A9K-ISM-100

Overview Of A9K-ISM-100

Introducing the Cisco ASR 9000 Series ISM, a versatile and scalable service module designed for enhancing operational efficiency and service agility while accelerating time-to-market. Leveraging integrated architectural benefits with the routing system, this module seamlessly integrates into networks for streamlined performance. Supporting advanced network technologies, including carrier-grade standards, it ensures secure and reliable data networking operations. The compact modular design allows for easy additions and upgrades, optimizing power and space efficiency within network infrastructures.
In terms of security and scalability, the Cisco ASR 9000 Series ISM offers robust carrier-grade standards compliance, ensuring data integrity and confidentiality. With expandable flash memory storage and hardened design for Service Providers, it meets the demanding requirements of Central Office deployments. This service module provides exceptional performance metrics, including high-capacity data processing and efficient power utilization, making it an ideal choice for users seeking reliability, scalability, and cutting-edge network technology.

Modular Design	Allows easy additions and upgrades for enhanced flexibility.
Power & Space Efficiency	Reduces power and space requirements, ideal for video applications.
Carrier-Grade Standards Compliance	Meets strict security and reliability requirements for Service Providers.
Compact Form Factor	Optimizes space utilization in network infrastructures.
Integrated Security Features	Includes encryption protocols and firewalls for enhanced data protection.
Expandable Flash Memory	Allows easy storage capacity upgrades for video applications.
High-Capacity Data Processing	Ensures efficient handling of large volumes of network traffic.
Redundancy Options	Provides backup power supply for continuous operation.
Advanced Management Interfaces	Offers intuitive controls for seamless network management.
Support for Virtualization	Enables efficient resource allocation and optimization in virtual environments.