Artificial Intelligence
Global Cable Operator Markets, 2020-2025 – Battle Between Cable Operators and Wireless Carriers is Intensifying with the Commercialization of 5G
Dublin, Nov. 09, 2020 (GLOBE NEWSWIRE) — The “Cable Operator Market by Technology, Residential Services (Wireless, Internet, Entertainment, Security, Home Automation, and IoT based Apps), SMB and Enterprise Applications 2020 – 2025” report has been added to ResearchAndMarkets.com’s offering.
This report evaluates Cable MSO ecosystem players, technologies, solutions, and market opportunities
This includes traditional residential and SMB services as well as the broader B2B market for fixed network providers, IoT market opportunities, wireless/mobility and other consumer services. The report evaluates these market opportunities and provides forecasts for every major sub-segment from 2020 through 2025. The report also evaluates the impact of 5G and edge computing on Cable MSO network operators.
The report also assesses the Cable MSO business service environment, landscape, and investment strategies such as the impact and opportunities surrounding developments with Citizens Broadband Radio Service (CBRS). Looking beyond simply the migration from coaxial cable to fiber networks, the report takes into consideration important technical matters such as Cable MSO converged IP/MPLS network architectures, IoT networks, and functionality.
The report also evaluates how these technical considerations relate to market opportunities such as Cable MSO IoT vertical coverage. The report also evaluates the impact of artificial intelligence on Cable MSO providers. Finally, the report also provides a summation with conclusions and recommendations for all industry constituents.
Select Findings:
- Wireless carriers will lose the battle for residential ISP services
- Cable MSOs have a key role in consumer IoT and connected homes
- OTT service providers are at a competitive disadvantage to Cable MSOs
- Overall Cable MSO B2B services will grow at 11% CAGR during the study period
- Strategic focus of Cable MSOs is optimal infrastructure and ensuring high-quality services
- Successful Cable MSOs will successfully leverage Multi-Access Edge Computing infrastructure
Key Topics Covered:
1.0 Executive Summary
2.0 Introduction
2.1 Cable MSO Landscape
2.1.1 Converged Communication Architecture
2.1.2 Service Routing Platform
2.1.3 Wireless Structure
2.2 Cable Internet Performance vs. Wireless Broadband Access
2.3 Citizens Broadband Radio Service (CBRS)
2.4 Important Technologies: DOCSIS, NFV, SDN, and OSS/BSS
2.5 Importance of Ethernet Connectivity
2.6 Fixed Network and Satellite Provider Video and IP Services
2.7 The Role of WiFi, LTE, and 5G Services
2.8 In-Building Capacity Boosting and DAS Solution
2.9 Cable MSO Market Factors
2.10 Cable MSO Market Players
3.0 Technology and Market Analysis
3.1 Cable MSO Consumer vs. Enterprise Market
3.2 Cable MSO and Connected Homes
3.2.1 Connecting to the Connected Home
3.2.2 Connected Homes and “Smart” Products and Services
3.3 Enterprise Telecom Service Spending and Commercial Services
3.4 Cable Infrastructure Spending
3.5 Wireless MVNO Opportunity
3.6 Cable MSOs can Leverage Telecom APIs for OTT Service
3.7 Network Virtualization and Service Orchestration
3.8 Spectrum Sharing in LTE 5G and Spectrum Access System (SAS)
3.9 Cloud Solution and Network Deployment
3.10 VoIP Transformation and Next-Generation Video
3.11 Cable MSO IoT Network and Functions
3.12 IoT Vertical for Cable MSO
3.13 Cable MSO Deployment and Expansion
3.14 Cable MSO Business Model
3.15 Cable MSO User Characteristics
4.0 Company Analysis
4.1 Altice USA
4.2 ADVA Optical Networking
4.3 Accedian Networks Inc.
4.4 AT&T Inc.
4.5 Atlantic Broadband
4.6 Telephone and Data Systems Inc.
4.7 Blue Ridge Communications
4.8 Buckeye Broadband
4.9 CableLabs
4.10 Cable One Inc.
4.11 CenturyLink
4.12 Charter Communications (Spectrum Enterprise)
4.13 Ciena Corporation
4.14 Cincinnati Bell Inc.
4.15 Cisco Systems Inc.
4.16 Cogent Communications Inc.
4.17 Comcast
4.18 Consolidated Communications
4.19 Cox Communications Inc.
4.20 Digicable
4.21 Ribbon Communications
4.22 EXFO Inc.
4.23 Frontier Communications Corporation
4.24 Fujitsu Ltd.
4.25 GCI Communications Corp.
4.26 Google Fiber
4.27 Greenlee Communications
4.28 GTT Communications Inc.
4.29 Harmonic Inc.
4.30 Juniper Networks Inc.
4.31 Liberty Cablevision
4.32 Mediacom Communications Corporation
4.33 Midcontinent Communications
4.34 Nokia Corporation
4.35 Pacific Broadband Networks
4.36 Rogers Communications
4.37 Service Electric Cable TV Inc.
4.38 Shandong Cable Network
4.39 Shaw Communications
4.40 Sprint Corporation
4.41 Telenet
4.42 TPG Internet Pty Ltd ABN
4.43 Verizon Wireless
4.44 Virgin Media
4.45 WaveDivision Holdings LLC
4.46 Windstream Communications
4.47 WideOpenWest Finance LLC
4.48 Zayo Group LLC
5.0 Cable MSO Market Forecasts 2020 – 2025
5.1 Consolidated Cable MSO Market 2020 – 2025
5.2 Cable MSO Market by Segment 2020 – 2025
5.2.1 Cable MSO Market by Infrastructure 2020 – 2025
5.2.1.1 Cable MSO Market by Cable Type 2020 – 2025
5.2.1.2 Cable MSO Market by Networking Equipment Type2020 – 2025
5.2.2 Cable MSO Market by Software Solution 2020 – 2025
5.2.3 Cable MSO Market by Service Sales 2020 – 2025
5.2.3.1 Cable MSO Market by Business Service 2020 – 2025
5.2.3.2 Cable MSO Market by Professional Service 2020 – 2025
5.3 Cable MSO Market by Vertical Market Sector 2020 – 2025
5.3.1 Cable MSO Enterprise Market by Organization Size 2020 – 2025
5.3.2 Cable MSO Enterprise Market by Industry Vertical 2020 – 2025
5.4 AI Solution Market in Cable MSO 2020 – 2025
5.4.1 AI Solution Market in Cable MSO by Segment 2020 – 2025
5.4.2 AI Solution Market in Cable MSO by AI Technology 2020 – 2025
5.5 Big Data Analytics Solution Market in Cable MSO 2020 – 2025
5.6 IoT Opportunity in Cable MSO 2020 – 2025
5.6.1 IoT Opportunity in Cable MSO by Type 2020 – 2025
5.7 Cable MSO Market in Edge Network 2020 – 2025
5.8 Cable MSO Market in 5G 2020 – 2025
5.8.1 Cable MSO Market in 5G by Segment 2020 – 2025
5.9 Cable MSO Market by Region 2020 – 2025
6.0 Conclusions and Recommendations
7.0 Appendix: Connected Home Market 2020 – 2025
7.1 Connected Home by Smart Product Segment 2020 – 2025
7.1.1 Connected Home by Home Security, Surveillance and Access Solutions 2020 – 2025
7.1.2 Connected Home by Smart Home Appliances 2020 – 2025
7.1.3 Connected Home Smart Home Media and Entertainment 2020 – 2025
7.1.4 Connected Home by Smart Energy Management 2020 – 2025
7.1.5 Connected Home to Smart Vehicle Integrated Applications 2020 – 2025
7.2 Connected Home by Deployment Type 2020 – 2025
7.2.1 Connected Home Do It Yourself (DIY) Solutions 2020 – 2025
7.2.2 Connected Home Managed Services 2020 – 2025
7.2.3 Connected Home Support and Maintenance 2020 – 2025
7.3 Connected Home Service Providers 2020 – 2025
7.3.1 Connected Home Customer Premise Equipment 2020 – 2025
7.3.2 Connected Home Applications by Network Operator 2020 – 2025
7.3.3 Connected Home Applications by OTT Service Provider 2020 – 2025
7.3.4 Connected Home by Connectivity Method 2020 – 2025
7.4 Connected Home by Technology 2020 – 2025
7.5 Connected Home by Cloud Computing Type 2020 – 2025
For more information about this report visit https://www.researchandmarkets.com/r/3qaa7
Research and Markets also offers Custom Research services providing focused, comprehensive and tailored research.
CONTACT: ResearchAndMarkets.com Laura Wood, Senior Press Manager [email protected] For E.S.T Office Hours Call 1-917-300-0470 For U.S./CAN Toll Free Call 1-800-526-8630 For GMT Office Hours Call +353-1-416-8900
Artificial Intelligence
Rainbow Robotics participates in ICRA 2024 in Yokohama, Japan: Bimanual Mobile Manipulator ‘RB-Y1’ debuts overseas
Participating in the International Conference on Robotics and Automation (ICRA 2024) from the 13th to the 16th AI expert research platform, Bimanual Mobile Manipulator RB-Y1 pre-order beginsDAEJEON, South Korea, May 7, 2024 /PRNewswire/ — Rainbow Robotics (CEO Jungho Lee), a robot platform specialized company, will participate as a bronze sponsor at the IEEE International Conference on Robotics and Automation (ICRA 2024), which will be held at Pacifico Yokohama, Japan on May 13.
During this exhibition, Rainbow Robotics will demonstrate its Bimanual Mobile Manipulator ‘RB-Y1’. RB-Y1 is a humanoid-shaped research platform equipped with two arms with 7 degrees of freedom per arm, a single leg with 6 degrees of freedom, and a wheel-type mobile platform.
In particular, in line with the recent trend of the AI era, Rainbow Robotics plans to provide various APIs and options so that SW developers can easily utilize them for research purposes.
Throughout the exhibition period, various demonstrations will be shown of RB-Y1 with real-time remote operation technology, which links the data arm and simulation system. Additionally, Rainbow Robotics plans to exhibit the small-sized high-precision collaborative robot RB3-730 and the quadruped robot RBQ-10.
ICRA (International Conference on Robotics and Automation) is an event hosted by IEEE (Institute of Electrical and Electronics Engineers) and is the world’s largest robotics conference held annually.
Meanwhile, Rainbow Robotics will begin pre-orders for its Bimanual Mobile Manipulator RB-Y1 from May 8. Customers who purchase during the pre-order period will receive free after-sales service for one year, and products are scheduled to be delivered sequentially starting in October. The research platform is sold for US $ 80,000 and the commercial platform is sold for USD $120,000 (VAT excluded). If you would like to pre-order RB-Y1, please contact us through enquiry page or email us at [email protected].
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Artificial Intelligence
Solar EV Charging to Bypass the Grid: A US$2.5 Billion Market by 2034, Says IDTechEx
Unreliable and fossil fuel-intense electrical grids
BOSTON, May 6, 2024 /PRNewswire/ — Electrification of cars, buses, and trucks drastically reduces CO2 emissions at the point of use compared to a diesel or petrol alternative. The adoption of EVs across all sectors, with IDTechEx predicting over 180 million electric vehicles to be sold annually by 2044. This will contribute to a drastic reduction in tailpipe emissions. However, the overall emissions are usually highly dependent on the energy mix that goes into grid electricity production. In many economies, this contains significant amounts of fossil fuels such as coal and natural gas. Beyond CO2 emissions, some grids are already at capacity, and the increased load of an electric transport sector risks blackouts and power supply issues. South Africa is an EV market with both of these issues, and several innovations have been made using distributed power generation to tackle these challenges. IDTechEx’s research report, “Off-Grid Charging For Electric Vehicles 2024-2034: Technologies, Benchmarking, Players and Forecasts”, explores the challenges and solutions associated with charging EVs in the context of constrained electricity grids.
The South African utility grid is subject to frequent load-shedding, periods when demand exceeds supply, and utility operators are forced to impose rolling black or brownouts of up to 50% capacity. This is a problem for all forms of domestic and industrial electrical use but becomes an especially pronounced problem for commercial EV operators. Fleet operators often must charge at predesignated times to maximize uptime and complete all planned routes. If the grid fails during a charging spot, the entire schedule may be adversely affected by factors beyond an operator’s control. This is an unusual grid situation; however, it presents a possible worst-case scenario for grid-congested and EV-saturated regions. In 2022, a heatwave in California prompted the state government to ask EV owners not to charge to conserve energy. The growth in electric vehicle sales will only make such problems more widespread.
South Africa also has a very carbon-intensive energy mix, with approximately 70% of power generation being from coal. This directly translates into higher lifecycle CO2 emissions from EVs powered by the electrical grid. Whilst South Africa has a particularly fossil fuel energy mix, the source of electricity plays a critical role in the lifecycle emissions of an electric vehicle.
Disturbed generation gives renewable and grid-independent electricity
One possible solution being trialed in South Africa, amongst other places, is harnessing distributed renewable microgrids to form the backbone of charging networks. By integrating a solar farm, large-scale energy storage (ES), and high-powered charging outlets, Vrendal-based Zero Carbon Charge plans to build an etruck charging network. Not only does this decouple charging from an unreliable grid, it also avoids placing excess electrical demand on utilities, avoids the need for costly grid expansions, and provides free and 100% renewable energy for the trucks to operate on. This is not limited to South Africa; the USA, in particular, has also seen a boom in companies offering grid-free solar-powered charging. In the US, many of the products are smaller scale and transportable, allowing easy setup for EV users who want quick access to EV charging.
Easy setup, no grid connection, but slow charging rates
The main challenge with distributed solar generation for EV charging is the low power output of photovoltaic panels. Most produce around 250 Watts per square meter, which is relatively low. In fact, to charge at 22kW (generally considered Level 2 fast charging), a solar canopy would need to be at least 10 x 10 meters, a considerable footprint, especially in an urban environment. The other challenge is storing energy, as charging will not always be required constantly, so an on-site battery is required to store the generated electricity. Without an integrated on-site battery, charging is impossible when there is no sunlight, such as inclement weather or overnight. On-site battery storage can combat this intermittency.
Larger solar farms with integrated energy storage can become islanded microgrids, and with enough on-site storage and photovoltaic production, potential grid-independent fast charging is possible. This is the approach proposed for the South African etruck charging network. It is important to note that purely solar solutions are likely to be geographically restricted to areas with high photovoltaic potential. Thus, it is no surprise that the leading regions are Western regions of the US and places like South Africa. Beam Global, a supplier of EV canopy chargers, recently announced its first sales in the European market to the United Kingdom Ministry of Defense. However, the chargers will not be deployed in the mainland of the UK; they will be deployed on a military base in Cyprus, one of the sunniest regions on the continent.
Despite technical challenges, the aging and fossil fuel-heavy nature of grids combined with high EV uptake call for new charging solutions, and IDTechEx predicts that solar charging systems will make up a sizeable portion of the overall US$16 billion off-grid charging infrastructure hardware market by 2034. IDTechEx research also indicates several other technologies likely to be adopted for off-grid EV charging. Hydrogen fuel cell charging is likely to emerge as a key solution for use cases requiring much greater power per area, with a particular expected focus on electrified construction sites. More niche technologies include AWE (airborne wind energy), which harnesses high altitude winds for distributed power generation. For an in-depth look at solar EV charging, as well as alternative technology options such as AWE and hydrogen see IDTechEx’s latest research on the topic, “Off-Grid Charging For Electric Vehicles 2024-2034: Technologies, Benchmarking, Players and Forecasts”.
To find out more about this IDTechEx report, including downloadable sample pages, please visit www.IDTechEx.com/OffGridEV.
For the full portfolio of electric vehicle market research from IDTechEx, please see www.IDTechEx.com/Research/EV.
About IDTechEx:
IDTechEx provides trusted independent research on emerging technologies and their markets. Since 1999, we have been helping our clients to understand new technologies, their supply chains, market requirements, opportunities and forecasts. For more information, contact [email protected] or visit www.IDTechEx.com.
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Media Contact:
Lucy RogersSales and Marketing [email protected] +44(0)1223 812300
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Artificial Intelligence
Doosan Robotics Unveils Max-Powered ‘PRIME-SERIES’ of Collaborative Robots at Automate 2024
The New P-SERIES Unleashes Efficiency with a 30 Kilogram Payloadand the Longest Reach of Any Cobot to Date
CHICAGO, May 6, 2024 /PRNewswire/ — Doosan Robotics Inc., one of the world’s leading collaborative robot (cobot) manufacturers, unveiled its newest and most powerful P-SERIES (PRIME-SERIES) today at Automate 2024, bringing to the world of robotics the longest reaching cobot to date.
Today’s P-SERIES announcement by Doosan Robotics was marked by a show floor unveiling of the new P3020 – the world’s most powerful cobot for palletizing in existence. The P3020 offers a payload of 30kg (60lbs) and reach of 2,030mm (80in), bringing the ability to palletize from floor to 2m high (stacking up to 10 layers of boxes approximately 8 inches tall) using its simple fixed base without a lift.
Doosan Robotics has successfully dominated the high-payload cobot market in the 20kg range and above, which includes advanced palletizing solutions. Since launching the H-SERIES in 2022, Doosan Robotics has attracted major global customers such as Schiphol Airport and Wacker Korea, significantly enhancing its global market share by 72%. This year, with the introduction of the P-SERIES, the cobot featuring the highest payload and reach yet, expectations are set to soar beyond previous achievements.
Additional key features of the P-SERIES cobot lineup include lower power consumption compared to similar payload cobots by applying its built-in gravity compensation mechanism, inherent wrist-singularity free, and a 5 degree-of-freedom movement with the 4th axis removed and 6th axis speed increased to 360 degrees/second. Doosan Robotics’ continued priority on optimal safety across its solutions is also fully present in the new P3020. This includes achieving the highest PL (e) and Cat 4 safety ratings to ensure both a max-powered and max-safety experience for users.
The motion platform company’s newly unveiled P3020 palletization cobot will be on full display (Booth #850) at Automate 2024 (May 6-9), alongside the company’s ready-to-sell solutions with best-in class partners in Machine Tending, Palletizing, Welding, and Food & Beverage services.
Driven by its vision to elevate everyday experiences and redefine labor workflows, Doosan Robotics provides a wide, exceptional range of AI cobots aimed to bring about a paradigm shift across various sectors, such as palletizing, manufacturing, logistics, food & beverage, architecture, and service industries. These cutting-edge solutions transcend the constraints of conventional robotics, adeptly maneuvering through intricate scenarios while infusing tasks with enhanced efficiency, safety, and ingenuity. Moreover, the AI system boasts continuous learning capabilities, effortlessly updating its model by autonomously downloading required modules for smooth integration.
“As a motion platform company, Doosan Robotics is meeting the ever-growing need for cobots to mimic human motion, powerfully and safely,” said William Ryu, CEO at Doosan Robotics. “The robotics industry continues to grow at an exponential pace and our lineup of software, cobots and AI differentiates us in our mission to develop cobots with a ‘max-powered, max-efficiency, max-safety’ mindset.”
For more details and videos on the new P3020 cobot by Doosan Robotics, please visit the Doosan Robotics YouTube channel here. For more info, images, and other assets regarding Doosan Robotics’ Automate 2024 overall presence, please visit the press kit here or contact [email protected].
ABOUT DOOSAN ROBOTICSDoosan Robotics is a global leader in collaborative robot solutions, embodying the principle of ‘Innovation in every motion, revolutionizing the way we work.’ Doosan robots, known for world-class safety and precision, enhance task efficiency across various sectors from manufacturing to service, enabling people to focus on more valuable work. More information about Doosan Robotics is available at https://www.doosanrobotics.com/en/.
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