In the case of VMware, this means that 100% of memory must be reserved for all ScienceLogic appliances. Dynamically-expanding storage is not supported. The following requirements apply to all virtualized appliances: Please contact ScienceLogic support for current recommended specifications and limitations for appliances installed as virtual machines. This rate of memory change limits the feasibility of VM live migration methods (such as vMotion) for SL1 appliances because on moderately large databases, the rate of memory change is too high to be synchronized between hosts over a 10Gb/sec ethernet link. ScienceLogic databases have a very high bandwidth of memory changes under normal operations, often in excess of 10Gb/sec.

vmx settings, or CloudStack orchestration move between XenServer hosts) will invalidate the license, thus limiting or disabling the appliance operation until a new license can be applied. VM migrations which change these identifiers (such as storage vMotion with default. ScienceLogic licensing relies on appliance MAC addresses and UUIDs remaining intact. Microsoft Hyper-V Linux Integration software cannot be installed on any SL1 appliances. On Database Servers that serve 5,000 or more devices, tiered storage can cause delays to nightly maintenance tasks that require access to data on slower disks. ScienceLogic strongly recommends a dedicated host for each Database Server VM to ensure predictable performance without resource contention if going beyond 2,500 devices.ĭatabase Servers that serve 5,000 or more devices should include solid-state drives. Microsoft Windows Server 2012 R2 Hyper-V.Microsoft Windows Server 2008 R2 SP 1 Hyper-V.

ScienceLogic supports deploying appliances as virtual machines on the following types of hypervisor systems:

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