|KOREAN MOBILE MARKET DATA|
• 22+ charts
• Last Updated: November 2016
|4G INNOVATION IN KOREA|
World's First Services
KT’s Chairman Chang-Gyu Hwang delivered a special speech last month at Harvard Business School on ‘Power of the Network’, introducing the company’s...
SK Telecom and Qualcomm announced on the 29th that they have successfully demonstrated enhanced Licensed Assisted Access (eLAA) that utilizes both...
KT, South Korea-based telecom company, announced last week (on the 20th) that it has successfully demonstrated various Internet of Small Things (Io...
SK Telecom today announced that together with Nokia, it has successfully implemented the world’s first cloud-based SDRAN (Software-Defined RAN) - a...
KT, in cooperation with Nokia, showcased some key 3GPP-based NB-IoT technologies on the commercial LTE network for the first time in the world on t...
Today at Soldier Field in Chicago, Sprint (NYSE:S) and Samsung Electronics America, Inc. provided a look at what's next for the Sprint LTE Plus Net...
Coverage Map for wired/wireless service now available in South Korea as well - It is the first released in South Korea
SK Telecom and Nokia today announced that they have successfully developed a mission-critical LTE System for first responders, a portable all-in-on...
Korean big 3 mobile operators (SK Telecom, KT and LG U+) have been presenting innovative LTE services (LTE-A, LTE CA, etc.), all world’s first, eve...
SK Telecom plans to prioritize efforts on implementation of Software Defined Network (SDN) and Network Functions Virtualization (NFV) from the seco...
KT has developed OTHAD (Over The Horizon Antenna Distribution) that is based on ‘LTE Time Advanced’ technology and announced that it has succeeded...
Samsung and YTL today announced the successful launch of Malaysia’s largest and most advanced 4G LTE service, as well as the nation’s first Voice o...
|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|