instance

9

instance

 

 

 

 

Maps a VLAN to a Multiple Spanning Tree Protocol (MSTP) instance.

 

Synopsis

instance instance_id [vlan vlan_id priority priority_id]

 

 

no instance

 

 

Operands

instance_id

Specifies the MSTP instance. The range of valid values is 1-15.

 

 

vlan vlan_id

Specifies the VLAN to map an MSTP instance. The range of valid values is

 

 

1-3583.

 

priority priority_id

Specifies the priority for the specified instance. The range of valid values is 0-61440. The priority values can be set only in increments of 4096.

Defaults

The default priority value is 32768.

Command

Protocol Spanning Tree MSTP mode

Modes

 

Description

Use this command to map a VLAN to an MTSP instance. You can group a set of VLANs to an

 

instance.This command can be used only after the VLAN is defined. Use the no instance command

 

to unmap the VLAN from the MSTP instance.

Usage

The following rules apply:

Guidelines

• VLANs must be created before mapping to instances.

 

 

• VLAN instance mapping is removed from the configuration if the underlying VLANs are deleted.

Examples

To map a VLAN to an MTSP instance:

 

switch(conf-mstp)#instance 1 vlan 2, 3

 

switch(conf-mstp)#instance 2 vlan 4-6

 

switch(conf-mstp)#instance 1 priority 4096

See Also

show spanning-tree

Converged Enhanced Ethernet Command Reference

133

53-1001762-01

 

Page 150 Page 152
Page 151
Image 151
Brocade Communications Systems 53-1001762-01 Instance instanceid vlan vlanid priority priorityid, No instance Operands
Page 150 Page 152

53-1001762-01 specifications

Brocade Communications Systems 53-1001762-01 is a sophisticated network switch designed primarily for enterprise-level data centers and modern virtualization environments. This device exemplifies the company’s dedication to providing high-performance, reliable, and scalable network solutions.

One of the main features of the Brocade 53-1001762-01 is its exceptional layer 2 and layer 3 switching capabilities. This allows for seamless connectivity across various network layers, optimizing data traffic management and improving overall network efficiency. With its support for multiple protocols, including Ethernet and Fibre Channel, the switch is adaptable to various networking needs.

In terms of technology, the Brocade 53-1001762-01 leverages advanced ASIC (Application-Specific Integrated Circuit) technology, ensuring low latency and high throughput. This is particularly beneficial for applications that require real-time data processing, such as video streaming, high-frequency trading, and large-scale database operations. The switch supports high bandwidth throughput, enabling organizations to handle increased data loads without compromising performance.

Scalability is another critical characteristic of the Brocade 53-1001762-01. It allows for stackable configurations, enabling businesses to easily expand their network infrastructure as demands grow. The device supports Virtual Chassis technology, which allows multiple switches to be managed as a single unit, simplifying network management and reducing operational costs.

Security features in the Brocade 53-1001762-01 address the growing need for robust protection against cyber threats. It supports various security protocols and provides tools for network segmentation, traffic encryption, and secure access control. These features are crucial for complying with regulatory standards and safeguarding sensitive data in enterprise environments.

Moreover, the Brocade 53-1001762-01 is designed with energy efficiency in mind, presenting organizations with a sustainable solution that reduces power consumption without sacrificing performance. This is particularly important as businesses seek to minimize their carbon footprint and operational costs.

In summary, the Brocade Communications Systems 53-1001762-01 is a versatile, high-performance network switch that stands out for its advanced networking capabilities, scalability, robust security features, and energy efficiency. It empowers organizations to build and maintain efficient, secure, and future-proof networking environments.
Top Page Image Contents