HP Bc1500 Calculating the Maximum Concurrent Users in the HP Consolidated Clie
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- HP Bc1500 | Calculating the Maximum Concurrent Users in the HP Consolidated Clie - Page 1
Calculating the Maximum Concurrent Users in the HP Consolidated Client Infrastructure (CCI) v1.3 Environment Abstract...2 Introduction...2 Calculating the MCU...2 MCU Calculation Examples ...5 Example 1: Small Enterprise Company 5 Example 2: Medium Enterprise Company 5 Example 3: Large Enterprise - HP Bc1500 | Calculating the Maximum Concurrent Users in the HP Consolidated Clie - Page 2
CCI's Dynamic Allocation model, there is no need to purchase and support a blade PC for every possible user. Instead, a CCI implementation needs only enough hardware to support the number of Maximum Concurrent Users (MCU). HP has concluded that a maximum concurrency rating of 70% is the recommended - HP Bc1500 | Calculating the Maximum Concurrent Users in the HP Consolidated Clie - Page 3
HP baseline maximum concurrency will be higher. The following factors can lower the MCU (requiring fewer blades): • If the 'log off if idle' time is set to be less be much lower, even less than half of the total number of employees supported by the pool. • If the work force's natural work model is - HP Bc1500 | Calculating the Maximum Concurrent Users in the HP Consolidated Clie - Page 4
as possible, CCI scales easily and blade PCs can be added blade PCs. For instance, if a corporation concludes they need 815 blades to support 1200 users, the actual number of blade PCs in conjunction with other factors listed in this paper, HP suggests an initial MCU value for the following user pool - HP Bc1500 | Calculating the Maximum Concurrent Users in the HP Consolidated Clie - Page 5
users. Though many are work-at-home employees and often access their blades from a number of satellite offices as well as their home, they in the same time zone and work generally the same hours. Table 1. Blade calculation for small enterprise company Parameter Number of employees using CCI 86% of - HP Bc1500 | Calculating the Maximum Concurrent Users in the HP Consolidated Clie - Page 6
model, then 2,000 blade PCs are needed. In the static model, HP recommends that customers add 1% to be designated as standby hardware in case a blade PC fails, resulting in CCI architects should work with the customer's HP account team and HP Service to calculate the MCU, and consequently their hardware - HP Bc1500 | Calculating the Maximum Concurrent Users in the HP Consolidated Clie - Page 7
7 - HP Bc1500 | Calculating the Maximum Concurrent Users in the HP Consolidated Clie - Page 8
information For more information on implementing a CCI solution refer to the following URL: http://h20223.www2.hp.com/NonStopComputing/cache/10793-0-0-225-121.aspx HP Implementation Service for CCI © 2005 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change - HP Bc1500 | Calculating the Maximum Concurrent Users in the HP Consolidated Clie - Page 9
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Calculating the Maximum Concurrent Users in the HP
Consolidated Client Infrastructure (CCI) v1.3 Environment
Abstract
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2
Introduction
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2
Calculating the MCU
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2
MCU Calculation Examples
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5
Example 1: Small Enterprise Company
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5
Example 2: Medium Enterprise Company
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5
Example 3: Large Enterprise Company
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6
Static Allocation and Concurrency
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6
Summary
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6
For more information
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