Datasheet

LogiLink

WLAN Indoor Omni-directional Antenna, 2.4 GHz

Part.no. WL0037 / 5dbi

Antenna to enhance the WLAN signal

Radiation: Omni-directional

Frequency: 2.4 GHz-2.5 GHz

Connector: SMA Connector

Impedance: 50 Ohm nominal

VSWR: 1.92 max.

Power consumption: 1 Watt

Compatible to IEEE 802.11 a/b/g/n

WLAN 11g 54MBit / WLAN 11n 300MBit

Wireless LAN IEEE 802.11n Draft 2.0

Standard:

The first draft of the standard IEEE 802.11n was adopted in 2006, January 20th. The certification of the

Wireless-N-Draft 2.0 was the first half of 2007. All LogiLink products meet the 802.11n Draft 2.0 stan-

dard.

Technology:

802.11n is based on MIMO (Multiple Input Multiple Output). MIMO uses more send and receiving anten-

nas. In comparison with “older” WLAN technologies the additional change of frequencies allows either

higher data rates in the same distance or greater distances with the same data rates. There is also a lower

power consumption specified regarding mobile applications.

Avantages:

802.11n is based on MIMO (Multiple Input Multiple Output). MIMO uses more send and receiving anten-

nas. In comparison with “older” WLAN technologies the additional change of frequencies allows either

higher data rates in the same distance or greater distances with the same data rates. There is also a lower

power consumption specified regarding mobile applications.

Part.no. WL0036 / 7dbi

Part.no. WL0035 / 9dbi

WLAN Booster

Part.no. WL0033

Ampliﬁ er for the WLAN signal

Switchable levels 100mW, 200mW and 500mW

Supports wireless standards 802.11b/g

Input: 1x SMA connector

Output: 1x SMA connector

According to the current rules in Germany, the trans-

mission performance of a wireless device should not

exceed 100mW . The operation of WLAN ampliﬁ er in

Germany is possible, but the user is responsible for the

compliance with the transmission power limits.