OpenStack + Nano Server + Hyper-V + S2D
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The document discusses hyper-converged deployments which integrate compute, storage, and network functions into equal commodity servers, highlighting cost-effectiveness. It outlines key components such as OpenStack, Nano Server, Hyper-V, and MAAS, as well as programming languages used. The document also mentions demo setups and provides links for further exploration.
OpenStack + Nano Server + Hyper-V + S2D
- 1. Hyper-C Alessandro Pilotti | Gabriel Samfira
- 3. What is a Hyper-Converged deployment? Traditional deployments: separate compute, storage, network hosts Hyper-converged: all hosts are equal Uses commodity servers and local storage -> Much cheaper
- 4. Main components • OpenStack • Nano Server • Hyper-V • Storage Spaces Direct • MAAS • Juju
- 5. Languages • OpenStack: Python, C++ (Python native extensions) • Juju Charms: PowerShell, C#, Python • Juju: Go • MAAS: Python • Open vSwitch: C
- 6. OpenStack • Open source cloud management software • Largest open source foundation after Linux • The cloud software used by most of the big names in the industry
- 7. Nano Server • Leightweight • Windows without windows • Very small footprint • Fast deployment and boot • Included with Windows Server 2016
- 8. Hyper-V • Microsoft’s hypervisor • OpenStack drivers / plugins by Cloudbase
- 9. Storage spaces direct • Shared nothing storage • Data mirroring • Scale-out File Server • SMB Direct / RDMA
- 11. MAAS • Metal as a Service • DHCP / PXE based provisioning • Included in Ubuntu • Uses a Linux image to perform enlisting / provisioning / deployment • Easy autodiscovery • Supports IPMI, AMT and other BMC options (including Lego )
- 12. Juju • Automated deployment made easy • Alternative to Puppet, Chef, etc • Charms provide the deployment scripts • Easy way to create relationships between charms for complex deployments
- 13. Juju Charms
- 16. Demo rig • Intel NUC (i3 / i5, 16GB RAM, 2 * 512 GB SSD, USB3 Gb ethernet) • Lego EV3 + LeJOS firmware (IPMI-like power management for all! ) • 1 MAAS controller • 4 deployment nodes
- 17. Links • https://cloudbase.it/hyper-c-part-2/ • Demo EV3: https://github.com/cloudbase/reBot