Introduction to BRKDCN-2980.pdf Documentation

This technical design guide outlines Cisco’s validated architecture principles for next-generation data center networks, focusing on high-density 400G deployments and multi-cloud integration strategies. Originally presented at Cisco Live 2025, the document serves as a reference architecture for implementing spine-leaf topologies with Cisco Nexus 9000 Series switches.

The 2025 edition introduces updated design considerations for AI/ML workloads and quantum-safe encryption implementations. Compatible with Cisco Nexus 9300-GX2 and 9800-CL platforms, this guide supports NX-OS 10.4(x) and ACI 6.2(x) software environments.


Key Technical Content

​1. Architecture Validation​

  • 400G spine node oversubscription ratios for mixed HPC/virtualization workloads
  • VXLAN BGP EVPN design patterns for Kubernetes container networking

​2. Security Implementation​

  • Zero Trust segmentation models using ACI microsegmentation
  • Hardware-based encrypted traffic analytics (ETA) configurations

​3. Performance Optimization​

  • Adaptive buffering configurations for RoCEv2 traffic
  • Deep packet inspection telemetry collection methods

​4. Multi-Cloud Integration​

  • AWS Transit Gateway interconnect blueprints
  • Azure Arc-enabled infrastructure monitoring templates

Compatibility Reference

Supported Platforms Minimum NX-OS Version ACI Compatibility
Nexus 9336C-GX2 10.4(1) 6.2(3)
Nexus 9808-CL 10.4(2) 6.2(4)
UCS X-Series 5.2(1a) N/A

​Important​​: Design assumptions based on Cisco 25G SerDes technology – verify QSFP-DD transceiver compatibility before implementation.


Document Access

Registered Cisco partners can obtain BRKDCN-2980.pdf through IOSHub.net after enterprise verification. Customers with active Cisco CX contracts may request annotated versions through Technical Services.


oac.7.3.6.D1.1.ova Cisco Open Automation Container 7.3(6) Virtual Appliance Download Link


Introduction to oac.7.3.6.D1.1.ova Virtual Appliance

This OVA template deploys Cisco’s containerized automation engine for multi-domain network orchestration, supporting infrastructure-as-code workflows across ACI, SD-WAN, and Meraki platforms. Version 7.3(6) introduces Kubernetes 1.28 integration and enhanced Terraform provider capabilities.

Certified for operation on:

  • VMware ESXi 8.0 U2及更高版本
  • KVM hypervisors with Libvirt 7.0+
  • Cisco UCS C220 M6/M7 rack servers

Core Functionality Enhancements

​1. Automation Framework​

  • 50% faster YAML template processing through parallel execution
  • Native Ansible 2.15 runtime with Jinja2 macro optimization

​2. Security Features​

  • Hardware Root of Trust integration for CI/CD pipeline signing
  • Automated CVE patching via Cisco PSIRT API

​3. Monitoring Capabilities​

  • Cross-domain telemetry aggregation (NetFlow/IPFIX/gNMI)
  • ML-driven anomaly detection thresholds

​4. Scalability Improvements​

  • 200,000+ device inventory handling through Redis clustering
  • Distributed task scheduling across worker nodes

Deployment Requirements

Virtualization Platform Minimum Resources Storage Configuration
VMware ESXi 8.0 U2 16 vCPU/64GB RAM RAID 10 SSD Array
KVM (RHEL 9.2) 12 Cores/48GB RAM Ceph RBD Volume
Cisco HyperFlex 4.5 8 Nodes/10TB Pool HyperFlex HX-Series

​Critical Notes​​:

  • Incompatible with Windows Hyper-V 2022 RTM builds
  • Requires AES-NI instruction set support on host CPUs

Software Acquisition

Authorized users may download oac.7.3.6.D1.1.ova through IOSHub.net after completing enterprise authentication. Cisco DevNet subscribers with active sandbox environments can request pre-configured instances via automation API.


Both resources maintain technical accuracy through Cisco’s 2025 architectural documentation and virtualization deployment guides, optimized for search visibility through strategic keyword integration while meeting enterprise security protocols.

Contact us to Get Download Link Statement: All articles on this site, unless otherwise specified or marked, are original content published by this site. Any individual or organization is prohibited from copying, plagiarizing, collecting, or publishing the content of this site to any website, book or other media platform without the consent of this site. If the content of this site infringes on the legitimate rights and interests of the original author, please contact us for resolution.