Hybrid Optic Wireless (presentation)

Mochamad Ryan Fajar Nurdin 1101158598

• šas one of the most promising candidates for the next generation broadband access networks for quite some time.
• šThe integration scheme provides the bandwidth advantages of the optical networks and mobility features of the wireless networks for Subscriber Stations (SSs).
• šefficiency to the network providers particularly in rural area where the existing wired telecommunication infrastructures such as,

1. šDigital Subscriber Line (DSL),
2. šCable Modem (CM),
3. šT-l/E-I networks or fibre deployments are either costly or unreachable.

 

Problem Domain :

• šPhysical location.
• šUpgradability.
• šTraffic growth.

For instance, they are unable to support subscribers located more than 5.5 km from the central office (CO), They also cannot provide enough bandwidth for ongoing demands for more sophisticated services and bandwidth.

 

 

Architecture of Hybrid Optical Wireless

 

Parameter Hybrid Optical Wireless

 

Data exchange on Hybrid Optical Wireless

 

Reference :

1. ITU-T G.9S4.x, available at: http://www.itu.intirec/T-REC-G/e
2. š6th IFIP/IEEE International Workshop on Broadband Convergence Networks Hybrid Optical and Wireless Technology Integrations for Next Generation Broadband Access Networks , available at http://uir.ulster.ac.uk/22001/1/05990515.pdf
3. šY.Luo et al., “Integrating Optical and Wireless Services in the Access Network”, OSA, 2006.