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Now In Stock: BL54L15μ Series Bluetooth LE + 802.15 + NFC
Unleashing enhanced processing power, expanded memory, and innovative peripherals, the BL54L15µ is the ultimate choice for low power connectivity, in the smallest footprint (6.3 x 7.9 mm).
Chip Antenna
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Ezurio Launches BL54L15μ Series – The Smallest nRF54 Module with Integrated Antenna, Now Available in Global Stock
14 August 2025 – Akron, Ohio – Ezurio, a global leader in connectivity, proudly announces the release and immediate availability of the BL54L15μ Series , a breakthrough Bluetooth® Low Energy...
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Now in Stock: Sona NX611 Wi-Fi 6 + Bluetooth 5.4 Module
Introducing the latest of the Sona™ Wi-Fi 6 product line from Ezurio, the NX611, based upon NXP’s leading IW611 Wi-Fi 6 chipset. A truly robust industrial IoT module: one that’s rugged, small, globally certified, has reliable connectivity, and is easy to integrate.
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Now in Stock: Sona TI351 Wi-Fi 6 + Bluetooth LE 5.4 Modules
TI CC3351 Wi-Fi 6 modules with M.2 standard form factors, chip antenna and MHF4 antenna options.
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Ezurio Announces the Newest Addition to Their Wi-Fi 6 Portfolio: The Sona™ NX611 Featuring the NXP IW611 Chipset for Next-Generation Industrial IoT Applications
Akron, Ohio – 11 June 2024 – Ezurio,(the new name for Laird Connectivity) a global leader in connectivity, today announces the Sona™ NX611 , the latest addition to their growing portfolio of...
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Now Available: Sterling™-LWB+ M.2
An M.2-2230 version joins the Sterling-LWB+ family, powered by the AIROC™ CYW43439 from Infineon Technologies. This addition provides an easy evaluation option for processor EVKs.
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How to Integrate a Wireless Module – A Comprehensive Approach
The Module-Based Approach – Eliminating Unknowns Ezurio’s decades in wireless design and hardware engineering have helped make us experts in providing pre-certified wireless modules...
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Got Space to Spare? Consider Upgrading Your Wi-Fi.
The Age-Old Problem: Space vs. Performance In wireless devices, the quality of the wireless link is often the front-line of user experience, and can dramatically shape your customer’s...
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How to Properly Implement Chip Antennas
Written by: Johnny Lienau Johnny is the RF/EMC Engineer at LSR. Johnny graduated from Marquette University with a BSEE in 2008, and a MSEE in 2009. He has experience in the development of small...
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Antenna Matching Within an Enclosure
Developing a wireless product can be a daunting task. There are many pitfalls, traps, and common mistakes people fall into during design and development. It is very common to save the...
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Antenna Design: Chip Antenna Implementation
Back for another post on antenna design is John Lienau, RF Design Engineer here at LSR. John is a graduate of Marquette Univeristy in Milwaukee, WI with a Masters degree in Electrical Engineering...
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Laird Technologies Releases BTM410/411 and BTM420/421 Bluetooth® Radio Modules
Enhanced Bluetooth® Radio Modules Add Robust, Short-Range Data Connectivity to Any Wireless Solution St. Louis, Missouri, USA – March 22, 2010 – Laird Technologies, Inc., a global leader in...