7604-RSP7C-10G-P

Overview Of 7604-RSP7C-10G-P

Elevate your network infrastructure with the Cisco 7604 Router, a powerful 4-slot router designed for high-performance delivery at the network edge. Ideal for enterprises and service providers, this compact router boasts robust IP/MPLS services, catering to diverse needs in both residential and business services markets. Supporting Carrier Ethernet services, the Cisco 7604 enables advanced networking solutions for IP video, voice, and data applications. With seamless WAN and MAN networking capabilities, this router ensures reliability and scalability at the enterprise edge, meeting the demands of modern digital ecosystems.
Enhance your network security and scalability with the Cisco 7604's redundant power supply support and 4 expansion slots. This router prioritizes user experience through its reliable design and versatile features, including dual input voltage support (220V AC, 110V AC) for stability. Protect your network with robust security protocols and access controls while benefiting from the convenience of a rack-mountable form factor suitable for various environments. The Cisco 7604 excels in performance and adaptability, ensuring seamless integration into your network architecture with unparalleled reliability.

Primary Processor	Innovative chipset for enhanced performance and reliability
Form Factor	Rack-mountable design for versatile deployment
Supported Network Technologies	Streamlined support for 10/100/1000Base-T, SFP, and more
Security Features	Advanced encryption protocols and access controls for network protection
Redundant Power Supply	Ensures uninterrupted power and operational continuity
Expansion Slots	4 slots for scalable network expansion and customization
Modular Components	Flexible configuration options for tailored network solutions
Virtualization Support	Enhanced capabilities for efficient virtual network management
Advanced Management Interfaces	User-friendly interfaces for seamless network administration
Cooling Solutions	Efficient cooling mechanisms for optimal device performance