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HP JG362-61101 14x Expansion Slots 5U Router Chassis
- Type: Router Chassis
- Series: HSR6800
- Form Factor: 5U Rackmount
- Expansion Slots: 14
- High-performance routing capabilities
- Modular design for flexible configuration
- Supports various network interface modules
- Designed for enterprise and service provider networks
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Typically 1-2 handling + 3-7 transit days
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For government, enterprise, data center, and small business customers.
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Product Overview
The HP JG362-61101 is a 5U Router Chassis, part of the HSR6800 series, designed for high-performance networking applications. It features 14 expansion slots, providing significant flexibility for modular network interface cards and services.
Technical Information
| Product Type | Router Chassis |
| Series | HSR6800 |
| Form Factor | 5U |
Additional Specifications
| Expansion Slots | 14 |
| Part Number | JG362-61101 |
Product Description
The HP JG362-61101 is a 5U router chassis from the HSR6800 series, engineered for high-performance and scalable network infrastructure. This chassis provides a robust platform with 14 expansion slots, enabling extensive customization and the integration of various network modules to meet diverse connectivity and service requirements. Its modular design allows network architects to build highly customized routing solutions, supporting a wide range of interface types and speeds. The 14 expansion slots can accommodate different line cards, service modules, and fabric cards, offering flexibility for core routing, edge aggregation, and complex network services. This adaptability makes the HSR6800 chassis a versatile choice for demanding enterprise and service provider environments. Built with reliability and performance in mind, the JG362-61101 chassis supports features such as redundant power supplies and advanced cooling systems to ensure high availability and continuous operation. It is designed to handle significant traffic loads, making it suitable for mission-critical networks that require robust performance, scalability, and the ability to adapt to future network demands.
