3D Connexion OL-6415-03 manual Applying Access Control Lists, ACL Range Location

Page 7

Chapter 7 Configuring QoS on an Access Point

Configuration Guidelines

Table 7-4

Access Control List Numbers

 

 

 

700 - 799

 

MAC address access list

 

 

Allow or deny packet forwarding based on Ethernet packet MAC source or

 

 

destination addresses

 

 

 

200 - 299

 

Protocol type-code access list

 

 

Allow or deny packet forwarding based on packet protocol type-code, in the case

 

 

of Ethernet, it is either DIX, SAP, or SNAP type

 

 

 

The radio interface supports the following access lists:

•<1 - 99> IP standard access list

•<100 - 199> IP extended access list

•<700- 799> MAC address access list

•<200 - 299> Protocol type-code access list

The rest of the access lists can be applied, but it is not recommended.

Applying Access Control Lists

An access control list can be applied to an the ingress or egress of the interface. The type of access control list determines the best place to apply the list. Table 7-5summarizes where the access control lists should be applied.

Table 7-5

Access Control List Recommended Location

 

 

 

ACL Range

 

Location

 

 

 

<1 -99>

 

Apply to interface ip access-group <acl_num> <in

<100 -199>

 

out>

 

 

 

 

 

<200 - 299>

 

Apply to interface bridge-group <x> <input-lsap-list

 

 

input-type-list> <acl_num>

 

 

 

<700 - 799>

 

Apply to interface bridge-group <x> <input-address-list

 

 

output-address-list> <acl_num>

 

 

 

For each type of access list, only one access list can applied to a direction. We recommended that for IP access lists, use only the extended IP access list numbers 100 through 199, because they can support multiple layers (from Layer 3 to Layer 7) access control clauses in one access list.

Typical Layer 2 access control lists (<200-299> and <700-799>) only take effect inside the Layer 2 bridging path. Packet received by the access point upper protocol stack are not be applied.

Cisco Wireless Router and HWIC Configuration Guide

 

OL-6415-03

7-7

 

 

 

Page 6 Page 8
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Page 6 Page 8
Contents QoS for Wireless LANs Versus QoS on Wired LANs Understanding QoS for Wireless LANsRecommended Reading CoS Value Dscp Value Impact of QoS on a Wireless LANPrecedence Filter Type Configuration GuidelinesPrecedence of QoS Settings Element for Wireless Phones settingMapping IP Precedence Examples Voip Phone SupportPriority Fixed slottime Number CWmin CWmax Cisco Wireless IP Phone 7920 SupportAdjusting Radio Access Categories Radio Interface Transmit QueuesQoS on Vlan Access Control ListsEthernet Interface Transmit Queue 802.1Q Untagged Voice PacketsACL Range Location Applying Access Control ListsInstall Ethernet Type or SAP Acess Control List Enable 802.11 Phone SupportInstall IP Acess Control List Install MAC address Acess Control ListPolicy Map Keyword for Set COS Value Configure Contention Windows Values To Traffic ClassesApply Layer 2 Acess Control List To Packet Received/Sent Class Map Keyword for VlanOL-6415-03

OL-6415-03 specifications

The 3Dconnexion OL-6415-03 is a highly advanced 3D mouse designed specifically for professionals in fields like architecture, engineering, product design, and animation. This device enhances productivity by offering intuitive control over 3D environments, making it an essential tool for those who work extensively with 3D modeling software.

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Overall, the 3Dconnexion OL-6415-03 stands out as a powerful tool that significantly improves navigation and control in 3D environments. With its advanced technologies, ergonomic design, and customizable features, it meets the demands of professionals looking for precision and efficiency in their 3D workflows. Whether used for detailed design work or complex visualization tasks, this 3D mouse is engineered to elevate the user experience to new heights.
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