Funkwerk W1002 Access Point FWWAP1002 ユーザーズマニュアル
製品コード
FWWAP1002
Funkwerk W1002 | W2002
The W1002 and W2002 access points are manufactured environment
friendly and are compliant to the RoHS directive. They support the latest
WLAN technology and have been designed for use in professional
environments in particular.
friendly and are compliant to the RoHS directive. They support the latest
WLAN technology and have been designed for use in professional
environments in particular.
Depending on the model, the access points are equipped with one or two
radio modules and two or four antennas for antenna diversity for optimized
coverage under heavy conditions, thus allowing them to meet a wide
variety of requirements.
radio modules and two or four antennas for antenna diversity for optimized
coverage under heavy conditions, thus allowing them to meet a wide
variety of requirements.
When using data of different applications it´s important to priorize some of
them. The Wx002 series supports WMM (Wireless Multimedia), a
technique to priorize certain data of applications like video or voice in order
to provide maximum of transmission quality for time critical applications.
them. The Wx002 series supports WMM (Wireless Multimedia), a
technique to priorize certain data of applications like video or voice in order
to provide maximum of transmission quality for time critical applications.
In addition to the WLAN standards 802.11b and 802.11g, these devices also support 802.11a as well as its
European counterpart, the 802.11h, to enable a data throughput rate of up to 54 Mbps in the 5 GHz
frequency range as well. This is particularly advisable for building bridge solutions in outdoor areas.
European counterpart, the 802.11h, to enable a data throughput rate of up to 54 Mbps in the 5 GHz
frequency range as well. This is particularly advisable for building bridge solutions in outdoor areas.
Furthermore, these products also support such modem processes as Multi SSID and VLAN, with which up
to 16 virtual access points can be mapped per radio module. These access points can be secured one
against the other, thus allowing guest access for customers, for example. Different security levels and
encryption processes can be assigned to each SSID.
to 16 virtual access points can be mapped per radio module. These access points can be secured one
against the other, thus allowing guest access for customers, for example. Different security levels and
encryption processes can be assigned to each SSID.
To ensure highest security, the devices support the 802.1x and 802.11i (WPA2) security standards. The
systems can be reliably configured using SSH, SSL or alternatively via https (in preparation) as well. When
used as bridges, the devices support the automatic bridge mode and are able to secure bridge connections
with the help of TKIP and AES encryption.
systems can be reliably configured using SSH, SSL or alternatively via https (in preparation) as well. When
used as bridges, the devices support the automatic bridge mode and are able to secure bridge connections
with the help of TKIP and AES encryption.
As a result of the increasing number of applications using such
wireless transmission technologies as DECT, GSM, UMTS or
wireless LAN, users have become more sensitive to the topic of
possible health hazards or negative effects on other applications.
Different to mobile communications, however, there is considerably
less energy radiated by WLAN and any radiation values are far
below the legally regulated limits. In addition, the distance between
the user and the transmission antenna is usually much greater than
for a mobile telephone, for example.
wireless transmission technologies as DECT, GSM, UMTS or
wireless LAN, users have become more sensitive to the topic of
possible health hazards or negative effects on other applications.
Different to mobile communications, however, there is considerably
less energy radiated by WLAN and any radiation values are far
below the legally regulated limits. In addition, the distance between
the user and the transmission antenna is usually much greater than
for a mobile telephone, for example.
In the medical sector, the requirements for electromagnetic compatibility (EMC) are much stricter than in
the home or industrial environment; in this field, it is particularly important that technical devices do not
interfere with or negatively affect each other. These requirements are described in the EN60601 standard.
the home or industrial environment; in this field, it is particularly important that technical devices do not
interfere with or negatively affect each other. These requirements are described in the EN60601 standard.
The W1002 and W2002 products fully comply with the EN 60601-1-2 (Medical electrical equipment - Part
1-2: General requirements for safety - Collateral standard: Electromagnetic compatibility - Requirements
and tests) and EN 60950 (Information technology equipment - Safety - Part 1: General requirements). This
means that they have been approved for use in medical environments.
You can download the corresponding certificate in the download section, WLAN Products - Conformity
1-2: General requirements for safety - Collateral standard: Electromagnetic compatibility - Requirements
and tests) and EN 60950 (Information technology equipment - Safety - Part 1: General requirements). This
means that they have been approved for use in medical environments.
You can download the corresponding certificate in the download section, WLAN Products - Conformity