FUTURE LTE DESIGNED BY SK Telecom
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• Last Updated: November 2016
|4G INNOVATION IN KOREA|
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SK Telecom and Bharti Airtel (“Airtel”), India’s largest telecommunications services provider, today announced a strategic partnership under which,...
SK Telecom today announced that it expanded the coverage of its LTE-A Pro services – providing up to 700 Mbps to 900 Mbps speeds – to 75 cities and...
Samsung Electronics will showcase its next generation portfolio comprised of a diverse range of 4G and 5G network solutions targeting the U.S. mark...
SK Telecom today announced that it, together with Nokia, has successfully reduced latency between the handset and base station to 2 ms over its LTE...
Samsung and America Movil have signed and formalized a letter of intent to develop a series of pioneering projects across Latin America. Both compa...
SK Telecom today announced that it commercialized T-MANO, an NFV MANO (Network Functions Virtualization Management and Orchestration) platform that...
Sprint and Samsung Electronics America recently tested Massive MIMO on 2.5 GHz spectrum. The Massive MIMO test represented a real-world application...
SK Telecom announced on June 5th, that it successfully commercialized five-band Carrier Aggregation (CA) and 4X4 MIMO, which are key technologies o...
SK Telecom today announced that its ‘5G mmWave Handover’ and ‘Green Scheduler with Lean Carrier’ have received two awards both in the category of ‘...
KT announced on the 12th of April that it has applied a technology called Connected Mode Discontinuous Reception (C-DRX) in the LTE network, and th...
Samsung Electronics announced that its LTE-Railway (LTE-R) solution successfully launched its official service today on the 41km-long Busan Metro l...
SK Telecom on the 4th announced that it released the 5G RFI for the first time in Korea. Based on the RFI, the telco plans to cooperate with its pa...
|LTE TECHNICAL DOCUMENTS|
|25||LTE IP Address Allocation Schemes II: A Case for Two Cities|
|24||LTE IP Address Allocation Schemes I: Basic|
|23||LTE Charging I: Offline|
|22||LTE Policy and Charging Control (PCC)|
|21||EMM Procedure 10 & 11. Move to Another City and Attach|
|20||EMM Procedure 8 & 9. Handover and Cell Reselection with TAU|
|19||EMM Procedure 7. Cell Reselection without TAU|
|18||EMM Procedure 6. Handover without TAU - Part 3. S1 Handover|
|17||EMM Procedure 6. Handover without TAU - Part 2. X2 Handover|
|16||EMM Procedure 6. Handover without TAU - Part 1. Overview of LTE Handover|
|15||EMM Procedure 5. Periodic TAU|
|14||EMM Procedure 4. Service Request|
|13||EMM Procedure 3. S1 Release|
|12||EMM Procedure 2. Detach|
|11||EMM Procedure 1. Initial Attach - Part 2. Call Flow of Initial Attach|
|10||EMM Procedure 1. Initial Attach - Part 1. Cases of Initial Attach|
|9||Eleven EMM Cases in an EMM Scenario|
|8||LTE EMM and ECM States|
|7||LTE QoS: SDF and EPS Bearer QoS|
|6||LTE Identification III: EPS Session/Bearer Identifiers|
|5||LTE Identification II: NE and Location Identifiers|
|4||LTE Identification I: UE and ME Identifiers|
|3||LTE Security II: NAS and AS Security|
|2||LTE Security I: Concept and Authentication|
|1||LTE Network Architecture: Basic|