LTE
E23868
LTE (Long Term Evolution) is a high-speed wireless communication standard for mobile devices and data terminals, widely used as the foundation of 4G cellular networks.
Aliases (5)
- LTE-Advanced ×2
- Long Term Evolution ×2
- 4G LTE ×1
- E-UTRA ×1
- LTE-Advanced Pro ×1
Statements (85)
| Predicate | Object |
|---|---|
| instanceOf |
cellular communication standard
→
mobile broadband technology → |
| abbreviationFor |
Long Term Evolution
→
|
| alsoKnownAs |
4G LTE
→
|
| authenticationAlgorithms |
MILENAGE
→
|
| backwardCompatibleWith |
GSM via multi-mode devices
→
UMTS via multi-mode devices → |
| basedOn |
OFDMA in downlink
→
SC-FDMA in uplink → |
| category |
4G technology
→
|
| cellIdentityStructure |
Physical Cell ID
→
|
| channelBandwidthOptions |
1.4 MHz
→
10 MHz → 15 MHz → 20 MHz → 3 MHz → 5 MHz → |
| commercialLaunchFirst |
Oslo
→
Stockholm → |
| competesWith |
WiMAX
→
|
| coreNetwork |
Evolved Packet Core
→
|
| definesInterface |
S1 interface
→
X2 interface → |
| designGoal |
higher spectral efficiency than 3G
→
lower latency than 3G → simplified network architecture → |
| developedBy |
3rd Generation Partnership Project
→
|
| encryptionAlgorithms |
AES
→
SNOW 3G → |
| firstCommercialLaunchYear |
2009
→
|
| foundationOf |
4G cellular networks
→
|
| fullName |
Long Term Evolution
→
|
| furtherDevelopedIn |
3GPP Release 10
→
3GPP Release 11 → 3GPP Release 12 → 3GPP Release 13 → 3GPP Release 14 → 3GPP Release 15 → 3GPP Release 9 → |
| governingBody |
3GPP
→
|
| includesFeature |
MIMO
→
adaptive modulation and coding → all-IP packet core → carrier aggregation (in LTE-Advanced) → |
| includesVariant |
LTE-Advanced
→
LTE-Advanced Pro → |
| introducedAround |
2008
→
|
| marketAdoption |
global
→
|
| multipleAccessSchemeDownlink |
OFDMA
→
|
| multipleAccessSchemeUplink |
SC-FDMA
→
|
| operatesIn |
licensed spectrum bands
→
|
| partOf |
3GPP family of standards
→
|
| predecessorOf |
5G NR
→
|
| QoSMechanism |
EPS bearers
→
QCI (QoS Class Identifier) → |
| radioAccessNetwork |
E-UTRAN
→
|
| relatedStandard |
LTE-M
→
NB-IoT → |
| securityFeatures |
encryption of user and control plane
→
integrity protection → mutual authentication → |
| standardizedIn |
3GPP Release 8
→
|
| successorTo |
HSPA
→
UMTS → |
| supports |
CSFB (Circuit Switched Fallback)
→
FDD operation → TDD operation → VoLTE → handover with 2G and 3G networks → |
| supportsDuplexMode |
Frequency Division Duplex
→
Time Division Duplex → |
| supportsMobility |
inter-RAT handover
→
intra-LTE handover → |
| supportsService |
IoT connectivity (via LTE-M and NB-IoT extensions)
→
mobile web browsing → online gaming → video streaming → |
| typicalDownlinkPeakRate |
up to 100 Mbit/s (Release 8, 20 MHz, 2x2 MIMO)
→
|
| typicalUplinkPeakRate |
up to 50 Mbit/s (Release 8, 20 MHz)
→
|
| usedFor |
data services for mobile devices
→
high-speed wireless communication → mobile broadband access → packet-switched voice services (VoLTE) → |
| usesCoreProtocol |
IP
→
SIP for VoLTE signaling → |
Referenced by (15)
| Subject (surface form when different) | Predicate |
|---|---|
|
3rd Generation Partnership Project
→
3rd Generation Partnership Project ("LTE-Advanced") → RAN → RAN ("E-UTRA") → |
standardizes |
|
UMTS
→
UMTS ("LTE-Advanced") → |
evolvedTo |
|
Fido Solutions
→
Southern Linc → |
networkType |
|
LTE
("Long Term Evolution")
→
|
abbreviationFor |
|
LTE
("Long Term Evolution")
→
|
fullName |
|
LTE
("LTE-Advanced Pro")
→
|
includesVariant |
|
Qualcomm
("4G LTE")
→
|
keyTechnology |
|
Xperia
→
|
supports |
|
watchOS
→
|
supportsConnectivity |
|
Pixel 6
→
|
wirelessTechnology |