Today at VMworld Europe 2016, vSphere 6.5 is announced. Update: November 15, 2016 vSphere 6.5 is GA. In this blog we highlight some major feature announcements on the following products and technologies:. vCenter Server Appliance (VCSA).
Virtual SAN (VSAN). Host Profiles.
Auto Deploy. vSphere Security. vSphere Fault Tolerance (FT). vSphere DRS. Storage IO Control (SIOC):. Content Library.
vSphere Operations Management. vRealize Log Insight.
PowerCLI Here is an overview of the new feature highlights in vSphere 6.5: vCenter Server Appliance (VCSA):. VMware Update Manager (VUM) for the vCenter Server Appliance (VCSA). VUM is integrated by default in the VCSA and uses the internal embedded database. Native High Availability for the vCenter Server Appliance (VCSA only). Create a High Available VCSA environment and eliminate the single point of failure.
The HA configuration is active/passive with a witness in between and looks like:. Improved Appliance Management. Monitoring: Built in monitoring for CPU, memory and network interface.
vPostgres database visibility. Remote Syslog configuration. vMon: Enhanced watchdog functionality. Watch the vCenter Server services. Client Integration Plugin (CIP) for the vSphere Web Client is no longer required anymore.
vSphere Management Interfaces such as the vSphere Client (HTML 5 Web Client):. Native Backup & Restore of the VCSA. Removes dependency on 3rd party backup solutions.
VSphere 6.7, released today, includes an update to both its hypervisor (ESXi 6.7) and management console (vCenter Server 6.7). Paryavaran project in hindi pdf. This release shows that VMware Inc.
Is not content to let its hypervisor become a commodity, and that it's possible to make incremental, evolutionary changes to a proven product and, moreover, that VMware is still making substantial investments in its hypervisor. The vSphere 6.7 beta, though NDA-constrained, has been available to the public since October 2017. Despite the fact that a lot of new features were baked into the 6.5 release, this release does make some nice incremental changes. Following are some of the most important changes included with vSphere 6.7.
Hardware Caveat An important hardware caveat to be aware of is VMware has released an HCL for vSphere 6.7 that excludes some older, yet popular CPUs. If you're thinking about running this release on an older system for development or testing first before placing it into production on your newer servers, make sure to to ensure compatibility. Single Reboot Upgrade vSphere upgrades can now be completed with one single reboot.
Prior to vSphere 6.7, major version upgrades took quite a while (although they could be done without disruption by transferring workloads by using the Distributed Resource Scheduler DRS). VSphere 6.7, on the other hand, allows you to do a 'quick boot' where it loads vSphere ESXi without restarting the hardware because it only restarts the kernel. This feature is only available with platforms and drivers that are on the Quick Boot whitelist, which is currently quite limited. VMware Configuration Maximum Tool The most visible configuration maximum change in vSphere 6.7 is the number of devices that can be attached to a host.
VMware has increased some of the other maximums. VSphere Client vSphere 6.5 eliminated the vSphere Client that ran natively on Windows (also known as the C# Client or Thin Client) in favor of the vSphere Web Client, which was Flash-based. Also introduced in version 6.5 was the vSphere Client, which replaced Flash with HTML5. VSphere 6.7 further extends the capabilities of the vSphere Client and will eventually replace the vSphere Web Client. It looks like the vSphere Client can do about 90 percent that the vSphere Web Client can do. In vSphere 6.5, VMware had a list of the functionalities not yet supported in the vSphere Client; hopefully the company will do the same for vSphere 6.7. Figure 1 shows the main menu of the vSphere Web Client, and Figure 2 shows the main vSphere Client menu.
Although the new client looks cleaner, and does seem more responsive than the vSphere Web Client, the location of some items has changed and some workflows will have to be adjusted accordingly with these changes. I wrote an on the vSphere Client when it first came out that explains why VMware is switching to an HTML5-based client. Click on image for larger view. Figure 1.
The vSphere Web Client main menu. Click on image for larger view. Figure 2. The vSphere Client main menu. VCenter Server Appliance Now that the vCenter Server Appliance (VCSA) is functionally equivalent to the Windows-based vCenter Server, it would take a lot to convince me to use the Windows-based one instead of VCSA.
Overall, I have found that the VCSA embedded database (PostgreSQL) performs great. Furthermore, the VCSA is very easy to update, and the Linux OS (Photon OS) is rock solid. As a side note, the VCSA can easily be monitored using vimtop (be sure to ).
You can also read my article about migrating from a, as well as another article on. The built-in backup tool in vSphere 6.7 offers more scheduling options for its VCSA backup tool than in vSphere 6.5. The Backup Scheduler tool ( Figure 3) can be accessed from the vCenter Server Appliance Management Interface (VAMI).
VMware is also stating that there are 'phenomenal' performance improvements in vCenter operations per second, in reduction of memory usage and DRS-related operations. Click on image for larger view. Figure 3. The Backup Scheduler tool. Suspend and Resume of vGPU Workloads vGPU allows you to carve up a physical GPU into multiple virtual GPUs that can be used by VMs. Although vGPUs were introduced with vSphere 6.0, the VMs that used vGPUs there were limited in what you could do with a VM that was using a vGPU. VSphere 6.7, on the other hand, removes some of these barriers, and now you can suspend and resume a vGPU-enabled VM.
Per-VM EVC For quite some time vSphere has had the ability to mask off CPU features so that VMs that were running on systems with newer CPUs could be vMotion to servers with older CPUs. This is called Enhanced vMotion Compatibility, or EVC. In vSphere 6.7 VMware has extended this capability to allow you to do this on a per-VM, rather than on an ESXi-host basis. This means that if you have VMs that you want to take advantage of CPU-specific features, and are willing to limit those VMs to CPUs that only have those features in your cluster, you can configure them to do so. A per-VM EVC is set from the vSphere client by selecting a VM, going to the Configure tab and selecting Edit ( Figure 4). Click on image for larger view. Figure 4.
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Setting up a per-VM EVC. Instant Clone I've been a fan of using instant clones with virtual desktops—they've proven to be a big space saver, to use only a fraction of the disk resources compared to a full clone, and to allow VMs to be provisioned in seconds from a parent image. With vSphere 6.7, VMware has exposed the APIs that can be used to create instant clones. It looks like a straightforward process and I suspect that many people will figure out some very interesting ways to use the instant clone API. ESXi Quick Boot vSphere 6.7 introduces the Quick Boot feature, which allows a system to reboot in less than two minutes as it does not re-initialize the physical server BIOS. This can speed up operations that require an ESXi system to be rebooted; however, Quick Boot is only supported on certain systems and does not work with systems that have ESXi Secure Boot enabled.
Figure 5 shows two hosts, one with Quick Boot enabled and another without it enabled. By default, Quick Boot is enabled if the system supports it.
Deltronic mpc 5 repair. Click on image for larger view. Figure 5. The New ESXi Quick Boot feature is enabled by default if the system supports it. Persistent Memory (PMem) Devices vSphere 6.7 now supports the next generation of storage devices that use persistent DRAM memory, known as non-volatile dual in-line memory module (NVDIMM) devices.
This technology is still in its infancy, but applications that require the lowest possible latency regardless of the cost will find this feature invaluable. PMem is presented to vSphere as either as vPMemDisk, which is treated somewhat like a datastore, or as a virtual NVDIMM (vNVDIMM), which is presented directly to guest OSes that can use NVDIMM devices. Virtual Hardware Version 14 Virtual hardware is the abstract version of physical hardware to a virtual machine or, in essence, a virtual motherboard. As physical hardware supports more features, VMware builds new virtual hardware accordingly to emulate the physical version. VSphere 6.7 comes with a new virtual hardware, version 14.
Version 14 adds support for NVDIMM, as well as Trusted Platform Module (TPM), Microsoft Virtual-based Security (VBS) and I/O Memory Management.
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1 From the vSphere Client connected to a vCenter Server, select the host in the inventory. 2 Click the Configuration tab. 3 Under Software, click Licensed Features. 4 Click Edit next to ESX Server License Type. 5 Click Product Evaluation. 6 Click OK to save your changes. If you have already used the Evaluation time up then you can use ESXi without vSphere for free, but in order to use an application requiring licensing or eval then you would have to reinstall ESXi to the host.
Or buy a license for it. To reset the VMware ESXi 4.1 trial license period without re-installing your host, do the following: 1.) At the console; login 2.) Enable Local Tech Support Mode 3.) Press Alt-F1 to get to the login prompt 4.) Login as root 5.) cd /etc/vmware 6.) rm-r vmware.lic 7.) rm-r license.cfg 8.) no reboot required 9.) services.sh -restart (thanks esxi) 10.) If you have this ESXi host in a cluster, remove it and then add it again using a Evaluation Mode.If the server is managed by vCenter, discconnect it before the remove/restart and connect it afterwards. That will retain all the VMID whereas a Delete/Add assigns all new.
Original URL: I also read on that site this does work for version 5 as well. I have a trial esx license and would like to renew it. I have started a reinstall but a little confused with the three options. 1) Upgrade and retain your stuff, 2) inStall new and retain your stuff or 3) install and lose your stuff. As I am not changing the version of the trial esx license (upgrading) I have chosen the second option but little frighten by the next dialog book which says something to the effect that it's ready to install and disk will be repartioned.
The repartition is scary as I have tons of stuff in inventory on on my list. Should I chose upgrade even though the version number is the same and there is no upgrade.only resetting the trial period?
With the announcement of VMware vSphere 5 a complete new license model is introduces. In VMware vSphere 4 the licensing model was per physical processor based on the number of cores per CPU and the physical memory.
The VMware vSphere 5 license model is based per physical processor and the allocated memory (vRAM) across the entire vSphere environment for a particular vSphere 5 edition (pool). VMware has released a which explains the new vSphere 5 licensing model. Update August 27, 2012 Today VMware announced the end of the vRAM entitlement. More info can be found. Update August 15, 2011 VMware has announced an update in the licensing for vSphere 5.
They listens to their customers and changed the licensing. The following things have been updated: – The vRAM entitlements are increased. See the new entitlements in this post. – Capped amount of vRAM that is counted for a VM with a max of 1 vSphere Enterprise license (96GB). So an 1TB VM cost 96GB. – More flexible around transient workloads, and short-term spikes that are typical in test & development environments for example.
We will now calculate a 12-month average of consumed vRAM to rather than tracking the high water mark of vRAM. – VMware launched an official tool “ The VMware vSphere Licensing Advisor”. This tool allows users with vSphere 4.1, vSphere 4.0 and Virtual Infrastructure 3.5 environments to calculate and understand their vRAM usage and vRAM capacity as if they upgraded to vSphere 5.0.
Everything in red colored text is updated. VSphere 5 licensing facts: – vRAM = virtual memory configured to a Virtual Machine – Pooled vRAM = sum of all vRAM entitlements across all vSphere 5 licenses from the same edition in one or more vCenter(s) servers in linked mode – Only powered-on VMs a counted in the total vRAM. – vRAM pool must be licensed with the same vSphere edition. – You can multiple vRAM pools in one or more vCenter servers for example a vSphere 5 standard and vSphere 5 Enterprise license pool – The vSphere 4 Advanced edition is removed and customers get a free upgrade to Enterprise vSphere editions and vRAM entitlement The following vSphere 5 editions are available: vSphere 5 edition Old vRAM (GB) entitlement per Physical CPU NEW vRAM (GB) entitlement per Physical CPU Max vCPU/VM vSphere 5 Hypervisor (free version) 8 32 Physical limit (no vRAM entitlement) 8 vSphere 5 Essentials 24 (max. 6 processor license, total 192GB) 32 8 vSphere 5 Essentials plus 24 (max. 6 processor license, total 192GB) 32 8 vSphere 5 Standard 24 32 8 vSphere 5 Enterprise 32 64 8 vSphere 5 Enterprise plus 48 96 32 How many licenses do I need? For existing customers before upgrading to vSphere 5 you need to know if the upgrade can without needing extra licenses.
To calculate how many licenses you need to sum up the total amount of vRAM allocated in all the powered-on VMs and divide that to total amount by the for the particular vSphere 5 edition you are running. Here are two customer cases: Customer example 1 Stretched cluster across two sites. One VMware vCenter server and 19 VMware vSphere 4 hosts.