Auto Image and Configuration Update
379
If the switches are to be assigned a static IP address included in a specified
configuration file (.text) or by a DHCP server, the entries in the *.setup file
that assigns a specific configuration file and image to each switch has the
following format:
MAC_Address
Config_File
Image_File
For example:
0180.c200.0010
switch-Y.text
PC7000vR.5.4.1.stk
1180.c200.0011
switch-Z.text
PC7000vR.5.4.1.stk
After a line has been read and implemented by the Auto Configuration
feature, it automatically adds "in-use" to the end of the line to ensure that the
information is not used for the next switch. To replicate the entire USB auto
configuration process, the "in-use" statements from the .setup file need to be
removed. Then, if the process is restarted, the MAC address/IP address
combinations will be ensured for any switch that has previously attempted
upgrade and all other switch upgrades can take place as if for the first time.
What Is the DHCP Auto Configuration Process?
If the USB Auto Configuration fails or is not used, the switch can use a
DHCP server to obtain configuration information from a TFTP server.
DHCP Auto Configuration is accomplished in three phases:
1
Assignment or configuration of an IP address for the switch
2
Assignment of a TFTP server
3
Obtaining a configuration file for the switch from the TFTP server
Auto Configuration is successful when an image or configuration file is
downloaded to the switch from a TFTP server.
Obtaining IP Address Information
DHCP is enabled by default on the Out-of-Band (OOB) interface. It is
disabled by default on VLAN 1, which is the default management VLAN and
includes all switch ports as members. If an IP address has not been assigned,
the switch issues requests for an IP address assignment.
NOTE:
The downloaded configuration file is not automatically saved to startup-
config. You must explicitly issue a save request (copy running-config startup-
config) in order to save the configuration.
Summary of Contents for PowerConnect 7024
Page 134: ...134 Setting Basic Network Information ...
Page 290: ...290 Managing General System Settings Figure 11 14 SNTP Servers Table ...
Page 348: ...348 Configuring SNMP ...
Page 430: ...430 Monitoring Switch Traffic ...
Page 444: ...444 Configuring iSCSI Optimization ...
Page 538: ...538 Configuring 802 1X and Port Based Security ...
Page 594: ...594 Configuring VLANs Figure 21 16 GVRP Port Parameters Table ...
Page 600: ...600 Configuring VLANs Figure 21 23 Double VLAN Port Parameter Table ...
Page 658: ...658 Configuring the Spanning Tree Protocol ...
Page 693: ...Configuring Port Based Traffic Control 693 Figure 24 3 Storm Control 5 Click Apply ...
Page 780: ...780 Configuring Connectivity Fault Management ...
Page 804: ...804 Snooping and Inspecting Traffic Figure 27 17 DAI Interface Configuration Summary ...
Page 818: ...818 Snooping and Inspecting Traffic ...
Page 836: ...836 Configuring Link Aggregation ...
Page 882: ...882 Configuring DHCP Server Settings ...
Page 916: ...916 Configuring L2 and L3 Relay Features Figure 33 3 DHCP Relay Interface Summary ...
Page 924: ...924 Configuring L2 and L3 Relay Features Figure 33 12 IP Helper Statistics ...
Page 930: ...930 Configuring L2 and L3 Relay Features ...
Page 1004: ...1004 Configuring OSPF and OSPFv3 ...
Page 1044: ...1044 Configuring VRRP ...
Page 1057: ...Configuring IPv6 Routing 1057 Figure 37 9 IPv6 Route Preferences ...
Page 1064: ...1064 Configuring IPv6 Routing ...
Page 1084: ...1084 Configuring DHCPv6 Server and Relay Settings ...
Page 1091: ...Configuring Differentiated Services 1091 Figure 39 5 DiffServ Class Criteria ...
Page 1114: ...1114 Configuring Differentiated Services ...
Page 1130: ...1130 Configuring Class of Service ...
Page 1136: ...1136 Configuring Auto VoIP ...
Page 1216: ...1216 Managing IPv4 and IPv6 Multicast ...