The report “Edge Data Center Market with Covid-19 Impact Analysis by Component(Solutions, Services), Facility Size(Small and Medium Facilities, Large Facility), Vertical and Region (North America, Europe, APAC, Latin America, Middle East) – Global Forecast to 2026”, size is expected to grow from USD 7.2 billion in 2021 to USD 19.1 billion by 2026, at a Compound Annual Growth Rate (CAGR) of 21.4% during the forecast period.
The growing adoption of IoT across industries, exponentially increasing growth of mobile and IOT applications and growing popularity of online streaming classes are a few factors driving the growth of the edge data center market.
Download PDF Brochure: https://www.marketsandmarkets.com/pdfdownloadNew.asp?id=142018469
The services form an integral part of the hardware and software deployment and execution life cycle. Services, including consulting, product support, integration, updates, and maintenance, are required at various stages, starting from pre-sales requirement assessment to post-sales product deployment and execution, thus enabling the client to get maximum RoI. Services involve consulting and training, integration, and support and maintenance services. The services constitute an integral part in deploying the solution on-board, imparting training, and handling and maintaining the software solution. Companies offering these services encompass consultants, solution experts, and dedicated project management teams that specialize in the design and delivery of critical decision support software, tools, and services. The services segment constitutes professional and managed services. The various services offered in the edge data center market include consulting, integration and implementation, and managed services
Heat dissipation and inherent heat problems in edge computing require modular climate control systems. Variables such as temperature, humidity, the velocity and pressure of air flows, and the heat losses of the installed components are considered in development. An energy-efficient and advanced climate control and cooling concept for edge computing takes into account these variables. Datacenter cooling can add up to 45% to the electricity expenses, which increases the overall cost for any firm to maintain. Also, it has been estimated by various sources that the data center accounts for 2% to 5% of the global Green House Gas (GHG) emissions. Cooling systems are responsible for almost 40% of the power consumption in a data center. The data center cooling is essential to maintain stability in the business. Thus, for efficient growth, data center cooling is required for the stability of the business.
The proper deployment of edge data center solutions is important for various network systems and network infrastructure. Trained professionals are required for deploying a solution. Integration service providers aim at providing seamless integration of the platform with other tools such as CRM, analytics tools, AI-powered matchmaking assistance to enhance engagement, and networking opportunities of like minded individuals. Implementation and integration services help reduce the complexities in configuring the edge data center solutions.
The small and medium facility segment includes facilities with 1-12 racks with a power draw of 6 to 12 KW/rack or cabinet. These data centers are witnessing extensive demand from customers owing to their benefits in terms of agility and ease of deployment. Companies, such as Schneider Electric, Rittal, Huawei, Panduit, Zellabox, and others, offer micro mobile data centers that support up to 20 rack units.
Data centers are at the core of the automotive industry as the AI-driven computing infrastructure and expected energy-efficient performances have become the need for autonomous vehicles
The era of edge computing is reshaping the automotive sector, thereby increasing the efficiency of vehicles through technical advancements. Training and operating vehicles require optimization of data; thus, edge data centers are likely to become the cornerstone of the automobile industry. The strong automotive industry in the UK, Germany, and Italy with the presence of leading companies, such as BMW, AG, and Volkswagen, is driving the trend of autonomous vehicles that require fast processing of a large amount of data in real-time.
Edge data center providers are capitalizing on the growing automotive sector in the European market. The growing demand to handle the surging amount of data from manufacturing as well as automotive sectors will propel the market demand for high performance edge data centers to reduce latency and bandwidth costs. Vehicle-to-vehicle data transmission aims at reducing traffic issues in major metro areas, which makes it the key factor in the automotive industry. Vehicles are expected to have an integration of location-aware applications while they are also expected to streamline the speed, acknowledge traffic lights, ease backups, and converge with toll plazas. Data centers are at the core of the automotive industry as the AI-driven computing infrastructure and expected energy-efficient performances have become the need for autonomous vehicles. If connected cars are here to stay, data centers have a long way to go in this industry. The data centers market may not have become advanced enough to meet all the automobile data storage requirements; however, it is evolving gradually.
Inquiry Before Buying: https://www.marketsandmarkets.com/Enquiry_Before_BuyingNew.asp?id=142018469
The edge data center market is dominated by companies such as Cisco(US), HPE(US), Huawei(China), IBM(US), Dell Technologies(US), Nokia(Finland), Litmus Automation(US), AWS(US), Foghorn(US), Microsoft(US), VMWare(US), SixSq(Switzerland), EdgeIQ(US), Saguna(Isreal), and Vapour IO(US). These vendors have a large customer base and strong geographic footprint along with organized distribution channels, which helps them to increase revenues.
