Huawei ME60 ME0P16BASA72 Multiservice Control Gateway

Usage Area

The Huawei ME60 series multiservice control gateway, model ME0P16BASA72, is deployed as a service point of presence (SPOP) for IP/MPLS networks, a Broadband Remote Access Server (BRAS) node for high-speed broadband service delivery, or a core node in campus networks. It serves as a high-performance platform for managing and provisioning subscriber services, accommodating diverse service control mechanisms. The gateway is designed for operators and large enterprises requiring reliable, uninterrupted operation of multiple concurrent services. It enables the construction of intelligent, future-oriented broadband IP networks, reducing total cost of ownership.

Construction Features

• Base configuration includes the ME60-X16 chassis with 16 service slots for high-density deployment.
• Equipped with 2 Main Processing Units (MPU) for redundant control-plane operation.
• Includes 4 Switch Fabric Units (SFU) rated at 100G each for high-throughput switching.
• Powered by 8 AC power supply units, ensuring redundant power distribution.
• Delivered without software licenses or documentation, allowing operator-defined configuration.
• Modular hardware design supports service evolution and scalability within the ME60 family.

Technical Parameters

• Form Factor: ME60-X16 chassis, 16-slot modular system.
• Control Plane: 2 MPU (Main Processing Units) for redundancy.
• Switching Fabric: 4 SFU, 100G each, total fabric capacity 400G.
• Power Supply: 8 AC power supply units.
• Deployment Role: BRAS/BNG, SPOP, campus core node.
• Network Support: IP/MPLS, broadband access services.

Standards & Certification

The Huawei ME60 series complies with industry standards for IP/MPLS networking and broadband access equipment. It meets carrier-grade reliability and performance benchmarks recognized in global telecommunications deployments. The platform is validated for use in service provider and enterprise campus environments, adhering to established operational safety and interoperability norms.