Router H3C SR6602-I

Router H3C SR6602-I

By combining networking, computing and storage capabilities into a single device, H3C’s SR6602-I AI Converged ICT Routing Gateways (hereinafter referred to as SR6602-I Gateways) enable rapid service delivery and implementation of innovative solutions in organizations. Compared to traditional gateways, the SR6602-I devices offer the following advantages:

combining computing power and storage facilities running the advanced, containerized network operating system Comware 9 for cloud infrastructure simplifies network deployment and reduces total cost of ownership (TCO).

equipped with an Intel Xeon processor and two drive slots with support for RAID configurations, allows install large amounts of memory and supports graphics cards (GPUs) that provide computing power for AI.

provides an open operating system platform for deploying services such as virtual machines and containers, and can also effectively interact with OpenStack cloud management platforms and Kubernetes management platforms.

The SR6602-I gateway can operate in aggregation device mode or in converged device mode. In aggregation mode, it functions as an aggregation router and can provide services tailored to the needs of telecom operators, government agencies, energy companies, financial and educational institutions, and enterprise customers. The industry’s leading containerized network operating system, all-new hardware platform, open and programmable architecture align with the latest trends in IT solutions, making this a future-proof communications solution with data capabilities that can adapt to the diverse business needs of tomorrow.

The SR6602-I series of converged AI-based ICT gateways is available in two models: SR6602-I and SR6602-IE.

Powerful networking features integrated with serious computing resources

With an advanced, containerized network operating system and powerful computing capabilities, this router can be used for cloud computing and high-performance data processing services at the network edge.

Running a containerized network operating system designed for cloud infrastructures, Comware 9 is a truly open and highly efficient network platform for a multi-service ecosystem in any application scenario.

Provides professional-grade computing resources, including an Intel Xeon processor, two external storage slots, and a standard PCIe slot with graphics card (GPU) capability for AI processing power.

< p class="ItemList">Uses a modern hardware virtualization platform with support for pools to manage hardware resources, including processors, memory, storage resources and interfaces for flexible and dynamic resource allocation and adjustment according to current needs.

Innovative mechanical and electrical design, reliable and easy to use

The mechanical and electrical design of the SR6602-I gateways combines high availability of communications solutions with ease of maintenance of IT systems.

Innovative electromechanical design allows for quick, tool-free chassis disassembly, making it easy to expand memory and install standard PCIe devices.

Modular design with redundancy and capability hot-swappable components such as power supplies and fan modules with front-to-back airflow ensure high availability and ease of maintenance.

Supports dual-drive RAID configurations increases data availability.

Unified cloud management platform and open architecture

Has an OpenStack Nova compute component that can interact with OpenStack management nodes to manage virtual machines throughout the lifecycle.

Support for Docker and Kubelet functionality for deploying third-party applications on the device in the form of Docker or Kubernetes containers.

Support for an AD-WAN solution for fast deployment of distributed networks, setting up secure tunnels, optimal channel selection and traffic monitoring.

High Interface Density and Convergence Capabilities

The SR6602-I gateways offer high density Ethernet interfaces, OC3/STM-1 structured POS interfaces, and narrowband E1 access interfaces in the device 2RU high.

The SR6602-I features twenty 10-GE ports and twelve GE ports, and can be expanded to 32 and 28 ports in high-density Ethernet converged solution configurations.

The SR6602-I Gateway supports OC3/STM-1 POS interfaces, which can be structured into E1 interfaces for converged solutions at E1 line speeds, delivering industry-leading capacity, density, and narrowband performance access channels.

Highest encryption performance and rich VPN functionality

The SR6602-I gateways’ embedded hardware encryption processor delivers industry-leading performance for related functions, while delivering encryption performance can be further enhanced by installing standard PCIe devices.

When deploying an ADVPN solution, the SR6602-I gateways support the dynamic and flexible creation of IPsec tunnels between branch offices and headquarters (star topology), as well as between individual branches (fully meshed topology) across the entire distributed network.

The SR6602-I gateway can be used as a 4G/5G VPDN user-side LNS device for data aggregation from a large number of L2TP and GRE tunnels, as well as encryption and decryption data in IPsec tunnels at high speed.

Comprehensive network security solution

SR6602-I gateways offer a wide range of access control and attack protection functions, providing a comprehensive solution to protect the entire internal network.

Supports access control based on combinations of username, password, IP address and MAC address. When used with H3C’s EAD solution, the gateway is capable of providing comprehensive access controls for all endpoints, including security checks against an updated virus database, system patching, approved and restricted software lists, use of external USB drives, and software and resource information. hardware.

Supports firewall features, including packet filtering and denial of service (DoS) attack protection, which protects the device from attacks using malformed packets, attacks in the form of flooding, as well as attacks in the form of scanning.

Carrier-Class High Availability

The SR6602-I was designed for high availability of carrier-grade hardware and software.

The device uses replaceable power supplies and fan modules with support for redundancy and hot-swappable power supplies, fan modules and interface modules.

Software Offers a wide range of high availability features to quickly restore services, including:

Non-disruptive patching – Provides the ability to easily update software and ensures uninterrupted service delivery during software updates.< /p>

Link discovery protocols, such as BFD and NQA, provide higher-level protocols with the ability to converge during a WAN link failure, reducing service interruptions.

Fast Rerouting (FRR) – Interacts with static routing, policy routing, or dynamic routing to quickly switch routes in the event of link failure.

Virtual Router Redundancy Protocol (VRRP) – interfaces with BFD to provide fast switching in the VRRP protocol.

Embedded Automation Architecture (EAA).



Additional information

Dimensions 8 × 44 × 48 cm

8 cores, 2.5 GHz

Built-in WAN ports

6 10GE SFP+ ports

FIP slots

1 FIP slot (FIP-30 support)

PCIe slots


Memory slots

Slots for 4-channel DDR4 RDIMM memory

Memory Size (Default/Maximum)

8 GB/128 GB

Built-in memory

4 GB

Internal SSD M.2 slots


USB 3.0 ports


Console ports


Power supply redundancy


Removable fan modules


Input voltage

AC version: 100 to 240 V, DC version: –48 to –60 V, HVDC: 240 to 380 V

Высота над уровнем моря при работе

2 RU

Working temperature

With drives or graphics cards: 0°C to 40°C (32°F to 104°F), Without drives or graphics cards: 0°C to 45°C (32°F to 113°F)

Operating humidity

5% to 95% non-condensing

Storage temperature

–40°C to +70°C (–40°F to +158°F)

EMC standards

AS/NZS CISPR22 CLASS A, CISPR 22 CLASS A, CISPR 24, EN 301 489-1, EN 301 489-17, EN 55022 CLASS A, EN 55024, EN 61000-3-2, EN 61000-3-3, EN 61000-6-1, ETSI EN 300 386, FCC Part 15 (CFR 47) CLASS A, ICES-003 CLASS A, VCCI-3 CLASS A, VCCI-4 CLASS A

Safety Standards

AS/NZS 60950, CAN/CSA-C22.2 No.60950-1, EN 60825-1, EN 60825-2, EN 60950-1/A11, FDA 21 CFR Subpart J, GB 4943, IEC 60950-1, UL 60950-1

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