Communications

Albis Technologies Announces New Gigabit Ethernet Solution

6th October 2010
ES Admin
0
Albis Technologies, today announced the launch of its full speed Gigabit ACCEED 2202, a new ULAF+ EFM optical demarcation device for Carrier Ethernet Access. Launching at the Broadband World Forum (October 26th - 28th) Paris, visitors can view the first ever showcase of the ACCEED 2202 on Stand H16.
Albis Technologies, today announced the launch of its full speed Gigabit ACCEED 2202, a new ULAF+ EFM optical demarcation device for Carrier Ethernet Access. Launching at the Broadband World Forum (October 26th - 28th) Paris, visitors can view the first ever showcase of the ACCEED 2202 on Stand H16.





Operators can benefit from the extensive feature-set of the ACCEED 2202 for the following applications:



§ High Speed Business Access Ethernet Services



§ Reliable backhaul of mobile base stations



§ Demarcation of Carrier Wholesale Solutions



§ A variety of utility solutions such as public services, railway, energy, industry



Main ACCEED 2202 advantages include:



§ Redundant links for protected services and link aggregation



§ Network demarcation allowing SLA enforcement



§ Gigabit non blocking line rate switching



§ Precise network synchronisation (e.g. SyncE, IEEE 1588v2)



§ Efficient Network management via Ethernet Link- and Service-OAM





Network operators have relied on the products of the ULAF+ family for many years. They praise the reliability, flexibility and high quality of the system, said Patrik Schoenenberger, Vice President of Albis Technologies. With the ULAF+ ACCEED 2202, customers looking for solutions to increase the bandwidth in their network are now being offered a new solution. We are delighted to present this new product at the Broadband World Forum. The announcement of this new device underlines our strategy to help network operators increase revenues and cut costs by migrating their network for new services.

Product Spotlight

Upcoming Events

View all events
Newsletter
Latest global electronics news
© Copyright 2024 Electronic Specifier