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Limit | |
---|---|
Injected File Content Bytes | 10240 |
Metadata Items | 128 |
Server Group Members | 10 |
Server Groups | 10 |
RAM (MB) | 128000 |
Key Pairs | 100 |
Length of Injected File Path | 255 |
Instances | 20 |
Injected Files | 5 |
VCPUs | 64 |
Per Volume Size (GiB) | -1 |
Total Size of Volumes and Snapshots (GiB) | 1000 |
Backup Size (GiB) | 1000 |
Volume Snapshots | 10 |
Volumes | 15 |
Backups | 10 |
Physical infrastructure
One controller node, two compute nodes (Blades in a pureflex center)After we discovered a performance problem on our first lab infrastructure, we tried to setup Openstack & ONAP on a bare metal server in Softlayer. This was the break through which let a lot of issues we had before simply disappear. Nevertheless, some of the experience made it into a JIRA entry to improve the way the VMs and/or containers are started.
Role | CPU Type | cores |
Disk (Gb) | RAM (Gb) | Remarks | |
Compute |
Dual processor E5 |
2690 |
40
DS3500 or V7000 SAN Disks
2000
v4 | 56 | 600GB SAS (RAID) | 128 | |
Compute |
Dual processor E5 |
2690 |
40
DS3500 or V7000 SAN Disks
3000
377
v4 | 56 | 600GB SAS (RAID) | 128 | ||
Controller | 4 CPU (VM) | 100 | 12 | Virtual instance on a host distinct from compute nodes |
N.B.: We use shared SAN disks in the lab as one of may users. We believe that this creates a bottleneck and we re-create the Openstack instance on some alternative hardware. Details coming soonThe disk size is a bit small, we decreased the disk sizes in the big flavors (a see could see that from 160GB requested disk size only ~6GB were used after install). We will change compute nodes shortly to ones with more disk space.
Other observations
A few observations we made during the setup of on vanilla Openstack.
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