Philips SNU6500 Manuale Utente
SNU6500
Thank you for purchasing the Philips Wireless USB Adapter 11g True Turbo
108 Mbps. This Wireless USB Adapter 11g True Turbo 108 Mbps is a WiFi (IEEE
802.11g) compatible USB device. It fully supports high data rates up to 108 Mbps with
automatic fallback to lower speeds for secure operation at lower data rates in even
the most difficult of wireless environments.
108 Mbps. This Wireless USB Adapter 11g True Turbo 108 Mbps is a WiFi (IEEE
802.11g) compatible USB device. It fully supports high data rates up to 108 Mbps with
automatic fallback to lower speeds for secure operation at lower data rates in even
the most difficult of wireless environments.
In this manual we will expand on how to install, configure, and use your Wireless
USB Adapter 11g True Turbo 108 Mbps.
USB Adapter 11g True Turbo 108 Mbps.
This chapter will give you background information on wireless networks and their
security in general.
security in general.
What are wireless network connections?
Your wireless network adapter uses a wireless protocol (called IEEE 802.11g or WiFi)
to communicate with other network computers by means of radio transmissions.
WiFi radio waves travel outwards from the antenna in all directions, and can transmit
through walls and floors.Wireless transmissions can theoretically reach up to 450
meters in an open environment and reach speeds of up to 108 megabits per second
(Mbps) at close range. However, the actual network range and data throughput rate
will be less, depending on the wireless link quality.
to communicate with other network computers by means of radio transmissions.
WiFi radio waves travel outwards from the antenna in all directions, and can transmit
through walls and floors.Wireless transmissions can theoretically reach up to 450
meters in an open environment and reach speeds of up to 108 megabits per second
(Mbps) at close range. However, the actual network range and data throughput rate
will be less, depending on the wireless link quality.
Factors determining your network range and
network speed
network speed
•
The environment: Radio signals can travel farther outside of buildings, and if the
wireless components are in direct line of sight to one another. Putting wireless
components in high places helps avoid physical obstacles and provides better
coverage.
wireless components are in direct line of sight to one another. Putting wireless
components in high places helps avoid physical obstacles and provides better
coverage.
•
Building construction such as metal framing and concrete or masonry walls and
floors will reduce radio signal strength. Avoid putting wireless components next
to walls and other large, solid objects; or next to large metal objects such as
computers, monitors, and appliances.
floors will reduce radio signal strength. Avoid putting wireless components next
to walls and other large, solid objects; or next to large metal objects such as
computers, monitors, and appliances.
•
Wireless signal range, speed, and strength can be affected by interference from
neighbouring wireless networks and devices. Electro-magnetic devices such as
televisions, radios, microwave ovens, and cordless phones, especially those with
frequencies in the 2.4 GHz range, may also interfere with wireless transmission.
neighbouring wireless networks and devices. Electro-magnetic devices such as
televisions, radios, microwave ovens, and cordless phones, especially those with
frequencies in the 2.4 GHz range, may also interfere with wireless transmission.
•
Standing or sitting too close to wireless equipment can also affect radio signal
quality.
quality.
•
Adjusting the antenna: Do not place antennas next to large pieces of metal,
because this might cause interference.
because this might cause interference.
Securing your wireless network
As wireless computer networks use radio signals, it is possible for other wireless
network devices outside your immediate area to pick up the wireless signals and
either connect to your network or to capture the network traffic.Therefore, you
should always enable the Wired Equivalent Privacy (WEP) or WiFi Protected Access
(WPA) network encryption key to help prevent unauthorised connections or the
possibility of eavesdroppers listening in on your network traffic.
network devices outside your immediate area to pick up the wireless signals and
either connect to your network or to capture the network traffic.Therefore, you
should always enable the Wired Equivalent Privacy (WEP) or WiFi Protected Access
(WPA) network encryption key to help prevent unauthorised connections or the
possibility of eavesdroppers listening in on your network traffic.
For an example of how to secure your network, please see the chapter Securing
your wireless network.
your wireless network.
EN
6
Introduction