PRIMERGY 10/40GbE Connection Blade 18/8+2 User...

PRIMERGY 10/40GbE Connection Blade 18/8+2 User Guide

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Rev0.5 May, 2014


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Table of Contents 1 Product Overview ........................................................................................................................... 3

1.1 Description of Hardware ......................................................................................................... 3

1.1.1 Front Panel Description ................................................................................................... 3

1.1.2 Hardware Specifications .................................................................................................. 5

2 Getting Started .............................................................................................................................. 6

2.1 Installing Connection Blade in PRIMERGY BX900/BX400 Blade Chassis .................................. 6

2.2 Installing SFP+/QSFP+ Module in Connection Blade ............................................................... 6

2.3 Configure serial console connection ....................................................................................... 7

2.4 Configuring Connection Blade with connection blade CLI ...................................................... 8

2.5 Changing Switch Mode , IBP Mode and EHM .......................................................................... 9

2.6 Checking version and system information ............................................................................ 10

2.7 Configuration files .................................................................................................................11

2.7.1 Changing startup configuration file ...............................................................................11

2.7.2 Checking configuration file ............................................................................................11

2.7.3 Saving configuration ......................................................................................................11

2.7.4 Backup/Restore configuration ....................................................................................... 12

2.7.5 Clearing Configuration .................................................................................................. 13

2.8 Updating Firmware ............................................................................................................... 13

3 Exchange procedure ..................................................................................................................... 14

3.1 Caution when exchanging .................................................................................................... 14

3.2 Exchange Procedure example ............................................................................................... 14

4 Default Settings ........................................................................................................................... 15

4.1 Switch Mode ......................................................................................................................... 15

4.2 IBP Mode .............................................................................................................................. 16

4.3 EHM ...................................................................................................................................... 17

5 Maximum Values .......................................................................................................................... 17

5.1 Switch Mode ......................................................................................................................... 18

5.2 IBP Mode .............................................................................................................................. 20

5.3 EHM ...................................................................................................................................... 22


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1 Product Overview The PRIMERGY 10/40GbE Connection Blade 18/8+2 is an integrated 10/40Gbit Ethernet switch for PRIMERGY BX900/BX400 Blade Server System. This product has the 3 types of mode. The “Switch mode” provides normal Ethernet switching function. “IBP (Intelligent Blade Panel) mode” provides the easy configuration for Blade server system and EHM (End Host Mode) provides loop guard at uplink port by prohibiting the forwarding between uplinks. The PRIMERGY 10/40GbE Connection Blade 18/8+2 provides the following hardware configuration. - 18 internal 10GBASE-KR ports connected to servers through chassis backplane (18 downlink ports) - 8 external Small Form-Factor Pluggable Plus (SFP+) based ports (8 uplink ports) - 2 external Quad Small Form-Factor Pluggable Plus (QSFP+) based ports (2 uplink ports) - 1 internal console port connected to management blades through chassis backplane - 1 10/100BASE-T port connected to management blades through chassis backplane

Figure 1. PRIMERGY 10/40GbE Connection Blade 18/8+2

1.1 Description of Hardware This section shows front panel description and overview of the hardware specifications.

1.1.1 Front Panel Description Figure 2 shows 8 SFP+ based ports, 2 QSFP+ based ports, LED and in the Front Panel.

Figure 3 PRIMERGY 10/40GbE Connection Blade 18/8+2 Front Panel

Table 1 PRIMERGY 10/40GbE Connection Blade 18/8+2 Front Panel Items

Front Panel Items SFP+ Based Ports A SFP+ Based Ports B QSFP+ Based Ports C SFP+ Port LED D QSFP+ Port LED E ID LED F ISL LED G Status LED

A

E F G

D C

B


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SFP+ based ports (A) The PRIMERGY 10/40GbE Connection Blade 18/8+2 has 8 SFP+ based ports in front panel the port number is assigned from 19 to 26. (The downlink port numbers are assigned from 1 to 18 corresponding with server blade slots number)

QSFP+ based ports (B) The PRIMERGY 10/40GbE Connection Blade 18/8+2 has 2 QSFP+ based ports in front panel the port number is assigned as 27 and 31.

LEDs (C, D, E, F, G) The PRIMERGY 10/40GbE Connection Blade 18/8+2 has 5 kinds of LED indicating its status.

Table 2 LEDs in front panel

LED Color Meaning

C SFP+

Port LED

ERR (LEFT)

Solid Amber SFP+ module error

Off No SFP+ module error or SFP+ not installed

LINK (Right)

Solid Green Link established Blinking Green Transmitting the data on the port

Off No link

D QSFP+

Port LED

ERR (LEFT)

Solid Amber QSFP+ module error

Off No QSFP+ module error or QSFP+ not installed

LINK (Right)

Solid Green Link established Blinking Green Transmitting the data on the port

Off No link

E ID Solid Blue Identified by MMB

Off Not identified by MMB

F ISL LED Solid Green Link established

Off No link

G Status LED

Solid Green Normal Blinking alternately

Green/Amber Connection Blade Failure

Off Power off


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1.1.2 Hardware Specifications Table 3 shows the hardware specifications of the PRIMERGY 10/40GbE Connection Blade 18/8+2.

Item Specifications Interface ETHER(LAN)port Standard IEEE 802.3 Downlink port（port1-18） 18 ports（10GBASE-KR） Uplink port（port19-26） 8ports（10GBASE-LR/SR/CR (SFP+) Uplink port (Port27, 31) 2ports (40GBASE-LR4/SR4/CR4 (QSFP+)) ISL (Port 35) 1 port (40GBASE-CR4)

Management blade

connection port (oob）

1port (10/100Base-T,Ethernet connection

via management blade) Console Port Standard RS-232C #of ports 1 Data transfer rate 9600bps Connection mode Serial connection via management blade

Operating Voltage DC +12 V Power Consumption Max 50 W

External dimensions（H x D x W） 29 x 268 x 193 (mm) Weight 1.5kg

Table 4 Hardware Specification


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2 Getting Started This chapter describes how to install and configure the PRIMERGY 10/40GbE Connection Blade 18/8+2 for getting started and how to check the system and maintenance information. 2.1 Installing Connection Blade in PRIMERGY BX900/BX400 Blade

Chassis Install Connection Blade in PRIMERGY BX900/BX400 Blade Chassis with the following procedure. Step1: Insert the Connection Blade with the eject lever open in PRIMERGY BX900/BX400 Blade Chassis Step2: Push the eject lever and close it.

2.2 Installing SFP+/QSFP+ Module in Connection Blade Install SFP+/QSFP+ module in Connection Blade with the following procedure. Step1: Insert the SFP+/QSFP+ module with the lever closed in SFP+/QSFP+ port of Connection Blade Step2: Attach optical cable when SFP+/QSFP+ module are used.


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2.3 Configure serial console connection This section shows how to set up serial console connection to access connection blade CLI Step1: Connect MMB and PC console port with a console cable. Or use a telent / SSh session to the MMB

via LAN. Step2: For serial console connection, configure terminal software in PC as follows. - 8 data bits, 1 stop bit and no parity - 115200 baud - No flow control Step3: Login MMB CLI. (username : admin, password : admin by default)

In case of BX900 chassis Step4: Enter 3 in Console Menu. Step5: Console Redirection Table Menu appears. Then select 1 to open Console Redirect Connection Blade Menu Step6: Enter the connection blade number which you’d like to configure. Then, we can access Connection

Blade’s CLI

+-----------------------------------------------------------------------------+ | Console Menu page_root +-----------------------------------------------------------------------------+ (1) Management Agent (2) Emergency Management Port (3) Console Redirection (4) TFTP update (5) Logout (6) Reboot Management Blade (7) System Information Dump (8) Command Line Interface (9) Account Management Enter selection:3

+-----------------------------------------------------------------------------+ | Console Redirection Table page_3 +-----------------------------------------------------------------------------+ (1) Console Redirect Connection Blade (2) Set Return Hotkey , Ctrl+(a character) : Q (3) Set Console Redirection Timeout : 900 Enter selection or type (0) to quit:1

+------------------------------------------------------------------------------+ | Console Redirect Connection Blade page_3_1 +------------------------------------------------------------------------------+ (1) Console Redirect Connection Blade-1 (2) Console Redirect Connection Blade-2 (3) Console Redirect Connection Blade-3 (4) Console Redirect Connection Blade-4(5) Console Redirect Connection Blade-5 (6) Console Redirect Connection Blade-6 Enter selection or type (0) to quit:3


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In case of BX400 chassis Step4: Enter ”cd△ConsoleRedirection” (‘△’ means space in this document) Step5: Enter “set△ConsoleRedirectionTo=CBX”(X is connection blade number=1,2,3,4). Then, we can access

Connection Blade’s CLI 2.4 Configuring Connection Blade with connection blade CLI

This section explains how to configure basic settings like IP address, default gateway and password.

Step1: Login CLI by entering username and password (username:admin, password:admin by default)

Step2: Configure IP address by the following command. Step3: Configure login password

Fujitsu (TM) Management Blade Version 6.XX Copyright 2009 Fujitsu, Inc. All rights reserved. </OemFujitsuSiemens> BX400S1 ->cd△ConsoleRedirection status = 0 status_tag = COMMAND COMPLETED </OemFujitsuSiemens/ConsoleRedirection> BX400S1 ->

</OemFujitsuSiemens/ConsoleRedirection> BX400S1 -> set△ConsoleRedirectionTo=CB1 Press <Ctrl+Q> Return Console Menu

Login: admin Password: <WARNING> weak admin's password: contain at least 8 characters #

# configure ##oob(In case of setting IP address to out-of-band port) (config)#oob△ip△address△192.168.1.10/24△3 #configure ip address to oob (config)#oob△ip△route△0△default△192.168.1.1 #configure default gateway of oob (config)#exit #show△oob #show oob ip address information #show△ip△route #show default gateway information ##lan0(In case of setting IP address to In-band port) (config)#lan△vlan△10 #set vlan 10 as management vlan (config)#lan△ip△address△192.168.1.10/24△3 #set ip address to lan 0 (config)#lan△ip△route△0△default△192.168.1.1 #set default gateway of lan 0 (config)#exit #show△interface #show lan0 ip address information #show△ip△route #show default gateway information

# configure (config)#password△admin△set△**************


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2.5 Changing Switch Mode , IBP Mode and EHM There are 3 modes for this product Switch mode, IBP mode and EHM. EHM is its default mode. Switch mode works as normal Layer2 switch. EHM is basically the same as switch mode, but it prohibit the forwarding between uplinks and STP configuration to prevent uplink Loop by some mistakes. IBP mode is prepared for easy configuration so that a server administrator can configure it. Refer to other manuals to know the detail of these mode To change current mode, execute the following commands.

Change current mode to switch mode Change current mode to IBP mode Change current mode to EHM You can check current mode with show system information command.

# boot-system△mode△switch # reset

# boot-system△mode△ibp # reset

# boot-system△mode△ehm # reset


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2.6 Checking version and system information System information can be seen by show system information command

1) Current time Current time is displayed

2) Startup time

The time when system booted up is displayed 3) Hardware Version

Hardware version is displayed

4) Number of ports The port number of 10/40GbE is displayed (downlink ports/uplink ports)

5) Machine Model

Machine model is displayed 6) ROM Ver.

Boot ROM version is displayed.

7) Firm Ver. Firmware version is displayed

8) Startup-firmware

Current operating software mode (switch_firm or ibp_firm or ehm_firm) is displayed 9) Next-boot

Software mode in next boot is displayed

10) Startup-config Startup config information is displayed. (date and time when saved config)

11) Running-config

Running config information is displayed (date and time when applied current config) 12) MAC

MAC address is displayed

13) Memory Memory size implemented in this product is displayed

# show△system△information Current-time : Sat Apr 11 20:24:33 GMT 2012 -------1) Startup-time : Sat Apr 11 20:14:22 GMT 2012 -------2) Hardware Version : 01-10 -------3) Number of ports : 18/8+2 -------4) Machine Model : PY CB Eth Switch 10/40Gb 18/8+2 -------5) ROM Ver. : 1.6 -------6) Firm Ver. : V01.00 NY0020 Fri Jan 10 21:04:40 JST 2014 -------7) Startup-firmware : ehm_firm -------8) Next-boot : ehm_firm -------9) Startup-config : Thu Jan 1 00:00:00 GMT 1970 config1 -------10) Running-config : Sat Apr 11 20:14:22 GMT 2012 -------11) MAC : 001742d10960 -------12) Memory : 512MB -------13)


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2.7 Configuration files The PRIMERGY 10/40GbE Connection Blade 18/8+2 has 2 configuration files for each EHM configuration, switch mode configuration and IBP mode configuration.

Figure 4 Configuration file structure

2.7.1 Changing startup configuration file To change startup configuration file, The command, reset configX(X=1 or 2), can change it. the following example shows the changing from config1 to config2.

2.7.2 Checking configuration file The current applied configuration (running-config) can be checked by show running-config command The configuration applied at next boot (startup-config) can be checked by show startup-config command

2.7.3 Saving configuration The current configuration can be saved by save command.

The current configuration can also be saved by assigning config file.

config1

config2

config1

config2

EHM IBP Mode

PRIMERGY 10/40GbE Connection Blade 18/8+2

Configuration file1

for IBP software

Configuration file2 for IBP software

Configuration file1 for EHM

Configuration file2 for EHM 構成定義情報 2

config1

config2

Switch Mode

Configuration file1 for Switch Mode

Configuration file2 for Switch Mode 構成定義情報 2

#reset△config2

#show△running-config

#show△startup-config

#save

#save△config2


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2.7.4 Backup/Restore configuration We can backup the configuration to server or restore it by downloading configuration file from server. FTP or TFTP protocol can be used. FTP server function is activated in this product. Therefore, we can access it by FTP client and put or get its configuration to backup or restore. We can backup or restore the configuration by copy command on CLI if using TFTP server. Backup by FTP server can be done as following. (This example is on Window OS command prompt.) Restore by FTP server can be done as following. (This example is on Window OS command prompt.)

C:<config>ftp△192.168.1.10 #Connect with FTP to Connection Blade User (192.168.1.100:(none)): admin #Enter User Name 331 Password required for admin. Password: #Enter Password 230 User admin logged in. ftp> bin #Change to binary mode 200 Type set to I ftp>get△config1△config1-1 #backup config1 to config1-1 file ・・ ftp>bye #exit FTP access 221 Goodbye C:<config>

C:<config>ftp△192.168.1.10 #Connect with FTP to Connection Blade User (192.168.1.100:(none)): admin #Enter User Name 331 Password required for admin. Password:admin #Enter Password 230 User admin logged in. ftp> bin #Change to binary mode 200 Type set to I ftp>put△config1-1△config1 #Restore config1-1 to config1 ・・ 226 Write complete 2856 bytes sent in 1.10 seconds (2.44 Kbytes/s) ftp>get△reset #Restart connection blade ・・ ftp>bye #exit FTP access 221 Goodbye C:<config>


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Backup by TFTP server can be done as following. (On the assumption that TFTP server is already prepared.) This command example shows storing config1 as the name of <file name> to TFTP sever. Restore by TFTP server can be done as following. (On the assumption that TFTP server is already prepared.) This command example shows downloading <file name> from TFTP server as config1. Then reset the switch by assigning next-boot configuration file Restring the configuration by FTP/TFTP needs the switch reboot.

2.7.5 Clearing Configuration Clearing the configuration can be done by reset clear command. 2.8 Updating Firmware Updating Firmware can be done by FTP as the following procedures. (This example is on Window OS command prompt.) The new firmware is applied after reset. In case of TFTP, updating firmware can be done as the following.

#copy△config1△tftp://<tftp server IP address>/<file name>

#copy△tftp://<tftp server IP address>/<file name>△config1 …… #reset△config1

#reset△clear

C:<config>ftp△192.168.1.10 #Connect with FTP to Connection Blade User (192.168.1.100:(none)): admin #Enter User Name 331 Password required for admin. Password:admin #Enter Password 230 User admin logged in. ftp> bin #Change to binary mode 200 Type set to I ftp> put△SBAX3V0XXXBIND_NYXX_NJXX△bindfirm #Update firmware ・・ 226 Write complete 2856 bytes sent in 1.10 seconds (2.44 Kbytes/s) ftp>get△reset #Restart connection blade ・・ ftp>bye #exit FTP access

#copy△tftp://<tftp server IP address>/<f/w file name>△switch_firm #Update firmware …… #reset #reboot


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3 Exchange procedure This chapter explains how we can exchange to a spare part.

3.1 Caution when exchanging 1. Please use the antistatic wristband when exchanging and use antistatic mat when you put this product temporary on

somewhere else.

2. Redundancy configuration such as using multiple switches and teaming configuration is needed when exchanging this product without stopping network. Please check configuration and consult with system administrator when you exchange this product.

3. LAN port should be disabled from server blade side when exchanging switchblade if possible. LAN port on Server Blade will link-up automatically when installing it in a chassis. Therefore, the ports become active before configuration restore is completed when Active-Active teaming or Active-Standby teaming with Failback enable are configured.

4. We recommend to use latest version Firmware for all switch blades in the system though the products can be used with several firmware version mixed environment as its spec.

3.2 Exchange Procedure example

This section explains the example exchange procedure. ① Change the configuration such as remote notification/alarm service in your system to prevent the system from sending

alert if needed.

② Check the connecting cable and modules location of the switch.

③ Take the defect switchblade information. show△tech-support command can take the almost logs. (If it cannot be taken due to power supply defects or something, please go forward without taking logs.)

④ Check the firmware version and active firmware mode (Switch/IBP/EHM) of the target one.

⑤ Take the configuration backup file when you do not have it. (If you cannot take the configuration backup and do not have the file, you have to configure all of them manually.) Check which config file(config1 or config2) is used by show△system△information before backup. (Refer to Chapter 2. to know how we can backup)

⑥ Remove the target switchblade Remove all the cables and modules from the target switchblade. Then, remove that switchblade from the chassis. There are release latch on switchblade (green one.). Slide it to the right side and open it. Then pull out the switchblade to remove from the chassis.

⑦ Install the spare part. Refer to Chapter 2 to know how to install the Connection Blade. Note: Don’t connect the cables before configuration restore is finished.

⑧ Update Firmware. Refer to Chapter 2 to know how to update the Firmware

⑨ Configure Firmware active mode and IP address. Refer to Chapter 2 to know how to configure them.

⑩ Restore the configuration.(Refer to Chapter 2 to know how to do it.)

#show△tech-support


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⑪ Connect the modules and cables

⑫ Set back the configuration such as remote notification/alarm service in your system.

4 Default Settings

4.1 Switch Mode Item Default Setting

Switching method Cut through switching

Port information

ETHER port 1-18

(Downlink)

19-26

(Uplink)

27,31 (Uplink)

oob

（MMB connection

link）

Data transfer rate 10Gbps 10Gbps 40Gbps 10/100Mbps

(Auto-detect)

Full/half duplex Full-duplex

(Fixed)

Full-duplex

(Fixed)

Full-duplex (Fixed)

Auto-detect

Flow control Tx:OFF, Rx:ON Tx:ON(Fixed)

Rx:ON(Fixed)

VLAN VID 1 (no tag) －

Protocol VLAN

Predefined protocol IPv4、IPv6

Link down relay Disabled

Link aggregation

Load balancing algorithm Destination MAC address, Source MAC address

Back up port

Port selection scheme Master port preferred

STP information

STP operating mode MSTP enabled for Uplink ports / Disabled for downlinks

LLDP Disabled

Broadcast/Multicast storm control Enabled Threshold value: 7.5Mpps

Converged Enhance Ethernet Disabled

Output rate control Disabled

Reflective Relay Disabled

IGMP snooping Disabled

MLD snooping Disabled

IEEE802.1X authentication Disabled

RADIUS client Disabled

TACACS+ client Disabled

LDAP Client Disabled

IP interface In-band = None/OOB = DHCP

Password information

User name admin

Password admin

ACL information None

SNMP information Disabled

DHCP/DNS client Enabled on oob

telnet/SSH auto logoff 5 min

Console auto logoff 8 hours

System log information

System log send Disable

Facility 23（local7）

Priority error、warn、info

Automatically current time set TIME or SNTP protocol advertised by DHCP server


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Schedule information None

Host database information None

4.2 IBP Mode Item Default Setting


Port information

ETHER port 1~18

(Downlink)

19~26

(Uplink)

27,31 (Uplink)

oob

（MMB connection link）


(Auto-detect)


(Fixed)

Full-duplex

(Fixed)

Full-duplex (Fixed)

Auto-detect


Rx:ON(Fixed)

Uplink Set - default - -

Port Group default default - -

VLAN Port Group - - - -

Service LAN - - - -

Service VLAN - - - -

Link State Enabled

Link aggregation


Back up port


LLDP Disabled

Broadcast/Multicast storm control Enabled Threshold value: 7.5Mpps




IGMP snooping Enabled

MLD snooping Enabled


MAC address authentication Disabled






User name admin

Password admin














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4.3 EHM Item Default Setting


Port information

ETHER port 1~18

(Downlink)

19~26

(Uplink)

27,31

(Uplink) oob

（MMB connection link）


(Auto-detect)


(Fixed)

Full-duplex

(Fixed)

Full-duplex

(Fixed) Auto-detect

MDI/MDI-X －－


Rx:ON(Fixed)

VLAN VID 1 (no tag) －

Protocol VLAN

Predefined protocol IPv4、IPv6

Link down relay Disabled

Link aggregation


Backup port


LLDP Disabled

Broadcast/Multicast storm control Enabled Threshold value : 7.5Mpps




IGMP snooping Disabled

MLD snooping Disabled







User name admin

Password admin













5 Maximum Values


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5.1 Switch Mode

Item Maximum value

Bridge information

of blocks registered（*1） 131072

Of static blocks registered 400

VLAN definition

# of VLANs 1000

Protocol VLAN（*2） 8

Link aggregation

# of member ports 10

# of groups 10

Back up ports

# of groups 13

STP information

# of MSTP instances 16

＃ of retainable LLDP receive information(*3） 34+476

MAC filters（*4） 128(per switch)

QoS using ACLs（*4） 128(per switch)

IGMP snooping

# of multicast group address registered 400

MLD snooping


IEEE802.1X authentication

# of simultaneously authentication clients(*5) 24(per port)

Port mirroring

Target port（*6） 1

Converged Enhanced Ethernet

Priority Group 2

PFC 1

ARPs registered 4000

IP interfaces 2 (including oob)

IPv6 interfaces 2 (including oob)

Routing table(IPv4)

# of routes registered 4

# of static routes registered 4

Routing table(IPv6)

# of routes registered

# of RA routes registered 1


IP filtering information(*4)

IPv4 max definitions 128(per switch)


DSCP rewrite information(*4)



ACL definitions 700

Host database definitions 100

AAA information

# of groups 10

# of defined authenticated users 1000

# of defined RADIUS servers 4

# of defined TACACS+ servers 4

# of defined LDAP servers 4

SNMP information

# of max. SNMP manager registered 8


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RMON

Alarm definition 64

History 50 (per port)

Simultaneous Login

Console 1

Telnet 4

ssh 1 (can not use with sftp)

ftp 1 (can not use with sftp)

sftp 1 (can not use with ftp and ssh

simultaneously)

WWW browser 4

System logging

# of System log records 1024 or more

Max.# of system log servers registered 1

Automated time adjustment

Max. # of SNTP servers registered 1

# of schedules defined 20

Application filtering information

(per application server)

10

*1) Includes own entries of the switch blade, static entries, and entries registered by authentication or IGMP

snooping

*2) The number of protocol filters that can be defined by the user.

*4)Sum of MAC filter, QoS using ACLs, IP filter、IP Precedence/DSCP value rewrite、protocol VLAN.System

maximum value may be less than 128 depending on the setting.

*5)Refers to the combined number of clients throughout all the authentication algorithms. The actual number

may not reach 24 if the MAC address of a client does not fall in the allowed range.

*6) All ports can be set as source port for a target port.


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5.2 IBP Mode

Item Maximum value

Bridge information



Uplink Set

Uplink set 18

Port Group

Port Group 18

VLAN Port Group

VLAN Port Group 1000

Service LAN

Service LAN 18

Service VLAN

Service VLAN 1000

Link aggregation


# of groups 10

Back up ports

# of groups 4


IGMP snooping


MLD snooping




Port mirroring



Priority Group 2

PFC 1




Routing table(IPv4)



Routing table(IPv6)





AAA information

# of groups 10





SNMP information


RMON

Alarm definition 64



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Simultaneous Login

Console 1

Telnet 4




simultaneously)

WWW browser 4

System logging







snooping

*3)Sum of MAC filter, QoS using ACLs, IP filter、IP Precedence/DSCP value rewrite、protocol VLAN.System

maximum value may be less than 128 depending on the setting.


*5)Refers to the combined number of clients throughout all the authentication algorithms. The actual number



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5.3 EHM

Item Maximum value

Bridge information



VLAN definition

# of VLANs 1000

Protocol VLAN（*2） 8

Link aggregation


# of groups 10

Back up ports

# of groups 13


MAC filters（*4） 128(per switch)

QoS using ACLs（*4） 128(per switch)

IGMP snooping


MLD snooping




Port mirroring



Priority Group 2

PFC 1




Routing table(IPv4)



Routing table(IPv6)




IP filtering information(*3)



DSCP rewrite information(*3)



ACL definitions 700


AAA information

# of groups 10





SNMP information


RMON

Alarm definition 64


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Simultaneous Login

Console 1

Telnet 4




simultaneously)

WWW browser 4

System logging






Application filtering information

(per application server)

10


snooping

*2) The number of protocol filters that can be defined by the user.

*4）Sum of MAC filter, QoS using ACLs, IP filter、IP Precedence/DSCP value rewrite、protocol

VLAN.System maximum value may be less than 128 depending on the setting.

*5）Refers to the combined number of clients throughout all the authentication algorithms. The actual number



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