Dell EMC and VMware invite you to Star Wars: The Last Jedi. Watch our heroes transform and learn about the future of digital transformation with the Dell EMC VxRail/VxRack SDDC appliances powered by VMware vSphere 6.5, vSAN 6.6and VMware Cloud Foundation. Transform your data center with a fully integrated, pre-configured, and pre-tested hyper-converged solution.
Whether your datacenter needs are large or small, Dell EMC VxRail and VxRack SDDC are the easiest and fastest hyper-converged options to stand up or extend a VMware environment while dramatically simplifying IT operations and lowering capital and operational costs.
Together, Dell EMC and VMware bring you highly configurable solutions to enable your digital transformation.
Be sure to register soon, limited availability in each city!
This exclusive early premiere will be in the following cities:
Dublin/East Bay, CA
Orange County/San Diego, CA
Kansas City, MO
San Antonio, TX
Today, April 18th, 2017, VMware announced that Virtual SAN (vSAN) 6.6is now Generally Available (GA)! VMware vSAN (formerly Virtual SAN), is the industry-leading software powering Hyper-Converged Infrastructure solutions. vSAN is a core building block for the Software-Defined Data Center.
What vSAN Does?
Enables You To Evolve Without Risk – As the only native-vSphere storage, vSAN enables you to seamlessly extend virtualization to storage, creating a hyper-converged solution that simply works with your existing tools, skill sets, software solutions and hardware platforms. vSAN now further reduces risk with the first native HCI security solution, protecting data-at-rest while offering simple management and a hardware-agnostic solution. vSAN continues to offer the broadest set of deployment choices supported by the large, proven vSAN ReadyNode ecosystem of leading server vendors.
Reduces TCO – Faced with tight IT budgets, customers are turning to HCI powered by vSAN to lower total cost of ownership up to 50%. vSAN can dramatically reduce costs due to hardware choice, server-side economics, and affordable flash. Your operations become easier with fewer tasks and intelligent automation that can be managed through one tool and a unified team. The simplicity allows you to respond to business demands faster and more intelligently. New enhanced stretch clusters deliver site and local protection at half the cost of leading traditional solutions.
Scales To Tomorrow – As your businesses continue to evolve, the agility of vSAN helps you prepare for tomorrow’s IT demands—whether that requires expanding into the public cloud or rapidly deploying the latest flash and server technologies to gain a competitive advantage. vSAN also supports a wide range of applications, from current business critical applications to next-gen applications and containers. When combined with NSX, a vSAN powered SDDC stack can extend on-premises storage and management services across different public clouds ensuring a consistent experience.
To get more information, check out the below links…
Intel launched its first Optane-based product for the enterprise last week, the Optane SSD DC P4800X series. Summarizing of the technical details, the P4800X in its first incarnation is a 375GB SSD in an add-in-card form factor. Software defined solutions like VMware vSAN are uniquely qualified to take full advantage of this new technology, as they’re already architected to leverage advancements in hardware. VMware has done just that, offering launch support in both ESXi 6.5 and vSAN 6.5.
Today, March 19th Intel announced the Intel® Optane™ SSD DC P4800X—the first flash device built on the much-anticipated 3D XPoint technology. This is exciting news for vSAN customers, since—as a result of Intel and VMware’s active collaboration—we are pleased to offer day 1 support of vSAN 6.5 and ESXi 6.5 with the Intel® Optane™ SSD DC P4800X. This is the first Intel Optane NVMe drive (375GB) to be made available with more coming soon (750GB and 1.5TB).
The vSphere Distributed Switch (VDS) is a powerful, but often misunderstood technology that is included with VMware vSAN. This post will review some of my favorite settings on the VDS, and how you can use them to get better control, performance, and visibility into your virtual SAN cluster. While it is most known for the ability to create port groups that exist on all hosts with a simple click, it also has a lot of lesser known but incredibly powerful functions that will aid the vSAN administrator.
For every powered on VM a .vswp file is created in VM’s datastore, this file is needed by the hypervisor to satisfy the VM memory demand in case of over-commitment is done and as well as when vm memory limit is configured. This gets created when the VM is powered on and deleted when VM is powered off.
In 2017, we kicked off Getting More Out of vSAN, an ongoing technical webcast series led by vSAN experts and designed to support you, our customers, with deployment and operation of vSAN. This webcast series is unique because of the interactive, live Q&A session at the end, where you can voice your concerns, provide feedback, and get your questions answered live by the vSAN product team!
Previous articles have covered how vSAN responds to and recovers from various environmental failures in a standard (non-stretched) cluster. This article provides concise coverage of similar environmental failures in a stretched cluster environment.
In previous post of this series, we’ve discussed virtual hardware and virtual version of a VM. And in this post, we’ll discuss about virtual disk and its types for a VM. if you missed previous posts of this series, you can follow them here.
The vSphere Distributed Switch (VDS) is a powerful, but often misunderstood technology that is included with VMware vSAN. This post will review some of my favorite settings on the VDS, and how you can use them to get better control, performance, and visibility into your virtual SAN cluster.
vSAN can leverage a number of core ESXi networking features to increase performance and availability. vSAN VMkernel ports should always be configured to use more than one interface to preserve availability in the event of a link failure. There are a number of ways to configure this fail over.
Network File Systems, generally known as NFS is file-level storage which is allocated by shared storage. It is Network attached storage that can be shared across a cluster in vSphere. It allow an user on a client computer to access filers over network similar as local storage.
As part of setting up Home Lab for virtual environment, we read about installation of Openfiler appliance in the previous article “Installation Guide – Openfiler as Shared Storage for Virtual Environment Lab”. Let’s move on to the configuration part and see how we can manage this appliance for accessing shared storage ESXi Hosts.
Last month we announced the release of a new vROps Management Pack specifically for vSAN. Previously the vSAN Management Pack was bundled with the MPSD – Management Pack for Storage Devices. I wrote about this when it entered beta, way back in 2015. Well, for those customers who are only interested in monitoring vSAN, and didn’t want all the other parts of the MPSD, the new vSAN Management Pack is now a stand-alone offering, so no MPSD required.
Recently I did a piece over at InfoStor looking at SSD trends, tips and related topics. SSDs of some type, shape and form are in your future, if they are not already. In my InfoStor piece, I look at some non-volatile memory (NVM) and SSD trends, technologies, tools and tips that you can leverage today to help prepare for tomorrow. This also includes NVM Express (NVMe) based components and solutions.
Together with Intel, VMware has released a new ebook covering virtualized storage, Hyper-Converged Infrastructure (HCI), and vSAN. Hyper‐Converged Infrastructure for Dummies by Michael Haag shows you the ways HCI evolves how compute, storage, and management are delivered and provisioned to help you cut operational and capital costs, increase IT and business agility, and improve application […] The post The Promise of Software‐Defined Storage (SDS) appeared first on VMware Education and…Read More
VSAN = Virtual SAN (… the V is Capitalized, i.e. its not vSAN) SPBM = Storage Policy Based Management VASA = vSphere API&#rsquo;s for Storage Awareness VVol = Virtual Volume PE = Protocol Endpoint VAAI = vSphere API&#rsquo;s for Array Integration VAIO Filtering = vSphere API&#rsquo;s for IO Filtering VR = vSphere Replication SRM = […]