# Fabric Designer ## 🌐 **Fabric Designer** The **Fabric Designer** empowers users to easily **orchestrate Spectrum-X deployments** with support for both **1SU** and **2SU topologies**, delivering flexibility for different scale requirements. With ONES, users can effortlessly **design complete GPU networks** powered by **Spectrum-X** 🌐. By providing just a few simple inputs ⌨️, ONES recommends the optimal **switches (spine & leaf) and servers** βš™οΈ. Users can then deploy these seamlessly, while ONES takes care of **end-to-end orchestration** πŸš€ β€” ensuring a streamlined, reliable, and automated GPU fabric design. πŸš€ **Key Capabilities:** * **Intuitive Orchestration** – Simplifies complex network setups with a guided, user-friendly workflow. * **Multi-Tenancy Support** – Enables multiple organizations or business units to share infrastructure securely, with clear isolation of resources. * **Scalable Design** – Built to grow with your infrastructure, ensuring seamless expansion without added complexity. * **Consistency & Reliability** – Automatically validates configurations to reduce errors and improve deployment confidence. * **Faster Time-to-Value** – Cuts down deployment cycles, allowing enterprises to get Spectrum-X running in minutes instead of days. With **Fabric Designer**, administrators can achieve a **future-ready, multi-tenant network fabric** that is both **scalable** and **efficient**, while maintaining the highest standards of performance and reliability.
## 🌐 Fabric Orchestration **Navigate: Manage >> Fabric Designer >> New Design** 1. **Add the details and Continue**
2. **Add the inputs:** * Scalable Unit Config * Apply Hosts (number of host per SUs) * Subnet to be used for GPU NICs
3. **As per the inputs, Fabric-designer populate the topology structure**
4. **Topology details will be visible**
5. **Validation** * import the inventory with all the devices details and validate the switch and server inventory
6. **Validate the inventory** * Switch inventory * Server Inventory {% hint style="info" %} This will validate the CSV input credentials before deploying the fabric {% endhint %}
7. **Deploy the Fabric**
## 🌐 **Brownfield Support** ONES Fabric Designer goes beyond greenfield deployments by offering **comprehensive brownfield support** πŸ—οΈ. With its powerful integration capabilities, ONES seamlessly connects to your **existing infrastructure** πŸ”Œ, enabling you to bring legacy environments into the modern fabric architecture. Not only does it integrate smoothly with your current setup, but it also empowers you to perform **Day-2 operations with ease** βš™οΈβ€”ensuring continuous **optimization, scalability, and operational efficiency** πŸš€ without disrupting existing services. With ONES, your brownfield environment becomes a part of a **future-ready, intelligent, and fully orchestrated fabric** 🌟. ## 🌐 NVIDIA AIR Deployment πŸ’‘ **Flexibility with NVIDIA AIR**\ NVIDIA AIR 🌐, the **digital twin for Spectrum-X** πŸ–₯️, empowers users to **design, model, and validate complex topologies** 🧩 in a **virtual, scalable, and easy-to-use environment**. By testing and refining your desired fabric architecture before deploying it in production ⚑, AIR ensures **smoother, more reliable, and seamless fabric orchestration** πŸš€. **Navigate: Manage >> Fabric Designer >> New Design** 1. **Add the details and Continue**
2. **Add the inputs:** * Scalable Unit Config * Apply Hosts (number of host per SUs) * Subnet to be used for GPU NICs
3. **As per the inputs, Fabric-designer auto populate the topology structure**
4. **Topology details will be visible, then proceed to next**
5. **Click Launch in NVIDIA AIR**
6. **Add the required details and Sign In**
7. Once Sign in it will launch NVIDIA AIR 1. Select the Simulation
8. It will show the Topology
9. User can come back to Model page to check the status
10. ONES will orchestrate the Fabric and will pass the operation and config status