The Allied Telesis AT-2712FX/MT-SB-901 is a network module designed for use in Allied Telesis networking equipment.

### Product Name

**Allied Telesis AT-2712FX/MT-SB-901**

### Product Description

The AT-2712FX/MT-SB-901 is a media module that provides additional network interface options for Allied Telesis switches and routers. It is used to extend the network capabilities of a device by adding specific types of ports for connecting to fiber or copper networks.

### Product Parameters & Specifications

– **Module Type:**
– The AT-2712FX/MT-SB-901 is a media module designed for Allied Telesis equipment. It typically supports a combination of fiber and copper interfaces.
– **Fiber Ports:**
– **Type:** Fiber Optic
– **Standard:** Generally, this module supports Fast Ethernet (100Base-FX) or Gigabit Ethernet (1000Base-FX), depending on the exact model.
– **Connector Type:** SC or LC (dependent on exact module variant)
– **Wavelength:** Commonly 1310 nm
– **Distance:** Varies with the specific fiber type and module configuration (e.g., up to 2 km for some Fast Ethernet modules)
– **Copper Ports:**
– **Type:** Twisted Pair
– **Standard:** Usually Fast Ethernet (100Base-TX) or Gigabit Ethernet (1000Base-T)
– **Connector Type:** RJ-45
– **Distance:** Up to 100 meters
– **Interface Support:**
– The module may support various interface types depending on its design, including:
– 100Base-FX
– 1000Base-FX
– 100Base-TX
– 1000Base-T
– **Compatibility:**
– Designed for use with specific Allied Telesis switches and routers. It’s essential to verify compatibility with your specific model of Allied Telesis networking hardware.
– **Form Factor:**
– The module fits into a dedicated slot on Allied Telesis equipment.
– **Environmental Requirements:**
– Operating Temperature: Typically between 0°C to 50°C (32°F to 122°F)
– Humidity: 10% to 90% non-condensing

### Product Use

The AT-2712FX/MT-SB-901 module is used to provide additional network connectivity options to Allied Telesis switches and routers. It can be employed in various scenarios such as:

– **Expanding Network Interface Options:** Adding more ports or different types of interfaces to a network device to accommodate various connectivity needs.
– **Connecting to Different Media Types:** Facilitating connections over fiber optics for long-distance links or copper for standard Ethernet connections.
– **Upgrading Network Infrastructure:** Enhancing the functionality of existing network devices by integrating additional or upgraded modules.