Poynting Riktantenn 4x4 MIMO 2400-6000 MHz WiFi

Article no.: A-WLAN-0061-V1
Delivery time: Est. delivery 7d

Datasheet

2 429 kr

Poynting WLAN-0061 is a new WiFi Dual-Band MIMO directional antenna that can be connected to any access point regardless of WiFi technology. This antenna can solve channel shortage problems and provide ultimate Wi-Fi performance and flexibility.
It can be used for point-to-point links where there is an abundance of RF noise or to provide very good WiFi coverage with over large areas.
This 4×4 MIMO antenna has 4 different antenna elements in one shell. This means that the antenna can be used in a 2×2, 3×3 and 4×4 configuration.
The beam width of 120° ensures good coverage in offices, halls and factories, outdoors etc. For omnidirectional installations with requirements for extra long range and very high capacity, three antennas are used together with three access points for the highest possible capacity.
The antenna works in several frequency bands with a maximum gain of 9 dBi at 2.4GHz and 11 dBi at 5GHz respectively, which gives the best performance with reliable connections.< br /> It also covers the 5.8GHz band.
The antenna is made of durable ABS plastic that is resistant to acids and other chemicals found in, for example, industrial facilities.
The antenna can be opened on the side where the 4x SMA -hen the contacts are placed. You can then feed the cable through the waterproof feed-through, which means you don't need to connect the antenna cable via an extension. This eliminates connection losses and the need for waterproofing in an outdoor installation.
This antenna is specially designed to cope with modern high capacity WiFi (802.11ac) where 3x3 or 4x4 MiMo is used but of course also use for 2x2 MiMo or just as a single antenna.
It can be used indoors or outdoors and is ideal for outdoor use, in warehouses, production facilities, construction sites or any other environment that requires WiFi connection with very good range and very high speed.

Explanation of frequency bands

When choosing an antenna, pay attention to which frequency bands the antenna supports. Depending on which operator and where the antenna will be used, the frequency bands vary. Larger cities use 2600MHz while smaller towns use 800/900MHz with some support bands in between such as 1800/2100MHz.

A higher frequency band gives a higher speed but also has a shorter range. The same applies to the antenna, if you have a base station that transmits on 2600MHz, your antenna, antenna cable and the location of the antenna become more important than on a lower frequency band. Explanation of signal loss we will go through soon. Higher frequency bands also mean shorter range from the base station.

450MHz (coverage band) also known as the Net1 band is the frequency band that covers the most area in Sweden. Therefore, Net1 is known to be able to have reception where other operators don´t have a chance, but with low download and upload speeds. The reason why this band is called Net1 is because that the company Net1 has exclusive rights to this frequency band.

800MHz (coverage band) is used by all common operators, excluding Net1. The low frequency band means that 800MHz covers a lot of space. Therefore, the band is used outside big cities or smaller towns. 800MHz is the most used frequency band around Europe.

900MHz (coverage band) is the band that Tele2 and Telenor initially used as coverage band. 900MHz is a more unusual LTE band and in the beginning the band caused some problems when the clients (mobile phones etc.) could not connect to 900MHz. Today, the mobile phone manufacturers have adapted the mobile phones to be able to communicate on 900MHz.

1800MHz (capacity band) is the latest frequency band launched. All operators today use this band in metropolitan centers (apart from Net1).

2600MHz (capacity band) is a very well-used frequency band all over Europe. 2600MHz is the highest frequency band used for LTE, this means that the band also has the shortest range compared to 800/900MHz. Due to the high capacity, the band is used in metropolitan environments where many base stations are required to cover as much surface as possible and have as high a capacity as possible.

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