CUSTOMER RELEASE NOTES

Firmware Release 6.0.5.1:

The 6.0.5.1 release now supports 25 ACL rules (ACEs) per ACL, total of inbound and outbound, to be mapped to the user if the AP has Direct Path Forwarding (Local Switching) enabled. There can be more than one ACL, with 25 ACEs, applied to multiple users on the AP. If an ACL with 26 or more rules is mapped to the user with Local Switching enabled, the users in the network will not connect or authenticate to that wireless network. Enterasys Networks recommends creating separate ACL profiles to be used for those users who are authenticated into the Local Switching VLAN profile.

Resolved an issue with the Web Authentication page and login slowness due to the memory buffer for non- parsable http requests not being freed.

Resolved a memory leak issue in the TCP machine that caused Netsys crashes. The memory was not freed in cases where the client attempts to close the tcp connection from its end but we still have some data to send out.

Resolved an issue where certain wireless IP phones would not connect to the AP1002, RBT3K-AG, or RBT-4102.

Resolved an issue where Radius calling-station-id not sent by the Web-portal functionality.

Resolved an issue where an NMAP scan would cause the web portal page to no longer function.

Resolved an issue where a WebView error was seen for the browser URL reference icon.

Resolved an issue where ACL rules were not applied to a Locally switched user.

Resolved an issue where certain fdb errors were seen on a Mesh AP after it was reset.

Resolved an issue when the login WebAAA page displayed a partial logo or title header.

Resolved an issue where a Bonded Authenticated user would not get an IP address using the TKIP cipher.

Resolved an open endian issue where an ICMP ACL rule (ACE), with either the source or destination IP address fields and masks configured, will not get applied to an authenticated user with Direct Path Forwarding (Local Switching) enabled.

Resolved an issue where the ACL Mapping with Local Switching fails after adding the 17th ACL rule.

Firmware Release 6.0.4.4:

Resolved an issue where a bit on the non-mesh supported Access Points could be randomly set, causing the APs to reset several times.

Resolved an issue where an external antenna attached to the TRPZ-MP-422 Access Point was not transmitting the configured power.

Resolved an issue for the RBT-8400 where system generated core crash files were truncated and unreadable.

Firmware Release 6.0.4.2:

Added support for the TRPZ-MP-620 Outdoor Access Point. Direct Path Forwarding (Local Switching), Mesh Services, and Wireless Bridging are only supported on the TRPZ-MP-620 and TRPX-MP-422 Access Points.

The RBT-8400 image is smaller than previous releases due to a shared library format introduced in the 6.0 firmware. Statically linked executables, which called to individual library functions, were replaced with run-time calls, reducing the total number of individual library routines to be opened, and reducing the overall size of the firmware required to operate the network switch. This format also increases the amount of memory available for data transfer and table maintenance.

Resolved the issue where the Static IP configuration and deployment for the AP4102 and AP3000 did not remain persistent with the AP upon reboot.

Resolved the erroneous message error printed to the CLI when the RBT-8400 reboots with 5.0.12.2: Bootloader upgrade 5.0.x to 5.0.x needed. (x could be any number)

cp: /boot0/bload: No space left on device

Resolved an issue where the TRPZ-MP-422 Access Point image does not load with the 6.0.x code.

Resolved an issue where the configured APs in a network plan would crash upon RAS firmware upgrade due to a DNS update entry on the RAS.

Resolved an issue where the Radius CLASS attribute was not sent with stop packets.

Resolved an issue where the RAS spoofed a DNS reply with a 169.254.x.x if the DNS server took more than 3 seconds to respond. Certain Linux and Vista users will drop this packet causing everything to fail

Resolved an issue where the configured APs would crash with various exception messages, including TLB data miss and sigtrap.

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

Subject to Change Without Notice

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