DAS stands for Distributed Antenna Systems. With large buildings, there are often dead spots that interfere with wireless coverage. Radios and cell phones have a weak signal or don’t work at all. A network of small antennas act as repeaters to distribute signals into areas of poor coverage. If you’ve ever wondered what DAS is, read on to find out more.
Digital lighting management (DLM) is like having an energy savings specialist in every room. Since for most buildings lighting makes up 20 percent of their overall energy expense, and 38 percent of their electricity costs, technology solutions for improving efficiency in that area are an excellent investment. Digital lighting management connects every light fixture in a room, floor, or building to a network. The system monitors and adjusts each light depending on factors like time, occupancy, and available daylight.
Over the last few years, lighting controls have become increasingly complex. Instead of lights just being controlled at the switch, manufacturers have improved energy efficiency by adding photocells and occupancy sensors so lights go off when not in use. These lights could be connected into a network to generate savings, but they had no software to capture data. Savings weren’t measurable. Digital Lighting Management (DLM) takes lighting efficiency to the next level.
When thousands of sports fans gather in the same place at the same time, they all take their technology. Event attendees want to stream live broadcasts, post photos and video to social media, and keep in touch with friends and family members at home. When interviewed by sports facility staff, fans said Wi-Fi access was a major part of their ability to enjoy an event. The Petco Park DAS shows how one facility solved this problem.
Part six of the California Energy Code is known as the Title 24 Standards. It’s also called The Energy Efficiency Standards for Residential and Nonresidential Buildings. The California Building Standards Commission created them in 1977 to reduce the amount of energy California consumes. There have been numerous updates to the code, each time to refine requirements. Standards focus on both new and existing buildings, and aim to reduce energy consumption indoors and outdoors.
California’s Energy Commission standards have focused on reducing electricity usage since 1977. The Commission predicts residential and commercial energy consumption and measures savings over time. Title 24 Standards for 2016 focus on energy efficiency in new construction by regulating standards for attics, walls, water heaters, and light fixtures. Implementation is estimated to save enough electricity to power 500,000 California homes. Here’s how 2016 standards changed what builders can use in new construction, including Title 24 Electrical requirements.
If you manage a 40 Gigabit (40G) data center or application, you need a cabling infrastructure to match. While 1G and 10G networks can use small form factor pluggable (SFP), 40G networks are quad small form-factor pluggable (QSFP). They require their own infrastructure to maintain seamless connectivity. Learn about these requirements and how you can ensure your 40G data center’s consistent functionality.
You spend thousands of dollars on your data center every year. This is just for the space, not all of the equipment it houses. Data center real estate is incredibly costly, but it’s a necessary expense for almost every enterprise. To maximize your cost investment, you need to optimize how you use your limited space. Many managers make the mistake of implementing thick, unwieldy Category (CAT) 6A cabling when they have a slimmer alternative available. Find out of CAT6 is the answer you need for space saving in your data center.
In your quest to purchase and install the optimal communications network for your enterprise, you will have to answer one major question: fiber optic or copper cables? Copper held the monopoly on communications cabling for decades, but, since the advent of fiber optic, IT professionals have started to leave copper behind. Here are six reasons to choose fiber optic over copper in your data center.
The Telecommunications Industry Association (TIA) and the International Electrotechnical Commission (IEC) exist to ensure the compliance of cable manufacturers with global safety standards and regulations. These codes are vital to the security and success of today’s networks. In spite of efforts by the TIA and IEC to find and penalize fraudulent cable providers, many still exist in the marketplace. Learn how to spot and avoid counterfeit communication cables for the wellbeing of your company.