Modules

The AT-SPZX80 SFP Module is a latest industry standard in flexible, full-duplex Gigabit Ethernet connectivity. This hot-swappable, fiber interface simply plug into a SFP slot on Allied Telesyn SFP compatible products.

The XEM2-12XS provides 12 x 1G/10G (SFP/SFP+) ports for long distance fiber connectivity.

The Allied Telesis SP Series delivers flexible, full-duplex Ethernet connectivity. These hot-swappable fiber and copper interfaces simply plug into the SFP slot on all SFP-compatible devices. Configuration can be optimized to meet a wide variety of distance and service requirements.

Compatibility

Allied Telesis SP Series Small Form-Factor Pluggables (SFPs) are supported on Allied Telesis devices with SFP uplink connections.

SP Series SFPs are Multi-Sourcing Agreement (MSA)-compliant, and fully adhere to industry standard networking regulations. This allows the SP Series to be used with other MSA-compliant platforms that support SFP uplink connections.

For Cisco compatibility please refer to the "SFP Compatibility Flyer".

Options

SP Series SFPs offer short-haul, long-haul and Bi-Directional (BiDi) solutions. This flexibility allows network managers to easily extend network distance and bandwidth.

Using an SFP BiDi transceiver can upgrade transmission capacity on a typical network-without installing new fibers-by utilizing a single fiber for both the send and receive signals.

Multiple temperature ranges

Different network environments call for a variety of temperature ranges. The SP Series is available in standard (0-70°C), industrial (-40 to 85°C), and extended (-40 to 105°C) temperature variants.

SP Series

Gigabit Small Form-Factor Pluggable Modules

The Allied Telesis SP Series delivers flexible, full-duplex Ethernet connectivity. These hot-swappable fiber and copper interfaces simply plug into the SFP slot on all SFP-compatible devices. Configuration can be optimized to meet a wide variety of distance and service requirements.

Compatibility

Allied Telesis SP Series Gigabit Small Form-Factor Pluggables (SFPs) are supported on all Allied Telesis devices with SFP uplink connections.

SP Series SFPs are Multi-Sourcing Agreement (MSA)-compliant, and fully adhere to industry standard networking regulations. This allows the SP Series to be used with other MSA-compliant platforms that support SFP uplink connections.

Options

SP Series SFPs offer short-haul, long-haul and Bi-Directional (BiDi) solutions. This flexibility allows network managers to easily extend network distance and bandwidth.

Using an SFP BiDi transceiver can upgrade transmission capacity on a typical network-without installing new fibers-by utilizing a single fiber for both the send and receive signals.

Multiple temperature ranges

Different network environments call for a variety of temperature ranges. The SP Series is available in standard (0-70°C), industrial (-40 to 85°C), and extended (-40 to 105°C) temperature variants.

Gigabit Small Form-Factor Pluggable Modules

The Allied Telesis SP Series delivers flexible, full-duplex Ethernet connectivity. These hot-swappable fiber interfaces simply plug into the SFP slot on all SFP-compatible devices. Configuration can be optimized to meet a wide variety of distance and service requirements.

Compatibility
SP Series Small Form Pluggables (SFPs) are supported on all Allied Telesis devices that support SFP uplink connections.
The Allied Telesis SP Series SFPs are Multi-Sourcing Agreement (MSA) compliant. They fully comply with industry standard networking regulations. This compliance allows the Allied Telesis SFPs to be used with other MSA-compliant platforms that support SFP uplink connections.

For Cisco compatibility please refer to the 'SFP Compatibility Flyer'.

Options
The Allied Telesis SPSX Series offers short haul, long haul and Bi-Directional (BiDi) solutions. This flexibility allows a network manager to extend the distance and bandwidth of their network.

Using an SFP Bi-Directional transceiver can upgrade transmission capacity on a typical network without installing new fibers by utilizing a single fiber for both the send/receive signals.