popularWelcome to the PDF version of ZDNet UK's Intel-sponsored Desktop Management special report. Here, we present an overview of the key issues facing IT managers, examine the blade PC market and ask how quickly, if ever, Windows Vista will establish itself on the corporate desktop.
Did you find this white paper useful?
24 out of 50 users found this white paper useful
Related white papers
Intel Centrino Pro and vPro Processor Technology
Remotely manage both wired and wireless PCs from the same IT console to increase security and simplify system management.
Centrino vs. Pentium M: The Battle for Wireless Notebooks
This paper compares the two brands Pentium M and Centrino which both use the identical microprocessors and explains how wireless functionality is the primary difference between the two. In addition,...
Verifying Type and Configuration of an IBM 4758 Device
The IBM 4758 is a "Programmable secure coprocessor." This term embodies two somewhat orthogonal concepts; as a secure coprocessor, the device provides a haven for security and cryptographic operations, safe...
Design of a Data Recovery Block for Communications Over Power Distribution Networks of Microprocessors
This paper proposed the use of Power Distribution Network (PDN) of a microprocessor for ubiquitous access of internal nodes for test/debug and showed the suitability of impulse Ultra-WideBand (UWB) communications...
The Making of the ASR 1000: Cisco ASR and Quantum Flow Processor
In this free video, learn how making flexibility a priority resulted in a network industry first. In it, you'll discover the story behind the Cisco Aggregation Services Router (ASR) series--designed...
An Assessment of Leadership Performance With POWER6 Processors and Red Hat Enterprise Linux 5.1
Compute-intensive performance is increasingly required for today's high-performance environments. The IBM System p 570 with POWER6 processors provides leadership performance and demonstrates excellent scalability moving from one node to four...
High-Bandwidth Address Translation for Multiple-Issue Processors
In an effort to push the envelope of system performance, microprocessor designs are continually exploiting higher levels of instruction-level parallelism, resulting in increasing bandwidth demands on the address translation mechanism....
