Mobile networks and carriers in Canada use GSM 850/1900PCS bands, UMTS band 2/4/5 (1900PCS/1700/2100AWS1/850 Mhz), and LTE band 4/7/17 (1700/2100AWS1/2600/700bc Mhz). Check now if your phone or mobile device will work in Canada or not. If you want to buy an unlocked USB modem, mobile Wi-Fi, or LTE CPE, please choose the compatible device with the supported network bands.
We are usually asked about similar question about how to choose a right 4G LTE modem or CPE for their internet providers SIM in Canada. Many people want to buy a LTE modem/MiFi/CPE to use, however, they don’t know which one is supported their carriers’ SIM card. Because most of them donot know the LTE frequencies used by their carriers. Now take a view of the LTE bands used by the Canadian carriers. Continue reading “Canadian Carriers LTE Bands and Supported Unlocked 4G Modem/MiFi/CPE”
Questions: Which LTE Modem, mobile Wi-Fi, and CPE support Verizon, AT&T, T-Mobile, Sprint, US Cellular or other US Carriers?
“I’m interested in buying a 4G LTE Unlocked router that works with my Verizon SIM card, what product do you recommend with my carrier?”
“I would like to know what router I can purchase for my T-Mobile LTE SIM Card.”
We are usually asked about similar questions over the last couple of years? Many people want to buy a LTE modem/MiFi/CPE to use, however, they don’t know which one is supported their carriers’ SIM card. So since there doesn’t seem to be a quick reference guide for figuring out if a particular LTE mobile device will work on a specific carrier’s network, we now give you the guide to do.
Main LTE Frequencies for USA Carriers
Now, let’s view the 4G LTE bands and frequencies the five major US carriers (Verizon, AT&T, T-Mobile, Sprint, and US Cellular) now use. View the most in-depth wireless carrier band and frequency chart, and you will know which LTE mobile devices you should buy with the supporting bands. Continue reading “US Carriers LTE Bands and Supported LTE Modem, Mobile Hotspot & CPE”
What is Carrier Aggregation?
Carrier aggregation is a major component of LTE-Advanced, more commonly referred to as LTE-A. It enables wider transmission bandwidths not previously supported in 3GPP Release 8 or 9. Carrier aggregation allows expansion of effective bandwidth delivered to a user terminal through simultaneous utilization of radio resources across multiple carriers; the multiple carriers are aggregated to form an overall larger bandwidth.
Continue reading “Carrier Aggregation Supported Mobile Devices”
5G is widely anticipated as a game changer for many reasons including a few low-latency dependent applications such as those that utilize Haptic Internet.
Next generation Internet applications will be tactile and responsive to non-verbal communication in which remote users will be able to enjoy haptic experiences through real-time interactive systems. Aided by 5G networks, haptic systems and applications will facilitate transmission of touch and actuation in real-time, leading to a new class of highly interactive and engaging services generally referred to as Haptic Communications.
It is expected that commercialization of 5G will allow the Haptic Internet to go mainstream as applications become available on an anytime, anywhere basis.
Learn more 5G and the Haptic Internet