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Now Available: Pinnacle 100 Cellular Modem
Take your wireless IoT applications further with LTE-M / NB-IoT and Bluetooth 5 connectivity. This end-device-certified solution combines low-power cellular, LTE-M and NB-IoT, with Bluetooth 5...
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First of Its Kind Cellular Modem from Laird Connectivity Simplifies Bridging Cellular IoT to Bluetooth Sensors
Akron, Ohio , June 23, 2020 – Global technology leader Laird Connectivity has launched the Pinnacle™ 100 Series of cellular modems and development kits. The Pinnacle 100 combines Bluetooth 5...
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Laird Connectivity and Cypress Deliver New Wi-Fi® + Bluetooth® 5 Combo Module Purpose-Built for Industrial IoT
Akron, Ohio , June 11, 2020 – Global technology leader, Laird Connectivity, has announced the upcoming Sterling-LWB5+ Wi-Fi 5 (802.11ac) and Bluetooth 5.1 module. Powered by...
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Laird Connectivity Announces New Wireless IoT Gateways that Provide Secure Out-of-the-Box Connectivity for Gathering Actionable IoT Intelligence
Laird Connectivity announces the new enterprise-grade Sentrius™ IG60 Series at Embedded World Nuremberg, Germany , February 25, 2019 – Global technology leader Laird Connectivity has...
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What Antenna Type is Best for Your Wireless Design?
Much of the success or failure of a wireless product depends on the performance of the antenna. Too often, the antenna tends to be an afterthought and is added on towards the end of the design phase...
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How to Test a Wi-Fi Embedded Medical Device
Hospitals are one of the most compelling, yet difficult RF environments. To ensure reliable functionality, a Wi-Fi radio that is embedded in a medical device must be tested thoroughly.When choosing...
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How to Test a Wi-Fi Embedded Medical Device
Hospitals are one of the most compelling, yet difficult RF environments. To ensure reliable functionality, a Wi-Fi radio that is embedded in a medical device must be tested thoroughly.When choosing...
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Laird BLE Module Enables Self-Powered Wireless Wind Sensor
This week, Etesian Technologies released their latest self-powered wind gauge. The patented BreezeBT is a completely wireless Bluetooth Low Energy (BLE) integrated anemometer that sends wind speed...
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Setting Up Wi-Fi in a Medical Center: Setting Up the Network
When setting up a Wi-Fi infrastructure in a medical facility such as a hospital, it is important for IT managers to follow certain processes to ensure a reliable and secure wireless network. In our...
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Setting Up Wi-Fi in a Medical Center: Positioning APs
In healthcare environments it is incredibly important that wireless devices never lose connectivity. Setting up a reliable Wi-Fi network in healthcare facilities can be a challenge which is why it...
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Laird Acquires LS Research
Recently, Laird acquired LS Research, a leader in wireless product design and development. Based in Cedarburg, Wisconsin, LSR offers embedded Radio Frequency (RF) products and services that...
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Philips Drives Connected Hospital with $225M Smart Hospital Deal
Throughout the past few years, we have learned how the idea of the Connected Hospital has rapidly transformed from a vision of the future into a reality. Hospitals are now focusing on providing the...
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Setting Up for Success: Reliable Wi-Fi Networks in Hospitals
Earlier this month an article titled “Care Connection: Ensure Wi-Fi Works” was published in the online magazine, For the Record . Written by Kevin Robins with input from the Wi-Fi Alliance‘s...
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Understanding the Enterprise Internet of Things (EIoT)
Over the last few years, the Internet of Things (IoT) has taken the world by storm, becoming one of the most discussed topics and promising markets of the tech industry. The concept of a connected...
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Nursing in an Aging America [Infographic]
Currently healthcare in the United States is changing rapidly. Nurses in particular will be affected by the changing healthcare landscape. According to the American Association of Colleges of...
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The Risks of Using Unsecure Infusion Pumps
Infusion pumps are necessary when it comes to administering fluids such as medication and nutrients into a patient’s cardiovascular system. They serve the purpose of automatically distributing...
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Secure BLE Pairing for IoT
Privacy and security are critical in wireless designs and should always be top concerns. With the release of Bluetooth v4.2, which the Bluetooth SIG says is the ideal technology for the IoT,...
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University of Akron SAE Aero Team Places First in Design Competition
The SAE Aero Design Competition held in Van Nuys, California on April 24 - 26 was comprised of nearly 75 aero design teams from around the world, one of them being from The University of Akron...
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What Channels are Supported in Both the 2.4 GHz & 5 GHz Band in Most Countries?
The channels that are supported depend on the regulation in each country. Here is a summary of most countries: Indoor Use Only Radar Bands (DFS band) ...
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Innovation in Healthcare has a Home in Cleveland
By Jordan Manser, Technical Writer Over the past several years, there has been a dynamic shift in the types of medical devices found within hospitals. Advancements in technology and government...
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Akron Formula SAE Electric Team Leverages Laird’s RM024
An avid supporter of The University of Akron, Laird’s Connectivity Products Business Unit, with offices in the heart of Akron, Ohio, donated two RM024 dev kits to the university’s Formula SAE...
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Elektor Uses BL600 in BLE Design for IoT
Elektor.Labs BL600-eBoB No doubt you’ve been hearing about the Internet of Things (IoT) for some time now. Until recently, the IoT has been a concept of the future, but in recent years it has...
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New Distribution Partnership with Future Electronics
Property of Future Electronics Accelerating Time to Market for Embedding Wireless Connectivity We recently signed a distribution partnership with Future Electronics, a leading global...
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The Connected Hospital Benefits Both Patients and Staff [Infographic]
What is the Connected Hospital and what does it mean for both patients and staff? The Connected Hospital is a vision of the future that will take place within the next 20 years, and stems from...
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Technology Improves Patient Care
By Jordan Manser, Technical Writer Advancements in medical technology have transformed healthcare and continue to change how it is conceptualized and delivered. Wireless medical technology allows...
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RAMP ISM Modules: Moving on from 802.15.4
By: Chris Downey, Product Manager IEEE 802.15.4 is a standard developed by the IEEE to enable low power, mesh networks. It has seen tremendous use for SCADA, Wireless Sensor Networks,...
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New RF Transceiver with FHSS Technology
Embedded Wireless Solutions of Laird recently announced the release of the CL024 transceiver. The CL024 transceiver is a Frequency Hopping Spread Spectrum (FHSS) radio designed for license-free...
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Ixia White Paper: Testing Wi-Fi for Medical Devices
A white paper from David Hoglund, an expert on Wi-Fi in hospitals, discusses the challenges of ensuring that Wi-Fi on medical devices operates reliably in a hospital. The key to ensuring reliable...
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Laird Article Featured in Electronic Design on Wireless Range
An article written by Chris Downey, Product Manager of the Embedded Wireless Solutions unit of Laird Technologies, was published recently in the Engineering Essentials section of Electronic Design ...
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FCC to Free Up Wi-Fi Spectrum to Boost Speeds
Wi-Fi operates in two unlicensed frequency bands: the 2.4 gigahertz (GHz) band and the 5 GHz band: The 2.4 GHz band is divided into between 11 and 14 channels. Because the entire band is...
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Catch CPBU at MDCC
The Connectivity Products Business Unit will be in Boston next Thursday and Friday for the 2012 Medical Device Connectivity Conference . This conference will be held at the Harvard Medical School on...