- Server
- Components
- Carbon Fibre
- Analog to digital conversion chip
- power management IC
- storage
- H3C router
- H3C server
- Inspur server
- hard disk
- HART Loop Converter Analog Input
- reader
- Ethernet module
- EDGE Guardmaster
- MAT Guardmaster
- MatGuard Mat Manager
- relay
- power control
- switch
- servo drive
- I/O module
- Bridge connector (jumper plug)
- Human Machine Interface (HMI)
- power monitor
- 1420 power monitor
- 1411 current transformer
- socket
- system
- electric relay
- frequency converter
- Install the GND connector on the board
- transceiver
- Module Option Card
- module
0102030405
01
R4900 G3
2025-09-12
H3C UniServer R4900 G3 is a 2U dual channel universal rack server independently developed by New H3C, based on Intel ? Xeon ? The Scalable (Purley) platform is designed for mainstream data center scenarios such as virtualization, big data, storage, databases, and AI inference. It combines the four characteristics of "performance, scalability, energy efficiency, and easy operation and maintenance", and is regarded by the industry as a cost-effective "all-in-one 2U main machine".
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02
R6900 G3
2025-09-12
H3C UniServer R6900 G3 is an enterprise level 4U four-way rack mounted server independently developed by New H3C, based on Intel ? Xeon ? Scalable (Purley) platform, designed for critical business, virtualization integration, database, in memory computing, and 4P intensive computing scenarios, with five characteristics of "high computing power, large memory, massive storage, strong scalability, and high reliability"
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03
R4700 G3
2025-09-12
H3C UniServer R4700 G3 is a 1U dual channel high-density rack mounted server launched by New H3C based on the Intel Purley platform. It is designed for "high computing density, low power consumption, and easy operation and maintenance" scenarios, suitable for virtualization, cloud computing IDC、 Enterprise critical applications and telecommunications edge environments
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04
R2900 G3
2025-09-12
H3C UniServer R2900 G3 is a 2U dual rack mounted server launched by New H3C, positioned as "universal computing+high cost-effectiveness", aimed at small and medium-sized enterprises, large enterprises, and service providers. While meeting mainstream businesses such as virtualization, databases, GPU lightweight AI, edge caching, etc., it also provides industry-leading storage expansion capabilities and option flexibility.
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05
R2700 G3
2025-09-12
H3C UniServer R2700 G3 is a 1U two-way rack server developed by Xinhuasan on the basis of Intel Purley platform. It focuses on "high computing density, economy and ease of use, cloud network integration" and is suitable for Internet, cloud computing IDC、 Balancing performance, scalability, and energy consumption in 1U space for enterprises, telecommunications, and other scenarios.
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06
E3200 G3
2025-09-12
H3C UniServer E3200 G3 is a 2U 2-way short and deep rack server that is completely independently developed by Xinhuasan Group for edge computing scenarios. It conforms to ODCC OTII technical specifications, and can operate stably for 7 × 24 hours in harsh environments such as base stations, factories, oilfields, hospitals, etc., providing a general-purpose platform with high computing power, low power consumption, and easy maintenance for local edge data centers.
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07
R4960 G5
2025-09-12
H3C UniServer R4960 G5 is a 2U dual ARM architecture rack server launched by New H3C. It is based on the Kunpeng 920 processor and focuses on "high performance, high concurrency, low power consumption, and innovation compliance". It is designed for cloud native, distributed storage, big data, and ARM native applications.
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08
R4900G6
2025-09-12
H3C UniServer R4900 G6 is a 2U dual rack mounted server developed by New H3C Group based on the Intel Eagle Stream platform. It features high computing power, large memory, multiple disk slots, and strong scalability, and is designed for mainstream data center scenarios such as general computing, virtualization, distributed storage, big data, and AI inference. It achieves a balance between performance, scalability, and energy efficiency in a 2U space.
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