For more than a decade, because of the widespread use of the mobile phone, United states cell phone carriers used 1, or both of the Mobile 850 MHz and PERSONAL COMPUTERS 1900 MHz frequency rings to carry their voice and data. Buying a cell phone signal booster for the home was fairly simple ten years ago as AT&T as well as Verizon pretty much used eight hundred fifty MHz for everything generally in most states and PCS providers like Sprint and T mobile used 1900 MHz. When you wanted to cover all providers and data technologies, you only purchased a dual strap (850/1900 MHz) booster and was well.
While this is still somewhat the case, using the emergence of 3G, 4-G, AWS, WiMax, LTE, and so on there is simply not enough space within the 850 and 1900 MHz spectrums to handle all of these cell phone technologies. Today, all of the carriers have branched out of the traditional dual-band varies to operate at least some of their technology in other spectrums.
The objective of this article is to give you a basic summary of some of the major carriers, the frequencies they use, and the technologies those frequencies bring. Hopefully, this will aid in your own comprehension of cell phone transmission boosters and which one might be right for your application. Please note this article is from This summer of 2013 and the information beneath may no longer be completely precise at the time of reading.
AT&T’s voice ( 2G), 3-G and HSPA+ (4G) systems operate on 850 or 1900 MHz across the United States. If you are just looking to boost all these technologies, a traditional dual strap cell phone signal booster can suffice. It is important to note that HSPA+ or High-Speed Packet Gain access to Plus is AT&T’s 3 G network with enhanced backhaul that has been marketed as 4-G. It is not 4G LTE, which has been a source of confusion for most of our customers. If your mobile phone, tablet, MiFi, etc . demonstrates “4G” next to the indication bars, then you are on typically the HSPA+ network. If your mobile phone, tablet, MiFi, etc . demonstrates “LTE” next to the indication bars then you are on the actual LTE network. AT&T 4-G LTE runs on the 700 MHz bands on bands four and 17.
It is important to remember that AT&T 4G LTE is perfect for data only. Phone calls, as well as text messages, are still transmitted within the 850 or 1900 MHz band. So, if you’re seeking to boost AT&T 4G LTE data only, look for an enhancer labelled specifically for AT&T 4-G LTE. If you need to boost the tone of voice, 2G, 3G, 4G as well as AT&T 4G LTE information then you will need to look for a good AT&T Tri-Band booster that supports 850 MHz, 1900 MHz, and 700 MHz bands 4 and 19 (AT&T 4G LTE).
Verizon’s voice (2G) along with 3G (EVDO) networks are powered by 850 or 1900 MHz across the United States. In most claims, 850 MHz is used intended for voice and 1900 MHz is used for data. For anyone who is just looking to boost voice calls, text messages and 3G files, look no further than a traditional dual strap cell phone signal booster. Verizon 4G LTE, like AT&T 4G LTE, operates in 600 MHz spectrum, but about band 13. Just as with AT&T, if you’re looking to boost Verizon 4G LTE data merely, look for a booster made tailored for Verizon 4G LTE. Whenever you boost, voice, 3G, along with 4G LTE data you will have to look for a Verizon Tri-Band enhancer that supports 850 MHz, 1900 MHz, and seven hundred MHz band 13 (Verizon 4G LTE).
Sprint’s 2G and 3G systems on the traditional dual music group frequencies nationwide, although mainly 1900 MHz. It is progressively difficult to find a PCS just residential booster, so your better option is a traditional dual music group booster. Sprint’s first era of 4G ran within the Wimax band (2. five GHz) and is still broadly deployed. Recently, Sprint offers launched its 4G LTE network which runs with a mix of Wimax and 1900 MHz, and soon, an integral part of the 800 bands, which has been previously dedicated for Nextel/iDEN.
Your best bet for Sprint 4-G data at this time is to call up customer service and ask which radio frequencies they are using in your area to the technology you are interested in boosting. In the event that Wimax is used in your area, some sort of Sprint 4G Wimax increase is what you need. There are at present no boosters on the market intended for Sprint 4G LTE that can initially be deployed about the G block of the 1900 MHz Spectrum.
T mobile runs on 1900 MHz for voice, 2G, and also text messaging. Again, with it getting hard to find a quality residential COMPUTERS only cell phone signal booster-style, a dual-band booster style is the way to go. T-Mobile’s 3-G and 4G HSPA+ sites run on the AWS or perhaps Advanced Wireless Services group (1700MHz / 2100 MHz) but are in the process of being moved on to the 1900 MHz group to make way for their LTE network, which will operate on the particular AWS band. At the time of this writing, pick a dual band booster regarding voice and 2G records. If you’re looking to boost three or more or 4G data, you’ll want to call customer service to see which will spectrum is being used for three or more or 4G data in your neighbourhood before purchasing a booster.
As is the case with the other major carriers, maximizing 3 or 4G AWS data will require a booster specifically labelled for AWS. If you are lucky enough to live anywhere T-Mobile has already moved forward their 3 and 4-G networks to 1900 MHz, a traditional dual-band booster will now work for not only tone and 2G data, although 3 and 4G info as well. If you’re looking for a booster style that will cover everything T mobile has to offer (including 4G LTE), no matter where you live or just what frequencies are in use, you should look at a T-Mobile Tri-Band booster.
MetroPCS makes use of 1900 MHz for voice calls. Some of their 3G services exist on 1900 MHz whilst in some areas it works on the AWS band (1700/2100 MHz). The AWS band is additionally used for their 4G LTE network. If looking to enhance Metro PCS voice simply, a traditional dual-band booster style will work. If looking to enhance 3G data, it is best to get in touch with customer service first to find out what exactly frequency they are using for one’s area.
If looking to raise MetroPCS 4G LTE, you’ll have an AWS booster. For anyone who is looking for a booster that will deal with everything MetroPCS has to offer (including 4G LTE), no matter where your home is or what frequencies will be in use, you will want to look at a new Tri-Band booster which includes 850/1900 and AWS frequencies.
Cricket uses 1900 MHz for voice calls. Cricket’s 3G data service works by using the Sprint 3G CDMA network. So, if wanting to boost voice and 3 G data for Cricket, a normal dual band booster is almost all that is needed. Cricket furthermore owns some AWS variety on which they offer their 4-G LTE service. If trying to boost Cricket 4G LTE you will need an AWS booster-style
So now that you are armed with the important carrier frequency and technological innovation information, your decision on which cellular phone signal booster you need to obtain should be easier.
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