5G related devices

5G related device manufacturers, research institutions, universities

I. Circuits/Substrates

The key is establishment of millimeter wave circuit technology that enables high speed data communication with low power technique

1. Mobile network from 3G to 4G onto 5G
2. What changes with 5G?
3. Changes in device with 5G
4. Circuits/Substrates
5. Attempts regarding R&D of 5G circuits/substrates (profiles of 4 companies, 1 research institution, and 2 universities)
6. Would 5G be a trigger for innovation?

II. Core Components/Devices

As a number of antennas increase drastically, adoption of MIMO system that disposes/controls many antenna elements on a planar will be a new challenge

1. Industry related to 5G-related devices are invigorated
2. Trends in 5G-related core components/devices
3. Technological developments and devices adapting to 5G
4. Market size forecast of 5G-related devices
5. Attempts by companies and institutions regarding R&D of 5G-related devices (profiles of 9 domestic companies, 3 universities, 2 American companies, 1 Korean company)
6. Future outlook on 5G-related core components/devices

III. Materials/Evaluation Systems

GaN HEMT that is fit for high output/high efficiency and broadband is ideal for multi-band adapted high output base station as well; development of evaluation technology regarding RF devices for broadband is the key 

1. 5G-related materials
2. 5G-related evaluation systems
3. Market size forecast on 5G-related materials/evaluation systems
4. Attempts by companies and institutions regarding R&D of 5G-related materials/evaluation systems (detailed profiles of 10 companies and 2 universities)
5. Future outlook on 5G-related materials/evaluation systems

IV. Movements toward ‘Beyond 5G’

Although 5G has just came out, with high-spec that surpasses 4G, technological developments have already started for ‘Beyond 5G’ to meet demand for increase in IoT data 

1. Beyond 5G: Now or ever
2. What does ‘Beyond 5G’ enable?
   1. Image and Technologies of 5G
   2. Image and Technologies of ‘Beyond 5G’
3.  ‘Beyond 5G’ related devices and challenges
   1. High capacity/Low latency/High connection density
   2. Brain Machine Interface (BMI)
   3. Other devices
4. Trends of ‘Beyond 5G’ Overseas
   1. U.S.
   2. China
5. Market size forecast on ‘Beyond 5G’-related devices
6. Attempts by companies and institutions regarding R&D of ‘Beyond 5G’ (profiles of 1 company, 2 national research institutions, and 6 universities)
7. Issues on ‘Beyond 5G’

V. Special Feature: 1. SAW/BAW Device Market

As high frequency is allocated for communication devices and as bands are becoming closer, BAW devices are said to have an advantage. Meanwhile, review on structure of SAW device is also underway

1. SAW/BAW device is a hidden leader of mobile communication devices
2. Characteristics of SAW/BAW devices
   1. SAW devices
   2. BAW devices
3. Main application fields of SAW/BAW devices
   1. SAW/BAW devices for 4G
   2. SAW/BAW devices for 5G
4. Market size transition and forecast on SAW/BAW devices
5. Maker share of SAW/BAW devices
6. Attempts by companies and institutions regarding R&D of SAW/BAW devices (profiles of 4 domestic companies, 4 universities, 2 American companies and 1 Singaporean company)
7. Future outlook on SAW/BAW devices

VI. Special Feature: 2. Trends of Superconductivity

With Josephson junction in crystal structure, superconductivity is attracting attention as new device that enables even electric coupling

1. What is superconductivity?
2. SC electronics is the ‘hope’ for next generation forefront devices
3. Typical applied cases of SC devices
   1. Superconducting quantum interference device (SQUID)
   2. Terahertz wave emission/receiver device
   3. Single-Flux-Quantum (SFQ) device
   4. Laser devices
4. Market size of SC devices
5. Attempts by companies and institutions regarding R&D of SC devices (profiles of 8 universities, 3 research institutions, and 1 company)
6. Future outlook on SC devices