HP ProCurve 5412ZL User Manual

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Quality of Service: Managing Bandwidth More Effectively
Globally-Configured QoS
Figure 5-6. Assigning Priorities to the Selected DSCPs
3. Assign the DSCP policies to the selected TCP/UDP port applications and
display the result.
Figure 5-7. Configuring a DSCP Policy for Global TCP/UDP Port Classifiers
The switch applies the DSCP policies in Figure 5-7 to IP packets with the
specified TCP/UDP port applications that are received in the switch. The
switch manages the packets as follows:
HP Switch(config)# qos dscp-map af11 priority 3
HP Switch(config)# qos dscp-map 13 priority 3
HP Switch(config)# qos dscp-map af13 priority 3
HP Switch(config)# write memory
HP Switch(config)# show config
HP Switch configuration:
; J9146 Configuration Editor; Created on release W.14.XX
hostname “Switch”
time daylight-time-rule None
qos dscp-map af11 priority 3
qos dscp-map 13 priority 3
qos dscp-map af13 priority 3
.
.
.
Configure these three codepoints
with non-default priorities.
Show config lists the non
default codepoint settings.
HP Switch(config)# qos udp-port 23 dscp 000111
HP Switch(config)# qos tcp-port 80 dscp 000101
HP Switch(config)# qos tcp-port 914 dscp 000010
HP Switch(config)# qos udp-port range 1001 2000 dscp 000010
TCP/UDP port based priorities
| IP Packet Application |
Protocol | Type Port Apply rule | DSCP Priority
-------- + --------- ----------- ---------- + ------ -----------
UDP | IPV4 23 DSCP | 8 7
TCP | IPV4 80 DSCP | 6 5
TCP | IPV4 914 DSCP | 3 1
UDP | IPV4 1001-2000 DSCP | 3 1
Global TCP/UDP port-
number classifiers
DSCP Policy: DSCP codepoint (3) and 802.1p priority (1)
mapping (Note: DSCP 3 is the decimal equivalent of binary
000010.)

HP ProCurve 5412ZL Specifications

General

Input Voltage	100-240 VAC
Jumbo Frame Support	Yes
Layer	Layer 3
Port Type	10/100/1000Base-T, SFP
Management	CLI, Web, SNMP

Summary

Static Virtual LANs (VLANs)

Types of Static VLANs Available in the Switch

Details port-based, protocol-based, and designated VLAN types like Default, Primary, Secure Management, and Voice VLANs.

Static VLAN Operation

Explains how ports assigned to a VLAN form a broadcast domain and how packets are bridged.

Configuring VLANs

Details methods for configuring port-based VLANs via menu or CLI.

GVRP

General Operation

Explains how GVRP advertises static VLANs and allows dynamic VLAN joining.

Configuring GVRP On a Switch

Provides steps for viewing, enabling, disabling, and configuring GVRP on a switch via menu and CLI.

Multiple Instance Spanning-Tree Operation

802.1s Multiple Spanning Tree Protocol (MSTP)

Describes MSTP's use of VLANs to create multiple spanning trees for improved utilization.

Configuring MSTP

Outlines prerequisites and settings for configuring MSTP globally, per port, and per instance.

Troubleshooting an MSTP Configuration

Explains how to use `show spanning-tree` commands for monitoring, troubleshooting, and debugging MSTP.

Loop Protection

Discusses loop protection as an alternative to STP for preventing loops at the network edge.

Stack Management for the 3500, 3500yl, 6200yl and 6600 Switches

General Stacking Operation

Explains how switches join a stack and how the Commander switch manages members and features.

Configuring Stack Management

Covers the overview and steps for configuring and bringing up a stack, including global parameters.

Monitoring Stack Status

Details how to view stacking data for individual switches or all switches in the subnet.

QinQ (Provider Bridging)

Features and Benefits

Lists advantages of QinQ, including increased VLAN space and customer traffic isolation.

Enabling QinQ and Configuring QinQ Modes

Explains how to enable QinQ and the supported modes: mixed VLAN and VLAN only.

Configuring QinQ

Outlines general steps for configuring QinQ, including S-VLANs and port types.

Configuring Per-Port S-VLAN Membership

Details how to use `svlan` commands for tagged and untagged per-port S-VLAN memberships.

Classifier-Based Software Configuration

Traffic Classes

Introduces classifier features, additional policy actions, and configuration of service policies.

Creating a Traffic Class

Explains how to use `match` and `ignore` commands to create classes of IPv4 or IPv6 traffic.

Creating a Service Policy

Details how to create QoS, mirroring, or PBR policies by defining actions for traffic classes.

Applying a Service Policy to an Interface

Describes how to apply QoS, mirroring, or PBR policies to inbound traffic on ports or VLAN interfaces.

Zone Classes

Explains zone classes used with Transparent Mode for intercepting and redirecting packets to ONE applications.

Creating a Zone Class

Details how to create a zone class using the `class zone` command and `port-list` command.

Creating a Zone Policy

Explains how to configure zone policies by defining intercept rules for source and destination zones.