WEBCAST:
This video explores a leading solution delivering industry standard Linux systems services faster, with higher quality, and more economically than others. Learn how it combines a leading hardware, Linux software, and domain expertise of different industries resulting in higher quality operations that keep pace with modern business.
EGUIDE:
Access this e-guide to get a strategy in place to ease your transition to HCI and reduce your hardware needs, as well as time spent working on storage and hypervisors.
EZINE:
BYOD in ANZ: Benefits, challenges and IT headaches Employees are demanding – and businesses are enabling – the use of personal computing devices in the workplace
CASE STUDY:
Read through this concise case study to find out how HP resolved an organization's data loss issues, when it was discovered their hardware was not genuine HP parts.
EZINE:
This month's Modern Infrastructure e-zine examines how two abstraction technologies are being used together and how some open source innovators are even latching onto this best-of-both-worlds idea in an effort to better merge containers and VMs.
WEBCAST:
In this brief on-demand webcast, you will examine the difference between VA and watts, and what this difference means in terms of data center power management. Tune in now to discover why this distinction is critical in helping you correctly size your UPS.
EGUIDE:
Machine learning examples are finally making their way to the home territory of computer science – the data center. Learn why data centers are an ideal environment for machine learning and explore examples of machine learning found in data centers.
EZINE:
In this week's Computer Weekly, as the US ramps up semiconductor sanctions on China, we examine the ramifications across the tech sector. Cyber criminals are turning to new forms of encryption – we talk to the Dutch researchers trying to catch them. And we look at what cloud providers need to do to improve customer experience. Read the issue now.
DATA SHEET:
This white paper showcases a solution that is architected to scale and handle diverse performance requirements and automate the implementation of data retention policies. Discover how this uniquely designed technology combines a data management framework with hardware help in the form of FPGAs that provide robust performance for I/O operations.
