Adtran 10-Port 1GE Carrier Ethernet Switch

Adtran 11971230F1

SDX 8120-14 10-Port 1GE Carrier Ethernet Switch

The Adtran® SDX 8000 Series of access and aggregation switches applies open and programmable SDN architectures for scaling data centers. These differentiated attributes enable our Software-Defined Access (SD-Access) architectures to achieve the massive scalability required to support the uncertain demand of emerging differentiated broadband services and supports the consolidation of SLA-based enterprise and backhaul services.

Horizontal Scalability and Mesh Network Resiliency

Access and aggregation switches support advanced switching architectures that are highly scalable and resilient. The SDX 8000 Series supports horizontal scalability (scaling out versus up) which affords the operator the ability to add capacity on the fly. Mesh switching provides multiple paths for each network element creating a highly fault-tolerant network. These switches can be deployed as either a spine, top-of-rack leaf switch, or middleof-row leaf switch to interconnect computing and storage functions with aggregate Fiberto-the-Premises, Carrier Ethernet access, and aggregation components.

Traffic Management and Service Assurance

To elevate customer quality of experience, these switches use efficient meshed network protocols like Layer 3 BGP with equal-cost multipath (ECMP) routing, segmented routing, and multi-chassis load sharing, providing strong performance guarantees when scaling the system. These switches also support Virtual Extendible LAN (VXLAN) for virtualized data center environments, allowing for faster scale while logically isolating tenant apps and physical compute resources.

Features:

• 10-Port 1GE Carrier Ethernet Switch
• 10x1GE, 4x10GE Uplinks
• Advanced CE Features with H-QoS
• Side-to-side Airflow
• Edge Router and P2P Ethernet Access Function
• Fits in 300mm ETSI Rack
• Temperature Hardened
• Avoids Vendor-specific Component Lock-in Via Open Interfaces and APIs
• Supports Stringent Backhaul Services With Enhanced Features Including Low Latency and Network Timing Sync
• Mitigates the Uncertain Demand of Emerging Differentiated Services Through Data Center Switching Architectures