Posted on March 8, 2021 by Neche Veyssal
The COVID-19 pandemic has demonstrated the data center industry’s reliance on remote management. In this blog, we discuss the role of Raritan SmartSensors while looking back a year.
Posted on March 2, 2021 by Neche Veyssal
For the past year, the European Union (EU) has threatened to enact green data center laws including a goal of requiring data centers in Europe to be climate neutral by 2030. But in hopes of preempting government regulations, a group of European data center operators have signed a pact to self-regulate themselves.
Posted on October 24, 2018 by Jessica Ciesla
Just a few years ago there were roughly 15 billion devices connected to the IoT, or "Internet of Things". By 2020, that number is expected to grow to 30.7 billion - representing about $1.29 trillion across all markets. Countless products - from industrial sensors, workspace management applications, to wearable devices - are all connected to the Internet, and to each other. This is allowing them to create and share valuable data every second of the day.
For business leaders, this is cause for celebration - to an extent. While it's true that IoT as a concept brings powerful benefits in terms of productivity, efficiency and cost savings, it also brings with it its fair share of challenges. These challenges often lead to projects stalling out before they've even had a chance to begin.
In this blog post, we’ll go into detail about the top three challenges you are most likely to face when beginning an IoT implementation - and how to address them in the most effective ways.
Posted on November 29, 2017 by Rick Gonedes
Data security has been growing in importance as society continues to progress towards a more digital world. According to a 2017 study that was conducted by IBM and Ponemon Institute, the average cost of a single data breach incident decreased by 10% between 2016 and 2017 to around $3.6 million dollars. The news isn't all positive. The decrease was mostly attributed to the strength of the US dollar. Even still, $3.6+ million is an expense that most organizations simply cannot afford.
Yet when many people think of data security, they think of the software measures that need to be put in place to protect data in its virtual form. What they don't think about are the physical measures that must be deployed to protect the actual data centers that house confidential information around the world. With Raritan’s SmartLock Door Access Control System, this is exactly the type of issue addressed.
Posted on March 28, 2017 by Scott Fier
Why do we load balance?
Without going into the complicated math, suffice it to say that load balancing in a 3 phase system is desirable. The more unbalanced a system the more problems it creates. UPS life, for one, can be affected by unbalanced systems. Although one circuit (server cabinet) being out of balance won’t have much effect, if many or all circuits on a panel are out of balance, the main circuit supplying the breaker panel will be out of balance and this can ruin your upstream UPS. There are also efficiency issues with unbalanced loads.
How is load balancing currently accomplished in a rack cabinet?
To balance a load in a cabinet, the loads of the equipment power supplies are spread across the 3 phases – L1/L2, L2/L3, L3/L1. This is done by plugging the first server (or switch/router) in an outlet wired on L1/L2, the next server on L2/L3, the next on L3/L1, then start over. The goal is to get an equal number of devices/loads on all 3 phases – or as close as possible.
This approach can quickly turn into a cabling nightmare. Most rack PDUs are linear in their phase layout of outlets – there are only three banks of outlets, one for each phase. For example, on a 36 outlet PDU, outlets 1 through 12 will be on L1/L2, 13 through 24 on L2/L3, and 25 through 36 on L3/L1. If you use the above method of balancing, and start racking the devices at the bottom U position, the third device you plug in will need to reach the top third of the PDU and the last device may have to reach back to the bottom of the PDU. In other words, a lot of crisscrossed cabling.
How do Raritan’s balance the cable and load balancing challenge?
In certain Raritan PX three-phase models the architecture gets around the cabling issue by staggering the grouping of outlets - there are at least 6 banks of outlets. For example, outlets 1 through 6 are on L1/L2, 7 through 12 on L2/L3, 13 through 18 on L3/L1, but then we start over at L1/L2 for outlets 19 through 24. (See Illustration below)
This intelligently engineered architecture results in more reliability and easier execution. The devices towards the top of the cabinet don’t need to be plugged in to the bottom of the PDU and devices at the bottom don’t need to be plugged in to the top.