Abstract:

Based on compatibility testing and existing product installations, Brocade has developed the following guidelines. Solutions created by members of the Brocade Developer Program have undergone rigorous interoperability testing by Brocade and are certified as Brocade Data Center Ready.

Abstract:

This Matrix shows correlations between Fabric OS Features and Brocade products.

Abstract:

This matrics includes Brocade M-Class directors, switches, and routers as well as legacy McDATA SAN products.

Abstract:

This document details the metrics required to establish whether or not Brocade supports a particular fabric and/or metaSAN configuration. It provides scalability guidelines that can be used to design and deploy extremely stable Fibre Channel SANs.

Abstract:

The Brocade Server Connectivity Compatibility Matrix covers compatibility for the Brocade 410 FC HBA (4 Gbit/sec, single port) and the Brocade 420 FC HBA (4 Gbit/sec, dual ports). It includes current component versions and server OS, switch, storage, multipath software, and tape library support.

Abstract:

Based on testing and existing product installations, Brocade has developed the following compatibility guideline

Abstract:

Based on compatibility testing and existing product installations, Brocade has developed the following guidelines. Solutions created by members of the Brocade Developer Program have undergone rigorous interoperability testing by Brocade and are certified as Brocade Data Center Ready.

Abstract:

This matric includes Brocade M-Class directors, switches, and routers as well as legacy McDATA SAN products.

Abstract:

The Brocade Data Center Fabric is a foundation for designing, building, and managing enterprise data centers. A critical advanced technology integrated into the fabric is Brocade Adaptive Networking services, which provides Quality of Service to ensure fabric support for critical application service levels.

Abstract:

Enterprise data centers are undergoing a transformation driven by the need to reduce costs and increase performance. The evolving data center fabric exploits developing virtualization technologies for a data- and application-driven solution that reduces complexity and enables unified management on a common framework.

Abstract:

Details the Brocade NetApp key management solution for encrypting data-at-rest using the NetApp LKM Appliance with Brocade encryption devices

Abstract:

Details the Brocade-RSA key management solution for encrypting data-at-rest using RKM for the Datacenter with Brocade encryption devices

Abstract:

Describes and illustrates scenarios that demonstrate how the Brocade DCX Backbone platform can be added non-disruptively into the core of existing Storage Area Networks (SANs) and new data center fabrics.

Abstract:

This paper explores the architectural advantages of the Brocade 48000 and ways that IT organizations can leverage its performance capabilities, modular flexibility, and “five-nines” reliability.

Abstract:

This paper delves into the experiences of 30 IT managers who relocated their data centers, analyzing the primary drivers, issues, strategies, and lessons learned.

Abstract:

This paper provides a comprehensive set of best practices to guide data center SAN architecture and design.

Abstract:

This paper explains the concept of Buffer-to-Buffer credits and provides an easy method to calculate the optimal number of credits required for maximum FICON performance.

Abstract:

This paper describes how System z users can leverage the Brocade DCX Backbone to address their most pressing business challenges while preparing for future technologies.

Abstract:

This paper outlines Brocade 4 Gbit/sec Storage Area Network (SAN) solutions, the industry’s most comprehensive 4 Gbit/sec product family.

Abstract:

This paper examines how FICON channel architecture greatly expands the distance, throughput, and scale of implementation for IBM mainframe environments.

Abstract:

Today, Brocade is designing highly efficient data infrastructure solutions and participating in key industry initiatives such as The Green Grid consortium and the Storage Networking Industry Association (SNIA) Green Storage initiative.

Abstract:

This paper describes the basics of Fibre Channel over Ethernet (FCoE), how FCoE solutions fit into data centers, and how Brocade is driving standardization efforts.

Abstract:

This paper describes how Brocade Adaptive Networking Services help simplify fabric management by dynamically adjusting bandwidth and fabric resources to meet application service levels.

Abstract:

This paper explains how the Brocade Data Center Fabric enables organizations to build next-generation data centers with reduced cost, increased flexibility, and minimized risk.

Abstract:

This paper outlines key aspects of SAN security and ways that new features in Brocade Fabric OS 6.0 help increase SAN security in enterprise environments.

Abstract:

This detailed paper explains the technical story behind the emerging Fibre Channel over Ethernet (FCoE) protocol, including how it helps extend existing Fibre Channel investments.

Abstract:

This paper outlines the advantages—from greater efficiency to cost savings—of switching FICON over implementing a direct-attached FICON architecture.