The AIROHA AN7581 is capable of delivering the world's fastest 10 Gbps symmetric broadband speeds with less than 3 ms latency, as tested with AIROHA's patent-pending tool based on the TR-143 protocol. Conventional industry practice is to control broadband latency to less than 7 ms.

Considering the fact that in a network environment the latency can reach 10 ms due to complex network infrastructure, the AIROHA AN 7581 can still boost user's network connections to a reliable 10 Gbps speed as tested. This gives operators a greater tolerance when deploying their network equipment in an adverse field environment and helps them maintain a consistent and predictable service level, making the AIROHA AN7581 the best solution choice for all FTTx deployments.

Greater latency tolerance to help operators meet speed claims and regulatory requirements. This, in turn, gives operators a particular advantage in meeting government regulations and consumer demands for more accountable broadband speeds. In recent years governments around the world have set stricter standards and guidelines for broadband speed and quality. For example, The US Federal Communications Commission (FCC) has issued guidelines to ensure that consumers have access to a broadband connection at a speed or quality level that meets the performance claims made by their service providers.

The AN7581 is the world's fastest symmetric 10G-PON chip based on a forward-looking architecture that is expected to support future broadband upgrade initiatives over the next decade and improve operators' operational efficiency and ROI with reduced CapEx and OpEx. AIROHA also plans to support Broadband Forum's upcoming TR-471 protocol in addition to TR-143.