In this case study you will learn how Catalyst's expertise in SAP and process improvement was integral in helping Blount decrease order fulfillment time, increase pick process visibility, remove pack station bottleneck, eliminate pack station disorder, reduce packing and shipping errors, increase inventory accuracy and more. 

Superior order management can be a competitive edge across the board, improving customer satisfaction and retention as well as your bottom line and top line. 

In this case study you will learn how Virco turned to Catalyst, to improve its efficiency and lower costs related to warehouse activities. Catalyst is a warehouse management system that works with current SAP foundations and provides accurate inventory control to eliminate stock-outs, without negatively impacting customer service. 

A floor plan strongly affects the power density capability and electrical efficiency of a data center. This paper provides structured floor plan guidelines for defining room layouts and for establishing IT equipment layouts within existing rooms. 

In this paper, you'll learn why high-efficiency AC will likely emerge as the dominant choice for data center power distribution. Topics covered include a review of the characteristics of AC & DC distribution, A mathematical model of the efficiency of two different AC distribution systems, and Why many of the DC benefits are unfounded. 

The power/density paradox hinders end users from utilizing the very floor space that high density systems were intended to conserve. This brief explores what the power/density paradox is and how IT professionals can mitigate the risk. 

Desktop virtualization is a suite of technologies that remove the physical desktop, operating system and computing device physically sitting on the desktop, and aggregates those resources in the data center. Read this whitepaper to learn the benefits and immediate cost savings of these technologies to your organization's data center. 

Today’s businesses are being pushed to consolidate their data centers, address power consumption and implement virtualization in an effort to reduce operating costs and go green. But what are the best routes to achieving these objectives? 

Read this paper to find out how Instantis managed to accommodate rapid customer growth, deliver outstanding performance, ensure “five-nines” availability for customers around the globe, cut ongoing IT costs, and reduce the environmental footprint of data center operations through reduced energy consumption. 

Servers based on the Intel Xeon processor 5500 series provide a foundation for IT management to refresh existing or design new data centers, achieving greater performance and energy efficiency. The Intel Xeon processor 5500 series brings intelligent performance to the world's most trusted server architecture. 

High-density rack-mounted servers reduce space, cooling, networking, cabling, and management costs - as well as total power consumption - compared to low-density configurations having far few servers per rack. 

This paper examines a new approach to data center cooling known as "phase change" or "two-phase" low-pressure pumped refrigerant cooling. It details the advantages of this approach over traditional computer room air conditioning (CRAC) methods, and it identifies the specific benefits. 

The Intel® Xeon® processor 5500 series provides a foundation for IT management to refresh existing or design new data centers to achieve greater performance while using less energy and space, and dramatically reducing operating costs.