This anemometer sends alerts up to 100 meters via Bluetooth and since it runs on wind-power, no one needs to climb up the equipment to change a battery every again!
The challenge is creating a reliable wireless network to keep the data safe and the doctors informed.
Wireless Design and Development Magazine outlines how to do just that and features some important advice from industry experts.
New LoRa module monitors devices while increasing the range of other smart monitors in the area
The RM1xx from Laird is able to send data up to 5 Kilometers (3.1 miles) over the LoRa protocol. For enterprise users like an electric company for example, this eliminates the need to drive a car to each house when it’s time to read the meter. Now through the RM1xx the meter can communicated with a LoRa gateway within 5 Kilometers and send the encrypted information securely back to headquarters. The savings in employee time, gasoline, and fleet management will be substantial.
In another application, like a smart city parking lot, the RM1xx can connect with BLE sensors at each parking space. Acting as a gateway it can then relay that information back to a central server. BLE sensors consumer very little energy, each parking space sensor can last for years on a single coin cell battery, saving the management company time and money replacing batteries.
“There are literally hundreds of applications where the RM1xx can supply real-time data from multiple BLE sources to a central server,” explains Senior Vice President of Laird’s Connectivity Solutions, Scott Lordo. “The versatility, longevity, and 5 Kilometer communication range make this ideal for Home Security, Agricultural, Industrial, and Utility applications where assets need to be monitored or tracked with long durations between communications.”
He said, “with more than 250 million connected cars predicted to be on the road in the next five years, continuous and seamless connectivity for passengers, their vehicles and roadside infrastructure are becoming the expected standard. As the vehicle becomes the hub for communications and technology, South America represents a very exciting growth opportunity. This new plant enables us to continue to grow our global footprint, and bring our engineering and production closer to our South American customers in the automotive and industrial industries."
Laird’s products enable robust wireless vehicle connectivity into and within the vehicle including antenna and software solutions. The company’s new 3,400 square meter/26,500 square feet site represents a twenty million Real ($5 million) investment and allows for additional expansion. It’s located in Santo Antonio de Posse, Brazil, is about 70 miles north of São Paulo.
For details on how Laird's products work follow this link: http://goo.gl/F28T9s
Over the next four years, researchers predict the number of connected devices used in business settings will more than double. Laird engineers developed the new BL652 certified module to quickly and easily integrate secure Bluetooth Smart capabilities into EIoT applications by reducing the engineering burden and technical risk for developers. The BL652 unites Bluetooth v4.2 and NFC on a single wireless module for enhanced security, rapid development and outstanding RF performance in Enterprise IoT settings.
Dubbed the "LSR Wireless Shield," Avnet calls it "a low-cost platform with customizable sensor/ peripheral capabilities." This expansion board allows new wireless products to be tested for functionality and reliability prior to final production.
This is just one example of how the recent acquisition of U.S. based L.S. Research, further expands the capabilities of Laird in the embedded wireless and certification fields. Laird is now a full service provider from design to production including certification and software services.
New 50 Series of certified dual-band Wi-Fi® + Bluetooth® modules provide unmatched connectivity and performance in challenging wireless settings like medical and industrial facilities.
Hospitals and industrial settings pose unique challenges for wireless connectivity. Large metal objects such as patient beds or industrial machinery, in addition to building elements like thick walls, lead shielding, and elevators can all degrade wireless performance. Commercial-grade wireless modules are simply insufficient for these harsh RF environments as they frequently lose network connectivity and risk the loss of a critical alert or data point.
“There is an increasing trend across many industries like Medical and Manufacturing where companies and end users want to track their assets and communicate with their equipment more than ever before. Depending on the setting, a loss of connectivity could result in costly production stops, employee safety concerns, or even the loss of critical information like a patient’s real-time vital signs,” explains Senior Vice President for Laird’s Connectivity Solutions, Scott Lordo. “In a hospital, for example, medical devices often need to stay with the patient as they move within the facility, the ability of a wireless module to quickly and dynamically change between dozens of network access points is a must.”
Laird engineers identified an innovative three pronged approach to solve these challenges. The result is the new Enterprise-grade, 50 Series Wi-Fi® and Bluetooth© combo modules that feature unmatched hardware, best-in-class software capabilities, and comprehensive support from design through deployment. These elements combine to create robust, secure, and reliable wireless solutions for even the most demanding applications.
Over 120 cases of water were donated to local community support organizations like the Food Bank of Eastern Michigan.
“Laird is passionate about community involvement and always
looking for ways to support the communities where our employees
live and work,” said Randy Andreen, Vice President of Sales for Laird and Site
The emergency in Flint is far from over, to see how you can help visit: https://www.cityofflint.com/how-can-i-help/ http://ow.ly/i/hBp2t
Laird is a global technology company focused on providing systems, components and solutions that protect electronics from electromagnetic interference and heat, and that enable connectivity in mission critical systems through wireless applications and antenna systems.
Products are supplied to all sectors of the electronics industry including the Automotive, Mobile Device, Healthcare/ Medical, Computer/ Gaming, Telecommunications, Industrial/ Production, and Transportation markets.
Laird, a unit of Laird PLC, employs over 9,000 employees in more than 50 facilities located in 19 countries.