Open System Management Server

Advanced solution management

Enterprise Fabric Connectivity

Manager

Enterprise Fabric Connectivity Manager (EFCM) software is designed to support interconnection of multiple IBM TotalStorage SAN m-type switches and directors for the creation of tiered enterprise SAN solutions. EFCM soft- ware with a 1U rack mount manage- ment server (separately orderable products) is designed to centralize the management of multiple, distributed switches and directors in an enterprise- wide Fibre Channel fabric.

The SAN32M-2 Element Manager feature is designed to enable tiered enterprise-to-edge EFCM management of SAN32M-2 switches when intercon- nected with multiple IBM TotalStorage SAN m-type switches and directors in a tiered enterprise SAN solution.

(OSMS), a standard feature, is an ANSI (American National Standards Institute)- based capability that supports SAN management software from vendors such as VERITAS, Tivoli and BMC. OSMS is designed to extend the switch’s capability to include in-band management with an open systems, host-based application and to allow the fabric switch and devices attached to it to be “discovered,” or seen in a fabric through a framework software application.

SANtegrity™ Enhanced (Security Suite) feature is designed to help enhance business continuity by reduc- ing the impact of human inﬂuences on networked data. The feature includes SANtegrity Binding and SANtegrity Authentication.

SANtegrity Zoning, a standard capabil- ity of Enterprise Operating System (E/OS), provides hardware-enforced world wide name (WWN) and port zon- ing. SANtegrity Secure Management Zone (SMZ) is designed to secure man- agement access to local and remote SAN devices over a secure connection.

SANtegrity Binding is designed to cre- ate multiple layers of access control, including port, switch and fabric binding.

Standards-based SANtegrity Authentication is designed to force each device in the SAN to prove who they are in order to avoid unauthorized access and unauthenticated devices.

Preferred Path, a standard feature, is designed to allow a customer to deﬁne routes across a fabric. The Preferred Path modiﬁes the behavior of Open Trunking by providing guidance for the balancing function. The Preferred Path

conﬁguration helps address user prefer- ence regarding exit port assignment but is subject to the standard rules regard- ing the Fabric Shortest Path First (FSPF) protocol.

Full Volatility feature is designed to support high-security environments, which require no customer data be retained after power-off. Full Volatility is designed to conﬁgure a switch or direc- tor so that no frame data is stored after a power-off.

SAN32M-2 FICON® Management Server feature supports management of the SAN32M-2 switch using System Automation for z/OS and System Automation for OS/390® and zSeries 900 servers. IBM 9032 ESCON® director is a type of dynamic in-band management. System Automation—for z/OS or OS/390—is designed to con- currently manage IBM 9032 ESCON directors as well as McDATA® FICON directors.

High port density, rack space savings

Rapidly growing Fibre Channel SAN infrastructures place a premium on rack space. The IBM TotalStorage SAN32M-2 fabric switch uses SFP LC optical connectors and advanced pack- aging that requires only one-rack unit (1U) height for 32 ports. The SAN32M-2 switch is also tabletop stackable.

SAN32M-2 specifications

The IBM SAN32M-2 is a high-performance, versatile storage area network (SAN) switch designed to provide enterprise-class connectivity and scalability for data center environments. It is part of IBM's extensive portfolio of storage networking solutions, and it excels in meeting the demands of modern storage infrastructures, ensuring seamless data flow, and providing robust management capabilities.

One of the standout features of the IBM SAN32M-2 is its impressive 32 Gbps Fibre Channel ports, which offer high bandwidth for data-intensive applications. This speed ensures that organizations can efficiently manage large volumes of data, accelerating application performance and improving overall system responsiveness. The switch can support up to 128 ports, allowing for a high degree of scalability, which is essential for growing data centers that require flexible expansion.

In addition to its high-speed capabilities, the IBM SAN32M-2 incorporates intelligent caching technologies that enhance data access times and reduce latency. The switch's advanced routing capabilities optimize the path for data packets, ensuring efficient communication among connected devices. The inclusion of features like dedicated management ports further enhances the ease of network management, allowing administrators to monitor and configure the switch without affecting data traffic.

Furthermore, the IBM SAN32M-2 features comprehensive security protocols, protecting critical data against unauthorized access. This is particularly important in environments that require strict compliance with regulations and industry standards. The switch also supports virtualization technologies, enabling organizations to maximize their existing resources and streamline workflows by integrating multiple virtual machines and storage devices seamlessly.

The ease of integration is another defining characteristic of the IBM SAN32M-2. It is designed to work with a wide array of storage solutions, ensuring compatibility with both IBM and third-party products. This flexibility allows businesses to customize their storage networks according to unique requirements without being locked into a specific vendor.

With robust support for advanced features such as SFP and SFP+ transceivers, the IBM SAN32M-2 is equipped to handle various bandwidth requirements. Its built-in diagnostics and monitoring tools simplify problem identification, reducing downtime and enhancing overall operational efficiency.

In conclusion, the IBM SAN32M-2 is a powerful SAN switch that combines high-speed performance, scalability, and advanced management features, making it an ideal choice for enterprises seeking to optimize their storage solutions while ensuring future-proof infrastructure. Its commitment to security, compatibility, and ease of management positions it as a critical component in the data centers of today and tomorrow.