D-Link DES-3326SR — настройка управления доступом и безопасности в сетевых коммутаторах [87/240]
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D-Link DES-3326SR Layer 3 Switch
Chapter 14
Security Management
Access Profile Configuration
CPU Interface Filtering
802.1X Port-based Network Access Control
802.1X Configuration
Various security mechanisms are available with the DES-3326S including those discussed in this chapter. Other
techniques are used to improve the security environment that are not included in this chapter but are discussed in
other chapters. This chapter is dedicated to setting up Access Profiles and 802.1X configuration.
Access Profile Configuration
Access profiles allow you to establish criteria to determine if the Switch will forward packets based on the
information contained in each packet’s header. These criteria can be specified on a basis of VLAN, MAC
address or IP address. First, create the Access Profile Mask, then, define the rules used to allow access.
Access Profile Mask
Creating an access profile is divided into two basic parts. The first is to specify which part or parts of a frame
the switch will examine, such as the MAC source address or the IP destination address. The second part is
entering the criteria the switch will use to determine what to do with the frame. The entire process is described
below in two parts.
Figure 14- 1. Access Profile Mask Setting Table
To create an Access Profile Mask:
Click the New button in the Access Profile Mask Setting summary table page. A new menu is displayed. Use this
to create an access profile and specify what criteria are used to examine frames. Once the profile has been
created you can set up the rule applied to the profile as described later in this section.
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Содержание
431- D link des 3326sr
- D link des 3326sr layer 3 switch
- ____________________
- Ontents
- Able of
- Notes notices and cautions
- Intended readers
- About this manual
- Safety instructions
- Safety cautions
- General precautions for rack mountable products
- Protecting against electrostatic discharge
- Switch description
- Introduction
- Chapter 1
- Features
- Front panel components
- Led indicators
- Stacking led indicators
- Side panels
- Rear panel description
- Port functions
- Optional plug in modules
- Led indicators
- Des 132 2 port 100base tx module
- Port functions
- Led indicators
- Des 131f 132f 1 2 port 100base fx module
- Port functions
- Led indicators
- Des 131fl 132fl 1 2 port 100base fx module
- Led indicators
- Des 132t 2 port 1000base t module
- Port functions
- Port functions
- Led indicators
- Des 132g 2 port 1000base sx gigabit ethernet module
- Dem 320s 2 port 1000base sx gigabit ethernet module
- Port functions
- Led indicators
- Des 132gl 2 port 1000base lx gigabit ethernet module
- Dem 320l 2 port 1000base lx gigabit ethernet module
- Port functions
- Led indicators
- Des 132gb 2 port gbic based gigabit ethernet module
- Dem 320gh 2 port gbic based gigabit ethernet module
- Led indicators
- Des 332gs 1 port gbic based gigabit ethernet switch and stacking module
- Dem 320gs 1 port gbic based gigabit ethernet switch and stacking module
- Stacking port function
- Port functions
- Switch stacking
- Web based management interface
- Snmp based management
- Management options
- Command line console interface through the serial port or telnet
- Package contents
- Installation
- Chapter 2
- Connecting the console port
- Before you connect to the network
- Password protection
- Ip address assignment
- Snmp settings
- Installing the switch without the rack
- Installing the switch in a rack
- Stacking connections with ieee 1394 cabling
- Connecting stacked switch groups
- Notes on stacking switches
- Configuring a switch group for stacking
- Notes on standalone operation
- To disable stacking
- Unit id display for switches in a switch stack
- Connecting devices to the switch
- Installing a redundant power supply
- Connect to rps
- Chapter 3
- Before you start
- Basic switch management
- General deployment strategy
- Defining static routes
- Vlan setup
- Web based user interface
- Areas of the user interface
- Area 3
- Area 2
- Area 1
- Web pages and menus
- Login to web manager
- Switch information
- Basic setup
- Switch ip settings
- User accounts management
- Saving changes
- Admin and user privileges
- Factory reset
- Restart system
- Stacking mode
- Chapter 4
- Port configuration
- Chapter 5
- Configure ports
- Serial port settings
- Port security settings
- Traffic segmentation
- Link aggregation
- Chapter 6
- Configure link aggregation
- Choose the link aggregation algorithm
- Configure the link aggregation groups
- Port mirroring
- Chapter 7
- Chapter 8
- Unicast mac address forwarding
- Mac forwarding
- Mac address aging time
- Multicast mac address forwarding
- Broadcast multicast storm control
- W rapid spanning tree
- Spanning tree protocol
- Port transition states
- Chapter 9
- W 802 d compatibility
- Configure stp switch settings
- Stp port settings
- Quality of service configuration
- Chapter 10
- Configure qos output scheduling
- Configure 802 p user priority
- Configure default priority
- Configure bandwidth control
- Mac notification global settings
- Mac notification
- Chapter 11
- Mac notification port settings
- System log
- Configure system log state
- Chapter 12
- Sntp settings
- Current time settings
- Chapter 13
- Time zone and dst
- Chapter 14
- Access profile mask
- Access profile configuration
- Security management
- Cpu interface filtering state settings
- Cpu interface filtering
- Cpu interface filtering mask
- X port based network access control
- X state
- X configuration
- X port settings
- Port capability
- Initialize ports
- Re authenticate ports
- Radius server settings
- Snmp version
- Snmp network management
- Chapter 15
- Snmp view table
- Snmp group table
- Snmp community table
- Snmp engine id
- Snmp host table
- Snmp user table
- Security ip management
- Network monitoring and statistics
- Chapter 16
- Port utilization statistics
- Port packet statistics
- Port packet analysis
- Port error packets
- Mac address table
- Routing table
- Arp table
- Ospf information
- Ospf link state database table
- Ospf virtual neighbor table
- Ospf neighbor table
- Dvmrp routing table
- Dvmrp information
- Dvmrp next hop table
- Dvmrp neighbor address table
- Pim neighbor address table
- Gvrp status
- Router ports
- Igmp snooping group table
- Igmp snooping forwarding table
- Igmp group table
- X authentication status
- Ip multicast forwarding table
- Switch history
- Tftp services
- Switch utilities
- Download firmware
- Chapter 17
- Save settings to server
- Download configuration file
- Save history log to server
- Ping test
- Dhcp bootp and dns relay
- Bootp dhcp relay interface configuration
- Dns relay
- Dns relay interface configuration
- Nterfaces
- Layer 3 based vlans
- Chapter 18
- Assigning ip network addresses and subnet masks to vlans
- Vlans in layer 2
- Planning vlan layout
- Understanding 802 q vlans
- Q vlan packet forwarding
- Ieee 802 q vlans
- Q vlan tags
- Port vlan id
- Tagging and untagging
- Ingress filtering
- Configure vlans
- Configure 802 q static vlans
- Chapter 19
- Q port settings
- Switch gvrp
- Ip interface configuration
- Chapter 20
- Set up ip interfaces
- Multicast routing configuration
- Multicast global configurations
- Chapter 21
- Igmp snooping settings
- Igmp interface configuration
- Dvmrp interface configuration
- Pim dm settings
- Static route static arp and rip configuration
- Configure static routes
- Chapter 22
- Configure static arp
- Routing information protocol rip configuration
- The link state algorithm
- Introduction to ospf
- Chapter 22
- The shortest path algorithm
- Shortest path tree
- Ospf cost
- Router d
- Router c
- Router b
- Router a
- 13 1 222 11 0
- Link state packets
- Areas and border routers
- The backbone and area 0
- Simple password authentication
- Partitioning the backbone
- Ospf authentication
- Message digest authentication md 5
- Areas not physically connected to area 0
- Virtual links
- Neighbors
- Designated router election
- Adjacencies
- The ospf packet header
- Ospf packet formats
- Building adjacency
- Adjacencies on point to point interfaces
- The hello packet
- Ospf packet header
- The database description packet
- Hello packet
- The link state request packet
- Database description packet
- D link des 3326sr layer 3 switch
- Link state request packet
- The link state update packet
- Link state update packet
- The link state acknowledgment packet
- Link state advertisement formats
- Link state acknowledgment packet
- The link state advertisement header
- The format of the link state advertisement header is shown below
- Link state advertisement header
- D link des 3326sr layer 3 switch
- All link state advertisements begin with a common 20 byte header this header contains enough information to uniquely identify the advertisements link state type link state id and advertising router multiple instances of the link state advertisement may exist in the routing domain at the same time it is then necessary to determine which instance is more recent this is accomplished by examining the link state age link state sequence number and link state checksum fields that are also contained in the link state advertisement header
- Router links advertisements
- Summary link advertisements
- Network links advertisements
- Autonomous systems external link advertisements
- Configure ospf
- Chapter 24
- Md5 key table configuration
- Ospf area setting
- Global ospf settings
- Configure ospf settings
- Ospf interface configuration
- Ospf virtual interface settings
- Area aggregation configuration
- Ospf host route settings
- Route redistribution settings
- Technical specifications
- Appendix a
- Network addressing and protocols
- Ip addressing and subnetting
- Ip addresses
- Definitions
- Appendix b
- Address classes
- Subnet masking
- Calculating the number of subnets and nodes
- Under cidr the subnet mask notation is reduced to a simplified shorthand instead of specifying all of the bits of the subnet mask it is simply listed as the number of contiguous 1 s bits in the network portion of the address look at the subnet mask of the above example in binary 11111111 1100000 0000000 0000000 and you can see that there are 11 1 s or 11 bits used to mask the network address from the node address written in cidr notation this becomes 10 2 11
- Subnetting reduces the number of possible nodes for a given network but increases the segmentation of the network
- Note that this is less than the 16 777 214 possible nodes that an unsubnetted class a network would have
- Multiplying the number of subnets times the number of nodes gives 12 582 900 possible nodes
- D link des 3326sr layer 3 switch
- Classless inter domain routing cidr
- Class a subnet masks
- Class c subnet masks
- Class b subnet masks
- Protocol layering
- Internet protocols
- Layer 2
- Layer 1
- Layer 3
- Tcp ip
- Packet headers
- Layer 7
- Layer 4
- Ethernet
- Udp and icmp
- Tcp and udp well known ports
- The domain name system
- Mapping domain names to addresses
- Domain name resolution
- Dhcp servers
- Packet fragmentation and reassembly
- Ip routing multicasting multicast routing and routing protocols
- Appendix c
- Multicast groups
- Multicasting
- Internet group management protocol igmp
- Igmp versions 1 and 2
- Multicast spanning trees
- Multicast routing algorithms
- Flooding
- Reverse path multicasting rpm
- Reverse path broadcasting rpb
- Multicast routing protocols
- Distance vector multicast routing protocol dvmrp
- Routing protocols
- Routing information protocol rip
- Protocol independent multicast dense mode
- Rip version 1 message format
- Rip 1 message
- Rip 1 route interpretation
- Rip2 message format
- Rip version 2 extensions
- Glossary
- Limited warranty
- Fcc warning
- D link des 3326sr layer 3 switch
- D link des 3326sr layer 3 switch
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- D link des 3326sr layer 3 switch
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- General terms
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- D link des 3326sr layer 3 switch
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Изучите методы настройки профилей доступа и управления безопасностью в сетевых коммутаторах. Узнайте, как использовать фильтрацию интерфейсов и 802.1X для повышения безопасности.