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H3C S12500G-AF Switch Series
H3C S12500R Switch Router
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H3C S12500R-128DH Switch
H3C S12500R-128DH, a new-generation fixed-port DCI switch, is designed for efficiently carrying cross-domain data. The switch has one hundred and twenty-eight 400G high-speed ports. With an ultra-large 4.5 MB route table capacity and a 51.2 TB system capacity, it significantly increases inter-data center interconnect scale and bearing capability. The switch also features a 32 GB HBM high-bandwidth packet buffer, forming a traffic regulation hub that enables lossless cross-domain transmission.
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H3C S12508CR Switch
H3C S12500CR Switch Series is a new generation of rack switches designed for data center core networks. It optimizes the CLOS switching fabric architecture and uses the variable cell-based traffic scheduling and control forwarding mechanism to deliver higher forwarding efficiency, more refined congestion control, and hierarchical scheduling.
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H3C S12508R Switch Router
The H3C S12500R is a switching router product series launched by New H3C for WAN, 5G bearer network, and data center DCN and DCI scenarios. It uses an advanced CLOS+multilevel multiplane orthogonal switching architecture, offering superior forwarding performance and a wide range of WAN traffic scheduling features.
H3C S12500AI Switch Series
H3C S10500X-G Switch Series
H3C S7500X-G Switch Series
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H3C S7506X-G OLT Switch
H3C S7500X-G is a high-end multi-service OLT & Routing Switch, offering deep convergence of PON and Ethernet. S7500X-G supports EPON, GPON, 10G EPON, XGSPON, along with IPv4/v6 Ethernet. S7500X-G’s ability to carry both PON and IPv4/v6 Ethernet traffics in one singe switch not only helps customers significantly reduce costs, but also greatly simplifies the network O&M. At the same time, the distributed architecture of S7500X-G ensures high forwarding performance and reliability for both PON and IPv4/v6 Ethernet networks.
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H3C S7506X-G Switch
H3C S7500X-G is a high-end Routing-Switch series designed for multiservice networks; Fully compatible with 40G/100G Ethernet standards; Delivering a variety of high-availability features such as NSF, ISSU, graceful restart, RRPP.
H3C S9828 Switch Series
H3C S9827 Switch Series
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H3C S9827-64EO-LC Switch
H3C S9827-64EO-LC is the world's first 51.2T 800G CPO silicon photonic data center switch launched by H3C. The switch features 51.2 Tbps single-chip bandwidth and supports sixty-four 800G ports. By using an innovative high-efficiency cooling design and integrating advanced technologies such as CPO silicon photonics and intelligent lossless network, it fully meets the requirements of AI networks for high throughput, low latency, and energy saving. With premium network connectivity, it helps release the ultimate computing power in the AIGC era.
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H3C S9827-128DH Switch
The H3C S9827-128DH is a cutting-edge, high-performance 400G LPO switch designed for premium data centers and AIGC intelligent computing scenarios, offering up to 51.2T system performance and support for 128*400G QSFP112 ports. It incorporates LPO linear direct-drive technology and features several advanced intelligent technologies, including AI ECN and dynamic load balancing, for lossless computing.
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H3C S9827-64E Switch
The H3C S9827-64E is a cutting-edge, high-performance 800G LPO switch designed for premium data centers and AIGC intelligent computing scenarios, offering up to 51.2T system performance and support for 64*800G QSFP800 ports. It incorporates LPO linear direct-drive technology and features several advanced intelligent technologies, including AI ECN and dynamic load balancing, for lossless computing.
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H3C S9827-64EP Switch
The H3C S9827-64EP is a cutting-edge, high-performance 800G LPO switch designed for premium data centers and AIGC intelligent computing scenarios, offering up to 51.2T system performance and support for 64*800G OSFP800 ports. It is ideal for fixed-port to fixed-port and chassis-to-fixed-port networking in high-density data center leaf and spine configurations.
H3C S6550X-HI Switch Series
H3C ES4200 Switch Series
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H3C ES4200-16P2RX-B Switch
H3C ES4200 Building-Block Switch Series is a set of access products used for the H3C iOptic solution. Based on the new generation of high-performance hardware architecture, a single switch installed with modules can provide two or three networks, which achieves physical isolation in multi-network deployment. The switch can provide secure and convenient optical network access and high-speed bandwidth for industries such as education, enterprise, and healthcare.
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H3C ES4200-8P2RX-B Switch
H3C ES4200 Building-Block Switch Series is a set of access products used for the H3C iOptic solution. Based on the new generation of high-performance hardware architecture, a single switch installed with modules can provide two or three networks, which achieves physical isolation in multi-network deployment. The switch can provide secure and convenient optical network access and high-speed bandwidth for industries such as education, enterprise, and healthcare.
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H3C ES4200-4P2RMS-B Switch
H3C ES4200 Building-Block Switch Series is a set of access products used for the H3C iOptic solution. Based on the new generation of high-performance hardware architecture, a single switch installed with modules can provide two or three networks, which achieves physical isolation in multi-network deployment. The switch can provide secure and convenient optical network access and high-speed bandwidth for industries such as education, enterprise, and healthcare.
Rack Server
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H3C UniServer R4500 G7
R4500 G7 is developed based on the Intel® Xeon® 6 processors, featuring a 34% increase in the number of performance-cores compared to the previous generation and supporting up to 288 efficient-cores for the overall system. It supports eight-channel DDR5 memory technology (with MRDIMM speed up to 8000 MT/s), and improves bandwidth by 2.3 times. The system allows flexible configurations of SATA and SAS HDDs, combined with up to three high-performance storage controllers. This fully unleashes the performance of mechanical drives. The server also supports cache pools composed of NVMe high-speed SSDs, providing high-performance I/O acceleration for massive small files, which can handle sudden load spikes during data retrieval and scheduling in AI scenarios with ease. With nine PCIe expansion slots, the server supports both Ethernet adapters and InfiniBand cards of up to 400Gbps, offering flexible and reliable I/O expansion capabilities to deliver high-density, high-concurrency, low-latency data services.
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H3C UniServer R3750 G7
H3C UniServer R3750 G7 rack server is an enterprise-class 1U single-processor rack server developed by H3C based on AMD EPYC 9005 series processors. With its single-processor architecture, it provides cost-effective compute performance and flexible expansion, balancing peak performance with total cost of ownership (TCO) optimization. Designed for space-dense requirements, it is ideal for high-density computing, edge computing, databases, and virtualization, continuously driving enterprise business transformation and innovation while helping reduce costs and improve efficiency.
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H3C UniServer R3350 G7
H3C UniServer R3350 G7 server is H3C's first single-processor rack server optimized for storage and powered by the 5th Gen AMD EPYC series processors. It delivers leading storage capacity, exceptional computing performance, and energy efficiency. Within a 4U space, it meets comprehensive demands for high storage density, efficient data processing, and linear expansion, making it the ideal choice for distributed storage, big data, and other scenarios in industries such as the Internet and enterprises.
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H3C UniServer R3950 G6
H3C UniServer R3950 G6 rack server is an enterprise-level 2U single-socket server developed by H3C based on AMD EPYC 9004 series processors. It features low cost, low power consumption, strong computing power, and strong scalability. With the powerful performance of AMD EPYC single processor, it can meet the demands of virtualization, distributed storage, data analysis and other scenarios.
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H3C UniServer E3300 G6
H3C UniServer E3300 G6 server is a self-developed 2U multi-node edge server based on Intel's latest-generation Eagle Stream platform. It offers advantages such as modularity, multi-node architecture, computing-network convergence, compact flexibility, and energy-efficient performance. It is applicable to various edge computing scenarios, including 5G, edge cloud, edge-integrated machines, edge AI, and edge device control. This server is suitable for typical applications across industries such as telecommunications, enterprises, energy, and transportation.
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H3C Uniserver R3900 G7
H3C UniServer R3900 G7 is a 2U single-processor rack server independently developed by H3C based on Intel's next-generation Birch Stream platform. This server is widely applicable to general computing scenarios, including cloud computing, virtualization, scientific computing, and AI computing. It suits typical applications across industries such as the Internet, carriers, enterprises, and government sectors. With balanced capabilities in computational performance, power efficiency, expansion, and reliability, it is easy to manage and deploy, helping businesses achieve cost reduction and efficiency improvement.
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H3C Uniserver R4950 G7
H3C UniServer R4950 G7 is a new enterprise-class high-performance 2U dual-processor rack server independently developed by H3C. It features the AMD EPYC 9005 series processors, delivering multi-core performance, high I/O bandwidth, and support for multiple GPUs and high-performance network adapters. This server handles heavy workloads and AI applications like virtualization, database analysis, AI, and machine learning.
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H3C Uniserver R3950 G7
H3C UniServer R3950 G7 is an enterprise-class 2U single-processor rack server powered by AMD EPYC 9005 series processors. It delivers high efficiency and cost-effective computing power for businesses. This server is applicable to integrated computing and storage, database, and virtualization scenarios. It drives business transformation and innovation while reducing costs and improving efficiency.
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H3C Uniserver R4300 G7
H3C UniServer R4300 G7 is a 4U dual-processor rack server independently developed by H3C based on Intel’s new-generation Birch Stream platform. The server features large storage capacity, high computing performance, and low power consumption. It can be widely used in government, security, telecommunications, Internet, enterprise, and other industries to embrace the opportunities and challenges of the AGI era’s data explosion
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H3C Uniserver R4900 G7
H3C UniServer R4900 G7 servers are 2U dual-processor servers independently developed by H3C based on the new-generation Birch Stream platform of Intel. The servers can be widely used in general computing scenarios, including cloud computing, IDC, distributed storage, and enterprise resource allocation. They are suitable for typical applications in industries such as Internet, service providers, enterprises, and government. The servers provide balanced computing performance, storage capacity, power efficiency, scalability, and reliability, and are easy to deploy and manage.
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H3C Uniserver R4700 G7
H3C UniServer R4700 G7 servers are 1U rack servers with two Intel Birch Stream processors, which can satisfy the requirements of customers for deployment space and economy. The servers are widely used in general computing scenarios, including databases, virtualization, and cloud desktops. They are suitable for typical applications in multiple industries such as the Internet, enterprise, and finance. The servers balance computing performance and scalability and have better space optimization for simple deployment and management.
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H3C Uniserver R4500 G6
H3C UniServer R4500 G6 is an H3C-proprietary 4U dual-processor rack server developed based on the Intel Eagle Stream platform. Its powerful storage capabilities can meet current and future service expansion needs, making it suitable for cloud computing, Internet, IDC, and enterprise markets. It offers low power consumption, high reliability, strong flexible scalability, easy management, and easy deployment.
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H3C Uniserver R4300 G6
H3C UniServer R4300 G6 server is a 4U dual-processor rack server independently developed by H3C, based on Intel's new-generation Eagle Stream processors. Its powerful storage performance can meet the comprehensive needs of high storage density, efficient data computation, and linear expansion.
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H3C Uniserver R6900 G6
H3C UniServer R6900 G6 is a new-generation 4U, four-processor, enterprise-level rack server developed by H3C for critical business applications. It has achieved new heights in computing efficiency, scalability, and energy efficiency. The server is ideal for data-intensive applications.
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H3C Uniserver R6700 G6
H3C UniServer R6700 G6 is a new-generation 2U, four-processor, high-density enterprise-level server developed by H3C for critical business applications. It provides exceptional performance, scalability, and reliability，and it’s an ideal solution for optimizing data center space and increasing computing density.
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H3C Uniserver R4900 G6
H3C UniServer R4900 G6 servers are 2U dual-processor rack servers developed based on the new-generation Intel Eagle Stream platform. The servers provide balanced computing performance, storage capacity, power efficiency, scalability, and reliability and is easy to deploy and manage.
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H3C Uniserver R4700 G6
H3C UniServer R4700 G6 servers are H3C-proprietary 1U 2-processor rack servers developed based on the new-generation Intel Eagle Stream platform.The servers are easy to deploy with better space optimization, while provides balanced computing performance and scalability.
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H3C Uniserver R4900 G6 Ultra
H3C UniServer R4900 G6 Ultra servers are H3C-proprietary 2U 2-processor rack servers developed based on the new-generation Intel Eagle Stream platform,the servers are suitable for typical applications in Internet, service provider, enterprise, government, finance, and other industries.
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H3C UniServer R4900 G5
H3C UniServer R4900 G5 server is an H3C-proprietary 2U rack server with two 3rd-generation Intel® Xeon® scalable processors. The server empowers data centers with excellent computing power to realize rapid service response.
Heterogeneous Server
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H3C UniServer R5350 G7
H3C UniServer R5350 G7 is a new-generation 6U dual-processor AI server developed by H3C, combining a leading architecture, outstanding performance, and flexible scalability.In a 6U footprint, the R5350 G7 features up to 10 high-performance GPUs, the AMD EPYC processor platform, and the storage capability of up to 18 drives. It delivers powerful, diverse compute capabilities for scenarios such as deep learning, model training, deep learning inference, high-performance computing, and data analytics, helping enterprises build an efficient and reliable computing platform in the intelligent era.
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H3C UniServer R5300 G7
H3C UniServer R5300 G7 is a new-generation 6U dual-processor AI server developed by H3C. Compared with the previous generation, it delivers significant upgrades in processor and GPU specifications. Featuring outstanding performance, a redesigned architecture, strong scalability, and high reliability, it is suitable for a wide range of scenarios such as deep learning training, deep learning inference, high-performance computing, and data analytics. It is easy to manage and deploy, its integrated compute-and-storage design makes it a hybrid computing engine for the intelligent era.
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H3C UniServer R5350 G7 Ultra
H3C UniServer R5350 G7 Ultra server series (hereinafter referred to as the server) is a 10U dual-processor high-performance GPU server independently developed by H3C based on the AMD platform. This server offers advantages such as high computing density, high bandwidth, ease of management, and deployment. It can be applied to various scenarios including DeepSeek full-version 671B large model inference, high-performance computing, and data analysis.
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H3C UniServer R5500 G7 X
The H3C UniServer R5500 G7 X Intel server is an enterprise-class, dual-processor, 10U GPU server independently developed by H3C. The server is based on the new-generation Intel Birch Stream platform and features a brand-new 8-GPU module, where eight enterprise-class high-performance GPUs achieve high-speed, full mesh inter-chip connectivity. Designed for large-scale AI training and cluster inference scenarios, this server delivers outstanding computing and AI acceleration performance. It supports high expansion and high availability, and adopts modular design for easy management and deployment, fully meeting the application demands of high-performance, ultra-large-scale parallel training and inference.
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H3C Uniserver R5500 G6
H3C UniServer R5500 G6 is an artificial intelligence server equipped with the new NVIDIA HGX H800 8-GPU module, delivering 3.4 times the AI computing power compared to the previous generation. H3C UniServer R5500 G6 adopts advanced modular design with the following modules: GPU computing module, CPU computing module, drive module, fan module, and power supply module, all of which can be independently plugged and maintained. The 8U architecture makes R5500 G6 perfectly compatible with GPUs in terms of heat dissipation, power supply, and I/O scalability. It can be applied to various AI business scenarios, such as large-scale training, voice recognition, image classification, and machine translation.
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H3C Uniserver R5350 G6
H3C UniServer R5350 G6 is a new generation 4U dual-processor AI server. Featuring exceptional performance, redefined architecture, strong expansion capability, and high reliability, it can be applied to various scenarios such as deep learning model training, deep learning inference, high performance computing, and data analytics.
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H3C Uniserver R5300 G6
H3C UniServer R5300 G6, a next-generation 4U dual-processor AI server, is designed to deliver significant upgrades in processor and GPU specifications compared to the previous generation. With outstanding performance, flexible architecture, strong expansion capabilities, and high reliability, this server supports diverse workloads such as deep learning model training, inference, high performance computing, and data analytics. Its integrated computing and storage design simplifies management and deployment, making it a versatile computing engine for the AI era.
H3C CR16000-F Router
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H3C CR16018-FA Router
The H3C CR16018-FA router is a high-end router developed by H3C. It supports high-density FE/GE, 10GE, 25GE, 40GE, 50GE, 100GE, and 400GE interfaces. It offers flexible performance expansion in a single slot to meet different network deployment needs. It also supports powerful BRAS functions and operator-grade CGN to meet the development requirements of multi-service edge (MSE) devices for operators and core devices for university campus networks.
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H3C CR16010H-FA Router
The H3C CR16010H-FA router is a high-end router developed by H3C. It utilizes distributed hardware forwarding and non-blocking switching technology, as well as load balancing switching technology based on packet-based exchange. With its advanced orthogonal CLOS architecture and separation of control and forwarding planes, it is suitable for various network locations such as large-scale WAN core layers, backbone layers, large campus network cores, and metropolitan area network cores.
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H3C CR16018-F Router
The H3C CR16018-F router is a high-end router developed by H3C. It supports high-density FE/GE, 10GE, 25GE, 40GE, 50GE, 100GE, and 400GE interfaces. It offers flexible performance expansion in a single slot to meet different network deployment needs. It also supports powerful BRAS functions and operator-grade CGN to meet the development requirements of multi-service edge (MSE) devices for operators and core devices for university campus networks.
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H3C CR16010H-F Router
The H3C CR16010H-F router is a high-end router developed by H3C. It utilizes distributed hardware forwarding and non-blocking switching technology, as well as load balancing switching technology based on packet-based exchange. With its advanced orthogonal CLOS architecture and separation of control and forwarding planes, it is suitable for various network locations such as large-scale WAN core layers, backbone layers, large campus network cores, and metropolitan area network cores.
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H3C CR16010E-F Router
The H3C CR16010E-F router is a high-end router independently developed by H3C. It features highly reliable hardware design with a distributed architecture, physical separation of MPUs, switching fabric modules, and interface modules, module backup, integrated power supply, and front-to-rear airflow, suitable for equipment deployment. It also has high-performance forwarding architecture and high-speed interfaces, and are adaptable to various scenarios.
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H3C CR16006-F Router
The H3C CR16006-F router is a high-end router independently developed by H3C. Key components such as the MPUs, switch fabric cards, power modules, and fans support redundancy. It features an orthogonal hollow backplane architecture design where the data plane channels are completely decoupled from the chassis. It also has component LEDs to provide real-time indication of the operating status of each component, making it easier to quickly locate faults. The router is characterized by its powerful performance, security and reliability, stability and energy efficiency, and easy maintenance.
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H3C CR16005E-F Router
The H3C CR16005E-F router, independently developed by H3C, supports the advanced network operating system Comware 7. Comware 7 seamlessly integrates with the CR16005E-F, offering support for multi-core CPUs, distributed computing, modular design, high availability architecture, virtualization, and openness. This meets the demands of various industries including government, finance, transportation, power, health care, education, and telecommunications.
H3C CR16000-M Router
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H3C CR16000-M16 Router
The H3C CR16000-M16 router is a cloud service router launched by H3C for the digital era. It supports high-density 100GE, 10GE, GE Ethernet interfaces, as well as 155M/622M/2.5G POS, CPOS, and E1/T1 WAN interfaces. It also supports the new-generation SRv6 technology, combined with the AD-WAN controller to achieve flexible programming customization, global control scheduling, open network construction, simplified operation and maintenance deployment, and visual status presentation.
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H3C CR16000-M8 Router
The H3C CR16000-M8 router is a digital era-oriented cloud service router applicable to government, finance, transport, power grid, healthcare, education, and carriers. It provides abundant features to process cloud services, carrier-level high availability, and exceptional forwarding capacity.
H3C SR6602-I[IE] Router
H3C MSR 56-60 Router
H3C SR6600-M Router
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H3C SR6616-M Router
The H3C SR6616-M router is a new generation of high-performance high-end router independently developed by H3C for all scenarios. Embedded with cloud-native Comware 9, the router features strong performance, high availability, high-efficiency heat dissipation, low carbon, energy saving, and easy maintenance. It empowers various industries such as service provider, government, power, finance, education, and enterprise.
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H3C SR6608-M Router
The H3C SR6608-M router is a new generation of high-performance high-end router independently developed by H3C for all scenarios. Embedded with cloud-native Comware 9, the router features strong performance, high availability, high-efficiency heat dissipation, low carbon, energy saving, and easy maintenance. It empowers various industries such as service provider, government, power, finance, education, and enterprise.
H3C SR6600 Router
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H3C SR6608 Router
The H3C SR6608 router is a mid-range and high-end router developed by H3C. It features highly reliable hardware design with a fully distributed architecture, and physical separation of MPUs, switching fabric modules, and service modules. With a brand new hardware platform and a service-oriented design philosophy, this router provides an innovative solution for data communication services. It fully meets the diverse requirements of future service expansion and suits the current situation and development trend of IT construction for service providers and various industries.
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H3C SR6604 Router
The H3C SR6604 router is a mid-range and high-end router developed by H3C. It features highly reliable hardware design with a fully distributed architecture, and physical separation of MPUs, switching fabric modules, and service modules. With a brand new hardware platform and a service-oriented design philosophy, this router provides an innovative solution for data communication services. It fully meets the diverse requirements of future service expansion and suits the current situation and development trend of IT construction for service providers and various industries.
H3C SecPath M9000-X Multi-service Security Gateway
H3C SecPath M9000-AI-E Multi-service Security Gateway
H3C WX3840X Access Controllers
H3C WA7600 Series Access Point
H3C WA7300 Series Access Points
H3C WA7200 Series Access Points
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H3C WA7220-HI Access Point
H3C WA7220-HI is a new-generation Wi-Fi 7 (802.11be) AP developed by H3C. It features a dual-band, four-stream design with a maximum access rate of 6.453 Gbps. Radio 1 supports switching between 6 GHz/5 GHz bands, utilizes 2 spatial streams, and offers a maximum negotiated rate of 5.765 Gbps. Radio 2 operates on the 2.4 GHz band, also using 2 spatial streams, with a maximum negotiated rate of 0.688 Gbps. Powered by H3C's new-generation Comware network operating system, it enables cloud-network-edge synergy and incorporates innovative 4i technology for intelligent radio management, client management, service assurance, and network healing. This ensures an optimal wireless experience for users while allowing network managers to operate without concerns. It is suitable for various indoor wireless access scenarios, such as meeting rooms, offices, and medical facilities. The device provides dual 2.5 GE copper ports, which provide a maximum upstream rate of 5 Gbps.
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H3C WA7220CE Access Point
H3C WA7220CE is an industrial Wi-Fi 7 (802.11be) AP developed by H3C for industrial scenarios such as factories, warehouses, and docks. It provides rich industrial Internet ports, such as RS485, RS232, and RJ-45 ports. You can install the AP by using mounting brackets or a DIN rail. The AP supports flexible power supply methods, including PoE power supply and +12/24/36V local power supply.