AT-S105 Version 1.1.0 Software Release Notes

What’s New in Version 1.1.0

New Features

The following features have been added to the AT-S105 Version 1.1.0 software:

ˆACL - Access Control Lists are now supported by port, Mac Address or IP address.

ˆLACP Standby Mode - No additional setting is required for LACP Standby mode. The standby feature only works when you select more port members than the trunk limitation. For example, since the AT-FS750/24POE and AT-FS750/48 allow a maximum of 8 ports in a trunk, when you select 10 ports in trunk, the lower numbered 8 ports will be active and the remaining 2 ports AUTOMATICALLY become standby ports. So when 1 port is bad, one of the standby ports becomes the active port.

You can NOT intentionally assign a port as a standby port. If you select 5 ports for a trunk and the remote trunk partner supports only 4 members per trunk, the fifth port is automatically placed into standby mode. However, all 5 ports become active if the remote trunk partner supports 5 or more ports per trunk.

Based on the max number of ports in each trunk, when users select more ports than the limit, the extra ports become standby ports automatically.

ˆRMON - The AT-FS750/24POE and AT-FS750/48 now support the following RMON MIB groups:

—Statistic group

—History group

—Alarm group

—Event group

Resolved Issues

ˆCertain SFP’s are not functional until the switch is rebooted if they are are installed when the switch is turned on. The issue has been resolved.

ˆWhen a trunk is applied, the switch checks the lowest numbered port for its duplex mode. If the duplex mode is half-duplex, a pop up error message is displayed to users, If the duplex mode is full-duplex, the speed and duplex settings are copied from the lowest numbered port to other ports in the trunk. This insures that all port members are transmitting and receiving traffic at the same data rate.

Operational Notes

ˆThe AT-FS750/24POE and AT-FS750/48 switches automatically save power based on the following conditions.

—Energy Detect: When the link status of any port is DOWN, the port defaults to a low energy state until a link is established.

—Active Power Management: On the Gigabit Ethernet (combo) ports only, when the link status is UP, the transmit power of the port is automatically adjusted directly proportional to the length of the Ethernet cable.

—On the Fast Ethernet (10/100MB) ports with the link status UP, no active power management comes into play

ˆFlow Control is functional between any ports (1 - 26) on the AT-FS750/24POE switch

PN 613-001565 Rev A

2

Allied Telesis, Inc.

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Allied Telesis AT-FS750/24POE, AT-FS750/48 manual What’s New in Version, New Features, Resolved Issues, Operational Notes
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AT-FS750/48, AT-FS750/24POE specifications

Allied Telesis is renowned for its high-quality networking solutions, and the AT-FS750 series exemplifies this commitment with its robust functionality and advanced features. The AT-FS750/24POE and AT-FS750/48 are two powerful models designed to meet the diverse needs of modern networks, providing reliable connectivity and efficient power management.

The AT-FS750/24POE model is particularly notable for its Power over Ethernet (PoE) capabilities, allowing it to deliver power and data over the same Ethernet cable. This is especially beneficial for deploying devices like IP phones, security cameras, and wireless access points in locations where power sources may be limited. With 24 PoE-enabled ports, the switch can efficiently power multiple devices simultaneously, streamlining installations and reducing clutter.

Conversely, the AT-FS750/48 offers a more extensive configuration with 48 standard Ethernet ports. This model is ideal for larger networks that require seamless connectivity for a higher number of devices. Its robust architecture ensures optimal performance and reliability in demanding environments, making it a preferred choice for enterprises looking to enhance their infrastructure.

A key feature of both models is the Layer 2 switching technology, which ensures high-speed data forwarding and efficient traffic management within the local area network (LAN). This technology supports essential protocols such as VLAN (Virtual Local Area Network) tagging, enabling network segmentation and better security. The switches also boast a high switching capacity, ensuring minimal latency and maximizing throughput for connected devices.

Both AT-FS750 switches are designed with user-friendly management options. They support a web-based interface, simplifying configuration and monitoring tasks for IT staff. Additionally, the switches incorporate SNMP (Simple Network Management Protocol) for streamlined network management, allowing administrators to oversee network performance and troubleshoot issues effectively.

Another notable characteristic is their compact, fanless design, which not only reduces noise but also extends the lifespan of the equipment due to minimized thermal stress. The rugged casing ensures durability, making them suitable for various environments, from small offices to large enterprise networks.

In summary, the Allied Telesis AT-FS750/24POE and AT-FS750/48 switches provide a versatile solution for organizations seeking reliable and efficient networking capabilities. With PoE support, comprehensive management features, and robust performance, these switches are well-suited to meet the evolving demands of today's networking landscape.
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