Mastering IT Infrastructure Sizing and Capacity Planning - Key Insights for Organizations

[@ahmedsalman3294]

This is pure gold. I work in the industry and I know how valuable this information is. Almost no one tells this. I must appreciate the amount of effort you take to deliver all this. 👏

[@gnancloudgarage]

Glad it was helpful! Thank you :-)

[@bensonta]

Its really a deep dive.I have been struggling to get the understanding of infrastructure atrchitecture.Kudos...

[@abhishekchaurasia2242]

Excellent content. Thank you for your efforts. It is very valuable for us.

[@gnancloudgarage]

You are most welcome

[@gnancloudgarage]

📊 Are you struggling with IT infrastructure sizing and capacity planning for your organization? 🖥 Don't worry! In this video, we've got you covered with essential insights and strategies to master this critical aspect of IT management.
🔑 Key Takeaways:
Understand the importance of proper IT infrastructure sizing.
Learn how to assess your organization's capacity requirements.
Discover best practices for scaling your infrastructure as your business grows.
Avoid common pitfalls and challenges in capacity planning.
Gain actionable tips to optimize performance and cost-efficiency.
🔗 Agenda:
Infrastructure Sizing
Capacity Planning
Infrastructure Sizing vs. Capacity Planning
Real World Examples
🚀 Stay ahead of the game in IT infrastructure management! Watch the video now and empower your organization for success.
📌 Don't forget to like, share, and subscribe for more valuable IT insights!
#ITInfrastructure #CapacityPlanning #ITManagement #InfrastructureSizing #BusinessTechnology #ITOptimization #TechnologyStrategy #DigitalTransformation #ITStrategy #DataCenter #CloudComputing #TechInsights #BusinessSolutions #Efficiency #BusinessGrowth #ITLeadership #TechnologyTrends #BestPractices #ExpertTips #OrganizationSuccess #MasteringIT #TechForBusiness #StrategicPlanning #ITChallenges #ITPerformance #CostEfficiency
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[@izzatfaizjohan7227]

Sir, can you share sizing reference sheet?

[@gnancloudgarage]

Hi Sir, Could you please send me an email at [e-mail]? Thank you!

[@kishorsaha1652]

Excellent and very cool ,
Wanted to know how did you drive the memory

[@gnancloudgarage]

Thank you

[@hiteshbhagat3689]

cpu ratio means 1:1,1:2,1:4?

[@gnancloudgarage]

In the context of capacity planning, the term "CPU ratio" is often used to describe the relationship between the number of virtual CPUs (vCPUs) allocated to virtual machines (VMs) and the physical CPU cores on a host machine in a virtualized environment.
For example:
1:1 Ratio:
• Each virtual machine is allocated one vCPU for every physical CPU core on the host.
• If a host has 8 physical CPU cores, each VM is allocated 8 vCPUs.
1:2 Ratio:
• Each virtual machine is allocated two vCPUs for every physical CPU core on the host.
• If a host has 8 physical CPU cores, each VM is allocated 16 vCPUs.
1:4 Ratio:
• Each virtual machine is allocated four vCPUs for every physical CPU core on the host.
• If a host has 8 physical CPU cores, each VM is allocated 32 vCPUs.
Choosing an appropriate CPU ratio in capacity planning involves balancing the needs of individual VMs with the overall capacity of the host machine.
It's important to consider factors such as the workload of each VM, the performance requirements of applications running on the VMs, and the total capacity of the physical host.
A higher CPU ratio allows for more VMs to run concurrently but may result in increased contention for CPU resources, potentially affecting performance.
Conversely, a lower CPU ratio provides more dedicated CPU resources to each VM but may lead to underutilization of the host machine.