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You may decide that you don't need 10G speeds. In that case, save the money and pull Cat5e. Since you're running conduit, it's easy to upgrade later if you change your mind. It's a good idea to leave a pull string, but if you forget, just suck a new one through with a shop vac.

In order to see separate and distinct wind speed and wind gust values, you either need to only send the data in the observation event (that occurs once every minute), or send some number of rapid wind events together after calculating an average value (i.e. the wind speed) and obtaining the max value (i.e. the wind gust). In other words, one could send these values after receiving two (or maybe four, or maybe five, or maybe ten) rapid wind events and then send the average as well as the max values for the wind speed and the wind gust values.

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Hyperscale data centers are in a league of their own. They need to be able to support thousands of servers and millions of virtual machines. Data center design must be optimized for storage and speed, with a flexible and agile environment and massive scalability. Connectivity counts for a lot, and so does speed to market. Hyperscale cloud builds have very precise and exacting specifications.

You need guaranteed uptime, compliance enablement and a sustainable colocation solution, with quality service and the ability to scale and interconnect in every direction. Our renewable-powered hyper-connected cloud data center design will accelerate your digital transformation via dynamic and accessible sector-specific, cloud, network, and IT service ecosystems.

Proximity to the end-user, speed and compute power are critical to your ability to gather IoT data and deliver cloud computing resources and cached content to end-users. Strategically-located edge data centers deliver low-latency reach where you need it most, with flexible connectivity options such as SDN and peering providing instant reach across complete markets.

Why Go Underground? Surrounded by natural limestone, our underground data centers reduce the risk of natural and man-made disaster, offer nearly unlimited floor-load weight capacity and ensure additional physical security.

Backup and Disaster Recovery: Increased security, carrier-neutral access to dark fiber & national providers, and comprehensive compliant support for FISMA High, HIPAA, ISO 27001, PCI-DSS, and SOC 2 Type II make Iron Mountain underground data centers ideal for backup and disaster recovery data center needs.

Technological advancement has brought about a revolution in the world of telecommunications, paving the way for faster internet speeds. Underground fiber optic cables are responsible for allowing this increased speed by facilitating faster data transmission over long distances. These underground cables have become essential to most businesses as they enable them to send and receive information quickly and securely.

Underground fiber optic cables are increasingly being used in telecommunications networks across the world. It is essential to use underground cables when connecting two distant places or cities, as they provide reliable and cost-effective transmission of data. However, there are many other advantages of using underground fiber optic cables. Here are just a few of them:

A crucial component to constructing data centers is building a sturdy exterior to house the facility. Underground spaces already have a defined outer shell, which saves time and money. Contractors can develop the interior almost immediately. Above-ground properties are also constrained by complicated zoning and regulations that require time-consuming permit applications and extensive paperwork. Underground structures often need only a single permit, allowing contractors to complete the work quickly. Time is money, so high speed is extremely valuable.

Lower temperatures are essential for storing sensitive computer equipment. Depending on the location, most above-ground data centers are combatting rising global temperatures with costly cooling systems. In contrast, layers of organic material insulate underground properties to keep them naturally cool. The stable climate leads to greater energy efficiency for your cooling system. Above-ground facilities spend a large portion of their budget on air conditioning, so moving underground can reduce operating costs significantly.

In 2020, the U.S. invested $1 billion into data center real estate to meet rising demand. If your organization is planning to invest in data centers, an underground network might be worth considering. The construction costs are often far less than above-ground facilities. The built-in solid rock shell also shortens the construction timeline significantly. If speed to market is vital for your business, an underground facility could be the solution.

The subterranean temperatures could also save on operating costs. The naturally cool climate reduces the need for constant air conditioning. In an industry requiring a lot of power, an underground data center could help reduce energy consumption.

Your data is the backbone of your business, and we know you need 24/7/365 access to it. Bluebird provides the colocation space you need today with the capacity to expand your data capabilities tomorrow.

Located 85 feet underground, the Bluebird Underground Data Center offers unmatched safety, security and reliability. The underground advantage protects customer data from natural and manmade disasters.

The Bluebird Underground Data Center located in Springfield, Missouri understands the importance of using a natural resource to offer protection from natural and unnatural disasters. Located 85 feet below ground in Springfield, Missouri, and surrounded by solid limestone, our data center combines the inherent protection of the underground with man-made security measures to safeguard your data and hardware. Data Center suites, colocation cages and colocation racks allow customers the flexibility to expand their hosting network with ease.

To further ensure the security and continuous operation of our data center, all critical infrastructure is located underground. This unique design allows the Bluebird Underground Data Center confidence in providing our 100% uptime guarantee. That confidence is further ensured by being a SOC 2, Type 2 certified data center.

The Bluebird Underground Data Center has the advantage of being a Bluebird Network Facility. Bluebird Network provides our data center with high speed, carrier-class Internet and data services through our fiber network that runs in and out of the data center via multiple fiber paths and entrances.

The bug is, even though the watch is paired with speed sensor, and allows me set up wheel size, but when cycling, apple watch is actually not using the real-time data from my sensor but GPS data. When cycling in tunnel and underground space, there is no speed data.

I am having the exact same issue. I have just purchased cheap Magene cadence/speed sensors from Aliexpress and had my first two rides this morning and I can confirm that while the cadence sensor works as expected, data from the speed sensor does not appear in Health app and I believe that during the workout the speed that was showing up was indeed from the GPS (I had a typical delay in speed decreasing over long period of time after quickly stopping on red lights).

So instead of pulling from Weewx, which would be used for station data right from your own PWS, this pulls WU data, but they don't let you pull data into an app for free. You have to either be a paying customer, or your PWS needs to be a contributor of weather data in order to get the API key needed to pull data into an application without charge.

This depends if your friend received that api from weather underground within about the last month then no, you should be ok....if it was provided to him before they eventually shut down their free api's then yes you will need a new one, and that is only provided if the weather station is uploading to them (for free) OR they charge you for the API key.

ORLANDO, Fla. - The data bunker industry is growing, as more customers seek out ultra-secure underground hosting for their IT operations. Operators of subterranean server farms say these environments are similar to above-ground facilities, but they often must address misperceptions about underground sites, many of which are housed in former limestone mines.

The emergence of underground data centers was the focus of a session at last week's Data Center World Fall conference, in which several experts discussed the advantages and challenges of underground data centers, and offered tips to consider when evaluating a data bunker.

"The underground data center space is experiencing rapid growth due to the efficiency and speed to market it offers," said John Clune, the president of Cavern Technologies, which operates a data center in a limestone mine in Lenexa, Kansas. "One of the bigger challenges has been the perception of underground data centers. People are imagining a tight cubbyhole with a guy with a light on his helmet. The reality is that we've got 18 foot ceilings."

Not all underground data centers are created equal, and potential customers need to shop carefully and be mindful of the differences between traditional and underground facilities, according to architect Kerry Knott of Bell/Knott & Associates. Knott has worked on a number of underground business parks and data centers in Kansas and Missouri, and offers some insights into evaluating a data bunker.

"Data center buildouts are a good use for these kind of facilities," said Knott. "Once the data center is built, if you take someone in there blindfolded, they'd never know they were underground. You've got the same equipment; it's just been an underground facility."

Construction Costs: Underground data centers can also be cheaper, Knott said, since there's no expense to construct a concrete shell. Subterranean structures also offer potential savings on disaster-proofing, especially in the Midwest. "To build a tornado-proof building above ground can cost an extra $100 a square foot," said Knott, who added that customers often inquire about other types of disasters. "People are concerned about collapse, and they're worried about earthquakes," he said. "An underground space, unlike the building above ground, doesn't move and doesn't need to be reinforced. An earthquake doesn't affect the enclosure at all, but you do have to brace the improvements." 006ab0faaa