Blues Wireless Extends Notecard IoT Connectivity Product Line to Cover Global Cellular and Wi-Fi, Announces New Product Beta
Blues Wireless, a provider of embedded wireless solutions, announced the general availability of Notecard Wi-Fi, a new product variant providing Wi-Fi connectivity for IoT devices.
Notecard Wi-Fi provides bidirectional, secure communication from edge devices to the customer's cloud of choice using the 2.4 GHz band, a frequency that's better for penetrating obstructions.
With the availability of Notecard Wi-Fi, developers can now build and deploy applications that rely on Wi-Fi and global cellular connectivity with minimal hardware or firmware changes.
Blues launched the Notecard product line in January of 2021 as a cellular-focused IoT solution. The Notecard is a 30mm by 35mm System on a Module (SoM) device-to-cloud data pump that provides the communication layer between edge devices and customer clouds over global cellular or Wi-Fi. The Notecard product line is designed for IoT workloads where low power consumption is key. Notecard commonly draws 8uA at rest and can be configured to "wake up" key parts of the device based on intervals or device movement to make the most out of energy-efficient designs.
Notecard Wi-Fi provides bidirectional, secure communication from edge devices to the customer's cloud of choice using the 2.4 GHz band, a frequency that's better for penetrating obstructions.
With the availability of Notecard Wi-Fi, developers can now build and deploy applications that rely on Wi-Fi and global cellular connectivity with minimal hardware or firmware changes.
Blues launched the Notecard product line in January of 2021 as a cellular-focused IoT solution. The Notecard is a 30mm by 35mm System on a Module (SoM) device-to-cloud data pump that provides the communication layer between edge devices and customer clouds over global cellular or Wi-Fi. The Notecard product line is designed for IoT workloads where low power consumption is key. Notecard commonly draws 8uA at rest and can be configured to "wake up" key parts of the device based on intervals or device movement to make the most out of energy-efficient designs.
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