Cisco mds 9000 nx os software release 5 2

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Release Date: January 24, Part Number: OL K0. This document describes the caveats and limitations for switches in the Cisco MDS Family. To download new Cisco MDS Series software, including Cisco MDS NX-OS and Cisco Table 2. Nondisruptive Downgrade Paths from NX-OS Release (2d). Status: Available | Release Date: Apr MDS NX-OS Software Release Status: End of Support | End-of-Support Date: Nov THUNDERBIRD NATIVE Сообщаю Для вас, что.

With SDV, only the mapping between virtual and physical devices needs to change after the hardware has been swapped, insulating the SAN and end devices from extensive configuration changes. Cisco MDS NX-OS incorporates many management features that facilitate effective management of growing storage environments with existing resources. Cisco fabric services simplify SAN provisioning by automatically distributing configuration information to all switches in a storage network.

Distributed device alias services provide fabricwide alias names for host bus adapters HBAs , storage devices, and switch ports, eliminating the need to reenter names when devices are moved. Cisco DCNM offers storage administrators fabricwide management capabilities, including discovery, multiple switch configurations, real-time network monitoring, historical performance monitoring for network traffic hotspot analysis, and troubleshooting. The Cisco DCNM interactive summary dashboard provides intuitive views into the top fabric users with a capability to see detailed information to analyze their key, or main, performance indicators KPIs.

Cisco DCNM simplifies management of virtual infrastructure by managing the entire path: the physical to the virtual network across the whole data center environment. The virtual machine - aware views increase service availability by identifying bottlenecks in virtual machine and VMware ESX performance and extending the visibility to the physical fabric.

The virtual machine - aware topology view shows all the dependencies from the virtual machine to the physical host, to the switch, and to storage with quick access to a detailed view of their attributes. The virtual machine - aware dashboard displays all the information needed to manage the virtual environment including performance charts, inventory information, events, and virtual machine and VMware ESX use information.

This powerful approach greatly reduces switch setup times, increases overall fabric reliability, and provides extensive diagnostics for resolving configuration inconsistencies. The Cisco MDS Family CLI is an extremely efficient and direct interface designed to provide optimal capability to administrators in enterprise environments. The CiscoWorks solution is a commonly used suite of tools for a wide range of Cisco devices such as IP switches, routers, and wireless devices. CiscoWorks DFM can also monitor the health of important components such as fans, power supplies, and temperature.

Cisco MDS Family fabric switches operating in the NPV mode do not join a fabric; they just pass traffic between core switch links and end devices, which eliminates the domain IDs for these switches. The autolearn feature allows the Cisco MDS Family to automatically learn about devices and switches that connect to it. The administrator can use this feature to configure and activate network security features such as port security without having to manually configure the security for each port.

One of the main problems faced today in SAN environment is the time and effort required to install and replace servers. The process involves both SAN and server administrators, and the interaction and coordination between them can make the process time consuming. To alleviate the need for interaction between SAN and server administrators, the SAN configuration should not be changed when a new server is installed or an existing server is replaced.

FlexAttach addresses these problems, reducing configuration changes and the time and coordination required by SAN and server administrators when installing and replacing servers. The wizard provides the requisite utilities for transparent migration operations. The wizard allows the administrator to quickly commission or decommission hosts and:. Cisco DCNM server federation improves management availability and scalability by load balancing fabric discovery, performance-monitoring, and event-handling processes.

Cisco DCNM provides a single management pane for viewing and managing all fabrics within a single federation. A storage administrator can discover and move fabrics within a federation for the purposes of load balancing, high availability, and disaster recovery. In addition, users can connect to any Cisco DCNM instance and view all reports, inventory, statistics, and logs from a single web browser.

Up to 10 Cisco DCNM instances can form a federation or cluster that can manage more than 75, end devices. Proxy mode reduces the number of separate times that back-end tasks such as Fibre Channel zoning and storage-device configuration must be performed. A complete dual stack has been implemented for IPv4 and IPv6 to remain compatible with the large base of IPv4-compatible hosts, routers, and Cisco MDS Family switches running previous software revisions.

This dual-stack approach allows the Cisco MDS Family switches to easily connect to older IP networks, transitional networks with a mixture of both versions, and pure IPv6 data networks. Four distinct quality-of-service QoS priority levels are available: three for Fibre Channel data traffic and one for Fibre Channel control traffic.

Fibre Channel data traffic for latency-sensitive applications can be configured to receive higher priority than throughput-intensive applications using data QoS priority levels. Control traffic is assigned the highest QoS priority automatically, to accelerate convergence of fabricwide protocols such as FSPF, zone merges, and principal switch selection.

Zone-based QoS helps simplify configuration and administration by using the familiar zoning concept. Full line-rate Fibre Channel ports provide at least buffer credits as standard. Using extended credits, up to buffer credits from a pool of more than buffer credits for a module can be allocated to ports as needed to greatly extend the distance for Fibre Channel SANs.

Virtual output queuing VOQ buffers Fibre Channel traffic at the ingress port to eliminate head-of-line blocking. The Fibre Channel port rate-limiting feature for the Cisco MDS Series Multilayer Fabric Switches controls the amount of bandwidth available to individual Fibre Channel ports within groups of four host-optimized ports.

Limiting bandwidth on one or more Fibre Channel ports allows the other ports in the group to receive a greater share of the available bandwidth under high-use conditions. Port rate limiting is also beneficial for throttling WAN traffic at the source to help eliminate excessive buffering in Fibre Channel and IP data network devices.

By integrating data compression in the Cisco MDS Family, more efficient FCIP-based business continuity and disaster recovery solutions can be implemented without the need to add and manage a separate device. Centralizing tape backup and archive operations provides significant cost savings by allowing expensive robotic tape libraries and high-speed drives to be shared.

This centralization poses a challenge for remote backup media servers that need to transfer data across a WAN. High-performance streaming tape drives require a continuous flow of data to avoid write-data underruns, which dramatically reduce write throughput. FCIP tape acceleration helps achieve nearly full throughput over WAN links for remote tape-backup operations for both open systems and mainframe environments, and restore operations for open systems.

These features also increase availability by decreasing SAN disruptions for maintenance and reducing recovery time from problems. Cisco MDS NX-OS can shut down malfunctioning ports if errors exceed user-defined thresholds, which helps isolate problems and reduces risk by preventing errors from spreading to the whole fabric. The embedded Cisco Fabric Analyzer allows the Cisco MDS Family to save Fibre Channel control traffic within the switch for text-based analysis, or to send IP-encapsulated Fibre Channel control traffic to a remote PC for decoding and display using the open-source Ethereal network-analyzer application.

Fibre Channel control traffic therefore can be captured and analyzed without an expensive Fibre Channel analyzer. The scope of these statistics includes read, write, and control commands and error statistics. With Fibre Channel ping, administrators can check the connectivity of an N-port and determine its round-trip latency, and with Fibre Channel traceroute, administrators can check the reachability of a switch by tracing the path followed by frames and determining hop-by-hop latency.

Call Home provides a notification system triggered by software and hardware events. The Call Home feature forwards the alarms and events, packaged with other relevant information in a standard format, to external entities. Alert grouping capabilities and customizable destination profiles offer the flexibility needed to notify specific individuals or support organizations only when necessary.

These notification messages can be used to automatically open technical-assistance tickets and resolve problems before they become critical. Syslog severity levels can be set individually for all Cisco MDS NX-OS functions, facilitating logging and display of messages ranging from brief summaries to very detailed information for debugging. Messages can be selectively routed to a console and to log files.

Messages are logged internally, and they can be sent to external syslog servers. Periodically tests are run to verify that supervisor engines, switching modules, optics, and interconnections are functioning properly. These online diagnostics do not adversely affect normal Fibre Channel operations, allowing them to be run in production SAN environments. During testing, a port is isolated from the external connection, and traffic is looped internally from the transmit path back to the receive path.

Traps can be generated based on a threshold value, switch counters, or time stamps. Syslog provides a comprehensive supplemental source of information for managing Cisco MDS Family switches. Messages ranging from only high-severity events to detailed debugging messages can be logged, if desired. Most Cisco MDS Family software features are included in the standard package: the base configuration of the switch.

The standard software package that is bundled at no charge with the Cisco MDS Family switches includes the base set of features that Cisco believes are required by most customers for building a SAN. Because of the focus on new features and hardware, all defects may not yet have been fixed. After an initial release, minor version numbers of the train are incremented, and only security patches and defect fixes are added, providing better stability to the new features and updated security. Note: In addition to these guidelines, review the information in the " Limitations and Restrictions " section before a software upgrade to determine if a feature may possibly behave differently following the upgrade.

For more information, see CSCvt The software upgrade information in this section applies only to Fibre Channel switching traffic. Upgrading system software disrupts IP traffic and intelligent services traffic. Table 1. All 8. All 7. Step 1. Step 2. All 6. Step 3. Use the show incompatibility system downgrade-image command to determine the features that needs to be disabled.

Note: The software downgrade information in the below tables applies only to Fibre Channel switching traffic. Downgrading system software disrupts IP and intelligent services traffic. Power off and or remove any unsupported components before downgrading. You can reenable these features after downgrading or performing the switchover. For more information, see CSCvy The switch will run in non-redundant mode.

Table 2. Downgrade to the target release. If these features are already configured, completely remove all the configurations that include these features before attempting to boot any module. In addition, you cannot configure these features after you bring up any module. XRC Acceleration License. Fibre Channel Read Diagnostic Parameters. Slow Drain Detection and Congestion Isolation.

If this is configured, then the traffic will flow through only one of the port channels. Do not attempt to load these releases on devices equipped with these PSUs or the systems will fail to power up. Subscribing for Important Product Update Notifications. Cisco provides a subscription service to notify of important events related to the Cisco MDS software and hardware for the following categories:.

We recommend that you at least subscribe to the Field Notices, Security Advisories, and Software Updates [New, Certified, Software Advisories, Deferred, Obsoleted] categories, if not all categories, so that you can receive notifications about any critical product issues. To subscribe to a category for receiving notifications of important updates:. Click Create Subscription. Follow the onscreen instructions. Note: You must renew your notification subscriptions annually.

Defect ID. Module hangs or resets after days uptime due to 'machine check' error. Supervisor 4 usb-storage timeout. ISSU results in switch i reboot fcns crash. SSH service does not dump core file when it crashes. Port Channel output discards after single member link failure with in-order-guarantee configured. Zone service crashed with signal 6 on MDS S. Parity error in TCAM may lead to traffic disruption.

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Using the same base system software across the entire product line helps Cisco provide an extensive, consistent, and compatible feature set across the Cisco MDS Family. With Cisco MDS NX-OS multiprotocol support, customers can better use their enterprise resources, thereby lowering costs and reducing business risk. This partitioning of fabric services greatly reduces network instability by containing fabric reconfigurations and error conditions within an individual VSAN.

VSANs help reduce costs by facilitating the consolidation of isolated SAN islands into a common infrastructure without compromising availability, security, or scalability. For example, a SAN administrator role can be set up to allow configuration of all platform-specific capabilities, and other roles can be set up to allow configuration and management within specific VSANs only.

Valuable resources such as tape libraries can be easily shared without compromise. IVR also can be used in conjunction with FCIP to create more efficient business continuity and disaster recovery solutions. Cisco MDS NX-OS forms a solid foundation for delivering network-based storage applications and services such as virtualization, snapshots, continuous data protection, data migration, and replication on Cisco MDS Family switches. Cisco MDS Family network-assisted storage applications offer deployment flexibility and investment protection by allowing the deployment of appliance-based storage applications for any server or storage device in the SAN without the need to rewire SAN switches or end devices.

This capability enables partner applications to help ensure data continuity, data protection, storage performance, and service-level agreement SLA monitoring, without the drawbacks of deployment of in-band data-path or out-of-band host-based devices.

The Cisco MDS SANTap application provides highly scalable solutions that allow efficient workload distribution to multiple appliances based on the application and the source and target combination. Cisco SME employs clustering technology to enhance reliability and availability, enables automated load-balancing and failover capabilities, and simplifies the provisioning process.

The Cisco SME encryption service is managed as a single, logical function in the SAN rather than as a feature that works on individual switches or modules. Secure lifecycle key management is included along with essential capabilities such as key archival, shredding, and export and import for single- and multiple-site environments. Cisco DMM offers rate-adjusted online migration to enable applications to continue uninterrupted operation while data migration is in progress.

Advanced capabilities such as data verification, unequal size logical unit number LUN migration, and multipath support provide flexibility and meet the high-availability requirements of enterprise data centers. Cisco DMM is transparent to host applications and storage devices. The feature also extends the distance for disaster recovery and business continuity applications over WANs and metropolitan area networks MANs.

IOA can also be used to enable remote tape backup and restore operations without significant throughput degradation. IOA includes the following features:. Write acceleration significantly reduces latency and extends the distance for disk replication. Tape acceleration improves the performance of tape devices and enables remote tape vaulting over extended distances for data backup for disaster recovery purposes.

Integrating data compression into IOA enables implementation of more efficient Fibre Channel - and FCIP - based business continuity and disaster recovery solutions without the need to add or manage a separate device. This data is buffered within the Cisco MDS module that is local to the SDM, reducing or eliminating the latency effects that can otherwise reduce performance at distances of miles km or greater.

If authentication fails, a switch or host cannot join the fabric. Traffic flowing outside the data center must be protected. Encryption is performed at line rate by encapsulating frames at egress with encryption using the GCM mode of AES bit encryption. At ingress, frames are decrypted and authenticated with integrity check. Other customers, such as those in defense and intelligence services, may be even more security focused and choose to encrypt all traffic within their data center as well, since the encryption is at full line rate with no performance penalty.

In addition to the two default roles on the switch, up to 64 user-defined roles can be configured. The roles describe the access-control policies for various feature-specific commands on one or more VSANs. Port security locks down the mapping of an entity to a switch port. The entities can be hosts, targets, or switches that are identified by their WWNs. This locking mechanism helps ensure that unauthorized devices connecting to the switch port do not disrupt the SAN fabric. Fabric binding extends port security to allow ISLs between only specified switches.

Zoning provides access control for devices within a SAN. To provide strict network security, zoning is always enforced per frame using access control lists ACLs that are applied at the ingress switch. All zoning polices are enforced in hardware, and none of them cause performance degradation. Enhanced zoning session-management capabilities further enhance security by allowing only one user at a time to modify zones.

Minimally disruptive upgrades are provided for the other Cisco MDS Family fabric switches that do not have redundant supervisor engine hardware. Cisco MDS NX-OS automatically restarts failed software processes and provides stateful supervisor engine failover to help ensure that any hardware or software failures on the control plane do not disrupt traffic flow in the fabric.

ISL ports can reside on any switching module, and they do not need a designated primary port. Thus, if a port or a switching module fails, the PortChannel continues to function properly without requiring fabric reconfiguration. In the autoconfigure mode, ISLs with compatible parameters automatically form channel groups; no manual intervention is required. VRRP dynamically manages redundant paths for the external Cisco MDS Family management applications, making control-traffic path failures transparent to applications.

Virtualization of SAN devices significantly reduces the time needed to swap out hardware. For example, if a storage array were replaced without using SDV, server downtime would be required for SAN zoning changes and host operating system configuration updates. With SDV, only the mapping between virtual and physical devices needs to change after the hardware has been swapped, insulating the SAN and end devices from extensive configuration changes.

Cisco MDS NX-OS incorporates many management features that facilitate effective management of growing storage environments with existing resources. Cisco fabric services simplify SAN provisioning by automatically distributing configuration information to all switches in a storage network.

Distributed device alias services provide fabricwide alias names for host bus adapters HBAs , storage devices, and switch ports, eliminating the need to reenter names when devices are moved. Cisco DCNM offers storage administrators fabricwide management capabilities, including discovery, multiple switch configurations, real-time network monitoring, historical performance monitoring for network traffic hotspot analysis, and troubleshooting.

The Cisco DCNM interactive summary dashboard provides intuitive views into the top fabric users with a capability to see detailed information to analyze their key, or main, performance indicators KPIs. Cisco DCNM simplifies management of virtual infrastructure by managing the entire path: the physical to the virtual network across the whole data center environment.

The virtual machine - aware views increase service availability by identifying bottlenecks in virtual machine and VMware ESX performance and extending the visibility to the physical fabric. The virtual machine - aware topology view shows all the dependencies from the virtual machine to the physical host, to the switch, and to storage with quick access to a detailed view of their attributes.

The virtual machine - aware dashboard displays all the information needed to manage the virtual environment including performance charts, inventory information, events, and virtual machine and VMware ESX use information. This powerful approach greatly reduces switch setup times, increases overall fabric reliability, and provides extensive diagnostics for resolving configuration inconsistencies.

The Cisco MDS Family CLI is an extremely efficient and direct interface designed to provide optimal capability to administrators in enterprise environments. The CiscoWorks solution is a commonly used suite of tools for a wide range of Cisco devices such as IP switches, routers, and wireless devices. CiscoWorks DFM can also monitor the health of important components such as fans, power supplies, and temperature.

Cisco MDS Family fabric switches operating in the NPV mode do not join a fabric; they just pass traffic between core switch links and end devices, which eliminates the domain IDs for these switches. The autolearn feature allows the Cisco MDS Family to automatically learn about devices and switches that connect to it. The administrator can use this feature to configure and activate network security features such as port security without having to manually configure the security for each port.

One of the main problems faced today in SAN environment is the time and effort required to install and replace servers. The process involves both SAN and server administrators, and the interaction and coordination between them can make the process time consuming.

To alleviate the need for interaction between SAN and server administrators, the SAN configuration should not be changed when a new server is installed or an existing server is replaced. The virtual machine-aware topology view shows all the dependencies from the virtual machine to the physical host, to the switch, and to storage with quick access to a detailed view of their attributes.

The virtual machine - aware dashboard displays all the information needed to manage the virtual environment, including performance charts, inventory information, events, and virtual machine and VMware ESX use information. This powerful approach greatly reduces switch setup times, increases overall fabric reliability, and provides extensive diagnostics for resolving configuration inconsistencies. The Cisco MDS Family CLI is an extremely efficient and direct interface designed to provide optimal capability to administrators in enterprise environments.

The CiscoWorks solution is a commonly used suite of tools for a wide range of Cisco devices such as IP switches, routers, and wireless devices. CiscoWorks DFM can also monitor the health of important components such as fans, power supplies, and temperature. Cisco MDS Family fabric switches operating in the NPV mode do not join a fabric; they just pass traffic between core switch links and end devices, which eliminates the domain IDs for these switches.

The autolearn feature allows the Cisco MDS Family to automatically learn about devices and switches that connect to it. The administrator can use this feature to configure and activate network security features such as port security without having to manually configure the security for each port.

One of the main problems faced today in SAN environment is the time and effort required to install and replace servers. The process involves both SAN and server administrators, and the interaction and coordination between them can make the process time consuming.

To alleviate the need for interaction between SAN and server administrators, the SAN configuration should not be changed when a new server is installed or an existing server is replaced. FlexAttach addresses these problems, reducing configuration changes and the time and coordination required by SAN and server administrators when installing and replacing servers.

The wizard provides the requisite utilities for transparent migration operations. The wizard allows the administrator to quickly commission or decommission hosts and:. Cisco DCNM server federation improves management availability and scalability by load balancing fabric-discovery, performance-monitoring, and event-handling processes. Cisco DCNM provides a single management pane for viewing and managing all fabrics within a single federation.

A storage administrator can discover and move fabrics within a federation for the purposes of load balancing, high availability, and disaster recovery. In addition, users can connect to any Cisco DCNM instance and view all reports, inventory, statistics, and logs from a single web browser. Up to 10 Cisco DCNM instances can form a federation or cluster that can manage more than 75, end devices.

Proxy mode reduces the number of separate times that back-end tasks such as Fibre Channel zoning and storage-device configuration must be performed. A complete dual stack has been implemented for IPv4 and IPv6 to remain compatible with the large base of IPv4-compatible hosts, routers, and Cisco MDS Family switches running previous software revisions. This dual-stack approach allows the Cisco MDS Family switches to easily connect to older IP networks, transitional networks with a mixture of both versions, and pure IPv6 data networks.

Four distinct quality-of-service QoS priority levels are available: three for Fibre Channel data traffic and one for Fibre Channel control traffic. Fibre Channel data traffic for latency-sensitive applications can be configured to receive higher priority than throughput-intensive applications using data QoS priority levels. Control traffic is assigned the highest QoS priority automatically, to accelerate convergence of fabricwide protocols such as FSPF, zone merges, and principal switch selection.

Zone-based QoS helps simplify configuration and administration by using the familiar zoning concept. Full line-rate Fibre Channel ports provide at least buffer credits as standard. Using extended credits, up to buffer credits from a pool of more than buffer credits for a module can be allocated to ports as needed to greatly extend the distance for Fibre Channel SANs.

Virtual output queuing VOQ buffers Fibre Channel traffic at the ingress port to eliminate head-of-line blocking. The Fibre Channel port rate-limiting feature for the Cisco MDS Series Multilayer Fabric Switches controls the amount of bandwidth available to individual Fibre Channel ports within groups of four host-optimized ports.

Limiting bandwidth on one or more Fibre Channel ports allows the other ports in the group to receive a greater share of the available bandwidth under high-use conditions. Port rate limiting is also beneficial for throttling WAN traffic at the source to help eliminate excessive buffering in Fibre Channel and IP data network devices. By integrating data compression in the Cisco MDS Family, more efficient FCIP-based business continuity and disaster recovery solutions can be implemented without the need to add and manage a separate device.

Centralizing tape backup and archive operations provides significant cost savings by allowing expensive robotic tape libraries and high-speed drives to be shared. This centralization poses a challenge for remote backup media servers that need to transfer data across a WAN. High-performance streaming tape drives require a continuous flow of data to avoid write-data underruns, which dramatically reduce write throughput.

FCIP tape acceleration helps achieve nearly full throughput over WAN links for remote tape-backup operations for both open systems and mainframe environments, and restore operations for open systems. These features also increase availability by decreasing SAN disruptions for maintenance and reducing recovery time from problems.

Cisco MDS NX-OS can shut down malfunctioning ports if errors exceed user-defined thresholds, which helps isolate problems and reduces risk by preventing errors from spreading to the whole fabric. The embedded Cisco Fabric Analyzer allows the Cisco MDS Family to save Fibre Channel control traffic within the switch for text-based analysis, or to send IP-encapsulated Fibre Channel control traffic to a remote PC for decoding and display using the open-source Ethereal network-analyzer application.

Fibre Channel control traffic therefore can be captured and analyzed without an expensive Fibre Channel analyzer. The scope of these statistics includes read, write, and control commands and error statistics. With Fibre Channel ping, administrators can check the connectivity of an N-port and determine its round-trip latency, and with Fibre Channel traceroute, administrators can check the reachability of a switch by tracing the path followed by frames and determining hop-by-hop latency.

Call Home provides a notification system triggered by software and hardware events. The Call Home feature forwards the alarms and events, packaged with other relevant information in a standard format, to external entities. Alert grouping capabilities and customizable destination profiles offer the flexibility needed to notify specific individuals or support organizations only when necessary.

These notification messages can be used to automatically open technical-assistance tickets and resolve problems before they become critical. Syslog severity levels can be set individually for all Cisco MDS NX-OS functions, facilitating logging and display of messages ranging from brief summaries to very detailed information for debugging. Messages can be selectively routed to a console and to log files. Messages are logged internally, and they can be sent to external syslog servers.

Periodically tests are run to verify that supervisor engines, switching modules, optics, and interconnections are functioning properly. These online diagnostics do not adversely affect normal Fibre Channel operations, allowing them to be run in production SAN environments.

During testing, a port is isolated from the external connection, and traffic is looped internally from the transmit path back to the receive path. Traps can be generated based on a threshold value, switch counters, or time stamps. Syslog provides a comprehensive supplemental source of information for managing Cisco MDS Family switches. Messages ranging from only high-severity events to detailed debugging messages can be logged, if desired.

Most Cisco MDS Family software features are included in the standard package: the base configuration of the switch. The standard software package that is bundled at no charge with the Cisco MDS Family switches includes the base set of features that Cisco believes are required by most customers for building a SAN. Switch cascading, fabric binding, and intermixing also are included in this package.

Cisco DCNM-SAN Advanced Edition extends these capabilities by providing historical performance monitoring for network traffic hotspot analysis, centralized management services, and advanced application integration for greater management efficiency. Intelligent fabric applications simplify complex IT storage environments and help organizations gain control of capital and operating costs by providing consistent and automated storage management. Customers can expand switch connectivity as needed by licensing additional ports.

Cisco SME is completely integrated with Cisco MDS Family switches and the Cisco DCNM application, enabling deployment of highly available encryption services without the need to rewire or reconfigure SANs, and allowing easy management of these services without the need to install additional management software. Rate-adjusted migration, data verification, dual Fibre Channel fabric support, and management using Cisco DCNM provide a complete solution that greatly simplifies and eliminates most downtime associated with data migration.

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