404
C
HAPTER
39: 802.1
X
C
ONFIGURATION
Configuration
Example
802.1x Configuration
Example
Network requirements
■
Authenticate users on all ports to control their accesses to the Internet. The
switch operates in MAC address-based access control mode. The access control
mode is MAC-address-based.
■
All supplicant systems that pass the authentication belong to the default
domain named “aabbcc.net”. The domain can accommodate up to 30 users.
As for authentication, a supplicant system is authenticated locally if the RADIUS
server fails. And as for accounting, a supplicant system is disconnected by force
if the RADIUS server fails. The name of an authenticated supplicant system is
not suffixed with the domain name. A connection is terminated if the total size
of the data passes through it during a period of 20 minutes is less than 2,000
bytes. All connected clients belong to the same default domain: aabbcc.net,
which accommodates up to 30 clients. Authentication is performed either on
the RADIUS server, or locally (in case that the RADIUS server fails to respond). A
client is disconnected in one of the following two situations: RADIUS
accounting fails; the connected user has not included the domain name in the
username, and there is a continuous below 2000 bytes of traffic for over 20
minutes.
■
The switch is connected to a server comprising of two RADIUS servers whose IP
addresses are 10.1.1.1 and 10.1.1.2. The RADIUS server with an IP address of
10.1.1.1 operates as the primary authentication server and the secondary
accounting server. The other operates as the secondary authentication server
and primary accounting server. The password for the switch and the
authentication RADIUS servers to exchange message is “name”. And the
password for the switch and the accounting RADIUS servers to exchange
message is “money”. The switch sends another packet to the RADIUS servers
again if it sends a packet to the RADIUS server and does not receive response
for 5 seconds with a maximum number of retries of 5. And the switch sends a
real-time accounting packet to the RADIUS servers once in every 15 minutes. A
user name is sent to the RADIUS servers with the domain name truncated.
Connected to the switch is a server group comprised of two RADIUS servers
whose IP addresses are 10.1.1.1 and 10.1.1.2 respectively, with the former
being the primary authentication and the secondary counting server, and the
latter the secondary authentication and the primary counting server. Configure
the interaction password between the switch and the authenticating RADIUS
server to be “name”, and “money” for interaction between the switch and the
counting RADIUS. Configure the waiting period for the switch to resend
packets to the RADIUS server to be 5 seconds, that is, if after 5 seconds the
RADIUS still has not sent any responses back, the switch will resend packets.
Table 324
Display and debug 802.1x
Operation Command Description
Display the configuration,
session, and statistics
information about 802.1x
display dot1x
[
sessions
|
statistics
] [
interface
interface-list
]
You can execute the display
command in any view
Clear 802.1x-related statistics
information
reset dot1x statistics
[
interface
interface-list
]
You can execute the reset
command in user view
Содержание Switch 7754
Страница 32: ...32 CHAPTER 1 CLI OVERVIEW ...
Страница 70: ...70 CHAPTER 5 LOGGING IN USING MODEM ...
Страница 76: ...76 CHAPTER 7 LOGGING IN THROUGH NMS ...
Страница 86: ...86 CHAPTER 9 CONFIGURATION FILE MANAGEMENT ...
Страница 120: ...120 CHAPTER 13 ISOLATE USER VLAN CONFIGURATION ...
Страница 126: ...126 CHAPTER 14 SUPER VLAN ...
Страница 136: ...136 CHAPTER 16 IP PERFORMANCE CONFIGURATION ...
Страница 152: ...152 CHAPTER 17 IPX CONFIGURATION ...
Страница 164: ...164 CHAPTER 19 QINQ CONFIGURATION ...
Страница 172: ...172 CHAPTER 21 SHARED VLAN CONFIGURATION ...
Страница 182: ...182 CHAPTER 22 PORT BASIC CONFIGURATION ...
Страница 198: ...198 CHAPTER 24 PORT ISOLATION CONFIGURATION ...
Страница 208: ...208 CHAPTER 25 PORT SECURITY CONFIGURATION ...
Страница 224: ...224 CHAPTER 27 DLDP CONFIGURATION ...
Страница 232: ...232 CHAPTER 28 MAC ADDRESS TABLE MANAGEMENT ...
Страница 240: ...240 CHAPTER 29 CENTRALIZED MAC ADDRESS AUTHENTICATION CONFIGURATION ...
Страница 280: ...280 CHAPTER 30 MSTP CONFIGURATION ...
Страница 348: ...348 CHAPTER 35 IS IS CONFIGURATION ...
Страница 408: ...408 CHAPTER 39 802 1X CONFIGURATION ...
Страница 412: ...412 CHAPTER 40 HABP CONFIGURATION ...
Страница 422: ...422 CHAPTER 41 MULTICAST OVERVIEW ...
Страница 426: ...426 CHAPTER 42 GMRP CONFIGURATION ...
Страница 480: ...480 CHAPTER 47 PIM CONFIGURATION ...
Страница 506: ...506 CHAPTER 48 MSDP CONFIGURATION ...
Страница 552: ...552 CHAPTER 51 TRAFFIC ACCOUNTING CONFIGURATION ...
Страница 570: ...570 CHAPTER 53 HA CONFIGURATION ...
Страница 582: ...582 CHAPTER 54 ARP CONFIGURATION SwitchA arp protective down recover interval 200 ...
Страница 622: ...622 CHAPTER 58 DHCP RELAY AGENT CONFIGURATION ...
Страница 684: ...684 CHAPTER 61 QOS CONFIGURATION ...
Страница 718: ...718 CHAPTER 63 CLUSTER ...
Страница 738: ...738 CHAPTER 67 UDP HELPER CONFIGURATION ...
Страница 752: ...752 CHAPTER 69 RMON CONFIGURATION ...
Страница 772: ...772 CHAPTER 70 NTP CONFIGURATION ...
Страница 796: ...796 CHAPTER 72 FILE SYSTEM MANAGEMENT ...
Страница 802: ...802 CHAPTER 73 BIMS CONFIGURATION ...
Страница 814: ...814 CHAPTER 74 FTP AND TFTP CONFIGURATION ...
Страница 830: ...830 CHAPTER 75 INFORMATION CENTER ...
Страница 836: ...836 CHAPTER 76 DNS CONFIGURATION ...
Страница 852: ...852 CHAPTER 77 BOOTROM AND HOST SOFTWARE LOADING ...
Страница 858: ...858 CHAPTER 78 BASIC SYSTEM CONFIGURATION DEBUGGING ...