Continental Wireless Inc. R5000-L-49 Manuale Utente
InfiNet Wireless R5000
Technical User Manual
Copyright © 2005 by InfiNet Wireless Limited.
5
Supplem entary inform ation
Contains
supplementary
information
(specifications,
connectors
soldering
schemes and InfiNet Wireless Routers product matrix).
2. General products description
InfiNet Wireless FBWA products offer scalable, robust, flexible and cost-effective
fixed broadband wireless access solutions for carrier-class networks. Wireless
routing equipment from InfiNet Wireless is designed to implement and expand
carrier-class networks for high-speed Internet access, enterprise campus
networks, primary links for the Last Mile and backhauling traffic between cell
towers and multiple access points.
fixed broadband wireless access solutions for carrier-class networks. Wireless
routing equipment from InfiNet Wireless is designed to implement and expand
carrier-class networks for high-speed Internet access, enterprise campus
networks, primary links for the Last Mile and backhauling traffic between cell
towers and multiple access points.
InfiNet Wireless Routers are especially applicable to regions with complex wired
infrastructures where infrastructure upgrades require costly or time-consuming
activities. Many deployments have been accomplished in regions with a dearth of
wired infrastructure where wireless solution is the only viable option for both
voice and data networks. The deployment of InfiNet Wireless Routers minimizes
both capital and operational investments for the creation of network
infrastructure.
infrastructures where infrastructure upgrades require costly or time-consuming
activities. Many deployments have been accomplished in regions with a dearth of
wired infrastructure where wireless solution is the only viable option for both
voice and data networks. The deployment of InfiNet Wireless Routers minimizes
both capital and operational investments for the creation of network
infrastructure.
Key product features:
•
Support 2.4 GHz and 5-6 GHz bands, based on DSSS and OFDM
technologies
technologies
•
Intelligent deterministic non-collision protocol using the radio spectrum
•
Powerful QoS capabilities
•
Security, tunneling, NAT and firewall
•
Flexible network management
•
VoIP functionality
•
Powerful integrated diagnostic tools
InfiNet Wireless routers are generally used to create geographically spread FBWA
transport networks. In its most basic form, a wireless network built with InfiNet
Wireless routers consists of a base station and multiple subscriber units deployed
one at each end of the wireless links. The radio link operates on a single
frequency channel using Time Division Duplex (TDD) and dynamic adaptive
polling MAC protocol. The difference between a base station unit and subscriber
unit is a matter of configuration and CPU performance. Both devices have the
same common software feature set and the same common hardware platform.
The InfiNet Wireless software is not logically limited to the number of wired
hosts on the subscriber LAN.
transport networks. In its most basic form, a wireless network built with InfiNet
Wireless routers consists of a base station and multiple subscriber units deployed
one at each end of the wireless links. The radio link operates on a single
frequency channel using Time Division Duplex (TDD) and dynamic adaptive
polling MAC protocol. The difference between a base station unit and subscriber
unit is a matter of configuration and CPU performance. Both devices have the
same common software feature set and the same common hardware platform.
The InfiNet Wireless software is not logically limited to the number of wired
hosts on the subscriber LAN.
The InfiNet Wireless routers have been developed to operate within license
exempt frequency bands which are either 2.412-2.484 GHz or 4.920 – 6,010
GHz. Different products series supports different frequency bands.
exempt frequency bands which are either 2.412-2.484 GHz or 4.920 – 6,010
GHz. Different products series supports different frequency bands.
The InfiNet Wireless routers can support flexible topologies including point-to-
point
point
links,
point-to-multipoint
links,
high-speed
transport
connections
(backbones) and relay-points building. They have been designed to prevent
internal and external interference using such product features as software
selectable transmit power control, static frequency selection, asymmetrical bit-
rate/transmit power rates selection for base and subscriber units. In order to
maintain link availability, solve the “hidden node” problem and reduce the
collision rate, the product employs dynamic adaptive non-collision polling MAC
protocol that dynamically redistributes data streams between active and inactive
subscribers. Autobitrate mechanism is an optional powerful feature that provides
link reliability in case of changing conditions on the path of the link.
internal and external interference using such product features as software
selectable transmit power control, static frequency selection, asymmetrical bit-
rate/transmit power rates selection for base and subscriber units. In order to
maintain link availability, solve the “hidden node” problem and reduce the
collision rate, the product employs dynamic adaptive non-collision polling MAC
protocol that dynamically redistributes data streams between active and inactive
subscribers. Autobitrate mechanism is an optional powerful feature that provides
link reliability in case of changing conditions on the path of the link.