- Written by Joseph Walsh
- Posted on 11月 6, 2024
- Updated on 11月 6, 2024
- 4817 Views
The Interface Diagnostics quick action provides you with a fast and efficient way to run interface cycles and cable diagnostics on your campus devices from the Campus Health Overview Dashboard. The devices available are those with a Campus tag, which is automatically assigned to devices configured with the Campus Fabric Studio (L2/L3/EVPN).
- Written by Joseph Walsh
- Posted on 10月 30, 2024
- Updated on 10月 30, 2024
- 5013 Views
This studio enables you to quickly configure access interfaces towards endpoint devices in your campus network. This configuration relates to the devices in Access Pods deployed using the Campus Fabric (L2/L3/EVPN) Studio.
- Written by Joseph Walsh
- Posted on 10月 30, 2024
- Updated on 10月 30, 2024
- 4917 Views
The Campus Health Dashboard provides an overview of your network state. Devices stream telemetry data to CloudVision in real-time, giving you immediate and up-to-date insights into your network’s health. The timepicker can be used to view historic data of the network state.
- Written by Joseph Walsh
- Posted on 10月 30, 2024
- Updated on 10月 30, 2024
- 4820 Views
You can use the Access Interface Configuration quick action to assign configuration profiles to devices. The guided workflow will display an illustration of device front panels, which you can use to select interfaces from.
- Written by Joseph Walsh
- Posted on 10月 28, 2024
- Updated on 10月 28, 2024
- 5345 Views
The Campus Fabric studio allows you to set up and configure a complete campus network using Arista’s validated designs. By leveraging zero touch provisioning (ZTP), you can seamlessly onboard EOS devices, define their roles and connections within the fabric, and configure L2 and L3 services across the fabric.
Deployments utilizing VXLAN, a routing underlay (OSPF or eBGP), and a routing overlay (eBGP) are supported, and you can also define connections to non-EOS devices in the fabric. Additionally, PTP, 802.1X, IP locking, and other network features are supported by the studio.
- Written by Joseph Walsh
- Posted on 10月 24, 2024
- Updated on 10月 24, 2024
- 4856 Views
The Management Connectivity Studio is used to configure out-of-band (OOB) management interfaces. You’ll create a profile of configured attributes for management interfaces, which can be assigned to multiple devices at once using tags.
- Written by Joseph Walsh
- Posted on 7月 25, 2024
- Updated on 7月 25, 2024
- 5786 Views
This studio enables you to quickly configure access interfaces towards endpoint devices in your campus network. This configuration relates to the devices in Access Pods deployed using the Campus Fabric (L2/L3/EVPN) Studio. The studio consists of port profiles and campus networks. You can create port profiles, which contain configuration for attributes like speed and MTU, which you can then assign to device interfaces in a campus fabric. Editing the profile will then affect all interfaces that the profile has been assigned to. You can also configure individual interfaces.
- Written by Joseph Walsh
- Posted on 7月 25, 2024
- Updated on 7月 25, 2024
- 5865 Views
The Campus Dashboard provides an overview of your network state. Devices stream telemetry data to CloudVision in real time, giving you immediate and up-to-date insights into your network’s health. The timepicker can be used to view historic data of the network state.
- Written by Joseph Walsh
- Posted on 7月 25, 2024
- Updated on 7月 25, 2024
- 5754 Views
You can use the Access Interface Configuration quick action to assign configuration profiles to devices. The guided workflow will display an illustration of device front panels, which you can use to select interfaces from.
- Written by Joseph Walsh
- Posted on 7月 25, 2024
- Updated on 7月 25, 2024
- 6348 Views
The Static Configuration Studio is used to manage static configuration for devices, provide configuration not created by any other studio, and reconcile differences between CloudVision’s designed configuration and device running configuration. Devices are assigned to containers using tags that can identify one or more devices by hostname, role, or location in the network. Each container has configlets of EOS configuration, which are pushed to the EOS devices.
