Patch SB251-13 For SwitchBlade 4000 Series Switches and AT-9800 Series Switches

11

PCR: 03907

Module: IPV6

Level: 2

The CREATE CONFIG command did not generate the TYPE parameter for

ADD IPV6 INTERFACE commands. This issue has been resolved.

PCR: 03913 Module: SWCX

Level: 2

A fatal error occurred with NVS when the log contained too many debug log messages. These messages were added with PCR 03701. This issue has been resolved.

PCR: 03921

Module: IP, ARP

Level: 2

The switch was previously responding to ARP request packets received with invalid (i.e. broadcast or multicast) source MAC or IP addresses. This issue has been resolved so that ARP packets received with broadcast or multicast MAC or IP addresses will be discarded.

PCR: 03922

Module: PIM

Level: 3

The SET PIM INTERFACE command did not succeed when the

HELLOTIMER parameter was specified. This issue has been resolved.

PCR: 03923 Module: CORE

Level: 3

The AT-SB2415 Bandwidth Expander line card displayed an incorrect ID name in the output of the SHOW SYSTEM command. This issue has been resolved.

PCR: 03925

Module: IPV6

Level: 3

Incorrect debug information was returned when an ICMPv6 PacketTooBig message was received. This issue has been resolved.

PCR: 03931

Module: IPSEC

Level: 3

The IPSec configuration was not created correctly when the RADDRESS and LNAME parameters in the CREATE IPSEC POLICY command were used together. This issue has been resolved.

PCR: 03934

Module: IPSEC

Level: 2

The CREATE IPSEC POLICY command failed if the interface specified with the INTERFACE parameter did not have a global IPv6 interface defined. This PCR implements a workaround by using the interface’s link-local IPv6 address if no other IPv6 address can be found.

PCR: 03935

Module: IPV6

Level: 3

ISAKMP debug messages now correctly outputs IPv6 addresses when using IPv6, and IPv4 addresses when using IPV4.

PCR: 03939

Module: IPV6

Level: 2

When a NeighbourAdvert message containing an anycast target address was received, the device incorrectly performed Duplicate Address Detection. This issue has been resolved.

PCR: 03954

Module: IPV6

Level: 2

Patch SB251-13 for Software Release 2.5.1 C613-10361-00 REV M

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Allied Telesis SB251-13 manual PCR 03913 Module Swcx Level, PCR Module IP, ARP Level, PCR Module PIM Level

SB251-13 specifications

The Allied Telesis SB251-13 is a robust Layer 2 managed switch designed to meet the demands of various networking environments. With a comprehensive set of features, it serves as an ideal solution for enterprises looking to enhance their network infrastructure while maintaining performance and reliability.

One of the standout features of the SB251-13 is its 24 Gigabit Ethernet ports, which provide high-speed connectivity essential for modern applications. This switch supports both copper and fiber connections, making it versatile for different deployment scenarios. Additionally, it includes two SFP (Small Form-Factor Pluggable) ports that enable flexibility in uplink configurations, allowing for connectivity over longer distances with fiber optics.

The switch operates on a Layer 2 architecture, which ensures efficient data handling and robust traffic management. With VLAN (Virtual Local Area Network) support, users can segment their networks for improved traffic isolation and security. This feature is particularly beneficial in environments where segmentation is critical for performance and compliance.

Quality of Service (QoS) is another critical characteristic of the SB251-13, enabling priority-based traffic handling. This means that time-sensitive data, such as VoIP or video streams, can be given precedence over less critical traffic. This prioritization enhances the overall user experience and is vital for ensuring the smooth operation of real-time applications.

Allied Telesis also includes advanced security features in the SB251-13, such as port security, MAC address filtering, and access control lists (ACLs). These measures help protect the network from unauthorized access and potential threats, making it suitable for both enterprise and educational environments.

Power over Ethernet (PoE) support is another significant advantage of the SB251-13. This feature allows the switch to provide power to connected devices like IP cameras, phones, and access points, eliminating the need for separate power sources and making installations cleaner and more efficient.

The SB251-13 is also equipped with a user-friendly web-based management interface, facilitating easy configuration and monitoring. Network administrators can quickly set up, manage, and troubleshoot, streamlining operations and reducing downtime.

In conclusion, the Allied Telesis SB251-13 stands out as a sophisticated managed switch that combines performance, security, and manageability. Its rich feature set makes it a valuable asset for organizations aiming to build a reliable and efficient network infrastructure.