Read Me First
Note |
To achieve simplification and consistency, the Cisco SD-WAN solution has been rebranded as Cisco Catalyst SD-WAN. In addition, from Cisco IOS XE SD-WAN Release 17.12.1a and Cisco Catalyst SD-WAN Release 20.12.1, the following component changes are applicable: Cisco vManage to Cisco Catalyst SD-WAN Manager, Cisco vAnalytics to Cisco Catalyst SD-WAN Analytics, Cisco vBond to Cisco Catalyst SD-WAN Validator, Cisco vSmart to Cisco Catalyst SD-WAN Controller, and Cisco Controllers to Cisco Catalyst SD-WAN Control Components. See the latest Release Notes for a comprehensive list of all the component brand name changes. While we transition to the new names, some inconsistencies might be present in the documentation set because of a phased approach to the user interface updates of the software product. |
Related References
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Release Notes for Cisco Catalyst SD-WAN Control Components Release 20.8.x
Note |
To achieve simplification and consistency, the Cisco SD-WAN solution has been rebranded as Cisco Catalyst SD-WAN. In addition, from Cisco IOS XE SD-WAN Release 17.12.1a and Cisco Catalyst SD-WAN Release 20.12.1, the following component changes are applicable: Cisco vManage to Cisco Catalyst SD-WAN Manager, Cisco vAnalytics to Cisco Catalyst SD-WAN Analytics, Cisco vBond to Cisco Catalyst SD-WAN Validator, Cisco vSmart to Cisco Catalyst SD-WAN Controller, and Cisco Controllers to Cisco Catalyst SD-WAN Control Components. See the latest Release Notes for a comprehensive list of all the component brand name changes. While we transition to the new names, some inconsistencies might be present in the documentation set because of a phased approach to the user interface updates of the software product. |
These release notes accompany the Cisco SD-WAN Control Components, Release 20.8.x, which provides Cisco Catalyst SD-WAN capabilities. They include release-specific information for Cisco Catalyst SD-WAN Controllers, Cisco Catalyst SD-WAN Validators, Cisco SD-WAN Manager as applicable to Cisco SD-WAN Manager.
Related Releases
For release information about Cisco IOS XE Catalyst SD-WAN devices, refer to Release Notes for Cisco IOS XE Catalyst SD-WAN device, Cisco IOS XE Catalyst SD-WAN Release 17.8.x.
For release information about Cisco vEdge Devices, refer to Release Notes for Cisco vEdge Devices, Cisco SD-WAN Release 20.8.x.
What's New for Cisco Catalyst SD-WAN Control Components Release 20.8.x
Cisco is constantly enhancing the SD-WAN solution with every release and we try and keep the content in line with the latest enhancements. The following table lists new and modified features we documented in the Configuration, Command Reference, and Hardware Installation guides.
What's New for Cisco IOS XE Catalyst SD-WAN Release 17.8.x
This section applies to Cisco IOS XE Catalyst SD-WAN devices.
Feature | Description |
---|---|
Cisco SD-WAN Getting Started Guide |
|
For postpaid Managed Services License Agreement Program (MSLA) licenses, Cisco SD-WAN supports a distinction of two billing models for licenses—committed (MSLA-C) and uncommitted (MSLA-U) licenses. Beginning with Cisco vManage Release 20.8.1, the procedure for assigning a postpaid license enables you to choose one of these two MSLA license types. |
|
Cisco SD-WAN Systems and Interfaces |
|
This feature provides a simple, reusable, and structured approach for configuration in Cisco SD-WAN. You can create a configuration group, that is, a logical grouping of devices that share a common purpose within your WAN. You can also create profiles based on features that are required, recommended, or uniquely used, and then combine the profiles to complete a device configuration. The configuration group workflows in Cisco vManage provide a guided method to create configuration groups and feature profiles. |
|
This feature helps you add tags to devices. You can use the tags for grouping, describing, finding, or managing devices. |
|
This feature lets you configure Foreign Exchange Station (FXS) and Foreign Exchange Office (FXO) caller ID features by using Cisco vManage CLI add-on feature templates. |
|
Ability to Configure APNs under Running Configurations for Single and Dual SIMs |
This feature allows you to create a data profile for a cellular device by configuring one or two SIMs in the device. |
Added support for Long-Term Evolution (LTE) Advanced Network Interface Modules (NIMs) for Cisco ISR 4000 routers. |
|
You can deploy Cisco ThousandEyes Enterprise agent natively as a container application on Cisco Catalyst 8500 Series Edge Platforms and Cisco ASR 1000 Series Aggregation Services Routers. You can install and activate the Cisco ThousandEyes Enterprise agent through Cisco vManage. |
|
Cisco SD-WAN Routing |
|
This feature adds support for IPv6 addresses and prefixes on Cisco IOS XE SD-WAN devices. It also supports redistribution of connect, static, OMP, and OSPF routes into RIPng and vice versa. |
|
Cisco SD-WAN Policies |
|
Traffic Redirection to SIG Using Data Policy: Fallback to Routing |
With this feature, you can configure internet-bound traffic to be routed through the SD-WAN overlay, as a fallback mechanism, when all the SIG tunnels are down. |
This feature enables Cisco IOS XE SD-WAN devices to respond to Domain Name System (DNS) queries using a specific configuration and the associated proxy servers. This feature adds support for DNS proxy for servce-side VPN hosts and DNS redirect inside the service VPNs. You can configure redirect DNS using Cisco vManage or a device CLI. |
|
Cisco SD-WAN Security |
|
Source-Only Load Sharing: When you configure two or more active tunnels to a SIG, different traffic flows from the same source IP address, with different destination public IP addresses, may be mapped to use different tunnels. With this feature, you can configure all traffic flows from a particular source IP address, irrespective of the destination IP address, to be routed to the SIG through only one of the active tunnels. IPSec Tunnel Creation Improvements in an Active-Active Setup: This feature ensures that when you provision an IPSec tunnel, the control and data traffic are sent through the same the physical interface toward the SIG endpoint. Pinning the control and data packets to the same physical interface removes a limitation that exists in previous releases. In previous releases, in certain situations, the control and data packets may be routed to the SIG endpoint through different physical interfaces. When the packets are routed in this way, one of the following scenarios occurs:
|
|
You can create and attach trackers to manually created GRE or IPSec tunnels to a SIG endpoint. Trackers help failover traffic when a SIG tunnel is down. |
|
Cisco SD-WAN Cloud OnRamp |
|
With this feature, you can configure SVL ports on 100G Ethernet interfaces of Cisco Catalyst 9500-48Y4C switches, thus ensuring a high level of performance and throughput. |
|
View Details of Microsoft Telemetry and View Application Server Information for Office 365 Traffic |
This feature adds better visibility into how Cloud onRamp for SaaS determines the best path for Microsoft Office 365 traffic, if you have opted to use Microsoft telemetry. One enhancement is a chart that shows how Microsoft rates the connection quality of different interfaces, specifically for different types (called service areas) of Office 365 traffic. This is helpful for troubleshooting Office 365 performance issues. Another addition is the SD-AVC Cloud Connector page, which shows a list of Microsoft URL/IP endpoints and categories that Cisco SD-WAN receives from Microsoft Cloud. |
This feature expands the range of SaaS applications that Cloud onRamp for SaaS can monitor, and for which it can determine the best network path. The feature enables you to define lists of one or more SaaS applications, together with the relevant application server for those SaaS applications. Cloud onRamp for SaaS handles these lists in the same way that it handles the predefined set of SaaS applications that it can monitor. When you enable a user-defined list, Cloud onRamp for SaaS probes for the best path to the application server and routes the application traffic for applications in the list to use the best path. |
|
Periodic Audit, Enhancement to Azure Scaling and Audit, and ExpressRoute Connection |
Cisco vManage provides an optional periodic audit with an interval of two hours. This automatic audit takes place in the background and generates a report of the discrepancies. If you enable the auto correct option, then Cisco vManage automatically resolves any recoverable issues found during the periodic audit. Discrepancies generated after initiating an on-demand audit are individually fixable. ExpressRoute connections are the private networks that offer higher reliability, fewer latencies, and faster connections for data transfer. |
Cisco SD-WAN Interconnect to Google Cloud and Microsoft Azure |
You can create software-defined interconnects to Google Cloud VPCs, or Microsoft Azure VNets or Virtual WANs to link your branch location to the cloud resources through the Equinix fabric. You can also create, update and delete device links from Interconnect Gateway in the Equinix fabric. |
Cisco SD-WAN Monitor and Maintain |
|
This feature introduces a guided workflow through which you can upgrade the software image on your Cisco IOS XE Catalyst SD-WAN devices and Cisco vEdge devices and monitor the status of the software upgrade. With this workflow, you can choose to download, install, and activate the new software image in discrete steps or in a single step. |
|
This feature provides a detailed understanding of how data packets are processed by the edge devices in both the directions. The bidirectional debugging can help you to diagnose issues and troubleshoot them more efficiently. |
|
You can now view the topology diagram of a site in Cisco SD-WAN Manager. |
|
Cisco SD-WAN SNMP |
|
The following Cisco SD-WAN MIBs are introduced on Cisco IOS XE SD-WAN devices: CISCO-SDWAN-PROBE-MIB.my CISCO-SDWAN-OMP-MIB.my (additional tables added) CISCO-SDWAN-SECURITY-MIB.my (additional tables added) |
|
Cisco SD-WAN NAT |
|
This feature provides support for an IPv4 client to access IPv4 servers when using an IPv6 network. IPv4 traffic is routed to the internet over an IPv6 tunnel. You can configure NAT DIA IPv4 over an IPv6 tunnel using a device CLI or a CLI add-on template. |
|
This feature allows you to translate the same source IP address to different IP addresses based on the destination IP addresses. You can configure service-side conditional static NAT using a device CLI. |
|
This feature supports configuration of service-side static NAT for a subnet. Instead of configuring multiple static NAT pools, you can configure a single static NAT pool for an entire subnet. You can configure service-side static network NAT using Cisco vManage or a device CLI template. |
|
This feature adds support for tracking LAN prefixes and LAN interfaces for service-side inside static NAT. When the object tracker that is associated with a NAT route changes state (up or down), the NAT OMP route is added or removed from the routing table. You can view notifications in Cisco vManage for monitoring the NAT routes and interfaces that are added or removed. You can configure the service-side NAT object tracker using Cisco vManage, a device CLI template, or a CLI add-on template. |
|
Cisco Hierarchical SD-WAN Configuration Guide |
|
Secondary regions provide another facet to the Hierarchical SD-WAN architecture and enable direct tunnel connections between edge routers in different primary access regions. When you assign an edge router a secondary region, the router effectively operates in two regions simultaneously, and has different paths available through its primary and secondary regions. |
|
An edge router or border router that has connections to two networks that lack direct connectivity can function as a transport gateway. This is helpful for enabling connectivity between routers that are configured to be within the same access region, but which do not have direct connectivity. |
|
Often a router has multiple options to choose for the next hop when routing a flow to its destination. When multiple devices can serve as the next hop for a flow, you can specify the order of preference among the devices by configuring router affinity groups. The result is that a router attempts to use a route to the next-hop device of highest preference first, and if that device is not available, it attempts to use a route to the next-hop device of the next lower preference. Affinity groups enable this functionality without requiring complex control policies. |
What's New for Cisco SD-WAN Release 20.8.x
This section applies to Cisco vEdge devices.
Feature | Description |
---|---|
Routing |
|
The verify keyword is added to "show omp route <prefix>" CLI to validate the availability of route on Cisco vEdge devices. |
|
Policies |
|
The test policy CLI enables you to troubleshoot large policies with numerous sequence numbers. This command identifies and displays the sequence number that matches a particular input variable and a policy name on Cisco vSmart Controllers. |
|
Security |
|
You can create and attach trackers to manually created GRE or IPSec tunnels to a SIG endpoint. Trackers help failover traffic when a SIG tunnel is down. |
|
Single Sign-On (SSO) with security assertion mark-up language (SAML) gives faster, easier, and trusted access to cloud applications without storing passwords or requiring you to log in to each application individually. |
|
Cloud OnRamp |
|
With this feature, you can configure SVL ports on 100G Ethernet interfaces of Cisco Catalyst 9500-48Y4C switches, thus ensuring a high level of performance and throughput. |
|
View Details of Microsoft Telemetry and View Application Server Information for Office 365 Traffic |
This feature adds better visibility into how Cloud onRamp for SaaS determines the best path for Microsoft Office 365 traffic, if you have opted to use Microsoft telemetry. One enhancement is a chart that shows how Microsoft rates the connection quality of different interfaces, specifically for different types (called service areas) of Office 365 traffic. This is helpful for troubleshooting Office 365 performance issues. Another addition is the SD-AVC Cloud Connector page, which shows a list of Microsoft URL/IP endpoints and categories that Cisco SD-WAN receives from Microsoft Cloud. |
This feature expands the range of SaaS applications that Cloud onRamp for SaaS can monitor, and for which it can determine the best network path. The feature enables you to define lists of one or more SaaS applications, together with the relevant application server for those SaaS applications. Cloud onRamp for SaaS handles these lists in the same way that it handles the predefined set of SaaS applications that it can monitor. When you enable a user-defined list, Cloud onRamp for SaaS probes for the best path to the application server and routes the application traffic for applications in the list to use the best path. |
|
Cisco SD-WAN Monitor and Maintain |
|
This feature introduces a guided workflow through which you can upgrade the software image on your Cisco IOS XE Catalyst SD-WAN devices and Cisco vEdge devices and monitor the status of the software upgrade. With this workflow, you can choose to download, install, and activate the new software image in discrete steps or in a single step. |
|
This feature provides a detailed understanding of how data packets are processed by the edge devices in both the directions. The bidirectional debugging can help you to diagnose issues and troubleshoot them more efficiently. |
|
Cisco Hierarchical SD-WAN Configuration Guide |
|
Secondary regions provide another facet to the Hierarchical SD-WAN architecture and enable direct tunnel connections between edge routers in different primary access regions. When you assign an edge router a secondary region, the router effectively operates in two regions simultaneously, and has different paths available through its primary and secondary regions. |
|
Often a router has multiple options to choose for the next hop when routing a flow to its destination. When multiple devices can serve as the next hop for a flow, you can specify the order of preference among the devices by configuring router affinity groups. The result is that a router attempts to use a route to the next-hop device of highest preference first, and if that device is not available, it attempts to use a route to the next-hop device of the next lower preference. Affinity groups enable this functionality without requiring complex control policies. |
Important Notes, Known Behavior, and Workaround
-
From Cisco SD-WAN Release 20.4.1.1, Microsoft Azure environment is supported for deploying Cisco SD-WAN controllers (Cisco vBond orchestrator, Cisco vSmart controller, and Cisco vManage). The support is limited to Cisco SD-WAN cloud-based deployments only.
-
If SD-AVC is enabled using Cloud Connector or custom applications while upgrading from Cisco vManage Release 20.3.1 to Cisco vManage Release 20.6.1 and later releases, during the upgrade, a defect CSCwd35357 is impacting the data plane. We strongly recommend you to contact the Cisco TAC to perform a workaround while upgrading.
-
Starting from Cisco SD-WAN Release 20.8.1, the unknown mandatory attributes from TACACS are not allowed. The authorization fails, when a client receives the configurations with the arguments that are not supported. For information about configuring ISE for Cisco SDWAN devices, see RADIUS and TACACS-Based User Authentication and Authorization.
Cisco SD-WAN Manager Upgrade Paths
For information about Cisco SD-WAN Manager upgrade procedure, see Upgrade Cisco vManage Cluster.
Starting Cisco SD-WAN Manager Version | Destination Version | |||||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
19.2.x |
20.1.x |
20.3.x |
20.4.x |
20.5.x |
20.6.x |
20.7.x |
20.8.x |
|||||||||
18.x/19.2.x |
Direct Upgrade |
Direct Upgrade |
Check disk space*
For cluster upgrade procedure**: request nms configuration-db upgrade
|
Step upgrade through 20.3.x |
Step upgrade through 20.3.x |
Step upgrade through 20.3.x |
Step upgrade through 20.3.x |
Step upgrade through 20.3.x |
||||||||
20.1.x |
Not Supported |
Direct Upgrade |
Direct Upgrade For cluster upgrade procedure**: request nms configuration-db upgrade
|
Direct Upgrade For cluster upgrade procedure**: request nms configuration-db upgrade
|
Step upgrade through 20.3.x |
Step upgrade through 20.3.x |
Step upgrade through 20.3.x |
Step upgrade through 20.3.x |
||||||||
20.3.x |
Not Supported |
Not Supported |
Direct Upgrade |
Direct Upgrade |
Direct Upgrade For cluster upgrade procedure**: request nms configuration-db upgrade
|
Direct Upgrade For cluster upgrade procedure**: request nms configuration-db upgrade
|
Direct Upgrade For cluster upgrade procedure**: request nms configuration-db upgrade
|
Direct Upgrade For cluster upgrade procedure**: request nms configuration-db upgrade
|
||||||||
20.4.x |
Not Supported |
Not Supported |
Not Supported |
Direct Upgrade |
Direct Upgrade For cluster upgrade procedure**: request nms configuration-db upgrade
|
Direct Upgrade For cluster upgrade procedure**: request nms configuration-db upgrade
|
Direct Upgrade For cluster upgrade procedure**: request nms configuration-db upgrade
|
Direct Upgrade For cluster upgrade procedure**: request nms configuration-db upgrade
|
||||||||
20.5.x |
Not Supported |
Not Supported |
Not Supported |
Not Supported |
Direct Upgrade |
Direct Upgrade |
Direct Upgrade |
Direct Upgrade |
||||||||
20.6.x |
Not Supported |
Not Supported |
Not Supported |
Not Supported |
Not Supported |
Direct Upgrade |
Direct Upgrade |
Direct Upgrade |
||||||||
20.7.x |
Not Supported |
Not Supported |
Not Supported |
Not Supported |
Not Supported |
Direct Upgrade |
Direct Upgrade |
Direct Upgrade |
*To check the free disk space using CLI,
-
Use the vshell command to switch to vshell.
-
In vshell, use the df -kh | grep boot command.
**Cluster upgrade must be performed using CLI
-
Use the following command to upgrade the configuration database. This must be done on only one node in the cluster:
request nms configuration-db upgrade
Note
We recommend the data base size in the disk is less than or equal to 5GB. Use the
request nms configuration-db diagnostic
command to check the data base size. This is applicable only for upgrades of devices running Cisco SD-WAN Manager Release 20.1.1 and later.
-
Enter login credentials, if prompted. Login credentials are prompted if all Cisco SD-WAN Manager server establish control connection with each other. After a successful upgrade, all configuration-db services are UP across the cluster and the application-server is started.Enter login credentials, if prompted. Login credentials are prompted if all Cisco SD-WAN Manager server establish control connection with each other. After a successful upgrade, all configuration-db services are UP across the cluster and the application-server is started.
Resolved and Open Bugs
About the Cisco Bug Search Tool
Use the Cisco Bug Search Tool to access open and resolved bugs for a release.
The tool allows you to search for a specific bug ID, or for all bugs specific to a product and a release.
You can filter the search results by last modified date, bug status (open, resolved), severity, rating, and support cases.
Bugs for Cisco SD-WAN Controllers Releases 20.8.1
This section details all fixed and open bugs for this release. These are available in the Cisco Bug Search Tool through the Resolved Bug Search.
Resolved Bugs for Cisco SD-WAN Controllers Releases 20.8.1
Identifier |
Headline |
---|---|
Not able to change config-db credentials on 20.6.2 |
|
Clouddock cluster activation failure due to Cisco vManage sending CCM tasks to both CSPs |
|
MT: If Cisco vEdge device is attached to device template during tagrule conflict it shows |
|
Cisco vEdge Does Not Respond Properly to vSmart Policy Prefix-list Changes (CLI Policy) |
|
Security policies applied to incorrect interface in cluster mode, iptables |
|
20.7: Unreachable node still shows up in device list |
|
Cisco vManage UI failed to update password |
|
ST: Tag removed from devices , removed from tag management page but tag rule stays on config group |
|
Cloud Global Settings AWS subnet setting |
|
Cisco vBranch: Cisco NFVIS upgrade shows "Failed to establish netconf session with device" in Cisco vManage Task Log |
|
PNP portal is sending Cisco vManage subject serial for virtual devices such as CSR1000v and vEdge cloud |
|
Edited security policy under main-template and this template rolled back to old one in UI |
|
Cisco vManage clustering doesn't support CoRC (Colo/CloudDock) |
|
System IP persists after invalidating the edge devices from the Cisco vManage which it is not connected . |
|
Interface endpoint displayed as "null" when bfd session is between provider and tenant edge device |
|
Config Group: WAN intf with Device Specific IP/Mask deploy failed |
|
Filtering the data based on local tloc is returning no data in vmanage GUI for DPI stats |
|
Device is online. Failed to attach configuration template : internal error. |
|
Cisco Catalyst SD-WAN Manager Unauthorized Configuration Rollback Vulnerability |
Open Bugs for Cisco SD-WAN Controllers Releases 20.8.1
Identifier |
Headline |
---|---|
No option to setup cellular controller and profile during the CG creation using custom workflow |
|
On Cluster setup, for one Node UI is not accessible, but app-server is running |
|
Add CSP on MT cluster results in Failure |
|
Cisco vManage GUI takes a long time to load when using Firefox |
|
Config Group and device template both gets associated with device |
|
services still communicate via old OOB IP after changing the vpn 0 OOB interface IP |
|
20.8 : Disaster Recovery workflow fails during switchover |
|
UX2.0: LAN Segment: Created two intf asso. the same VPN, device specific variables are duplicated |
|
UX2.0: Tagging rule "Not contain" on new CG missing a device which previous deployed with another CG |
|
App-Server continuously restarting after the restore of config-db during Active-Backup Restore |
|
Enabling or Disabling OMP Overlay AS Prevents Connected Routes from Being Advertised in OMP |
|
Delete CSP(with CCM) followed by Add CSP - MT Cluster failed - Infra Exception |
|
Unable to download admin-tech information whch is fetched from device by Cisco vManage |
|
Quick Connect workflow still missing config group when tag is copied to a device |
|
C1116-4P: CLI template push fails with error: 'Error: on line 48: line-mode single-wire line 0' |
|
Umbrella stats file has incorrect format. |
|
Unable to push radius server configuration |
Cisco Catalyst SD-WAN Control Components Compatibility Matrix and Server Recommendations
For compatibility information and server recommendations, see Cisco Catalyst SD-WAN Control Components Compatibility Matrix and Server Recommendations.
Cisco vManage GUI Changes
This section presents a comparative summary of the significant changes between Cisco vManage 20.7.x and earlier releases, and Cisco vManage Release 20.8.1.
Change in Control Labels
In Cisco vManage Release 20.8.1, the labels of the following UI elements have changed:
-
DPI to SAIE: The deep packet inspection (DPI) flow is now called the SD-WAN Application Intelligence Engine (SAIE) flow. As a result, all UI elements related to DPI have been renamed as SAIE.
-
Device to Device Templates ( )
-
Feature to Feature Templates ( )
Support for Web Content Accessibility Guidelines (WCAG) 2.1 Standard
Cisco vManage Release 20.8.1 supports Web Content Accessibility Guidelines (WCAG) 2.1 standard for the AA conformance level, with the following limitations:
WCAG Success Criterion |
Support |
Limitation |
---|---|---|
2.1.2: No Keyborad Trap |
Not Supported |
You cannot exit from SSH terminal using the keyboard. |
2.4.5: Multiple Ways |
Not Supported |
You can locate pages on Cisco SD-WAN Manager using only one method. |
1.1.1: Non-text Content |
Partially Supported |
Cisco SD-WAN Manager partially supports alternative text. |
1.3.1, 3.3.1, 3.3.2, and 4.1.3: Screen Reader |
Partially Supported |
Cisco SD-WAN Manager partially supports screen reader for annoucements, error messages and data tables. |
1.3.5: Identify Input Purpose |
Partially Supported |
Some input fields which collect personal information are not entirely supported by identify input purpose. |
1.4.1: Use of color |
Partially Supported |
Cisco SD-WAN Manager uses colors to convey certain information and is partially compliant with WCAG 2.1 criterion for the use of colors. |
1.4.3: Contrast |
Partially Supported |
Cisco SD-WAN Manager contains GUI elements that are not visible in the OS high contrast setting. Some text does not fully comply with the WCAG 2.1 color contrast ratio standards. |
1.4.4: Resize text |
Partially Supported |
Cisco SD-WAN Manager partially supports browser resize text functionality. |
1.4.10: Content reflow |
Partially Supported |
Cisco SD-WAN Manager partially supports content reflow. |
1.4.11: Non-text contrast |
Partially Supported |
Cisco SD-WAN Manager partially supports non-text contrast ratio of 3:1. |
1.4.13: Content on hover or focus |
Partially Supported |
Cisco SD-WAN Manager partially supports content on hover or focus. |
2.1.1: Keyboard |
Partially Supported |
Cisco SD-WAN Manager elements provide partial support to access the elements using the keyboard. |
2.4.2: Page titled |
Partially Supported |
Cisco SD-WAN Manager does not have meaningful page titles. |
2.4.3: Focus order |
Partially Supported |
Some elements in Cisco vManage do not have a logical focus order. |
2.4.4: Link purpose (in-context) |
Partially Supported |
Cisco SD-WAN Manager partially supports link purpose (in context). |
2.4.6: Headings and labels |
Partially Supported |
Cisco SD-WAN Manager partially supports label in name. |
2.4.7: Focus visible |
Partially Supported |
Cisco SD-WAN Manager partially supports visible focus indicator. |
2.5.3: Label in name |
Partially Supported |
Cisco SD-WAN Manager contains some accessible names that do not match with their visible label. |
4.1.1: Parsing |
Partially Supported |
Some GUI elements do not have a unique ID on a page. |
4.1.2: Name, role, value |
Partially Supported |
Cisco SD-WAN Manager contains some elements that do not have corrected names and roles. |
Related Documentation
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All printed copies and duplicate soft copies of this document are considered uncontrolled. See the current online version for the latest version.
Cisco has more than 200 offices worldwide. Addresses and phone numbers are listed on the Cisco website at www.cisco.com/go/offices.
Cisco and the Cisco logo are trademarks or registered trademarks of Cisco and/or its affiliates in the U.S. and other countries. To view a list of Cisco trademarks, go to this URL: https://www.cisco.com/c/en/us/about/legal/trademarks.html. Third-party trademarks mentioned are the property of their respective owners. The use of the word partner does not imply a partnership relationship between Cisco and any other company. (1721R)