CISCO 8712 2RU 6.4T K100 SYSTEM WITH 4 MPA BAYS

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Key Features

Offers high performance and reliable connectivity to the Internet and other offices
Features management port for a reliable networking

CISCO SYSTEMS Routers & Gateways

CISCO 8712 2RU 6.4T K100 SYSTEM WITH 4 MPA BAYS

Mfr # 8712-MOD-M= SKU 14316125

$139,030.17 MSRP $233,664.15 Save 40%

Regular price saves you $94,633.98 against MSRP.

Available

Product Overview

CISCO 8712 2RU 6.4T K100 SYSTEM WITH 4 MPA BAYS

Cisco 8712 2RU 6.4T KR100 System with 4 MPA bays
Cisco 8712-MOD-M Router - Management Port - 4 Port Adapter Slots - 64 GB - 400 Gigabit Ethernet - 2U - Rack-mountable
Cisco 8712-MOD-M Router
Management Port - 4 Port Adapter Slots - 64 GB - 400 Gigabit Ethernet - 2U - Rack-mountable

Technical Specifications

Product Type	Router
Manufacturer Part Number	8712-MOD-M=
Standard Memory	64 GB
Form Factor	Rack-mountable
Manufacturer	Cisco Systems, Inc
Product Model	8712-MOD-M
Product Name	8712-MOD-M Router
Network Technology	100GBase-X
Network Technology	40GBase-X
Network Technology	50GBase-X
Network Technology	25GBase-X
Network Technology	10GBase-X
Network Technology	1000Base-X
Product Series	8700
Brand Name	Cisco
Expansion Slot Type	Port Adapter
Compatible Rack Unit	2U
Ethernet Technology	400 Gigabit Ethernet
USB Standard	USB 2.0 Type A
Management Port	Yes
Total Number of Expansion Slots	4
Redundant Power Supply Supported	Yes

Marketing Information

The Cisco 8700 series is an addition to the Cisco 8000 Series Routers powered by Cisco Silicon One™ processors. 8700 products embody this cutting-edge innovation of the 8000 portfolio, offering advanced features engineered for seamless integration and scalability. This helps expand into aggregation and edge use cases by providing high-capacity solution tailored for the demands of the modern metro networks.

With the agility of Silicon One enabling applications at scale delivered on power and space optimized form factors, Cisco 8700 systems can address a wide variety of use cases such a business edge, residential aggregation, 5G mobile backhaul, provider core, and internet peering.