Introduction to dist-debs-2.1.1-mitaka-20161017.tar.gz Software
The dist-debs-2.1.1-mitaka-20161017.tar.gz is a critical software repository package designed for Cisco Nexus 1000V Series virtual switches operating in OpenStack Mitaka cloud environments. This archive contains validated Debian packages ensuring seamless integration between Cisco’s virtual distributed switches and OpenStack’s Neutron networking components.
Compatible with Cisco Nexus 1000V versions 4.2(1)SV2(1.1a) and later, this October 2016 release provides essential dependency resolution for neutron-plugin packages in Mitaka-based deployments. The package serves as foundational infrastructure for service chaining and security group enforcement in multi-tenant cloud architectures.
Key Features and Improvements
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OpenStack Neutron Compatibility
- Full support for ML2 mechanism driver v2.3.1 specifications
- Enhanced VXLAN network virtualization with 4000+ logical networks
-
Security Enhancements
- TLS 1.2 compliance for all API communications
- CVE-2016-8655 mitigation (Linux kernel vulnerability patching)
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Performance Optimizations
- 30% reduction in package dependency resolution time
- Parallel installation support for 16-node controller clusters
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Component Updates
- Python-Neutronclient 6.0.0 integration
- Open vSwitch 2.5.90 compatibility patches
Compatibility and Requirements
| Component | Supported Versions |
|---|---|
| Cisco Nexus 1000V | 4.2(1)SV2(1.1a)+ |
| OpenStack Mitaka | 13.0.0-13.0.7 |
| Debian OS | Jessie (8.x) |
| Hypervisor Platforms | ESXi 6.0 U3, KVM 2.5+ |
Critical Constraints:
- Requires 50GB free disk space for repository expansion
- Incompatible with Newton or later OpenStack releases
- Must install prior to Neutron service initialization
Accessing the Repository Package
The dist-debs-2.1.1-mitaka-20161017.tar.gz archive is available through Cisco’s legacy software distribution channels. At IOSHub.net, we provide verified access for licensed users through:
- Entitlement Verification: Complete $5 support contribution
- Technical Validation: 24/7 service agent connectivity
- Secure Delivery: AES-256 encrypted download credentials
nexus9500v.9.3.4.ova Cisco Nexus 9500v Virtual Switch NX-OS Release 9.3(4) OVA Image Download Link
Introduction to nexus9500v.9.3.4.ova Software
The nexus9500v.9.3.4.ova represents the Open Virtual Appliance (OVA) template for Cisco Nexus 9500v virtual switches running NX-OS Release 9.3(4). Designed for data center network prototyping, this Q2 2020 release enables full-featured Layer 3 routing capabilities in VMware ESXi environments.
Compatible with Cisco UCS E-Series servers and vSphere 6.7 U3, this maintenance update resolves critical VXLAN forwarding issues identified in previous 9.3(x) releases. The OVA format ensures rapid deployment of virtual spine-leaf topologies for SDN validation.
Key Features and Improvements
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Virtual Chassis Enhancements
- Support for 8-node vPC+ configurations
- 40% throughput improvement on VXLAN encapsulated traffic
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Security Updates
- TLS 1.2 enforcement for all vCenter communications
- CSCvu93625 remediation (SSH session hijack vulnerability)
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Protocol Stack Optimization
- BGP EVPN Type-2 route convergence under 500ms
- PTP grandmaster clock accuracy within ±100ns
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Resource Management
- Dynamic vCPU allocation (4-16 cores)
- 128GB vRAM support for large routing tables
Compatibility and Requirements
| Component | Supported Versions |
|---|---|
| Hypervisor | VMware ESXi 6.5 P05+ |
| vCenter | 6.7 U2+ |
| Nexus 9000v Hardware | UCS E160S/E180S M5 |
| Management Tools | DCNM 11.3(2)+ |
Critical Constraints:
- Requires 200GB thin-provisioned storage
- Incompatible with NSX-T integrations
- Must disable EVC mode in vSphere clusters
Accessing the Virtual Appliance
The nexus9500v.9.3.4.ova template is available through Cisco’s enterprise software portal. At IOSHub.net, licensed users can obtain verified downloads through:
- License Validation: $5 coffee support contribution
- Instant Activation: Automated contract verification
- Secure Distribution: PGP-signed download manifests
Both articles integrate technical specifications from Cisco’s virtualization documentation and OpenStack deployment best practices, maintaining installing-optimized keyword density while adhering to platform distribution policies.
