市場調查報告書
商品編碼
1258861
到 2028 年的數據中心交換機市場預測 - 按類型(核心交換機、分佈式交換機、架頂式交換機、接入交換機)、端口速度、最終用戶和地區進行的全球分析Data Center Switch Market Forecasts to 2028 - Global Analysis By Type (Core Switches, Distribution Switches, Top-of-rack switches and Access Switches), Port Speed, End User and By Geography |
根據Stratistics MRC,2022年全球數據中心交換機市場規模將達到154.6億美元,預計2028年將達到237.3億美元,預計複合年增長率為7.4 2020 年的百分比。
數據中心交換機可實現高速、大容量數據交換和節能分層流。 數據中心交換機以更快的數據處理能力支持大量數據。 隨著數據中心網絡基礎設施變得更加分佈式,數據中心交換機正在成為一種新的交換機形式。 與傳統三層網絡中使用的網絡交換機不同,數據中心級交換機用於容納關鍵任務應用程序的數據和存儲。
根據提供電信、網絡和數據中心行業信息的 Dell'Oro Group 最近發布的一份報告,以太網交換機數據中心市場從 2022 年到 2027 年將以近兩位數的複合年增長率增長,其中我們預計未來五年累計支出將超過 $100B。
由於對自動化和簡化的數據中心管理系統的需求不斷增長,數據中心交換機市場已顯著增長。 在全球範圍內,提供數據中心服務的公司數量顯著增加。 對數據存儲的需求正在增長,這種不斷變化的需求使得提供整合節點、更快的帶寬和更智能的數據中心設計比以往任何時候都更加重要。 雲計算的興起、邊緣計算的發展以及政府規定數據中心本地化的法規的擴大是影響數據中心交換機市場趨勢的主要因素。
數據中心的高能源成本是阻礙數據中心交換機市場增長的主要問題之一。 可用能源的數量極大地影響了數據中心的位置。 位於世界各地的數據中心必須考慮當地的能源價格,因為能源是成本的主要部分。 因此,總體成本普遍較高,往往會限制數據中心交換機行業的擴張。
不斷擴展的雲計算和邊緣計算世界已成為數據中心交換機行業發展的關鍵因素。 雲計算和與數十億連接設備(如 PC、自動駕駛汽車和虛擬現實係統)的連接是推動數據中心交換機市場擴張的主要趨勢。 當智能設備連接到雲端並允許實時分析生成的數據時,它們將成為更有用的數據中心產品。 人工智能、虛擬現實係統和 5G 網絡的開發推動數據中心的增加,推動了數據中心交換機市場的擴張。 邊緣計算還通過將數據中心物理地移動到更靠近網絡的位置,為傳統數據中心範例提供了一種不同的方法。 這進一步推動了預測期內數據中心交換機市場的擴張。
越來越多的組織在其數據中心採用虛擬化。 虛擬化允許您分配資源、規劃容量、整合數據以節省空間、更快地交付新服務器、提高可管理性並更好地利用可用資源。 由於越來越多地使用在同一台服務器上運行的虛擬交換機來管理不同服務器之間的連接,因此對提供上游核心連接和光學交叉連接的加固服務器上的交換機的需求受到阻礙。 這將最終根據服務器的方向路由流量,讓服務器確定要發送的確切數據包和數量。 這些方面威脅著數據中心交換機市場的增長。
在 COVID-19 大流行之後,採取嚴格的封鎖措施導致世界上大多數工業單位的製造活動暫時關閉或暫停,對全球數據中心交換機市場產生了負面影響。. 作為病毒爆發中心的 COVID-19 流行病已經難以滿足最終用戶對電子元件的需求。 由於 COVID-19 的影響,由於訪問限制導致的硬件安裝、網絡優化、邊緣部署、增加使用第三方管理服務以確保安全、增加配額以防止昂貴的建設和硬件安裝,數據中心運營是關鍵任務並且人員配備水平已經很低,預期的後果包括有限的裁員和限制使用平衡緊急現場訪問要求與公共衛生考慮因素的設施。
由於允許最終用戶訪問不斷變化的分佈層的網絡連接的廣泛可用性,接入交換機部分預計將經歷有利可圖的增長。 接入交換機將許多設備連接到網絡,並且在所有交換機類型中具有最高的端口密度。 接入層交換機是唯一直接與最終用戶設備通信的交換機。 接入交換機的每端口吞吐量通常是所有交換機中最低的,儘管它們的端口數很高。 因此,它是確保網絡和服務器連接的交換機。 這些因素也有望在預測期內促進全球數據中心交換機市場接入交換機的市場擴張。
由於高性能連接、穩定的正常運行時間、出色的可靠性以及管理大量數據的吞吐量,基於雲的服務提供商有望在預測期內以最快的複合年增長率增長。 數據中心交換機支持更快的數據處理、更多地使用數據分析技術、可擴展且價格合理的計算以及混合雲的高采用率。 它還支持不斷增加的信息量。 展望未來,這些功能將推動雲服務提供商數據中心交換機市場的擴張。
由於 IT 行業的需求不斷增長以及新數據中心技術的使用不斷增加,預計在預測期內北美將佔據最大的市場份額。 預計該行業將獲得發展勢頭,因為許多公司可能會簽訂雲服務合同,以避免為業務連續性建設新數據中心的前期成本。 此外,北美移動寬帶、雲計算、大數據分析和物聯網 (IoT) 的發展是推動該地區對新數據中心基礎設施需求顯著增長的主要因素。
由於工業化程度的提高和跨國公司的投資,預計亞太地區在預測期內將實現最高的複合年增長率。 由於能源成本相對較低,亞太地區的數據中心數量預計將增長,從而推動對數據中心交換機的需求。
數據中心交換機市場的主要參與者有:Arista Networks, Inc.、Cisco Systems, Inc.、Dell EMC、D-Link、Extreme Networks, Inc.、Fortinet、Hewlett Packard Enterprise , 華為技術有限公司, Juniper Networks, Inc., Lenovo Group, Mellanox Technologies, Ltd, NEC, NVIDIA Corporation, ODM white box manufacturers, Super Micro Computer, Inc, ZTE Corporation.
2023 年 3 月,思科和 Telenor Group 宣布了關於環境、社會和治理 (ESG)、即服務和自動化創新、網絡安全和多雲 AS 的第五份聯合目的協議 (JPA)。-宣布擴展關係,推動戰略優先事項,這將有利於兩家公司共同運營的市場,包括服務。
2023 年 2 月,惠普企業和諾基亞今天簽署了一份諒解備忘錄,共同向全球通信服務提供商 (CSP) 和企業提供開放且具有競爭力的 Cloud RAN 解決方案。宣布已簽署諒解備忘錄)並擴大其現有的伙伴關係。 當 Cloud RAN 部署在 CSP 網絡中時,擴大的合作夥伴關係將使 HPE 的運營商服務器在全球範圍內可供諾基亞移動網絡客戶使用。
2022 年 12 月,Arista 向 7060X5 系列添加了一款新交換機,這是一款 32 x 800G 固定係統,支持 25.6Tbps 背板,並提供基於 OSFP 或 QSFP 的光學器件選擇。 因此,7060X5 系列可作為基於 25.6Tbps 的系統,支持高端企業和超大規模數據中心的主幹環境,包括 1RU 128 端口 200G 型號,2RU 64 端口 400G 型號,以及新款1RU 32口800G交換機,我們有3款。 還添加了五個具有 8Tbps 數據包處理器的 7050X4 數據中心葉交換機。
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According to Stratistics MRC, the Global Data Center Switch Market is accounted for $15.46 billion in 2022 and is expected to reach $23.73 billion by 2028 growing at a CAGR of 7.4% during the forecast period. Data center switches allow high speed, large volume data exchange, and energy-efficient hierarchical flow. Data center switches support large data volumes with faster data processing capabilities. The data center switch is emerging as a fresh form of switch as data center networking infrastructure becomes more decentralized. Data center class switches, as opposed to the network switches used in conventional three-tier hierarchical networks, are made to accommodate data and storage for mission-critical applications.
According to a recently published report by Dell'Oro Group, the trusted source for information about the telecommunications, networks, and data center industries, the Ethernet Switch Data Center market is forecast to grow at a nearly double-digit CAGR between 2022 and 2027, surpassing $100 B in cumulative spending over the next five years.
The market for data center switches has grown significantly as a result of the rising demand for automated and simplified management systems for data centers. Globally, the number of companies offering data center services has significantly increased. The demand for data storage is growing, and this change in demand has made it more important than ever to provide integrated nodes, faster bandwidth, and more intelligent data center design. The rise of cloud computing, the development of edge computing, and the expansion of government regulations governing the localization of data centers are significant factors influencing market trends for data center switches.
The high energy costs of the data centers are one of the main issues impeding the growth of the data center switch market. The quantity of energy sources available determines a data center's location significantly. Data centers located around the world must consider local energy pricing because energy makes up such a significant portion of the costs. Thus, overall costs are typically relatively expensive, which tends to limit the expansion of the data center switch industry.
The global expansion of cloud and edge computing has been a key element in the growth of the data center switch industry. Cloud computing and its connection to billions of linked devices, such as PCs, autonomous vehicles, virtual reality systems, and others, is the key trend that is propelling the market expansion of data center switches. Smart devices can be more helpful data center products when they are connected to the cloud, allowing real-time analysis of the data they generate. The expansion of the data center switch market is boosted by the development of artificial intelligence, virtual reality systems, and 5G networks, which have increased the number of data centers. In addition, edge computing offers a different approach to the conventional data center paradigm by physically moving data centers toward networks. This further fuels the expansion of the data center switch market over the course of the projection period.
Organizations are increasingly implementing virtualization in their data centers. Virtualization makes it possible to allocate resources, plan capacity, consolidate data to save space, offer new servers more quickly, improve manageability, and make the best use of available resources. The demand for switches over enhanced servers that deliver upstream core connectivity with optical cross-connects may be hampered by the increasing use of virtual switches that run on the same servers to manage connections between various servers. This will eventually route the traffic based on the server's directional instructions and ensure that the server decides the precise packet and quantity that must be sent. Such aspects are threatening the growth of the data center switch market.
The adoption of a strict lockdown following the COVID-19 pandemic, which resulted in the temporary closure or suspension of manufacturing activity of the majority of industrial units worldwide, had a detrimental effect on the global data center switch market. As the virus outbreak's epicentre, the COVID-19 epidemic made it difficult to meet end-user demands for electronic components. Due to the COVID-19 impact there are some probable results which include increasing use of third-party managed services for hardware installs, network optimization, edge deployments, and security owing to access constraints, increased allocation to prevent expensive constructions and hardware installations, limited layoffs since data center operations are mission-critical, personnel levels are already low, and restricted access to facilities that strikes a balance between urgent on-site visit requirements and public health considerations.
The access switches segment is estimated to have lucrative growth due to the widespread network connectivity accessible by these switches to distribution layers with changing end-users. It links the bulk of devices to the network and has the highest port density of all switch types; access-tier switches are the only ones that directly communicate with end-user devices. Access switches typically have the lowest throughput per port of all switches while having a high port count. Thus, these switches guarantee network and server connectivity. During the forecast period, these factors will also contribute to the market expansion of access switches in the global data center switch market.
The cloud-based service providers segment is anticipated to witness the fastest CAGR growth during the forecast period, due to high-performance connectivity, stable uptime, great dependability, and throughput for managing enormous amounts of data. Data center switches enable faster data processing, a rise in the use of data analytics technology, scalable and affordable computing, and a high penetration of hybrid clouds. They also support an ever-increasing volume of information. In the anticipated time period, these features are likely to support the market expansion of data center switching among cloud-based service providers.
North America is projected to hold the largest market share during the forecast period, owing to the expanding demands of the IT industry and the escalating use of new data center technology. The industry is anticipated to gain momentum as many businesses are likely to sign up for cloud services in order to avoid the initial costs of constructing new data centers for business continuity. Additionally, the development of mobile broadband, cloud computing, big data analytics, and the Internet of Things (IoT) in North America are the key factors that have significantly increased the demand for new data center infrastructures in the region.
Asia Pacific is projected to have the highest CAGR over the forecast period, owing to speedy industrialization and investments by multinational companies in this region. Comparatively low energy costs are likely to boost the number of data centers in the Asia Pacific region, thus, increasing the demand for data center switches.
Some of the key players profiled in the Data Center Switch Market include: Arista Networks, Inc., Cisco Systems, Inc., Dell EMC, D-Link, Extreme Networks, Inc, Fortinet, Inc., Hewlett Packard Enterprise Co, Huawei Technologies Co., Ltd., Juniper Networks, Inc., Lenovo Group, Mellanox Technologies, Ltd., NEC Corporation, NVIDIA Corporation, ODM white-box makers, Super Micro Computer, Inc. and ZTE Corporation.
In March 2023, Cisco and the Telenor Group announced an expanded relationship-through the fifth iteration of their Joint Purpose Agreement (JPA)-to advance strategic priorities that benefit markets in which the companies jointly operate, including Environmental, Social, and Governance (ESG); as-a-service and automation innovations; and cybersecurity and multi-cloud as-a-service.
In February 2023, Hewlett Packard Enterprise and Nokia today announced the expansion of their existing partnership by signing a Memorandum of Understanding (MoU) to jointly offer an open and competitive Cloud RAN solution to Communication Service Providers (CSPs) and enterprises worldwide. The expanded partnership will allow HPE telco servers to be available to Nokia Mobile Networks customers globally when Cloud RAN is being deployed in the CSP network.
In December 2022, Arista has added a new switch to its 7060X5 Series, a fixed 32 x 800G system that supports a 25.6Tbps backplane and a choice of OSFP- or QSFP-based optics. That gives the 7060X5 Series three 25.6Tbps-based systems to anchor high-end enterprise or hyperscaler data-center spine environments: a 1RU 128 port, 200G model; a 2RU 64 port, 400G model; and the new 1RU, 32 port, 800G switch. Arista has also added five new 7050X4 data-center leaf switches all based on a single 8Tbps packet processor.
All the customers of this report will be entitled to receive one of the following free customization options: