CUSTOMER RELEASE NOTES

Firmware Release 7.0.4.3:

Using the auto-ap feature does not allow load-balancing on individual radios.

Description — When using the auto-ap feature, it is not possible to set all of the AP attributes. Per AP load-balancing control is not supported on auto-ap. The system global settings for load-balancing apply to all auto-aps.

Workaround — If you must configure a load-balance group for a specific AP, configure the AP as a regular AP.

Using telnet over a WAN link may affect the telnet session.

Description — When using telnet to manage a RAS over a high-latency WAN link, it is possible for the telnet session to stop responding.

Workaround — Restart the telnet session.

Auto-aps do not behave correctly on cluster seed when the maximum number of APs is configured.

Description — When a cluster seed RAS boots an auto-ap, it checks the seed configuration on the RAS to determine if the cluster can support any additional APs. If the system is already configured

with the maximum number of APs allowed, new auto-aps do not operate correctly. Workaround — Reduce the number of configured APs in the cluster configuration.

Voice handsets can be sensitive to changes on an in-service SSID.

Description — Particular voice handsets are sensitive to changes made to an in-service SSID. This can result in the handset operating with stale connection information.

Workaround — When using affected handsets, disable the Service Profile prior to making any configuration changes.

The time and date do not synchronize with an NTP server, if the NTP client on the RAS is enabled before the NTP service is started on the server.

Firmware Release 7.0.3.7:

Description — If you reload a switch configuration with cluster mode turned on, RASM cannot determine which RoamAbout switch is the active seed in the cluster configuration. (53952)

Workaround — Disable cluster mode and then re-enable it. Normal operation resumes on the network.

Using the auto-ap feature does not allow load-balancing on individual radios. (53331)

Description — When using the auto-ap feature, it is not possible to set all of the AP attributes. Per AP load- balancing control is not supported on auto-ap. The system global settings for load-balancing applies to all auto- aps. (53331)

Workaround — If you must configure a load-balance group for a specific AP, configure the AP as a regular AP.

Using telnet over a WAN link may affect the telnet session. (52853)

Description — When using telnet to manage a RoamAbout switch over a high-latency WAN link, it is possible for the telnet session to stop responding. (52853)

Workaround — Restart the telnet session.

Auto-aps do not behave correctly on cluster seed when the maximum number of APs is configured. (52633) Description — When a cluster seed RoamAbout switch boots an auto-ap, it checks the seed configuration on the RoamAbout switch to determine if the cluster can support any additional APs. If the system is already configured with the maximum number of APs allowed, new auto-aps do not operate correctly.

Workaround — Reduce the number of configured APs in the cluster configuration.

CAPWAP data plane UDP port changed from 5001 to 5247. (53029)

Description — The UDP port for CAPWAP data packets has changed from 5001 to 5247 to comply with the updated CAPWAP specification. You may experience problems with roaming VLANs between RoamAbout switches with MSS Version 7.0 and RoamAbout switches with earlier versions of MSS.

Workaround — If your network configuration requires tunnled VLANs, be sure that all RoamAbout switches on the network are configured with the same version of MSS.

Using the active-scan feature triggers packet loss on legacy APs with older Intel wireless adaptors. (50901) Description — When using active-scan on legacy APs with the Intel 2915 wireless adaptor, a station may experience some level of packet loss. (50901)

Workaround — Disable active-scan on any legacy APs supporting older Intel clients.

1/21/09 P/N: 9038177-27

Subject to Change Without Notice

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Enterasys Networks RBT-1602, RBT-1002-EU, TRPZ-MP-372-CN, RBT-8210, TRPZ-MP-422, TRPZ-MP-432, RBT3K-AG Customer Release Notes

TRPZ-MP-372-CN, RBT-1602, TRPZ-MP-372-IL, RBT-4102-BG, TRPZ-MP-422 specifications

Enterasys Networks has established itself as a formidable player in the networking hardware market, providing solutions that cater to a variety of business needs. Among their diverse product lineup are the RBT-8210, TRPZ-MP-432, TRPZ-MP-620, RBT3K-AG, and RBT-1002-EU models. Each of these devices showcases cutting-edge technology tailored for performance, scalability, and reliability.

The Enterasys RBT-8210 is designed primarily for high-performance routing and switching, offering essential features for data-intensive applications. Its robust architecture supports advanced security protocols, enabling secure data transactions across the network. The RBT-8210 also includes intelligent traffic management capabilities, ensuring efficient bandwidth allocation and minimizing latency. Its modular design allows for easy upgrades and scalability, making it suitable for growing enterprises.

Moving to the TRPZ-MP-432, this model is engineered for flexible deployment in both enterprise and service provider environments. The TRPZ-MP-432 excels in wireless connectivity with support for multiple radio frequencies, offering enhanced mobility solutions. It integrates seamlessly with existing infrastructures, providing unified management for both wired and wireless networks. This versatility ensures businesses can provide uninterrupted services, even in complex networking environments.

The TRPZ-MP-620 is another notable addition, focusing on high-density network demand. With its multi-gigabit ports, it is perfectly suited for environments needing high throughput, such as data centers and large office premises. It supports advanced Layer 3 routing, enhancing its performance capabilities. Additionally, the TRPZ-MP-620 features energy-efficient technologies that align with modern sustainability efforts, helping organizations to reduce their carbon footprint.

For enterprises looking for a robust gateway solution, the RBT3K-AG offers exceptional connectivity and security features. It supports extensive VPN capabilities, ensuring secure remote access for users, which is crucial in today’s distributed work environments. The device also includes advanced firewall functions, protecting sensitive information from external threats.

Finally, the RBT-1002-EU model is tailored specifically for European markets, delivering localized compliance standards in networking solutions. It incorporates features such as Quality of Service (QoS) to prioritize critical applications, ensuring optimal user experience across various services. The RBT-1002-EU also provides advanced analytics for network performance monitoring, which is essential for proactive network management.

In summary, Enterasys Networks' RBT-8210, TRPZ-MP-432, TRPZ-MP-620, RBT3K-AG, and RBT-1002-EU models deliver a range of advanced features and technologies suitable for modern networking challenges. These devices not only enhance connectivity and operational efficiency but also align with the evolving security needs of businesses today.