LTE networks are getting more and more common, allowing you to browse the web instantly, stream content, or download movies at high-speed. You’ll find LTE support in a number of Xperia™ smartphones, all the way from the just announced Xperia™ Z to the Xperia™ ion. Each device has a particular range of LTE bands, with corresponding regions that support the service. Read on to get the full list of LTE-enabled smartphones, supported bands, and the available countries where you can use LTE.
Among the impressive specs you’ll find for the recently announced Xperia Z – quad-core CPU, 5’ 1080p HD display, and HDR video camera – don’t forget that you’ll also find support for LTE. It’s the latest Sony superphone with LTE capability, and joins an already extensive list of Xperia™ LTE-capable smartphones.
LTE stands for 3GPP Long Term Evolution, and is a standard for wireless data communications technology and an evolution of the GSM/UMTS standards. This technology increases the capacity and speed of wireless data networks using DSP (digital signal processing) techniques and modulations that already provides peak rates of 100 Mbit/s downlink and 50 Mbit/s uplink and QoS provisions permitting a transfer latency of 10-15 ms and is evolving to beyond 300 Mbps. With LTE, the ability to manage fast-moving mobiles is supported, as well as multi-cast and broadcast streams. LTE supports scalable carrier bandwidths, from 1.4 MHz to 20 MHz and supports both frequency division duplexing (FDD) and time-division duplexing (TDD).
LTE frequency bands
The LTE standard can be used with many different frequency bands. The deployment is increasing rapidly among the world. As of today 700, 850, , 1900 and 1700/2100 MHz bands are used in North America. South America uses 700, 1700/2100 and 2600 MHz. 800, 900, 1800, 2600 MHz bands are used in Europe. You’ll find the 850, 1500, 1800, 2100, 2300 and 2600 MHz bands used in Asia. And Australia uses 1800 MHz. As a result, phones from one country may not work in other countries. Since the LTE standard is fairly new to the operators there are very few roaming agreements between different countries and operators when it comes to LTE roaming (HSPA roaming already exists). In the future when roaming agreements are in place users will need a multi-band capable phone for roaming internationally. That will be less of an issue if you’re using an Xperia™ smartphone, as they are already multi-band capable (with the exception of Xperia™ SX) and support at least two bands or more. The table further down lists the LTE bands supported by Xperia™ smartphones.
The feature image used for this article indicates current countries in green where there is an existing (commercial) LTE network that Xperia™ smartphones can connect to. Please note that many more regions will have LTE in the near future. Furthermore, the availability of LTE networks is operator-dependent and may vary from area to area within a country.
List of LTE supported Xperia smartphones
The Xperia™ smartphones that support LTE include:
- Xperia ion (LT28i)
- Xperia TL (LT30at)
- Xperia T (LTE30a)
- Xperia V (LT25i)
- Xperia SX (SO-0SD)
- Xperia AX (SO-01E)
- Xperia Z (C6603)
- Xperia ZL (LTE C6503, C6506)
The following table further specifies the supported bands, available regions and other technical information.
|Operating Band||Uplink (UL) Operating Band||Downlink (DL) Operating Band||Common Name||Approximate Center Frequency||Regions(s)||Xperia™ model(s) supported|
|I (1)||1920 MHz to 1980 MHz||2110 MHz to 2170 MHz||IMT||2100 MHz||Asia, Europe, Israel, Japan (NTT docomo, KDDI, Softbank), South Korea (LG U Plus)||Xperia™ V, Xperia™ SX, Xperia™ AX, Xperia™ Z, Xperia™ ZL (C6503, C6506)|
|II (2)||1850 MHz to 1910 MHz||1930 MHz to 1990 MHz||PCS||1900 MHz||Canada, Latin America, US||Xperia™ T, Xperia™ ZL (C6506)|
|III (3)||1710 MHz to 1785 MHz||1805 MHz to 1880 MHz||DCS||1800 MHz||United Kingdom (EE), Finland, Germany, Australia, Hong Kong, Japan (E MOBILE), Poland, Singapore, South Korea||Xperia™ V,Xperia™ Z, Xperia™ ZL (C6503)|
|IV (4)||1710 MHz to 1755 MHz||2110 MHz to 2155 MHz||AWS||1700 MHz||Canada, Latin America, US (AT&T Mobility, T-Mobile USA, Verizon Wireless, MetroPCS)||Xperia™ ion, Xperia™ TL, Xperia™ T, Xperia™ ZL (C6506)|
|V (5)||824 MHz to 849 MHz||869 MHz to 894 MHz||CLR||850 MHz||Americas, South Korea (LG U Plus nationwide, SKT), Israel||Xperia™ V, Xperia™ T, Xperia™ Z, Xperia™ ZL (C6503, C6506)|
|VII (7)||2500 MHz to 2570 MHz||2620 MHz to 2690 MHz||IMT-E||2.6 GHz||Canada, EU, Latin America, Singapore, Brazil, Hong Kong, Russian Federation||Xperia™ V,Xperia™ Z, Xperia™ ZL (C6503)|
|VIII (8)||880 MHz to 915 MHz||925 MHz to 960 MHz||GSM||900 MHz||EU, Latin America, Japan, Sweden (Tele2 SE, Telenor SE)||Xperia™ Z, Xperia™ ZL (C6503)|
|XVII (17)||704 MHz to 716 MHz||734 MHz to 746 MHz||Lower SMH block B/C||700 MHz||US (AT&T), Caribbean||Xperia™ ion,Xperia™ TL, Xperia™ T, Xperia™ ZL (C6508)|
|XIX (19)||830 MHz to 845 MHz||875 MHz to 890 MHz||Japan upper 800||850 MHz||Japan (NTT docomo)||Xperia™ AX|
|XX (20)||832 MHz to 862 MHz||791 MHz to 821 MHz||EU’s Digital Dividend||800 MHz||EU, Russian Federation||Xperia™ V, Xperia™ Z, Xperia™ ZL (C6503)|
|XXI (21)||1447.9 MHz to 1462.9 MHz||1495.9 to 1510.9 MHz||PDC||1500 MHz||Japan (NTT docomo)||Xperia™ AX|
The bands are listed from (1) to (29) FDD and (33) to (44) TDD, and separated by frequencies, as defined by E-UTRAN (Evolved Universal Terrestrial Radio Access), the air interface for LTE. In the uplink operating band, there are three physical channels used for initial access and carrying control information. In the downlink operating band, there are several physical channels that carry allocation information, data transmission, broadcast transmission, and other basic system information.
To find out what Xperia™ smartphones you’ll be able to use, go through the Region section of the table to find your country and the adjacent field to see the supported models.
Have any questions or comments about LTE or what Xperia™ smartphones will work in your country? Drop us a line below.
Note: Developer World would like to give a big thanks to Olof Zander and Peter Karlsson, Master Research Engineers at Sony, for providing technical expertise for this article.