Industrial WLAN Market (2022 - 2027)_Sample Extract.pdf

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Slide No Topics Chapter 01: Industrial WLAN Market Overview Chapter 01: Industrial WLAN Market Overview Chapter 02: Industrial WLAN Market Executive Summary Chapter 03: Industrial WLAN Market Landscape Chapter 04: Industrial WLAN Market Industry Market Entry Scenario Chapter 05: Industrial WLAN Market Startup Company Scenario Chapter 06: Industrial WLAN Market Forces Chapter 07: Industrial WLAN Market By Strategic Analysis Chapter 08: Industrial WLAN Market By End Use Industry Chapter 09: Industrial WLAN Market By Offerings Chapter 10: Industrial WLAN Market By Deployment Chapter 11: Industrial WLAN Market By Technology Chapter 12: Industrial WLAN Market By Geography Chapter 13: Industrial WLAN Market Entropy Chapter 14: Industrial WLAN Market Industry Competition Landscape Chapter 15: Industrial WLAN Market Key Company List By Country Chapter 16: Industrial WLAN Market Company Profiles - 004 Chapter 02: Industrial WLAN Market Executive Summary - 007 Chapter 03: Industrial WLAN Market Landscape - 013 Chapter 04: Industrial WLAN Market Industry Market Entry Scenario - 021 - 031 Chapter 06: Industrial WLAN Market Forces - 033 Chapter 07: Industrial WLAN Market By Strategic Analysis - 041 Chapter 08: Industrial WLAN Market By End Use Industry - 049 - 067 Chapter 10: Industrial WLAN Market By Deployment - 083 - 089 Chapter 12: Industrial WLAN Market By Geography - 098 - 135 Copyright ©2024 IndustryARC - 137 - 141 Chapter 16: Industrial WLAN Market Company Profiles - 144 Inquiry Before Buying +1 518 282 4727 | Buy Now | | sales@industryarc.com

Definition & Market Scope •Industrial wireless LAN (WLAN) is a wireless computer network that links two or more devices using wireless communication to form a local area network (LAN) within a limited area. This gives users the ability to move around within the area and remain connected to the network. Also, industrial WLAN helps to connect devices that are in motion or static with little fuss and with minimal outlay by providing fast, reliable connectivity, even in harsh environments, remote locations, or on the move. • The base year of the study is 2021, with a forecast done up to 2027. The study presents a thorough analysis of the competitive landscape, taking into account the market shares of the leading companies. The assessment includes the forecast, an overview of the competitive structure, the market shares of the competitors, as well as the market trends, market demands, market drivers, market challenges, and product analysis. • The market size is provided by revenue (US$ million). Overview ❖ One of the major factors driving the growth of Industrial WLAN Market is increasing adoption of high speed Machine-to-Machine (M2M) communication transmit data between connected devices for real-time monitoring and controlling has stimulated the market growth. For instance, in March 2022, Moxa In a leader in industrial communications and networking, launched the next-generation industrial Ethernet switches, the EDS-4000/G4000 Series. The ED 4000/G4000 Series includes 68 models that will help Moxa’s customers build futureproof industrial networks to strengthen operational resilience in industr spaces such as power, transportation, maritime, and factory automation. Also, rising adoption of wireless location appliances to track devices within WLA infrastructure for critical applications such as high value asset tracking are offering a cost effective, high resolution location solution that has contributed the growth of Industrial WLAN Market. For instance, IOTech launched the general availability of Edge XRT v2.0, open software platform designed for tim critical and embedded OT applications at the industrial IoT edge. Applications include building automation and other complex data driven indusCtoripayl rsigyshtte ©m2s.024 IndustryARC Thus, rise in development of Industrial WLAN will positively impact the growth of Industrial WLAN Market during the forecast period. Furthermore, increase in number of cyber-attacks, data leakage, false data injection in various industry verticals is hampering the adoption of WLAN and in turn hampers the market growth of Industrial WLAN market . ❖ ❖ ❖ ❖ Inquiry Before Buying +1 518 282 4727 Buy Now | | | sales@industryarc.com

Market Classification By Deployment Type By End Use By Offerings By Technology By Geography • Cloud •On Premises • Hardware • Software • Services •802.11 •802.11 n(WiFi 4) •802.11 ac(WiFi5) •802.11 ax(WiFi6) a/b/g •North America • Europe • APAC •South America •Rest of World • Agriculture •Logistics and Transportation • Healthcare •General Manufacturing • Utilities •Consumer Electronics •Aerospace and Defense • Chemicals •Food and Beverage •Oil and Gas • Education • Pharmaceutical •Retail and E-Commerce •Power and Energy •Government and Public Sector • Others Copyright ©2024 IndustryARC Inquiry Before Buying +1 518 282 4727 | Buy Now | | sales@industryarc.com

Industrial WLAN Market Revenue Share, By End Use Industry, 2021 (%) Industrial WLAN Market Revenue Share, By End Use Industry, 2027 (%) Agriculture Logistics and Transportation Healthcare General Industrial WLAN Market Revenue CAGR, By End Use Industry, By Value 2022-2027 (%) Agriculture Agri cultur e Manufacturing Uti lities Consumer Electronics Aerospace and Logistics and Transportation Logistics and Transportation Defense Chemicals Food and Beverage Oil and Gas Education Healthcare Healthcare Pharmaceutical Retail and E-Commerce Power and Energy General Manufacturing Uti lities General Manufacturing Government and Public Sector Others By End Use Industry Consumer Electronics Aerospace and Defense Uti lities Consumer Electronics Chemicals Aerospace and Defense Food and Beverage Oil and Gas Education Pharmaceutical Retail and E-Commerce Power and Energy Government and Public Sector Chemicals Food and Beverage Oil and Gas Education Pharmaceutical Retail and E-Commerce Others Power and Energy 0.00% 2.00% 4.00% 6.00% 8.00%10.00%12.00% Government and Public Sector CAGR(%) Others Key insights: ❖ The logistic & transportation segment dominated Industrial WLAN market with a revenue share of 10% in 2021 and is expected to rise at a CAGR of 5.80% during the forecast period from 2022-2027. The demand for the industrial WALAN is rising mainly due to Its need and demand in various end use industry owing to growing automation and advancement in the wireless devices to minimizes physical barriers, enables device mobility, reduces costs of physical cables & connectors, improves network accessibility, wide range of coverage, and improves network communication capabilities. All such factors helps to boost the market growth during Cthoep yforrigehcat s©t p2e0r2io4d .IndustryARC Also, growing expansion of the logistic & transportation sector is driving the market. For instance, in February 2020, Hero MotoCorp has planned to invest up to INR 10,000 crore (US$125.3 million) in the next 5-7 years towards new products, alternate mobility solutions, manufacturing facilities, network expansion and brand building as it aims to hold on to its market leadership position in India and strengthen its presence overseas. Thus, anticipating the segmental growth of industrial WLAN market. Source: IndustryARC Analysis, Expert Insights ❖ ❖ Inquiry Before Buying +1 518 282 4727 | Buy Now | | sales@industryarc.com

Industrial WLAN Market Revenue Share, By Offerings, 2021 (%) Industrial WLAN Market Revenue Share, By offerings, 2027 (%) Industrial WLAN Market Revenue CAGR, By Offerings, By Value 2022-2027 (%) Hardware By Offerings Hardware Software Hardware Software Software Service Service Service 0.00% 1.00% 2.00% 3.00% 4.00% 5.00% 6.00% 7.00% 8.00% CAGR(%) Source: IndustryARC Analysis, Expert Insights Key insights: ❖ The hardware segment dominated the Industrial WLAN market with a share of 61% in 2021 and is expected to rise at a CAGR of 5.58% during the forecast period from 2022- 2027. The Industrial Wireless LAN (WLAN) hardware products has special supplementary functions to meet the specific requirements in various industries like automotive ❖ manufacturing, transport and logistics, oil and gas industry will benefit the market. The Wireless access point (WAP) has dominated the hardware segment as it allows wireless communications by connecting with a wired network such as an ethernet backbone and other WAPs via an Access Point Bridge over point-to-point microwave links Copyright ©2024 IndustryARC and enabling them to communicate with each other. The growing development with respect to hardware technology is boosting the industrial WLAN market during the forecast period. For instance, in May 2022, Cisco ❖ announced its first Outdoor Wi-Fi 6E Ready Access Point and enhancements for industrial remote operations. Such technological advancements and expansion are analyzed to boost the market during the forecast period. Inquiry Before Buying +1 518 282 4727 | Buy Now | | sales@industryarc.com

High Impact Medium Growth Impact High Growth Impact Increased adoption of Industry 4.0 Growing the use of managed cloud services Projected Impact on the Industrial WLAN Market increasing use of Industrial Internet of Things (IIoT) devices Placing greater emphasis on predictive maintenance and improving connection in enterprises Copyright ©2024 IndustryARC Low Growth Impact Low Impact High Low Certainty Inquiry Before Buying +1 518 282 4727 Buy Now | | | sales@industryarc.com

Increased adoption of Industry 4.0 is expected to boost market growth: ❖ Industrial automation is powered by digitalization, which also boosts productivity, safety, and market responsiveness. Industry 4.0 gives businesses the flexibility to connect all personnel, equipment, and sensors in the most efficient way possible, fusing physical and digital operations. The cost of tying them to a wired network infrastructure would ultimately restrict the potential uses of Industry 4.0. Industrial-grade private wireless will realize its full potential by offering the most adaptable and economical means of putting a variety of Industry 4.0 applications into practice. The market is being driven by the increasing deployment of industrial IoTs for bridging together operational technology and information technology to optimize real-time applications across various industry verticals. Massive and rapid adoption of connected factories in many industrial sectors like as manufacturing, ❖ automotive, chemical, oil & gas, transportation and logistics, electricity, and utilities is fueling the market. Additionally, the market has expanded as a result of rising expenditures in digitalization of business organizations for real-time data monitoring and control for M2M communications to optimize production output, efficiency, and quality. Big data analysis, the Internet of Things, and artificial intelligence (AI) are examples of technologies that are a part of the factories-of-the-future (FoF) paradigm and are essential to the Industry 4.0 idea. Reliable communication technologies are essential to the success of FoF because of the increased flow of information. ❖ Wired communication networks are set up and configured during the factory installation in conventional manufacturing. This limits flexibility and makes it difficult and expensive to locate and fix a damaged cable. In addition to saving money on wiring, wireless communication facilitates quicker manufacturing turnarounds, such as when a production line is changed. Additionally, it makes it simpler to build redundancy and supports mobile systems. The Industrial WLAN Market is expanding due to the growing use of switches with Multigigabit Ethernet technology to meet the high bandwidth requirements for ❖ industrial applications. The market has expanded as a result of rising investments in smart cities, which use the newest technology to enhance infrastructure and Copyright ©2024 IndustryARC services and create a connected network throughout the city. For instance, Zyxel Networks introduced dual-band access points in September 2020 to update current network infrastructure for small and medium commercial businesses to high performance WiFi6 technology. During the years 2022–2027, these innovations are predicted to drive the market. | Inquiry Before Buying +1 518 282 4727 Buy Now | | sales@industryarc.com

❖ The next step is the software integrated with the industrial WLAN. The software provides assurance of smooth and efficient functions of devices that a connected with the Industrial WLAN. Some of the latest software are coupled with AI and ML. This would automatically monitor the system and run troubleshooting incase there is a malfunctioning throughout the value chain. Further, the software is essential for management of the industrial WLA ❖ Moreover, the software also provides insight about the people who are operating equipment and assets connected to the network. The insights can furth help in taking business decisions. Network service providers provides services such as network access and bandwidth by allowing access into its backbo ❖ infrastructure or access to its network access points (NAP), which consequently also means access to the Internet. AT&T, Deutsche Telekom, China Teleco are some of the major network service providers across globe. The last section of the industrial WLAN includes service and maintenance. Some of t components in this stage include network design, deployment & upgradation, support & maintenance among others. ❖ Copyright ©2024 IndustryARC Inquiry Before Buying +1 518 282 4727 | Buy Now | | sales@industryarc.com

High Impact High Impact Medium Impact The next generation of factories and remote operations Next generation Industrial WLAN Infrastructure Projected Impact on the Industrial WLAN Market Copyright ©2024 IndustryARC Low Impact Low Impact High Low Certainty Inquiry Before Buying +1 518 282 4727 | Buy Now | | sales@industryarc.com

The next generation of factories and remote operations ❖ Future factories will be driven by data driven business models in order to optimize there revenue and delivering product and services to the end users. Hi performance wireless communication is very important in digital transformation of industrial systems. This is driven by Industry 4.0 and the Industrial Internet initiatives. Private 5G networks enabled industrial WLAN can be installed in future factories and manufacturing sites to fulfil the stringent connectivity requirements of industrial automation networks. Private 5G can support field-level communication between industrial controllers and field devices (sensors, actuators, etc.) as well ❖ ❖ as communication between industrial controllers. The network required for factor automation is characterized by very high reliability and low latency. However, at present this is achieved through wired technologies. Some of the near future application of industrial WLAN in next generation factories include - ❖ Automated guided vehicles and mobile robots – Both automated guided vehicles and mobile robots are ginning popularity for a wide range of industrial applications. The network between a warehouse management system and mobile robots requires high reliability, very low and bounded latency, further requires high scalability. The wireless local mobile network need to be mobile, therefore industrial WLAN is best suited for this application. Further there is, unprecedented opportunities for market growth from warehouse operations including image-based or video-based guidance control of mobile robots, synchronized action between a fleet of mobile robots and low-cost remote control of mobile robots with minimal sensory capabilities ❖Such applications are expected to create opportunity for market growth in the near future. Copyright ©2024 IndustryARC Inquiry Before Buying +1 518 282 4727 | Buy Now | | sales@industryarc.com

❖ 12000 In the agriculture industry, industrial WLAN is widely used for wireless sensor network-based environmenta Power consumption(mW), 10000 monitoring systems that primarily measure temperature and humidity, livestock health and tracking Communication distance(m) 8000 freshwater conservation, smart meters and spidermesh, water quality sensors, and smart farming and so 6000 sensors and so on. The need for WLAN technology will be driven by the expanding use of wireless senso ❖ 4000 networks (WSN) in agriculture monitoring to enhance the quality and productivity of farming. In th 2000 application, sensors collect several types of data in real-time settings (such as temperature, carbon dioxid 560 835 300 215 122 100 36.9 10 0 level, and humidity). As a result, a secured data mechanism is needed for data collection, transfer, and quic BLE ZigBee LoRa SigFoxClassic LTE GPRS WI-Fi BT response to changing circumstances in order to keep harmful attackers at away. Further, the market will b power consumption communication distance driven by the rising use of wireless agricultural environmental monitoring systems based on wireless senso ❖ networks to track temperature and humidity for precision agriculture. For instance, 65 nodes were installed i Source: MDPI a 1-acre plot of land in Canada to report light intensity, temperature, and moisture to a central PC every ❖ minutes, allowing the owner to easily manage each area and avoid making decisions about fertilize applications, frost, managing irrigation, and setting up a schedule for harvesting. Wireless sensor network fueledC obpyy sroiglhatr ©en2e0r2g4y Itnod upsrotrvyiAdRe Cm eteorological data in fields. Data from the sensor network is transmitted by a remote application server to local users through WLAN, and to remote users via cellular and Internet networks. Inquiry Before Buying +1 518 282 4727 | | | Buy Now sales@industryarc.com

Logistics: ❖ The entire logistics and transportation sector is changing as a result of WLAN. Numerous benefits of WLAN technology for transportation include resource efficiency, a reduction in the importance of human error, and more effective Global Merchant Fleet Share, By Size, 2018 (%) transportation control. WLAN technologies enable companies to uphold greater standards of sustainability and corporate responsibility beyond operational efficiency. Logistics requires Industrial Wireless LAN (IWLAN) solutions that are secure, low-maintenance, and usable both indoors and outdoors. For instance, to power shuttle systems, automated guided vehicles(AGV), or storage and retrieval systems. Small Ships ❖ Medium Ships All systems must, first and foremost, be effective and safe for people to use. The market for IWLAN will benefit from the growing importance of AGVs in plant logistics where transport responsibilities arise in manufacturing, such as in delivering materials containers to workstations or in warehousing finished goods. ❖ Large Ships Very Large Ships Transportation: ❖ Communications between the trainset and the control room are made possible through wireless connections made possible by IWLAN (Industrial Wireless LAN) from the rail depot or station to the stationary train. However, you can also configure an IWLAN connection to go the entire distance. This enables the secure wireless transmission of crucial train data, including for example, train control and signalling. IWLAN can also be used to communicate passenger information Source: European Commission like multimedia material, such as news tickers, schedules, or adverts. Web connections may be made stable even in tunnels with the correct IWLAN antennas. Another benefCito ips yinricgrheta ©se2d0 p2a4s Isnednugsetrr ysAafReCty , sinc IWLAN can provide control room video monitoring images from the moving train. The market for industrial WLAN has been growing as a result of th quickly rising interest in wireless technology for logistics and transportation, which has a number of advantages over wired alternatives. | +1 518 282 4727 | Buy Now ❖ Inquiry Before Buying | sales@industryarc.com

10.1 Cloud ❖ Cloud based Industrial WLAN market was valued at $383.90 M in 2021 and is estimated to grow at around a CAGR of 11.73% during 2022-2027. The growing popularity Cloud based WLAN among organizations looking for centralized management and reduced costs is considered to be the major factor contributing to the segment grow during the forecast period. The cloud based WLAN are usually provided with an annual payment plan that give organizations more flexibility on their budgets comparing to o premises ones. The cloud based WLAN services are based on subscription and are used to tackle issues such as data backup, storage, redundancy and more. This eliminates t need for maintaining additional infrastructures or hardwares which adds upto high operational costs for the organization. Due to its cost efficiency nature, the cloud based models have been facing high dominance across various end use industries such as healthcare, IT & telecom and so on. ❖ The growing trends towards automation across industries, the demand towards cloud based WLAN services has been rising across both small-scale as well as large enterprises a part of improving productivity standards. Cloud based WLAN controllers/ virtual controllers have been facing high adoptability owing to the capabilities of offering bett security and involvement of less manpower as compared to on premise models, thus causing a positive impact towards significant market growth of cloud based WLAN w passage of time. In a cloud-managed WLAN architecture, organizations don’t have to purchase physical controllers and deploy them on every site. The cloud works like a virtu controller that actually reside in a public cloud and all the distributed wireless access points connect to it via the Internet. Thus the cloud offers remote provisioning, monitori and troubleshooting to every access point. In 2021, Cisco launched Cisco Catalyst 9800 Series Wireless Controllers that are based on Cisco IOS XE and integrate the RF excellen ❖ of Cisco Aironet access points, supports best-in-class wireless experience for evolving and growing organization. The 9800 Series is built on an open and programmab architecture with built-in security, streaming telemetry, and rich analytics. The Cisco Catalyst 9800-CL is the next generation of enterprise-class wireless controllers for clo coupled with seamless software updates for distributed branches and midsize campuses to large enterprises and service providers. Such factors wilCl ohpelypr iignh et n©su2r0in2g4 a I nsdtruesatmrylAinRe as well as secured experience, thus creating more demands for these cloud based WLAN among industries over the forecast period 2022-2027. Source: IndustryARC Analysis & Expert Insights Inquiry Before Buying +1 518 282 4727 | Buy Now | | sales@industryarc.com

10.1 Cloud Industrial WLAN for Cloud Market Value, 2021-2027 ($M) 800.00 700.00 600.00 500.00 Value in $M 400.00 300.00 200.00 100.00 Copy2r0i2g6ht ©20220427 IndustryARC - 2021 2022 2023 2024 2025 Source: IndustryARC Analysis & Expert Insights Inquiry Before Buying +1 518 282 4727 | Buy Now | | sales@industryarc.com

❖ China is rapidly advancing in technological upgradation and the country is laying mor China: Industrial WLAN Market Revenue, 2021-2027 (US$ Million) emphasis on adoption and development of wireless technologies such as IWLAN so as to achieve industrial automation. Policies to promote intelligent manufacturing and new produc 400 ❖ launches for wireless 350 technologies has resulted in rapid development in industrial WLAN in China. 300 ❖ For instance, in December 2021, China’s Ministry of Industry launched “14th Five-Year Plan” Revenue (US$ Million) 250 which aimed for the development of intelligent manufacturing and increase the usage o 200 wireless technologies in industrial sectors in China by 2025. Furthermore, in September 2021 ❖ Huawei unveiled four new upgrades in its CloudCampus 150 3.0 Solutions which will enable the enterprises to have full-wireless and optimum cloud 100 access in a wide range of scenarios such as intelligent buildings and intelligent productio 50 which will accelerate the digitalization of industries. Such initiatives and introduction of upgraded wireless network solutions will propel the usage of IWLAN in sectors such as healthcare, automotive and power & energy in China, ❖ 0 2021 2022 2023 2025 2026 2024 2027 thereby improving the growCtohp oyfr iignhdtu ©st2ri0a2l W4 ILnAdNu smtrayrAkReCt durin Years the forecast period. The China segment is valued at US$224.43 million in 2021 and is expected to grow at a CAGR of 7.79% to reach US$355.87 million by 2027. ❖ Source: IndustryARC Analysis & Expert Insights Inquiry Before Buying +1 518 282 4727 Buy Now | | | sales@industryarc.com

Description Cisco 1984 Establishing Year San Jose, California, US Headquarters $49,818 Million Revenue (2021) Address: 170 West Tasman Dr. San Jose, CA 95134, USA Employees as of July 2021 79500 Tel : (408) 526-4000 Global Outreach 80 Countries Website: www.cisco.com R & D $6,549 Million CISCO:Product Portfolio Product Segment Product Type Description The company provides Wireless Access Points to provide security Cisco Wi-Fi 6/6E network, monitor and manage Bluetooth low energy (BLE) and Wi-Fi tags, beacons, and other Internet of Things (IoT) sensors with a cloud dashboard and also provide superior connectivity, integrated security, and insightful actions. It consist of wireless access points such as Wi-Fi 6/6E (802.11ax) Catalyst, Cloud Managed Wireless, 802.11ac Wave 2 Aironet, Outdoor, Industrial and Small business. Industrial Wireless Access Points includes Catalyst IW6300 Heavy Duty Series Access Points, 6300 Series Embedded Services Access Points and Industrial Wireless 3700 Series. Wireless Access Points Industrial WLAN This segment contains Cisco 1800 Series Integrated Services Routers and Cisco 800 Series Routers. 1800 Series is ideal for small to midsize businesses and branch offices. It is designed to reduce costs and offer fast, secure delivery of mission-critical business services. Cisco 800 Series routers offer all that inC oa psyinrgigleh td e©vi2ce0 2an4d I nadreu swterlyl AsuRiCte d for customer premises and priced for small and midsize businesses. Wireless Integrated Switches and Routers Source: Company’s Website Inquiry Before Buying +1 518 282 4727 | Buy Now | | sales@industryarc.com

Product Segment Product Type Description The company provides Wireless LAN controllers to simplify workflows, optimize performance, gain flexibility and integrate security. It consist of Cisco 8540 Wireless Controller, Cisco 5520 Wireless Controller, Cisco 3504 Wireless Controller, Cisco Catalyst 9800 Controllers, Standalone controllers, Integrated controllers and controller modules and Mobility Express. Wireless LAN Controller The company offer Outdoor & Industrial Wireless to provider Fast, reliable, and secure wireless technologies for the harshest environments. It helps to connect cameras and laptops outdoors, robots in Outdoor & Industrial Wirelessmanufacturing, tele remote applications in ports and mines, and more. It consist of access points (Wi-Fi 6 access points & Wi-Fi 5 access points) and wireless backhaul devices (Wireless backhaul radios) for shock, vibration, extreme temperatures, water, and dust. This segment consist of Cisco Adaptive Wireless IPS Software that offers advanced network security for dedicated monitoring and detection of wireless network anomalies, unauthorized access and RF attacks. Fully integrated with the Cisco Unified Wireless Network, this solution delivers integrated visibility and control across the network, without the need for an overlay solution. Industrial WLAN Mobility Service This segment allows configuring or performing firmware upgrades on any network infrastructure. It consist of Network Control System and Unified Wireless LAN Management. Wireless LAN Management Copyright ©2024 IndustryARC Source: Company Website Inquiry Before Buying +1 518 282 4727 | Buy Now | | sales@industryarc.com

Financials CISCO Net Revenue, 2019-2021 ($M) 52500 51904 52000 51500 51000 50500 49818 50000 49301 49500 49000 48500 48000 47500 2019 2020 2021 CISCO Net Revenue Share, By Region , 2021 (%) CISCO Net Revenue Share, By Business Segment, 2021 (%) 15% 28% Americas Infrastructure Platform Applications EMEA 54% Security Copyright ©2024 IndustryARC APJC 26% 59% 7% Services 11% Source: Company Annual Reports, SEC filings and Investors Presentations Inquiry Before Buying +1 518 282 4727 | Buy Now | | sales@industryarc.com

Developments Date Approach Description Cisco launched Cisco Catalyst 9800 Series Wireless Controllers that are based on Cisco IOS XE and integrate the RF excellence of Cisco Aironet access points, supports best-in-class wireless experience for evolving and growing organization. The 9800 Series is built on an open and programmable architecture with built-in security, streaming telemetry, and rich analytics. The Cisco Catalyst 9800-CL is the next generation of enterprise-class wireless controllers for cloud coupled with seamless software updates for distributed branches and midsize campuses to large enterprises and service providers. June,2021 Launch Cisco announced innovative solutions that help customers embrace a new age of wireless connectivity. Wi-Fi 6 (also known as 802.11ax), the new standard for Wi-Fi networks for businesses which power a new era of immersive wireless experiences and the connecting of billions of things. Cisco was extending the industry’s most extensive campus networking portfolio by delivering an array of next-generation switches, access points, and controllers for the campus. April,2019 Launch Copyright ©2024 IndustryARC Source: Company Website and Press Release Inquiry Before Buying +1 518 282 4727 | Buy Now | | sales@industryarc.com

Industrial WLAN Market (2022 - 2027)_Sample Extract.pdf

Industrial WLAN Market (2022 - 2027)_Sample Extract.pdf

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