxx xxxx xxxx

PWR2

STATSTAT

RST

PWR

WAN

CLOUD

SYS

USB

WARNING

OFL HDD/SSD

1 2

NIP6620E

1-5

System indicators

RST button

HDD/SSD disk slot

OFL button

HA ports

USB3.0

Console port

Out-of-band

management port

10GE optical ports 40GE optical ports

SN MAC

Protective ground terminal Power receptacleFan

100GE optical ports

PGND cable Quick startRack-mounting ears M4 screw AC power cable

Connecting

Fixed Interface Pair

Before delivery, two service interfaces with adjacent interface numbers form a Layer 2 interface pair (excluding WAN interfaces of

the NIP6305E, NIP6310E, and NIP6510E).

The interface pair is used to connect upstream and downstream devices in the in-line deployment whereas any interface of the

interface pair can be used in the off-line deployment. The following figure shows an example of such an interface pair.

13 15 1 WAN1

3 5 7

2 4 6

8 100

WAN0

...

Connecting Cables

The preceding figure uses the NIP6510E as an example to describe cabling.

1. Connect cables based on the selected deployment mode.

﹣In-line deployment: Use the default interface pair to connect the upstream and downstream devices. The following uses the

GE0/0/6-GE0/0/7 interface pair as an example. The NIP is deployed in in-line mode to block intrusion traffic and protect the

intranet against attacks.

﹣Off-line deployment: Use an independent interface to connect to the observing port of the switch on the primary link and

receive mirrored traffic from the switch. GE0/0/1 is used as an example. The NIP is deployed in off-line mode to record

intrusion event logs without blocking traffic.

2. Connect the WAN interface (supported only by the NIP6305E, NIP6310E, and NIP6510E) or management interface to the

Internet to update the signature database.

Before delivery, only the management interface and WAN interface are Layer 3 interfaces. If interfaces excluding the

management and WAN interfaces are used to communicate with external devices, the interfaces must be switched to Layer 3

mode.

3. Connect the management PC to the management interface.

4. Connect the PGND cable and power cable. Then power on the device.

As device does not provide a power switch, it starts up immediately after receiving power. When the SYS indicator on the

panel is blinking (once every two seconds), the device is running and ready for configuration.

Administrator

In-line deployment,

protecting the server farm

GE0/0/6

GE0/0/7

RST

CONMGMT

010G 1

0WAN

SSD

98 10 11 12 13 1 4 15 16 1 7 18 19 20 2 1 22 23 1 6 17 18 19 2 0 21 22 2 3

PWR

WAN

CLOUD

SYS

USB

2456 7

PWR2

PAC

60S12-R

PWR1

STAT

MAC FAN-

023A-B

MEth0/0/0

AC power cable

GE0/0/1

Off-line deployment,

detecting network attacks

Update of the

signature databases

WAN0/0/1

MAC:

xxxxxxxxxx

SN:xxxxxxxxxx

xxxxxxxxxx

NIP6510E

Default Configuration

The following table lists the default configuration.

Item Description

Management port The IP address is 192.168.0.1.

Administrator account/password You can use the default account/password (amin/Admin@123) to log in through web or

console.

Intrusion prevention policy The default intrusion prevention policy is applied to each interface.

Quick Configuration

1. Set the IP address to 192.168.0.2 (or any other in the range of 192.168.0.2 to 192.168.0.254) and subnet mask to 255.255.255.0

of the corresponding network interface on the administration PC.

2. Open a web browser and navigate to https://192.168.0.1:8443.

3. Enter the user name (admin) and password (Admin@123) in the login dialog box, and then click Login. You need to change the

user password as instructed after the first login.

4. Activate licenses.

The intrusion prevention and antivirus signature database upgrade services are controlled by licenses.

1）Find the license authorization certificate in the delivery accessories and obtain the activation password.

2）On the web UI, select Dashboard. On the System Information page, obtain the ESN in SN.

3）Access http://app.huawei.com/isdp to apply for a license file.

4）Choose System > License Management. Then load and activate the license file.

5. Choose Network > Interface. Configure an IP address for the interface to update the signature database.

If service interface in the interface pair is used to update the signature database, configure the interface to work in routing

mode.

6. (Optional) When the NIP needs to be deployed in off-line mode, split an interface pair and configure a single interface to work

in bypass mode.

Choose Network > Interface. Click one of the interfaces in the interface pair and configure the interface to work in bypass

mode.

7. Choose Policy > Security Policy. You can find that the default security policy is applied to the device and meet the

requirements of most intrusion prevention scenarios.

Multiple types of intrusion prevention policy templates are preconfigured on the NIP so that you can create a security policy

based on the required template. Upgrade the intrusion prevention and antivirus signature databases to the latest versions by

choosing System > Upgrade Center.

Appendix

·Open Source Software Notice

You can access the device web UI and click Open-Source Software Notice at the bottom of the UI to view details of the

open source software notice.

·Obtaining Product Documents and Technical Support

•Log in to http://support.huawei.com/enterprise and select a specific product model and version to find its documentation.

•Log in to http://forum.huawei.com/enterprise and post your questions in the community.

•Contact your local representative for further information.

The contact information is available at http://e.huawei.com/en/service-hotline.

Huawei Enterprise

Technical Support

and other Huawei trademarks are trademarks of Huawei Technologies Co., Ltd.

All other trademarks and trade names mentioned in this document are the property of their respective holders.

No part of this document may be reproduced or transmitted in any form or by any means without prior written consent of

Huawei Technologies Co., Ltd.

Supplier’s Declaration of Conformity (SDoC)

Unique Identifier: trade name: HUAWEI; product name: IPS; model number: NIP6000E

Responsible Party- U.S. Contact Information

Huawei Technologies USA Inc.

5700 Tennyson Parkway, Suite 500

Plano, Texas 75024

Main: 214-919-6000 / TAC Hotline: 877-448-2934

FCC Compliance Statement ( for products subject to Part 15)

This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions:

(1) This device may not cause harmful interference, and (2) this device must accept any interference

received, including interference that may cause undesired operation.

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