Juniper JNP10008-SF MX10008/JNP10008 Switch Fabric Card
Overview
The Juniper JNP10008-SF is a Switch Interface Board (SIB) designed for the PTX10008 Packet Transport Router, forming a crucial component of the router's switch fabric. It facilitates high-speed data transfer between line cards, ensuring efficient and reliable network performance.For detailed information on installation, configuration, and compatibility, refer to Juniper Networks' official documentation. Proper handling and installation of SIBs are essential to maintain network performance and reliability. The SFBs make up the MX10008 switching plane. There are two models of SFBs: the JNP10008-SF and the JNP10008-SF2. Five SFBs are required for operation with the sixth providing N+1 redundancy. SFBs must all be of the same model type in a running chassis. On both models, the SFB has eight connectors on the connecter edge which match and connect to a connector on one of the eight line cards
Specifications
- Model: JNP10003-LC2103
- Condition: Refurbished
- Device Type: Line card for PTX10003 Router
- Compatibility: Specifically designed for the PTX10008 router. All SIBs within a chassis must be of the same model type to ensure proper operation.
- Switch Fabric Capacity: Provides up to 42 Tbps of forwarding capacity, supporting high-throughput requirements in large-scale network environments.
- Redundancy: The PTX10008 chassis can accommodate up to six SIBs, with five required for standard operation and the sixth serving as an N+1 redundant unit. This configuration enhances system reliability by allowing continuous operation in the event of a single SIB failure.
- Installation: SIBs are installed vertically in the mid-chassis of the PTX10008, positioned between the line cards and the Routing and Control Boards (RCBs) at the front, and the fan trays at the rear. This arrangement contributes to efficient airflow and cooling within the chassis.
- Interoperability: The JNP10008-SF is compatible with specific line cards designed for the PTX10008 router, ensuring seamless integration and optimal performance. It's important to verify compatibility with existing hardware configurations.
