Huawei’s OPNFV Lab

Huawei’s Lab Specification

Introduction

Huawei’s lab providing 5 PODs for baremetal deployment, 4 standalone servers for virtual deployment. All the resources have been attached to jenkins master, you can view the slaves below in jenkins master. Current POD assignments and individual POD details are listed below.

Lab Resources & Assignments

Resource Project(s) POD Role Status
huawei-pod1 compass4nfv CI Stable Active
huawei-pod2 compass4nfv CI Stable Active
huawei-pod3 yardstick Dev/Test Active
huawei-pod4 compass4nfv CI Stable Active
huawei-pod5 compass4nfv CI Stable Active
huawei-virtual1 compass4nfv CI Stable Active
huawei-virtual2 compass4nfv CI Stable Active
huawei-virtual3 compass4nfv CI Stable Active
huawei-virtual4 compass4nfv CI Stable Active

Acceptable Usage Policy

All of these resources above are used for OPNFV CI, if there is any requirement by OPNFV contributor or committer for the purpose of OPNFV development, please apply to us for permission.

Remote Access Infrastructure

Huawei provides VPN(OpenVPN) to connect the lab.

Remote Access Procedure

This environment is free to use by any OPNFV contributor or committer for the purpose of OPNFV approved activities, you just need to obtain VPN credentials to access.

Access to this environment can be granted by sending a e-mail to:

Following information should be provided in the request:

  • subject: opnfv_huawei_access
  • Full name
  • e-mail
  • Phone
  • Organization
  • OPNFV Contributor/Committer name :
  • OPNFV Project(s) Association:
  • LF ID:
  • Recommended by:
  • PGP public key (preferably registered with a PGP PKI server)
  • SSH public key

Granting access normally takes 3-5 business days.

Detailed access descriptions will be provided with your access grant e-mail.

Lab Documentation

Lab Topology

Below you’ll find a topological view of the hosting set-up,you can get more detailed information from the individual POD.

OPNFV


Figure 1: Huawei lab OPNFV hosting environment overview

Huawei PODs Specification

NOTE: Illustrated by the example of huawei-pod1&huawei-virtual1.

huawei-pod1

Introduction

This is a bare metal deployment pod deployed by compass installer

Hardware
  • the pod1 consist of 6 Rack servers, the following is detail
Hostname CPU Storage Memory ipmi Mac &ip
jumpserver Intel(R) Xeon(R) CPU X5650 @ 2.67GHz 1.8TB 31G  
Host1 controller Intel(R) Xeon(R) CPU E5-2690 @ 2.90GHz 4.2TB 188G eth3:Mac F8:4A:BF:55:A2:8E ip 172.16.130.26
Host2 controller Intel(R) Xeon(R) CPU E5-2670@ 2.60GHz 6TB 188G eth3:Mac D8:49:0B:DA:5A:B8 ip 172.16.130.27
Host3 controller Intel(R) Xeon(R) CPU E5-2670@ 2.60GHz 8.4TB 188G eth3:Mac 78:D7:52:A0:B1:9D ip 172.16.130.29
Host4 compute Intel(R) Xeon(R) CPU E5-2670@ 2.60GHz 7.2TB 188G eth3:Mac D8:49:0B:DA:5B:5E ip 172.16.130.30
Host5 compute Intel(R) Xeon(R) CPU E5-2670@ 2.60GHz 4.8TB 188G eth3:Mac D8:49:0B:DA:56:86 ip 172.16.130.31
  • 1 Huawei S9300 10G switch for storage, management and public traffic - 2x10GE to each server.
  • 1 Huawei S5300 1G switch for installing and Lights+out management traffic - 2x1GE to each server.
  • 1 VPN concentrator for remote access and management.
  • 1 Huawei firewall and router for public network secure access.

huawei-pod1 Topology

OPNFV


Figure 1: Huawei lab pod1 topology

huawei-pod1 Network

Below you’ll find a topological view of the huawei-Pod1 set-up:

OPNFV


Figure 2: Full Pod network configuration

huawei-virtual1

Introduction

This is a virtual deployment POD deployed by compass installer

Hardware

virtual pod consist of one standalone server

name huawei-virtual1
CPU Intel(R) Xeon(R) CPU E5-2680 v3 @ 2.50GHz
Memory 251G
Storage 4TB
IP 192.168.107.2

Network

Below you’ll find a topological view of the huawei-virtual1 Pod set-up:

OPNFV


Figure 3: virtual deployment pod network configuration