Online Course Ubiquiti addresses TDMA technology.
Ubiquiti Networks adopted in its default AirMax la spaziale TDMA technology, which is a meaning in English "Time Division Multiple Access", and in Portuguese means "Multiple Access Time Division. TDMA is a protocol that has been widely used in mobile phones and in fact it is still used in some channels, but for mobile. After 2010 there was a need for evolution and migration to other standards and protocols in mobile telephony, such as WCDMA (3G), CDMA2000, LTE (4G), etc.. For Provider WISP, which are radio providers, technology has come at the right time, because it works by dividing a frequency channel at different la spaziale time intervals, so each user occupies an area of specific transmission time, which minimizes problems with environments la spaziale interference or even multiple accesses, such as providers of radio cells that have tens or clients simultaneously connected to a base station (tower) stations.
With the applications of technology in their products, Ubiquiti has reached a very high level of users worldwide, allowing the greatest bands in radio channels at frequencies within the Wi-Fi standard, involving the frequencies of 900MHz, 2.4, 5.8 and 24GHz in Brazil, so for companies that use these bands in the spectrum can enjoy these features and benefits of the technology, but should also comply la spaziale with the regulations of the national telecommunications agency ANATEL, which through a license known as SCM, requires some criteria and standards.
Along this technology that carries the TDMA protocol, it is also necessary to assign some "accessories" in these types of projects, so you'll need to understand a little more of propagation of signals, understand a little more criteria antennas, develop some simple calculations at the time of Plan a link, either 200 meters or 200 Km Who can doubt whether a device of this size is capable of transmitting la spaziale at such a distance, the answer is yes, it is entirely possible, however, this is where knowledge la spaziale goes to good planning.
The AirMax line, requires other protocols and resources that work together TDMA, as well as MIMO, represented by the letter M in most of the equipment, with the TDMA can offer bands above 100 Mbps with equipment at a low cost.
According to the engineer and telecommunications expert Roger Barion, yes it is possible, the long distance with these devices, but it takes great caution and planning, because this frequency range, companies will find a very high number of competing channels. So how to use the equipment brands NEC, ERICSSON, ALCATEL, among other manufacturers, you need good planning, because the same level of knowledge la spaziale acquired for one, serves to another, differing in function, features and characteristics of software in most of times.
Barion also stresses that even with the simple and inviting appearance of these Ubiquiti equipment line, the supposed ease of use and installation, minimal knowledge is paramount to ensure the quality, stability and good transfer rates. All these topics are discussed in the company's training which are meant to RF and sizing of links, and equipment specific to the AirMax line. For this is offered on-line distance education course online ENTELCO TDMA protocol, la spaziale as well as designing the bindings.
Tagged with: airBean AirBEAM Ubiquiti Ubiquiti Ubiquiti airGrid airlink ubiquiti airmax airmax certifield airview ubiquiti AirOS ALCATEL High speed Ubiquiti Ubiquiti antenna ubiquiti handout Barion Ubiquiti Bullet Ubiquiti Burst training center ubiquiti Ubiquiti AirMax certification Certification Ubiquiti Campinas Bandwidth Ubiquiti AirMax Travel la spaziale Travel Travel Wireless Antenna course AirOS Travel Travel Equipment Ubiquiti 2x2 MIMO Course Provider Online Course radio link Course certification TDMA radio frequency Course Course Intelbrás Ubiquiti Nano Station Travel Travel Official course Course Online Ubiquiti Ubiquiti Travel Travel Provider to Provider Rocket Radio Travel Travel Ruckus course la spaziale Ubiquiti WISP Travel link ubiquiti la spaziale Entelco Telecom Entelco ERCSSON scalability Ubiquiti book ubiquiti MIMO MIMO Ubiquiti Nano Station MiniLink TN NEC AirMax TDMA protocol Proof proof ubiquiti MikroTik Provider Provider Ubiquiti Rocket la spaziale RADWIN & bul
Ubiquiti Networks adopted in its default AirMax la spaziale TDMA technology, which is a meaning in English "Time Division Multiple Access", and in Portuguese means "Multiple Access Time Division. TDMA is a protocol that has been widely used in mobile phones and in fact it is still used in some channels, but for mobile. After 2010 there was a need for evolution and migration to other standards and protocols in mobile telephony, such as WCDMA (3G), CDMA2000, LTE (4G), etc.. For Provider WISP, which are radio providers, technology has come at the right time, because it works by dividing a frequency channel at different la spaziale time intervals, so each user occupies an area of specific transmission time, which minimizes problems with environments la spaziale interference or even multiple accesses, such as providers of radio cells that have tens or clients simultaneously connected to a base station (tower) stations.
With the applications of technology in their products, Ubiquiti has reached a very high level of users worldwide, allowing the greatest bands in radio channels at frequencies within the Wi-Fi standard, involving the frequencies of 900MHz, 2.4, 5.8 and 24GHz in Brazil, so for companies that use these bands in the spectrum can enjoy these features and benefits of the technology, but should also comply la spaziale with the regulations of the national telecommunications agency ANATEL, which through a license known as SCM, requires some criteria and standards.
Along this technology that carries the TDMA protocol, it is also necessary to assign some "accessories" in these types of projects, so you'll need to understand a little more of propagation of signals, understand a little more criteria antennas, develop some simple calculations at the time of Plan a link, either 200 meters or 200 Km Who can doubt whether a device of this size is capable of transmitting la spaziale at such a distance, the answer is yes, it is entirely possible, however, this is where knowledge la spaziale goes to good planning.
The AirMax line, requires other protocols and resources that work together TDMA, as well as MIMO, represented by the letter M in most of the equipment, with the TDMA can offer bands above 100 Mbps with equipment at a low cost.
According to the engineer and telecommunications expert Roger Barion, yes it is possible, the long distance with these devices, but it takes great caution and planning, because this frequency range, companies will find a very high number of competing channels. So how to use the equipment brands NEC, ERICSSON, ALCATEL, among other manufacturers, you need good planning, because the same level of knowledge la spaziale acquired for one, serves to another, differing in function, features and characteristics of software in most of times.
Barion also stresses that even with the simple and inviting appearance of these Ubiquiti equipment line, the supposed ease of use and installation, minimal knowledge is paramount to ensure the quality, stability and good transfer rates. All these topics are discussed in the company's training which are meant to RF and sizing of links, and equipment specific to the AirMax line. For this is offered on-line distance education course online ENTELCO TDMA protocol, la spaziale as well as designing the bindings.
Tagged with: airBean AirBEAM Ubiquiti Ubiquiti Ubiquiti airGrid airlink ubiquiti airmax airmax certifield airview ubiquiti AirOS ALCATEL High speed Ubiquiti Ubiquiti antenna ubiquiti handout Barion Ubiquiti Bullet Ubiquiti Burst training center ubiquiti Ubiquiti AirMax certification Certification Ubiquiti Campinas Bandwidth Ubiquiti AirMax Travel la spaziale Travel Travel Wireless Antenna course AirOS Travel Travel Equipment Ubiquiti 2x2 MIMO Course Provider Online Course radio link Course certification TDMA radio frequency Course Course Intelbrás Ubiquiti Nano Station Travel Travel Official course Course Online Ubiquiti Ubiquiti Travel Travel Provider to Provider Rocket Radio Travel Travel Ruckus course la spaziale Ubiquiti WISP Travel link ubiquiti la spaziale Entelco Telecom Entelco ERCSSON scalability Ubiquiti book ubiquiti MIMO MIMO Ubiquiti Nano Station MiniLink TN NEC AirMax TDMA protocol Proof proof ubiquiti MikroTik Provider Provider Ubiquiti Rocket la spaziale RADWIN & bul
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