1. Category: h -- local communication cable HP -- distribution cable HJ -- Office cable
2. insulation: Y -- solid polyolefin insulation YF - foamed polyolefin insulation YP - Foam / solid polyolefin insulation
3. Inner protective layer: a - plastic coated aluminum tape bonded shielding polyethylene sheath s - aluminum, steel double-layer metal tape shielding polyethylene sheath V - PVC sheath
4. Features: T -- Petroleum paste filling, G -- high frequency isolation, C -- self-supporting
5. Outer coating: 23 - polyethylene outer coating of double-layer anti-corrosion steel strip wrapped and sealed; 33 - polyethylene outer coating of single-layer thin steel wire armor; 43 - polyethylene outer coating of single-layer thick steel wire armor; 53 - polyethylene outer coating of single-layer steel strip wrinkle longitudinal armor; 553 - polyethylene outer coating of double-layer steel strip wrinkle longitudinal armor.
The close combination of innovation and application is an important experience. Li Yizhong believes that 5g has become a field pursued by all countries, but the first task to transform the latest technology into real productivity is to industrialize the technology. Specifically, 5g technology industrialization needs to start from two aspects, one is to build 5g network, the other is to manufacture 5g terminal.
Li Yizhong said that improving the service ability of the information industry is a means, and the more important purpose is to grasp the cross-border integration of 5g with various industries and fields of the national economy, especially industry and manufacturing, develop more application scenarios, and promote them in various industries after gaining experience, so as to improve the overall level of digitalization and intellectualization of the manufacturing industry.
At present, State Grid is committed to comprehensively promoting the construction of "three types and two networks" and accelerating the strategic deployment of building a world-class 5g network ecosystem with global competitiveness. Under this background, with the accelerated implementation of 5g, the demand for optical cables will usher in explosive growth.
Where will China's optical fiber and cable industry go in 2019?
Fiber optic cable line
With the landing of broadband China and Internet plus strategy, especially the continuous construction of fiber to the home and 4G, China's optical fiber and cable market has been booming in the past few years, and the market scale has further expanded, and the strength of the leading enterprises has been increasing. In 2019, one belt, one road initiative, will continue to advance in the face of 5G business. What direction will China's optical fiber and cable industry go to? What technological innovations can not be ignored? Is there any uncertainty in the market?
The output of China's optical fiber and cable industry has exceeded 200 million core kilometers
According to the statistical data of "China's optical fiber and cable industry development prospects and investment forecast analysis report" released by the foresight Industry Research Institute, China's demand for optical fiber and cable accounted for about 57% of the global share in 2017, and China's position as a major optical fiber and cable manufacturer has been established. Since 2011, the output of optical fiber and cable in China has been increasing year by year. In 2011, the output of China's optical fiber and cable industry was only 95 million core kilometers. By 2016, the output growth of China's optical fiber and cable industry has exceeded 200 million core kilometers, with an average annual growth rate of 16.7% from 2011 to 2016. By 2017, the output of China's optical fiber and cable industry has reached 2.09 million core kilometers.
In 2018, China's optical fiber and cable market showed a state of oversupplyIn 2018, China's optical fiber and cable market changed from short supply to oversupply. From the perspective of market demand, the continuous construction of fiber to home and 4G has greatly boosted the demand of China's fiber and cable market in the past few years. In 2018, due to the fact that 5g construction has not yet officially started, the construction of FTTH and 4G network scale has been basically completed, and the market demand has declined. At the same time, from the perspective of supply, under good market expectations, optical fiber and cable enterprises have launched new and expansion projects in the past few years, and the production capacity will be released in 2018. Therefore, under the action of multiple factors, there are signs of oversupply in China's optical fiber and cable market.
Six factors help the rapid development of the industry in 2019
Industry insiders remain optimistic about the market trend of China's optical fiber and cable industry in 2019 and in the future. In the early stage of 2019, operators' demand for optical network construction may be close to that in 2018. However, with the substantive construction of 5g pilot network and the continuous promotion of China's strategic deployment of "network power", "Digital China", "smart society" and "Rural Revitalization", 5g pilot network has entered the substantive construction stage With the continuous improvement of residents' information consumption level and industrial informatization level, the future development of the industry is positive and optimistic
1. 5g construction is considered to be the most critical factor affecting the future development of optical fiber and cable industry. The industry predicts that the number of 5g base stations will be 4-5 times of 4G base stations, and its high-density networking and high bandwidth will require a lot of optical fiber. In December last year, the Ministry of industry and information technology issued 5g system test frequency licenses to the three major operators, and 5g has entered the system test stage. In 2019, the operators will carry out the construction and deployment of 5g system test base station, so as to ensure the realization of 5g commercial target in 2020.
2. Data center is an important infrastructure for Internet services such as cloud computing and big data, as well as telecommunication network. Massive data traffic will be generated inside and between data centers, which will undoubtedly stimulate the demand for optical fiber and cable, and will continue to grow in the future.
3. Universal telecommunication service is an important foundation for narrowing the digital gap between urban and rural areas, fighting a precise fight against poverty, and building a moderately prosperous society in an all-round way. The support of the national development and Reform Commission and the Ministry of industry and information technology for the new generation of information infrastructure construction project in 2019 will focus on the improvement of the infrastructure of small and medium-sized cities in the central and western regions and northeast regions, which will boost the demand for optical fiber and cable in these regions.
4. Smart city and Internet of things applications will also form new demands. Smart city is not only the application of narrow-band Internet of things technology, but also a large number of video devices need the connection of optical fiber network. At present, the "Xueliang project" promoted nationwide has driven the demand of optical fiber and cable. At the same time, the future oriented new smart city represented by the "digital twin city" will have a global coverage, dynamic and static combination, three-dimensional perception terminal layout. For example, in the planning outline of xiong'an New Area in Hebei Province, the intelligent level of infrastructure ≥ 90% is listed as the construction index requirement. These will eventually drive the growth of demand for optical fiber and cable.
5. With the development of industrial Internet and intelligent manufacturing technology, communication network will further extend and sink to enterprises and manufacturing sites. In the future, it will be possible to directly connect optical fiber network to industrial production areas.
6, one belt, one road initiative has been actively applied to China's fiber optic cable enterprises to increase exports or build production bases overseas. At present, many enterprises have made remarkable achievements in overseas markets.
The pace of multi-point flowering technology innovation is not reduced
The rapid rise of mobile Internet applications represented by video, as well as the popularization of cloud computing, big data, artificial intelligence and other technologies and applications, are putting forward higher requirements for optical transmission network. In this context, in order to meet the needs of massive applications and network evolution, optical fiber and cable technology is also accelerating the pace of innovation and evolution.
In the aspect of long-distance communication trunk line, g.654e optical fiber will be more and more used in the network, and will also develop to the direction of ultra-low loss and C + L band multiplexing in technology; in the field of data center, the optical fiber in the data center is developing to the bandwidth, the optical cable and connector are developing to the high density, and to the on-board connection; In the field of metropolitan area network and access network, G.657 optical fiber will be applied in more occasions, and the optical cable will develop in the direction of light, all media, anti rat and anti ant, high flame retardant, easy branching and connection; in the field of 5g forward transmission, the optical cable suitable for 5g radio frequency remote is the focus of new product research and development, and the optical hybrid cable which is easy to be terminated is the most concerned.
For the cutting-edge optical fiber technology facing the future, the report thinks that multi-core optical fiber, few mode optical fiber, multi-core + few mode optical fiber and photonic orbital angular momentum optical fiber (OAM) are the research hotspots, but from the overall system maturity, these technologies will not be applied in the near future.
On the whole, the R & D of optical fiber and cable in China is evolving in the direction of diversified innovation and shortening innovation cycle. At present, the verification test of new R & D products, especially those designed for 5g scenarios and data center scenarios, is on the increase. The verification test of new products developed for overseas markets and the product quality inspection for product access certification (such as European CPR, ROHS, etc.) for overseas markets are on the increase.
It is worth mentioning that while the innovation of optical fiber and cable technology and products is accelerated, the quality is still a problem that can not be ignored. At present, with the rapid release of optical fiber and cable production capacity, there are signs of oversupply in the industry, resulting in some irrational competition. Liu Tai believes that short-term low price competition is a means of market competition, while long-term low price competition and malicious low price will bring some unhealthy effects to the development of the whole industry. Optical fiber and cable industry is the cornerstone of the network, and its quality directly affects the service running on the network, as well as the security of communication and life and property.
In the market environment of overcapacity and oversupply, on the one hand, manufacturing enterprises should stick to the bottom line of quality and reduce costs through technological innovation; on the other hand, operators should also choose reasonable bidding methods to create a dynamic ecological environment.
Expand advantages and move towards "high quality" development
At present, the characteristics of China's economic development have changed from high-speed growth to high-quality development. In this trend, "high quality" development is also an important goal of China's optical fiber and cable industry.
At present, the scale and development speed of China's optical fiber and cable industry is second to none in the world. From the data point of view, the demand of China's optical fiber and cable industry in recent years has exceeded half of the global demand, which has brought China's optical fiber and cable industry more sufficient growth space. At the same time, the independent innovation ability of China's optical fiber and cable industry has been steadily improved. Breakthroughs have been made in the localization of optical fiber, optical fiber and preform production technology, as well as in the research and development of new products and process improvement, gradually getting rid of the situation of being controlled by others. The product performance and production efficiency have reached the international advanced level, and a number of international leading enterprises have emerged, which have cultivated independent innovation talents And it is further improving in the direction of intelligent manufacturing and green manufacturing.
China's optical fiber and cable industry also has a relatively complete industrial chain and supporting system. In terms of industrial chain, China has the production and mass production capacity of most raw materials and production equipment of optical fiber and cable, which can support the large-scale production of optical fiber and cable in China to a certain extent; In terms of supporting system, China has a perfect system in the standardization, testing and certification of optical fiber and cable. While docking with international standards, it has formed its own system of whole industry chain standard family. At the same time, the third-party laboratory also has the corresponding testing ability, which can effectively support industrial innovation and quality improvement.
However, what we need to see is that although the scale of China's optical cable line construction is relatively large in recent years, the product category is relatively single. Most enterprises focus on improving the production efficiency, capacity improvement and cost control of mainstream products to enhance their competitiveness, and the diversification ability of product line is relatively weak. At the same time, although most of China's optical fiber and cable production enterprises have established a perfect quality system, many upstream raw material production enterprises are still small and medium-sized enterprises which started late. Some enterprises lack quality control awareness and quality control ability, which leads to large differences in raw material supply batches and uneven quality, which brings risks and risks to optical fiber and cable production enterprises Hidden danger.
Facing the future, based on the remarkable achievements made in the past 40 years, China's optical fiber and cable industry needs to further develop and expand its advantages, make up for its shortcomings, have a stronger influence in the global market, cultivate global enterprises with outstanding technological innovation strength, and provide more powerful support for the construction of China's "network power".
Looking around the world, optical fiber and optical fiber rod industry continues to develop well
Since 2005, the global optical fiber and cable market has gradually stepped out of the downturn, especially FTTx technology has been favored by more and more telecom operators, which makes the global optical fiber and cable market demand steadily increase year by year. According to CRU data, in 2017, the global demand for optical fiber and cable reached 492 million core kilometers, with a year-on-year growth of 15.76%.
SHAPE * MERGEFORMATDriven by the market demand, the global output of optical fiber and cable also shows an increasing trend year by year. Specific data show that from 2010 to 2017, the compound growth rate of global optical fiber output reached 14.42%, with significant growth; in 2017, the global optical fiber output was 534 million core kilometers, with a year-on-year growth of 13.38%.
In terms of optical cable, government information construction policies, the formation of consumer information consumption habits, the expansion of operators' market network construction and the development of optical communication technology continue to promote the development of the global optical cable industry. Among them, the United States has launched the construction of domestic optical fiber infrastructure; Germany has issued the "Gigabit Germany" strategy, and plans to invest 100 billion euros in the construction of high-performance national broadband network by 2025; France, Spain and Indonesia have also launched the national information construction; the three major state-owned telecom operators in China are also continuously and vigorously investing in the construction of information network.
In this context, since 2010, the global optical cable production has been increasing. In 2017, the global optical cable output reached 492 million core kilometers, with a year-on-year growth of 14.69%; it is expected that the global optical cable output will reach 5.47 million core kilometers in 2018.
Benefiting from the rapid growth of optical fiber demand, the global optical fiber preform industry is also developing rapidly. At present, the supply of optical fiber preform is in short supply all over the world, which promotes the expansion project of optical fiber preform. According to CRU data, by the end of 2017, the global optical fiber preform production capacity had reached 535 million core kilometers; in terms of production, the global optical fiber preform production was about 16000 tons in 2017.
From a regional perspective, by the end of 2017, China has become the largest optical fiber and cable manufacturer in the world. According to incomplete statistics, in 2017, China's optical fiber and cable rod production capacity ranked first in the world, accounting for nearly 50% of the world, reaching 49.44%; while Japan and the United States accounted for 19.18% and 16.76% respectively; EU's production capacity in the field of optical fiber and cable rod gradually increased, accounting for 7.2% of the world. While China's production capacity continues to grow, Japan and the United States have serious overcapacity, the European Union and other countries have gradually increased their production capacity (actively laying out optical fiber networks), and China, Japan and the United States still account for about 85% of the overall market share.
SHAPE * MERGEFORMATGlobal optical fiber and optical fiber rod industry still has a bright future
Affected by the continuous policy support from governments, the rapid growth of mobile Internet, the implementation and application of 5g technology, and fiber to home, the global fiber optic cable industry will continue to maintain steady growth, the market demand for fiber optic cables will further increase, and the industry will usher in a new round of development opportunities.
For example, the number of base stations needed for 5g network coverage is about 1.5-2 times that of 4G era, with a total of 9 million base stations. In the forward link, 50% of the scenarios will adopt the optical fiber direct connection scheme, which consumes a lot of optical fiber and cable; in the intermediate and return links, OTN technology will be used for networking, resulting in the demand of optical fiber and cable similar to the current man. It can be seen that with the acceleration of 5g construction process, it will drive more demand for optical fiber and cable. It is estimated that by 2023, the global supply of optical fiber and cable will reach 1.182 billion core kilometers, and the demand will reach 1.073 billion core kilometers, with broad development prospects.
In terms of optical rods, with the continuous improvement of China's technical strength in the field of optical fiber preform, more and more enterprises will participate in the production of optical rods, and the improvement of optical rod production capacity is only a matter of time. Driven by the substantial increase in China's production capacity of light rods, the global production of light rods will gradually increase. The improvement of the demand for optical fiber and cable will also drive the stable improvement of the demand for optical rods. The Institute of foresight industry predicts that by 2023, the global output of light wands will reach 36500 tons; the global demand for light wands will also reach 36300 tons, and the problem of overcapacity may be aggravated with the passage of time.
(source: prospective industry research institute)
1. Research and development of nanowires for power storage and transmission in the United States
The Central University of Florida has recently developed a nanowire that integrates power storage and transmission. An extremely thin plastic sheet is added around the nanowires formed on the outer layer of the copper wire and wrapped with metal protective layer. Finally, a special gel is used to bond the layers together. Because the nanowhisker is insulated, the outer layer of the copper wire can store electricity separately while the inner copper wire retains the conductive function. The technology can be directly applied to electric vehicles, space launch vehicles and portable electronic equipment, which is conducive to reducing "weight" and cost.
2. 42 new cable installation tools come out
Southwire has launched 42 new cable installation tools to meet the needs of customized installation. This VDV tool also further complements the product range of its low-voltage cable product line and related tools and equipment lines. It is reported that this is a product development method based on installation program to improve the on-site installation efficiency of cable products. The company launched 42 new cable installation tools, including cable scissors, stripping pliers, crimping machine, wiring tools, cable tester and tester.
3. Copper cable transmission rate sets 100gbps record
Bell Labs uses a single pair of copper wires to achieve 1Gbps symmetric transmission rate within 70 meters, and uses double pairs of copper wires to achieve 100gbps transmission rate within 30 meters, and the copper cable transmission rate refreshes the 100gbps record. This achievement is called xg-fast technology, which is an extension of g.fast technology. The transmission frequency of this technology is increased to 500MHz, but the distance is much shorter than g.fast protocol standard, so it can only achieve relatively high-speed transmission in a short distance. Optical fiber can be used in the home to improve the home network transmission, or improve the transmission rate in the community. The official version of the technical standard is expected to be released this year.
4. South Africa develops portable devices to protect submarine cables from sharks
Sharkpod, a new device developed in South Africa, can protect submarine cables and divers from sharks. The device takes advantage of the feature that "sharks can also capture the trace current emitted by the beating heart of prey in the deep sea". It can only change the direction when sharks are close to the current barrier and leave. It can protect submarine cables and human safety on the basis of not harming sharks, seals, dolphins and other creatures. It is reported that the device will be tested on submarine cables for five months, and more large-scale experiments will be carried out in the future. At present, some Australian enterprises have begun to sell the device, which adds a heavy protection to the submarine cable. If it is successful, it is expected to be popularized in the world.
5. Intelligent cable protection technology reduces cost and increases reliability
Dnvgl, an energy consulting and testing organization, announced intelligent cable protection solutions to continuously monitor and detect the exact location of faults in the medium voltage (MV) power cable system. The scheme can know the latest situation of cables in real time, shorten the maintenance time, enhance the stability of medium voltage power cable system, and reduce the overall service cost for public utilities and industrial asset owners.
1. Definition of RF cable
Radio frequency is the abbreviation of radio frequency, or "RF" for short. It is the abbreviation of a kind of high-frequency alternating electromagnetic wave, which means the electromagnetic frequency that can be radiated into space, and the frequency range is between 300kHz and 30ghz. Radio frequency cable is the general term for the cables that transmit electromagnetic signals or energy within the radio frequency range.
2. Classification of RF cables
According to the structure, RF cable can be divided into coaxial cable and symmetrical cable. The coaxial cable is composed of two concentric conductors with insulating layer between them and sheath. The signal transmitted by the inner conductor is shielded by the outer conductor to reduce the signal interference and ensure the transmission effect. Symmetrical cable is made up of two mutually insulated wires winding each other according to a certain specification, so as to offset the radiation between each other, reduce noise interference and ensure the effect of signal transmission; multiple symmetrical cables are combined to form a data cable.
According to the usage, RF cables can be divided into three categories: 75 ohm coaxial cable, 50 ohm coaxial cable and data cable. 75 ohm coaxial cable is mainly used to transmit wired video signal, 50 ohm coaxial cable is mainly used to transmit high-power wireless communication signal, and data cable is mainly used to transmit data signal.
2、 The purpose of the product
RF cable is mainly used in the field of wired and wireless communication, including radio and television communication system, fixed network communication system and mobile network communication system.
3、 Industry development status
According to a recent report released by International Market Research Institute technavio, the global RF cable market is expected to grow by US $2.7 billion from 2020 to 2024, with a compound annual growth rate of nearly 7%.
From a regional perspective, the Asia Pacific region will be the largest regional market for RF cables in 2019. It is expected that 49% of the market growth will come from the Asia Pacific region in the forecast period. China and Japan are the main markets for RF cables in the region. More and more broadband users and continuous investment in 5g technology will greatly promote the growth of RF cable market in the region. On the whole, the market growth in the Asia Pacific region will be faster than that in other regions in the forecast period.
According to the report, the continuous development of smart cities for effective management of assets and resources in the global economy is one of the key factors driving market growth. Governments are working with different IT solution providers, telecom network infrastructure providers and several others. For example, multinational companies including IBM, Microsoft, Cisco Systems and Schneider Electric are taking a number of initiatives and committed to developing IT solutions to develop smart cities.
The mission of smart city has also received more and more attention in emerging economies, including India, and plans to develop about 100 cities into smart cities. In the forecast period, factors such as the growth of smart city development will drive the RF cable market to grow at a compound annual growth rate of nearly 7%.
4、 Mode of operation
After years of development, there are three types of competitive enterprises in the RF cable Market: brand service providers, professional manufacturers and a small number of large comprehensive enterprises.
After years of development, large comprehensive enterprises have outstanding brand advantages and can provide overall solutions for downstream customers, such as Amphenol, Broadcom, CommScope, etc. Brand service providers use their knowledge of market segments to provide professional support and after-sales services to end customers, such as anixter (anixter International Inc.), graybar (graybar services, Inc.) and Wesco (Wesco international, Inc.). Professional manufacturers focus on product design, R & D and manufacturing, providing manufacturing services for large integrated enterprises and brand service providers. Other types of enterprises only have certain production and sales capacity, lack of design capacity, material and process research capacity, lack of professional support capacity and brand, or produce low-end products, engage in OEM production, product quality and performance compared with professional manufacturers, there is a big gap.
5、 The future development direction of the industry
(1) High frequency can achieve higher speed and provide more applications
The signal has a certain frequency when it propagates. The difference between the maximum value and the minimum value of the signal transmission frequency is called the bandwidth, that is, the width of the signal spectrum, also known as the frequency band. All kinds of signals are transmitted on different frequencies to avoid crosstalk. In the wireless field, the application field of RF cable can be divided into aviation communication, navigation communication, land communication, radio and television, radio navigation and other different services, and each service has a certain frequency band. In the field of cable signal transmission, 15 ~ 40MHz band is used to transmit telephone signal, 110 ~ 860MHz band is used to transmit TV signal, and above 860MHz band is used as standby band to realize more applications.
With the diversification and personalization of various communication applications, the communication network is required to have faster transmission speed, which is positively related to channel frequency band and signal power. Broadening the channel frequency band and realizing high-frequency network can effectively improve the data transmission speed and realize more applications. Therefore, how to adapt to the high-frequency transmission environment has become an important development direction of RF cables and related supporting products.
(2) It should meet the development requirements of environmental protection and energy conservation
High frequency signal has obvious skin effect. Therefore, the inner conductor of coaxial cable can be copper plated with iron or aluminum material, that is, copper-clad steel or copper-clad aluminum structure. On the one hand, it can reduce the weight of cable, on the other hand, it can save more than 70% of scarce copper resources. Through material improvement and process optimization, RF cable can achieve the same design performance with less raw material consumption. Through the structure and circuit design of the main body and amplifier module, the high frequency head can reduce the consumption of aluminum shell and the number of components, so as to achieve resource saving.
(4) The quality of RF cable is developing in the direction of low loss, consistency and anti-interference
When the signal propagates in the medium, part of the signal leaks or transforms into heat, so there will be loss, that is, signal attenuation. The signal attenuation is mainly related to the dielectric constant and signal frequency of the insulating medium. The better the insulation effect, the smaller the dielectric constant, the lower the signal attenuation. In the high frequency signal transmission system, the degree of attenuation will multiply, and the higher the performance requirements of the cable.
(5) Enterprises need to comply with the high requirements of production technology and technical standards
Copper clad steel for high-quality RF cable should be evenly plated on the surface, uniform in thickness and up to standard after stretching and bending, so as to ensure the quality of high-frequency signal transmission. In the production of copper-clad steel, the oil stain and oxide film on the steel wire surface should be completely eliminated to ensure the stability of the pre plating layer; the composition ratio of the pre plating solution and the main plating solution should be regularly analyzed and adjusted to ensure the stability and uniformity of the copper plating layer; the quality of the coating can be ensured only when the temperature is appropriate and the current density is stable and matched.
To sum up, energy-saving and environmental protection, high-quality, high-frequency cables and supporting products are in line with the development direction of the industry, with complex process requirements, high precision requirements, strict material requirements, and multi-channel processes. Only enterprises with strong technology development ability, manufacturing ability and advanced management ability can produce and manufacture.
6、 Market development trend of RF cable industry
Technology evolution and policy encouragement are powerful driving forces for the development of communication and related industries. The new concept, new technology and new mode of continuous evolution drive the RF cable industry to break through obstacles and develop continuously.
(1) Triple play promotes continuous growth of RF cable demand
① Triple play breaks the monopoly of radio, television and telecom operators
② Competition among major operators intensifies, and the demand for high-quality RF cables continues to grow
(2) 75 ohm coaxial cable market demand continues to grow
① Cable TV and satellite TV users continue to grow, driving the growth of RF cable demand
② High frequency and high-quality coaxial cable will benefit from the digitalization and high-definition of global radio and television. ③ coaxial cable will still be the main product used in access network for a long time
(3) Data cable market demand continues to grow
In the 21st century, with the rapid development of information industry, the Internet and information transmission technology are becoming increasingly mature, and the number of fixed broadband access users in the world is increasing rapidly. According to the data of ovum, an international telecommunications industry consulting company, by the end of 2010, the number of global fixed broadband users has reached 510 million, and will increase to 776 million by 2016, with an average annual compound growth rate of more than 7%.
Using high-speed broadband access is a strategic choice for communication operators, whose business expansion depends on the improvement of bandwidth. The data flow increases geometrically, and is mainly realized by fixed network. According to the prediction of Cisco Systems, Inc., from 2012 to 2017, the annual compound growth rate of global fixed network data traffic is 21%, and it will reach 818pb per month in 201.
Intelligent building promotes the rapid development of indoor generic cabling market. Its core is to use computer network as the main means of communication. Through the overall consideration of the voice, data, video and other system wiring in the building, the voice and data communication equipment, switching equipment and other information management systems are connected with each other, and the intelligent system integration is used to realize the integrated distribution of various subsystems And comprehensive management. On the one hand, the global scale of intelligent building construction is growing, and the installation amount of generic cabling system is increasing year by year; on the other hand, from the perspective of transmission rate, the generic cabling system is experiencing the development process from 100 trillion to Gigabit and 10 Gigabit. In the process of transformation, data cables with faster transmission speed and better environmental performance are needed to meet the requirements of the system.
With the increasing global demand for high definition television (HDTV) and high-quality programs, as well as the rapid growth of regional and multilingual channels, satellite TV live broadcast operators currently provide tens of thousands of TV and radio channels, which undoubtedly greatly increases the demand for high-frequency receivers and satellite TV receivers to receive satellite TV program signals.
According to the idate Research Report, in 2013, there were 402 million satellite TV users in the world. It is estimated that by 2018, the number of global satellite TV users will reach 529 million, with an average annual compound growth rate of 5.61%. From 2013 to 2018, the annual compound growth rates of paid satellite TV users and digital satellite TV users were 5.89% and 7.09% respectively, which were faster than other types of users. It is estimated that by 2018, the number of global paid satellite TV users and digital satellite TV users will reach 291 million and 527 million respectively. The growth of satellite TV users and digital transformation will greatly promote the rapid growth of the high frequency market.