Title :
An economic ATM passive optical network
Author :
Miah, Babul ; Cuthbert, Laurie
Author_Institution :
Queen Mary & Westfield Coll., London, UK
fDate :
3/1/1997 12:00:00 AM
Abstract :
ATM network technology simplifies considerably the provision of services by providing the user with a unique interface to a single integrated service network that will handle all the user´s needs. However, while it is possible to think of direct fiber connection to large business customers, where the amount of traffic (and hence the revenue) justifies the expense, the provision of broadband access to residential and small business customers has always been considered a challenge. The RACE II project BAF (Broadband Access Facilities) rose to that challenge, developing an ATM broadband access network that allows a relatively large number of users to share a single point of entry to the high-speed network economically. The BAF access network is not only cost effective but provides full dynamic bandwidth allocation between endpoints. This article presents a description of this network, the key issues that arose from the work, and the innovative ideas that were incorporated in the system. The article concludes with a discussion of some of the results of the field trial that was carried out on the demonstrator
Keywords :
B-ISDN; access protocols; asynchronous transfer mode; business communication; economics; optical fibre subscriber loops; research initiatives; ATM broadband access network; ATM network technology; Broadband Access Facilities; MAC protocol; RACE II project BAF; business customers; dynamic bandwidth allocation; economic ATM passive optical network; field trial results; high speed network; integrated service network; interface; network demonstrator; residential customers; revenue; services provision; small business customers; system performance; traffic; Broadband communication; Channel allocation; Costs; Educational institutions; High-speed networks; Optical fiber networks; Passive optical networks; Telecommunication network topology; Telecommunication standards; Telecommunication traffic;
Journal_Title :
Communications Magazine, IEEE