For the community, from the community.
Easily create, remove, modify volumes from CLI or API / Driver Support.
Data can be stored on either HDD, SSD, NVME or PMEM. Live migration is possible between each other.
Possibility to have multiple clusters in different geographical locations.
Data deduplication is one such technology that enables better utilisation of both storage devices and network bandwidth.
LINBIT SDS is performing better while consuming lowest CPU & memory in the market.
World IOPS record is broken with LINBIT SDS + DRBD.
Openshift, Opennebula, Openstack, Kubernetes, Docker, Hyper-v, Vmware, Proxmox
Up to 32 replicated persistent volumes provided by DRBD.
LINBIT SDS detects failures and automatically recovers from failed drives, network interfaces, failing switches, etc.
Each volume can be provisioned on local disks, or remote access can be achieved using DRBD-Diskless, ISCSI, NFS, NVME-OF etc.
High performance, scalability, availability, and reliability.
In order to provide integrity, LINBIT SDS supports 3 synchronization methods which is; Variable-rate, Fixed-rate, Checksum-based.
LINBIT VSAN appliance gives you the ability to do Hyper-converged infrastructure. With the support of Hyper-converged, you can increase flexibility, simplify deployments, lower the costs. In short, do more with less.
Since LINBIT SDS components are not on the data path, you can easily upgrade and manage the entire cluster with ease.
Built-in HA (Highly Available), scale-out iSCSI target, and NFS server is managed by LINBIT SDS.
The same volume may be attached to many servers/clients.
Ability to use multiple CPU cores in parallel in order to increase the performance per server.
Infiniband , RDMA and 10/40/56/100 Gbit Еthernet support.
Network redundancy can be archived by TCP/IP. With RDMA load balancing is possible.
(DRBD Diskless mode) developed for maximum throughput and lowest possible latency.
Reconfiguration of the volume settings are possible without interruption.
Provide seamless integration, simple management, and high availability.
Available on all of the client nodes, simultaneously accessible (Read only) and fully consistent.
Instantaneous, copy on write (CoW), snapshots and clones.
Each pool may have a different set of drives. There may be a single pool or multiple pools per cluster. For best performance, SSD Pools can be created or HDD pools can be configured for big storage needs.
Spinning drives need ssd caching for some scenarios, therefore LINBIT SDS supports that. (dmcache or bcache)
Automate volume creation and management. Resource groups, resource definitions are possible.
Allows more storage visible to the users than is physically available on the system. Thin provisioning also allows snapshots and clones.
Synchronous, Asynchronous, semi-synchronous replication.
Trim/Discard are two names for the same feature: a request to a storage system, telling it that some data range is not being used anymore and can get recycled.
Through an asynchronous transfer of encrypted snapshots to a remote location(s).
Better utilization for long distance replication & backups to s3 & other targets
Find out about our #opensource beginnings and the industry’s future in this interview with cybernews: “turning to open source is a win for every organization”
Full interview here:
Philipp Reisner, LINBIT: “turning to open source is a win for every organization” | Cybernews
Today we are speaking with Philipp Reisner, CEO of LINBIT – a world's leading provider of SDS, High Availability, and Disaster Recovery software.