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Juniper MX2020-PREMIUM-DC 20x Expansion Slot DC Power Router Chassis
- MX2020 Router Chassis
- 20x Expansion Slots
- DC Power Supply
- High-capacity routing platform
- Designed for service provider/enterprise core
- Supports advanced services and high density
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Free U.S. Ground Shipping
Typically 1-2 handling + 3-7 transit days
Purchase orders accepted
For government, enterprise, data center, and small business customers.
Bulk Purchase Inquiry
Volume pricing and availability
Product Overview
The Juniper MX2020-PREMIUM-DC is a 20x expansion slot router chassis bundle with DC power, designed for high-capacity routing in service provider and enterprise core networks. This platform offers exceptional scalability and performance for demanding network environments.
Technical Information
| Product Type | Router Chassis Bundle |
| Model | MX2020-PREMIUM-DC |
Additional Specifications
| Expansion Slots | 20 |
| Power Type | DC |
Product Description
The Juniper MX2020-PREMIUM-DC is a high-performance routing platform engineered for the most demanding network core and edge applications. This chassis features twenty expansion slots, offering extensive flexibility to accommodate a wide array of line cards and services, thereby supporting high-density port configurations and advanced functionalities. This bundle is configured with DC power supplies, making it ideal for data center environments and other locations that utilize direct current power. The MX2020 platform is renowned for its exceptional throughput, low latency, and carrier-grade reliability, making it a critical component for service providers and large enterprises. Its modular design facilitates straightforward upgrades and maintenance, ensuring long-term network scalability and adaptability. With its substantial capacity and robust feature set, the MX2020-PREMIUM-DC provides a powerful and scalable foundation for building next-generation networks. It enables the delivery of bandwidth-intensive services, supports complex traffic engineering, and ensures high availability and operational efficiency for critical network operations.
