WHITE PAPER:
In this white paper, you will gain deeper insight into the four critical resource areas that impact database performance and reliability in a virtual machine.
EZINE:
This expert e-zine weighs the benefits of deploying a second hypervisor against the risks. Find out what factors you should consider when selecting an additional platform and learn how to improve the performance of your virtual environment.
CASE STUDY:
The MCNOSC needed an affordable and easy-to-manage alternate site with real-time data transfer that would be reliable in the event of a catastrophe so they implemented VMware virtual infrastructure which effectively met their requirements.
EGUIDE:
Although many x86 servers may seem the same, there are many differences in features and functions. Access this expert e-guide to discover why it’s important to plan ahead when choosing a server to make sure your mission-critical applications and virtual environment are supported.
WHITE PAPER:
Steady increases in microprocessor operating frequencies and bus widths over recent years have challenged system designers to find FIFO memories that meet their needs.
WHITE PAPER:
In order to help vSphere administrators make the knowledge leap between VMware vSphere and Microsoft Hyper-V, this paper will outline the differences between the currently shipping products from both VMware and Microsoft: vSphere 5.1 and Hyper-V 2012. Discover key features in the products and be exposed to the feature details as that may exist.
WHITE PAPER:
By providing a common architecture for the 100 MS/s mixed-signal prototyping a test suite of instruments, the SMC enables the instruments to test systems where digital and analog signals are side by side.
WHITE PAPER:
PassMark Software recently conducted performance testing on eight security software products, on Windows 7 Ultimate Edition. View this white paper to uncover how the software performed in different areas. Each guideline is explained further in the resource.
APPLICATION NOTE:
This set of programs has been compiled to provide a way to verify the integrity of internal DSP memory and external system memory for all devices currently in the TMS320C6000 (C6000) family.
