l
Do you want to create Fault Sets? See the requirements in "Fault Sets".
Implementing VxFlex OS over a Linux bare metal system
You can implement VxFlex OS on bare metal Linux servers in the following
configurations:
l
Converged - the MDM, SDS, SDC, and LIA components are installed on the host.
l
2-layer - the MDM, SDS, and LIA components are installed on the host. After
deployment, manually install the SDC component on application nodes that
consume VxFlex OS storage. This is the default architecture.
Linux VxFlex OS converged implementation
In the Linux VxFlex OS converged environment, the MDM, SDS, and SDC components
are all installed on the host.
The LUNs can be formatted with the operating system-supported file system, and
then exposed using mount points to the OS, or they can be used as raw devices. When
the LUNs are used as raw devices, the file system layer is omitted.
If multiple nodes are accessing the same device a cluster file system solution must be
implemented on the client side.
SDS device management
Devices are managed in the following way:
l
Direct I/O
Device management is performed on the host directly, yielding the best I/O
performance. Devices are added to the system after the deployment. On factory-
installed VxFlex Ready Node servers, the AMS configures the optimal device
configuration on the Linux servers and adds devices to the system.
Deployment considerations
Take the following into account:
l
Pre-deployment
n
Are there flash devices that will be added to the SDS?
n
Do you want to create Fault Sets? See the requirements in the "Fault sets"
section.
l
Post-deployment
n
After deployment is complete, AMS sets all VxFlex OS processes to start
automatically with boot of the nodes. Do not set change the settings unless
instructed by VxFlex OS guidelines.
Linux 2-layer VxFlex OS implementation
In the Linux 2-layer architecture, the MDM and SDS components are all installed on
the host. The SDC component is manually installed on the compute node that
consumes VxFlex OS storage. This is the default implementation architecture.
The LUNs can be either formatted with the compute operating system-supported file
system, and then exposed using mount points to the operating system, or can be used
as raw devices. When the LUNs are used as raw devices, the file system layer is
omitted.
If multiple nodes are accessing the same device a cluster file system solution must be
implemented on the client side.
Architecture
72
Dell EMC VxFlex Ready Node AMS User Guide
Summary of Contents for EMC VxFlex Ready Node
Page 1: ...Dell EMC VxFlex Ready Node Version 3 x AMS User Guide P N 302 005 733 REV 02 June 2019 ...
Page 10: ...Contents 10 Dell EMC VxFlex Ready Node AMS User Guide ...
Page 12: ...Figures 12 Dell EMC VxFlex Ready Node AMS User Guide ...
Page 14: ...Tables 14 Dell EMC VxFlex Ready Node AMS User Guide ...
Page 18: ...Introduction 18 Dell EMC VxFlex Ready Node AMS User Guide ...
Page 24: ...Introduction to VxFlex Ready Node 24 Dell EMC VxFlex Ready Node AMS User Guide ...
Page 80: ...Architecture 80 Dell EMC VxFlex Ready Node AMS User Guide ...
Page 110: ...VxFlex OS Performance Fine Tuning 110 Dell EMC VxFlex Ready Node AMS User Guide ...
Page 130: ...Managing and Monitoring 130 Dell EMC VxFlex Ready Node AMS User Guide ...
Page 156: ...Managing System Objects 156 Dell EMC VxFlex Ready Node AMS User Guide ...
Page 182: ...Security Management 182 Dell EMC VxFlex Ready Node AMS User Guide ...
Page 188: ...Monitoring the System using the VxFlex OS GUI 188 Dell EMC VxFlex Ready Node AMS User Guide ...
Page 252: ...Reference 252 Dell EMC VxFlex Ready Node AMS User Guide ...
Page 274: ...Common Tasks 274 Dell EMC VxFlex Ready Node AMS User Guide ...
Page 292: ...System events 292 Dell EMC VxFlex Ready Node AMS User Guide ...
Page 324: ...SNMP Trap Support 324 Dell EMC VxFlex Ready Node AMS User Guide ...
Page 348: ...DTK Hardware Update Bootable ISO 348 Dell EMC VxFlex Ready Node AMS User Guide ...
Page 354: ...Glossary 354 Dell EMC VxFlex Ready Node AMS User Guide ...