TD-LTE has become the mainstream global choice for the construction of 4G asymmetric frequency spectrum networks, with the GSA calculating that commercial TD-LTE services were already in operation by 21 carriers in 17 countries worldwide as of the third quarter of 2013. This Digitimes Research Special Report examines the current global status of TD-LTE, and forecasts developments in the TD-LTE supply chain in China and worldwide through 2016.
Abstract
TD-LTE has become the mainstream global choice for the construction of 4G asymmetric frequency spectrum networks, with the GSA calculating that commercial TD-LTE services were already in operation by 21 carriers in 17 countries worldwide as of the third quarter of 2013. This Digitimes Research Special Report examines the current global status of TD-LTE, and forecasts developments in the TD-LTE supply chain in China and worldwide through 2016.
Table of contents
Global development of TD-LTE networks
Current global development of commercial TD-LTE networks
Thriving growth of TD-LTE in emerging markets
Dual-mode networks are preferred option in mature telecom markets
Asia Pacific region and Europe key regions for TD-LTE development
Chart 1: Global distribution of commercial TD-LTE networks as of 3Q13
TD-LTE user market highly concentrated, with China's share of user numbers predicted to surpass 60% by 2016
TD-LTE used to improve fixed-network service quality
Regional hotspot services to reduce data traffic congestion
WiMAX carriers in transition
Chart 2: Distribution of TD-LTE users in 2Q13, and TD-LTE user number forecasts for 2012-2016
TD-LTE achieves a large-scale user base (2014)
TD-LTE user numbers enter a period of rapid growth (2015)
Global TD-LTE user numbers surpass 100 million (2016)
70% of TD-LTE users will be covered by 2.6GHz services by 2016, with the use of 3.5GHz set to rise
Chart 3: Frequency band usage for commercial TD-LTE networks worldwide, 3Q13
Chart 4: Global TD-LTE user market by frequency band, 2012-2016 (m users)
Evolution of TD-LTE technology
Table 1: Versions and publication years for 3GPP's main standards
Carrier aggregation
Chart 5: Features and benefits of carrier aggregation
MIMO (Multiple Input and Multiple Output)
Chart 6: LTE-Advanced expands number of uplink and downlink antennae
Coordinated multipoint Tx/Rx (CoMP)
Chart 7: Technical features of CoMP
LTE Direct
Chart 8: Features of LTE Direct
State of development for subsequent standards
Mobile broadband in China
Base station coverage is increasing
Number of TD-SCDMA devices is increasing
Chart 9: Mobile phone user numbers in China, 2009-2015; and mobile phone Internet users/proportion in China in 2Q13
WLAN helps with congestion, not cash
3G network usage rates are poor
Mobile application services with high data traffic need further development
Chart 10: China mobile data traffic and revenues, by voice and data services, 1H11-1H13
Current development and future trends for TD-LTE in China
2.6GHz will become the key frequency band for TD-LTE
FD-LTE frequency band allocation takes into account strengths of each carrier
Chart 11: China 4G LTE frequency spectrum bands and carrier usage allocation plans
Lower LTE frequency bands prove difficult to obtain, while number of base stations continues to grow
FD/TD-LTE hybrid networks increase construction costs for carriers
Chart 12: FD/TD-LTE hybrid networks drive up network construction costs for China Unicom and China Telecom (m units, CNYb)
Development of China's TD-LTE supply chain
Telecoms carriers
Chart 13: China Mobile's TD-LTE network is now in actual trial operation
The TD-LTE user base begins to expand (2014)
TD-LTE user numbers achieve steady growth (2015-2016)
Chart 14: China TD-LTE user numbers, 2013-2016 (Millions)
Table 2: TD-LTE user numbers for the big 3 China carriers (m users)
Telecoms equipment manufacturers
Device chips and modules
Network infrastructure equipment
Device manufacturers
Table 3: Market presence comparison for China's major LTE base station equipment makers, 2013
Technological difficulties of multi-mode, multi-band services
Strategic objectives for fostering domestic tier-one manufacturers
A cautious assessment of the "potential opportunities"
Table 4: Overview of bidding for China Mobile's TD-LTE contracts, 2012-2013
Chip makers
Table 5: Development trends for the 4 types of TD-LTE chip vendor
Market leaders
Technical innovators
Firms with a market share edge
Stragglers in the marketplace
Chart 15: Competitive positioning and development of major TD-LTE chip vendors in 2013
Trend forecasts for the TD-LTE chip market
Table 6: Potential applications for the two types of TD-LTE chip
Global TD-LTE chip and device markets
TD-LTE chip market outlook - multi-mode requirements bolster initial average prices
Table 7: Technological and market trends for TD-LTE chips
Definition of a TD-LTE chip
Annual chip shipments and average prices
Chart 16: Global TD-LTE chip market forecasts (not including handsets and tablets), 2013-2016 (k units, US$)
Data devices will dominate the TD-LTE market, while development will lag 1.5 years behind FD-LTE
Development of TD-LTE smartphones lags behind
Multi-mode, multi-band standards create challenges and changes in the industry ecosystem
Chart 17: Breakdown of TD-LTE device models/types, and comparison of device development phases for FD/TD-LTE
TD-LTE data device shipments will surpass 23 million in 2016, with higher shipments and lower prices
Device shipments
Average selling prices for devices
Chart 18: Global shipment/ASP forecasts for TD-LTE devices, 2013-2016