Pete Koehler

Pete Koehler is a Sr. Technical Marketing Manager at VMware in the Storage and Availability Business Unit. Much of Pete's experience in infrastructure design and optimization came from hands-on experience as a Virtualization Architect for a software company, and later as a field engineer for a VMware reseller, as well as a VMware partner. Pete has also spent many years engaged with the user community as a leader of the Seattle VMUG. You can find Pete's insights to challenges in the data center at http://vmpete.com, and can find him on twitter at @vmpete.

Recent Posts

Enhanced Resynchronization Metrics in vSAN 6.6

posted

The introduction of the vSAN performance service gave administrators an easy way to view key performance metrics related to vSAN. First introduced in vSAN 6.2, and built right into the vSphere web client, the performance service provides, a simple, integrated way to look at current and historical metrics of all vSAN related activities. This continuous Read more...

Changes with Device Claiming Options in vSAN 6.6

posted

vSAN 6.6 introduced several advancements that focused on ease of use. Easy Install, Configuration Assist, and pro-active cloud analytics are great examples of features that simplify the deployment and administration of vSAN. The positive feedback from these enhancements has been incredibly strong, and is part of an ongoing effort to make vSAN easy and flexible Read more...

Using vR Ops Management Pack for vSAN to understand cluster performance

posted

Accurate interpretation of metrics in the data center is critical to the efficient design, operation, and optimization of any environment. The vRealize Operations (vR Ops) Management Pack for vSAN extends the powerful abilities of vR Ops to bring the right information to the eyes of the Administrator running vSAN. This management pack exposes vSAN related Read more...

Options in scalability with vSAN

posted

Hyper-Converged systems like vSAN are well known for their abilities to scale out linearly. Scaling out storage performance and capacity relative to compute resources is a powerful concept. By simply adding nodes to a cluster, it allows for these resources to grow proportionally in a way that meets technical demands, while using a more predictable Read more...