Wireless is a wireless technology, in this case is to have telecommunication by using electromagnetic waves instead of cables. Current wireless technology is growing rapidly, it can be seen by naked eye with a growing number of cellular phone usage, but it also develops wireless technology used for internet access.
Wireless LAN uses elektromagetik waves (radio and infrared) to perform data communication channel data from one point to another point without going through the physical facilities. This connection uses a specific frequency to distribute the data, most of the Wireless LAN using a frequency of 2.4 GHz. Frequency is called the Industrial, Scientific and Medical Band is often called the ISM band, as described above.
In some products this equipment using PCMCIA cards with the ability of 11 mbps. Often a misunderstanding here. The meaning here is 11 mbps maximum ability to perform a Card is transmitting, it can be said to be the maximum number of upstream and downstream tools. These capabilities are not always able to run as it is called 11 mbps earlier, if we calculate the loss will occur at least about 50%, so the tool is able to transmit data 5.5 mbps. This can be done if we use a point-to-point, meaning that both sides use the same equipment.
When you are doing point-to-multipoint, there will be a significant reduction, Multipoint here may be analogous to the hub, so more and more connected with multipoint is there will be a decreased ability to transmit data. In a device that uses Multipoint Wireless LAN 11 Mbps or sometimes called Access Point, can accommodate approximately 32 individual users, but if that is connected to a LAN as well, there will be a decrease in the ability of at least half, so a maximum of a Base Transceiver System (BTS) is getting 16 users of the LAN.
This capability can also be decreased if the BTS do pen'cekek'an bandwidth as 128 kbps, then the data distribution capability of the BTS would be reduced as well.
Wireless LAN uses elektromagetik waves (radio and infrared) to perform data communication channel data from one point to another point without going through the physical facilities. This connection uses a specific frequency to distribute the data, most of the Wireless LAN using a frequency of 2.4 GHz. Frequency is called the Industrial, Scientific and Medical Band is often called the ISM band, as described above.
In some products this equipment using PCMCIA cards with the ability of 11 mbps. Often a misunderstanding here. The meaning here is 11 mbps maximum ability to perform a Card is transmitting, it can be said to be the maximum number of upstream and downstream tools. These capabilities are not always able to run as it is called 11 mbps earlier, if we calculate the loss will occur at least about 50%, so the tool is able to transmit data 5.5 mbps. This can be done if we use a point-to-point, meaning that both sides use the same equipment.
When you are doing point-to-multipoint, there will be a significant reduction, Multipoint here may be analogous to the hub, so more and more connected with multipoint is there will be a decreased ability to transmit data. In a device that uses Multipoint Wireless LAN 11 Mbps or sometimes called Access Point, can accommodate approximately 32 individual users, but if that is connected to a LAN as well, there will be a decrease in the ability of at least half, so a maximum of a Base Transceiver System (BTS) is getting 16 users of the LAN.
This capability can also be decreased if the BTS do pen'cekek'an bandwidth as 128 kbps, then the data distribution capability of the BTS would be reduced as well.
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