OceanStor 9000 site


Currently, OceanStor 9000 is mainly used in M&E, HPC, and finance. For example, OceanStor 9000 is used as big data storage by a TV station, a meteorology bureau, and a bank.
For a specific version of OceanStor 9000, site details involve high-level permission. To obtain the details, contact related customer service managers.

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Introduction to sites of the OceanStor ReplicationDirector
Resources in a disaster recovery management system are organized by site. You can configure disaster recovery services at a site or between sites. Create a local or remote site based on the disaster recovery network mode (local or remote). Sites are categorized as local sites and remote sites by location. - Local site: a site managed by the local OceanStor ReplicationDirector server. - Remote site: a site managed by the remote OceanStor ReplicationDirector server. Sites are categorized as production sites and disaster recovery sites by protection relationship. - Production site: a site where a production system resides. Service systems of enterprises run at the protected production site. - Disaster recovery site: a site where a disaster recovery system resides. The disaster recovery site provides backup and disaster recovery for the production site. If a disaster occurs, the disaster recovery site can be used to recover services.

Maximum length of the site name on the Huawei ViewPoint 9030 endpoint
Maximum length of the site name on the Huawei ViewPoint 9000 endpoints: 64 characters

Reference materials for OceanStor 9000 deployment
For details about how to deploy OceanStor 9000, see the following documentation: - OceanStor 9000 Delivery Guide - OceanStor 9000 V100R001C30 LLD Template - OceanStor 9000 Best Practices

OceanStor 9000 networking
OceanStor 9000 separates the front-end and back-end networks and uses the front-end network for data exchange with customers, and the back-end network for data exchange among internal nodes. OceanStor 9000 supports the following typical networking modes: 1. 10GE front-end/back-end (recommended) 2. InfiniBand front-end/back-end (mainly for HPC scenarios) 3. 10GE front-end and InfiniBand back-end 4. GE front-end and 10GE back-end (for video surveillance and archiving scenarios)

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