Consumed through code, our infrastructure makes it simple to setup, allocate, and consume for administrators and developers alike while delivering faster time-to-revenue for the business.
Start here to learn about these APIs. Each guide provides detailed method and object descriptions, best practices, and general instructions for using APIs to manage a SolidFire storage system. The NetApp SolidFire software developer kit SDK suite is a collection of software modules and libraries that facilitate integration and orchestration between proprietary systems and third-party applications. The NetApp SolidFire 1. Github arrow-circle-o-right Support Resources Find self-service solutions and tools.
Home SolidFire. Explore E-Book. Explore Guide. SolidFire Python Release Notes The NetApp SolidFire software developer kit SDK suite is a collection of software modules and libraries that facilitate integration and orchestration between proprietary systems and third-party applications.
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Automation Store arrow-circle-o-right Github arrow-circle-o-right. Support Resources Find self-service solutions and tools Community arrow-circle-o-right Slack arrow-circle-o-right. Have Questions? Ask our SolidFire community experts! Post your queries here.Create on-demand services to deliver the public cloud experience on-prem with the Element software API. With more and more companies looking to technology to drive competitiveness the API allows developers to build solutions that serve key strategic initiatives.
Learn how consolidating workloads on a scale-out system with built-in multi-tenancy and QoS capabilities drives greater efficiency and performance for your entire infrastructure.
The SolidFire all-flash storage system brings an elevated level of agility to your cloud infrastructure, and ultimately, to your day-to-day business. Capacity licensing unbundles storage software from the hardware, letting you purchase and grow your cloud infrastructure to align with your ever-changing data-center needs—wherever and whenever that may be.
Discover storage built to enable the demands of your production-ready cloud environments—enabling self-service IT and accelerating the speed of business. Differentiate your hosted and managed services to increase service and platform revenue.
Ensure higher customer satisfaction. DevOps is evolving into a mainstream approach for managing a modern, programmable infrastructure. Start your transformation by automating every aspect of storage. SolidFire customers typically achieve an effective capacity range of 5x to 10x the usable capacity depending on application workloads. Deliver predictable performance to hundreds of applications on a single platform—every time.
Accelerate IT service delivery with a building-block approach to delivering capacity and performance on demand. Need a software update? Find downloads on Support. Accelerate next-generation data-center deployments with a node-based, web-scale solution. Get the cost and flexibility benefits of software-only storage without the supply-chain, system-integration, and support complexities.Introduction to NetApp - Basic Administration (7-mode)
Consolidate workloads with guaranteed performance and the ability to manage storage and compute independently. Experience Element to learn how quick and simple it can be to test APIs, manage your storage environment, and run multiple applications at the same time. Learn More. NetApp Keystone provides flexible cloud consumption models whether you build or buy, on-premises or in the public cloud.
Control your cloud infrastructure with the Element API. View Datasheet. Build Service Provider Infrastructure Differentiate your hosted and managed services to increase service and platform revenue. Accelerate DevOps DevOps is evolving into a mainstream approach for managing a modern, programmable infrastructure. Multiple Business Advantages pictogram-performance-bluex70 Guarantee workload performance.
Element software powers SolidFire to deliver a scalable, predictable, and automated storage system. Scalable Grow with your business demands by seamlessly and granularly adding capacity and performance for each new business requirement.
Deploy 10s of TBs to multiple PBs. Scale without disruptions or downtime. Mix nodes in the same cluster. Predictable Optimize your infrastructure. Use fine-grain Quality-of-Service settings to guarantee performance to every volume. Manage performance in real time without impacting other volumes. Simplify performance management at scale through QoS policies. Automated Set your infrastructure to automatic and respond to business demands rapidly with on-the-fly adjustments.
Maximize your TCO. Provision instantly and balance loads automatically, regardless of system condition or application activity. Use always-on deduplication and compression to minimize footprint. Protected Consolidate with confidence— your most critical information is protected.A key feature of the SolidFire cluster is the ability to set and modify during operation specific QoS levels on a volume for volume basis. The SolidFire cluster offers this along with de-duplication, compression, and an architecture that takes full advantage of SSDs.
To configure the use of a SolidFire cluster with Block Storage, modify your cinder. Unfortunately, this account formation resulted in issues for High Availability HA installations and installations where the cinder-volume service can move to a new node.
The current default implementation does not experience this issue as no prefix is used. This works well, but there is a possibility of a UUID collision for customers running multiple clouds against the same cluster. On the SolidFire cluster each volume will be labeled with the prefix, providing the ability to configure unique volume names for each cloud.
Changing the setting on an existing deployment will result in the existing volumes being inaccessible. To introduce this change to an existing deployment it is recommended to add the Cluster as if it were a second backend and disable new deployments to the current back end.
The QoS keys above no longer require to be scoped but must be created and associated to a volume type. For information about how to set the key-value pairs and associate them with a volume type, run the following commands:. Except where otherwise noted, this document is licensed under Creative Commons Attribution 3.
See all OpenStack Legal Documents. Toggle navigation. Contents SolidFire Supported operations.
Create, list, and delete volume snapshots. Create a volume from a snapshot. Copy an image to a volume. Copy a volume to an image. Clone a volume. Extend a volume. Retype a volume. Manage and unmanage a volume. String Create SolidFire accounts with this prefix. The default is NO prefix. Boolean Create an internal cache of copy of images when a bootable volume is created to eliminate fetch from glance and qemu-conversion on subsequent calls.
Useful if the device api is behind a proxy on a different port.It was standardized between and and is supported by all major operating system suppliers and almost all storage vendors, including many NetApp offerings. This is not going to be an iSCSI tutorial, many of which are readily available on the web.
SolidFire Cloud Storage
Instead, this blog post examines the three main reasons SolidFire decided on iSCSI as its storage transport of choice. What exactly does this mean? It also means each time Ethernet speed goes up, from 10 megabits to megabits to 1 gigabit to 10 gigabits and beyond, iSCSI benefits from the increase without having to make any changes.
It also provides the capability to route for larger networks. Other transports have needed to define the entire protocol from the physical signalling level to all of the network switching, reliability, and ordering. Evolutionary changes are only available if the transports, themselves, change. Another way to look at this is that iSCSI makes use of the standard Ethernet network ports built into all data center equipment.
This leads to the primary reason iSCSI is a commodity protocol: It can be fully implemented in software without any special equipment. There is one feature provided by iSCSI that especially suits SolidFire and any other scale-out storage, for that matter. That feature is iSCSI login redirection. It can optionally contain authentication information, if required.
It also contains a handful of other parameters that the host and storage negotiate. The iSCSI storage will validate the authentication, if needed and finish the negotiation of the parameters. When one end or the other decides to end the session, it can request or issue a logout or, more rudely, simply close the TCP connection between the two.
When an iSCSI login request comes in, storage can simply respond with a message informing the host that the target has temporarily moved to a different address and not continue forward with any of the regular negotiation. The host then reissues the login request to the new address. When a login request is received, that node decides which node should actually handle the traffic for the specified volume, and that node redirects the login to the IP address of the appropriate node.
That way a node can be chosen that can handle the IOPS and capacity requirements for that volume.
If a single node is handling too much traffic for its volumes, or a new node is added and volumes are redistributed, the SolidFire cluster asks the host to logout.
Immediately after logging out, the host attempts to log on to the original IP again since it was told the target temporarily movedand it is redirected to the new node serving that volume. The same approach works if a node is being removed from a cluster or a node goes down. In the case of a node being removed, all of the volumes served by that node request a logout and the host is redirected to a different node when it attempts to login.
If a node goes down, the host attempts to log on again. As soon as the SolidFire cluster realizes the node is down, login requests are redirected to nodes that are up.
Cluster upgrades use the same approach as removing a node. Any volumes being served by a node are redirected to another while that individual node is being upgraded. Once an upgraded node is ready, it can start serving a volume and another node can be upgraded.
This is all done without intervention and provides SolidFire with a nondisruptive upgrade technique. That this capability facilitates scale out, load balancing, self healing, and nondisruptive upgrading is another reason SolidFire chose iSCSI.NetApp, Inc.
It has ranked in the Fortune since InNetApp received venture capital funding from Sequoia Capital. Since then, the company's revenue has steadily climbed. NetApp competes in the computer data storage hardware industry. NetApp's OnCommand management software controls and automates data-storage.
ActiveIQ is SaaS portal with built-in monitoring, prediction, recommendations for optimizing configurations and performance for NetApp storage systems based on machine-learning capabilities and artificial intelligence. Such products are made up of storage controllers, and one or more enclosures of hard disks, known as shelves. In entry-level systems, the drives may be physically located in the storage controller itself.
Cloud Backup was initially available in three forms: as a hardware appliance, virtual appliance, and cloud appliance. Later NetApp announced the end of sale for hardware and virtual appliances. There are two modes of Cloud Backup operation: with local caching or without. Dedicated storage nodes allow the cluster to grow or decrease storage capacity and performance separately from compute nodes.
Minimum NetApp HCI configuration requires two compute blade server nodes and additionally, Element software requires a minimum of 4 storage nodes but is available to customers as four physical storage nodes or two physical storage nodes and two nodes as a virtual machine playing witness role on compute nodes. Each storage node drive set consists of 6 SSD drives directly connected to a dedicated storage node and installed in front of the blade chassis, all drives in a set must be the same capacity.
Each node either storage or compute server is one rack unit half-width, so minimum NetApp HCI configuration with storage nodes and servers consumes four rack units with six blade server slots used and two empty slots for expansion. There are three types of compute nodes differentiated from each other by CPU power and memory capacity.
Why SolidFire Uses iSCSI Storage Protocol
Also, there are three types of storage nodes, differentiated from each other by SSD capacity and overall performance. It is possible to intermix any compute and storage nodes in a NetApp HCI installation, though with storage nodes it is required to have a minimum of 2 with the same capacity.
The self-service portal allows automating common provisioning and management tasks without involving the IT team. In the case of maintenance or chassis failure, helix algorithm spans data blocks workload will automatically fail-over to another operational chassis. SF node HS has 12 2. Element SW version 11, will not support FC. SolidFire uses iSCSI login redirection to distribute reads and writes across the cluster using helix algorithm.
Each node has pre-installed SSD drives.
SolidFire All-Flash Storage
Each node can have only one type of SSD drives with the same capacity. Element X uses the replication factor of 2, where blocks of data spread across the cluster which has no performance impact but require more space in contrary to Erasure Coding technology. Such architecture allows users to expand performance and capacity separately as needed. Burst is used as credits which were not used by the LUN while it was not received its maximums.
Element X available as software-only on commodity servers. Available in form of hardware or as software. StorageGRID is a geo-dispersed namespace clustered storage system, also known as "the grid", with an ability to make and store multiple copies replicas of objects also known as Replication Factor or in Erasure Coding EC manner among cluster storage nodes with object granularity based on configured policies for data availability and durability purposes.
StorageGRID stores metadata separately from the objects and allows users to configure data Life Cycle Management ILM policies on a per-object level to automatically satisfy and confirm changes in the cluster once changes introduced to the cluster like the cost of network usage, storage media usage changes a node was added or removed, etc. DDP compare to traditional RAID groups restores data from lost disk drive to multiple drives which provide a few times faster reconstruction time  while traditional RAIDs restores lost disk drive to a dedicated parity drive.
Starting with SANtricity Sync and async mirroring are supported with SANtricity Converged Infrastructures are joint products of a few vendors and consists from 3 main hardware components: computing servers, switches in some cases switches are not necessary and NetApp storage systems:. FlexPod, nFlex and ONTAP AI allows an end user to modify validated design and add or remove some of the components of the Converged Infrastructure while not all of the other Converged Infrastructures from competitors allows modification.
FlexPod systems supported under the cooperative center of competence. Converged Systems Advisor validates the deployment of FlexPod infrastructure and provides continuous monitoring and notifications to ensure business continuity.We asked business professionals to review the solutions they use. Here are some excerpts of what they said:. It represents a new class of storage — shared accelerated storage, that delivers major breakthroughs in performance, simplicity, and consolidation.
Pure Storage is fresh and modern today and will be for the next decade. Without forklift upgrades or planned downtime, Pure takes the work out of storage ownership and delivers unprecedented customer satisfaction. With SolidFire you can deploy new applications and capabilities faster, provide more agile and scalable infrastructure, increase application performance and predictability, enable automation and end-user self-service and raise operational efficiency and reduce cost.
Sign In. Compare Pure Storage FlashArray vs. Pure Storage FlashArray is rated 9. The top reviewer of Pure Storage FlashArray writes "A solution with high performance that is easy to install, troubleshoot, and manage capacity". On the other hand, the top reviewer of SolidFire writes "Some of the valuable features are compression, deduplication, and thin provisioning". See our Pure Storage FlashArray vs. SolidFire report. Cancel You must select at least 2 products to compare!
Pure Storage FlashArray. Read Pure Storage FlashArray reviews. Read 5 SolidFire reviews. The data reduction technology has been beyond impressive. We also really like their ability to handle diverse As soon as we introduced our first Pure Storage FlashArray, the first benefit we saw, from our very first benchmarks, was that our production You can have more tenants and more application with less space and less dollar per gigabyte.
With this solution, you can actually do more with less. You can have more tenants and more application with less space and less dollar per Find out what your peers are saying about Pure Storage FlashArray vs. SolidFire and other solutions. Updated: March Download now. Use our free recommendation engine to learn which All-Flash Storage Arrays solutions are best for your needs. See Recommendations. Dell EMC Unity vs.NetApp acquired SolidFire in early with the intention of selling its arrays to cloud providers and customers looking to build private clouds.
Founded inSolidFire Inc. SolidFire was one of the first vendors to sell only all-flash arrays, attempting to differentiate itself by focusing on an audience of cloud service providers. On Dec. NetApp continued to sell the SolidFire all-flash array product line under the same brand name following the acquisition. SolidFire gives each version of Element a code name from the periodic table.
Element's code name is Neon. This feature is also integrated into Ontap 9. NetApp SolidFire virtualizes storage capacity and performance so they can be managed separately. Virtualizing storage performance enables fine-grain control, making it possible to reduce or eliminate typical performance issues, such as noisy neighbors or unbalanced load.
Please check the box if you want to proceed. COVID has become a serious global threat and is rapidly becoming an issue for business continuity. Pandemic planning can help Here are five tips to update your crisis response This guide to crisis management and free template can help your business respond to an unplanned emergency, such as the current Unitrends Helix automates the tasks of monitoring, remediating and maintaining backup servers.
While tedious, they are necessary Cloud backup is a good option for small businesses, especially for a remote work environment. Choices range from file syncing to Data protection experts discuss important backup trends outlined in research, as well as customer tendencies in the age of the Redirecting hyper-converged systems or reusing older hardware can help organizations support a sudden influx of many more remote Hastily supporting large numbers of workers who all of a sudden find themselves at home requires quick thinking on the part of IT See how intelligent all-flash Primera storage with InfoSight predictive analytics brings a more cloud-like resilient, agile, Related Terms byte In most computer systems, a byte is a unit of data that is eight binary digits long.
Bytes are often used to represent a Login Forgot your password? Forgot your password? No problem! Submit your e-mail address below. We'll send you an email containing your password. Your password has been sent to:. Please create a username to comment. Search Disaster Recovery Prepare for serious health threats with a pandemic recovery plan COVID has become a serious global threat and is rapidly becoming an issue for business continuity.