Storage Networking which is also termed as Storage Area Network (SAN) is a kind of network architecture designed to fulfill the enterprise storage needs. According to some researches it has become evident that enterprise storage needs are increasing with time and the cost of deploying a comprehensive storage solution is exceeding as compared to the server cots.
Organizations now are demanding for more cost effective, responsive and efficient storage area networks according to steep increase in overall storage requirement. Even in certain situations organizations are required to provide 24 hour availability of critical data to their clients. They are also bound to keep data backup so that they could restore the same in case if any failure occurs. At MicroSystems Solutions we offer the following next generation SAN functionality:
- Enterprise Storage Connectivity: It supports high workload, offers enhanced accessibility, scalability and performance.
- Multi Protocol Storage Networking: The architecture works on integrated multiple protocols.
- Services Oriented SAN: Offers heterogeneous support for SAN regardless of protocol, vendor, speed or geographical location.
- Unified OS and Management Tool: By offering simplicity in operations and management it reduces the operating cost and works seamlessly.
With our SAN and integrated networking architecture you can optimize SAN usage to a great extent. It will enable the power consumption, save energy, reduce operating costs and finally will reduce your investment cost. By implementing the industry leading SAN architecture of MicroSystems you can achieve the following organizational goals, such as:
- Storage Encryption
- SAN Consolidation
- Disaster Recovery
- Data Mobility
Performance with Network Switches
Some of latest next gen switches and routers deliver scalable performance of all kinds of storage traffic.
Universal Operating System & GUI
Our Storage Area Network and LAN platform provide a universal operating system and GUI which offers ideal platform for LAN and SAN platforms.