- Apple confirms iPhone-killing “Error 53,” says it’s about security
- Researcher finds serious flaw in Chromium-based Avast SafeZone browser
- Internet Archive's malware museum takes you back to the days of cheeky viruses
- Dridex banking malware mysteriously hijacked to distribute antivirus program
- As cloud rolls in, SunRice plants infrastructure seeds with security refresh
It can be pretty vexing choosing a rack PDU with the wide variety of options available in the market today. This problem is made even more stressful when you don’t have an all-inclusive strategy in place to determine what equipment goes on the rack. This whitepaper will provide you with insights on the criteria to consider when selecting an IT rack power distribution.
In today’s Internet-driven economy, the enduring business imperatives of cutting costs and improving availability – are as crucial as ever. In this marketplace, the success and competitiveness of many enterprises is increasingly dependent on the performance of their IT infrastructure. An organization’s IT infrastructure needs to be continually up and running in order to ensure continual service availability. In this guide we look at the best practices for how to secure, consolidated remote server management.
It wasn’t that long ago that IT organisations hardly gave power a thought. But these days, most data centres consume at least 10 times more per square foot than the average office building and sometimes far more than that. Getting a handle on power means installing tools that help you not only measure consumption but also right-size your electrical infrastructure and increase uptime. In this whitepaper, we look at how to curb costs and mitigate power-related problems that cause system failures. Click to download!
Distributed enterprises and network operating centres require powerful, centralised, and remote control of computer systems, serial-based devices, and power distribution products. To effectively manage all of these disparate devices from a single console, a comprehensive user interface is necessary to provide point-and-click connectivity and enforce strong access and control. In this whitepaper, we look at how to best deliver secure access to any server or network device from a single interface.
Power management techniques for reducing IT energy consumption can provide significant opportunities for operational cost savings and other business value. To maximise effectiveness in the data centre, however, a holistic approach must be employed that identifies, monitors, and addresses all applicable energy-consuming components. Utilising the appropriate tools, enterprises can overcome the most challenging inhibitors to implementing “green IT” initiatives. In this white paper, we explore the best approaches to developing, deploying, and managing an effective data centre power management solution.
The consolidation of one or more data centres into an existing data centre is a common occurrence. This paper gives examples of what is becoming a standard architecture for preparing the physical infrastructure in the receiving data centre. This approach allows for shorter timelines and high efficiency while avoiding the commonly expected difficulties and complexities often experienced with consolidation projects.
This white paper examines some of the forces behind rising adoption of cloud-based solutions, explores how cloud architectures impact data centers and discusses a series of concrete practices and technologies that can help companies collect the benefits of cloud computing without compromising uptime or overwhelming their power and cooling systems.
Virtualisation brings the potential to deliver dramatic savings in terms of server count, footprint, power consumption and cooling requirements for data centers. For all its advantages though, virtualisation also brings some unique challenges. The power and cooling infrastructure—which may have been quite sufficient for pre-virtualization needs—could easily become inadequate when data center performance patterns are radically altered. The good news is that there are practical and affordable ways to address these challenges and improve data center efficiency in the process. This paper looks at some of the power-related challenges and the readily available technologies to address them.
Power distribution units (PDUs) play an essential role in delivering power safely and at appropriate voltages to servers and other network resources. A particular class of power distribution units known as rack Switched PDUs, however, is capable of performing additional functions that can help data center managers improve the efficiency and reliability of their IT infrastructure. This paper provides a brief introduction to rack Switched PDUs and describes two underappreciated yet powerful ways to take advantage of their advanced functionality.
Virtualisation in IT has brought many significant benefits and changed the way data centres are designed and operated. In a virtualised data centre, applications, services and databases run on fewer physical servers than before and the operator makes significant savings in power consumption, cooling and infrastructure expenditure.