The Raspberry Pi LoRa HAT is the smart, long-range, wireless transmission technology that is enabling the future of IoT (Internet of Things) and is based on the Semtech SX1262 enabling your projects to communicate up to a range of 5 km with auto repeating supported. The Pi HAT is now available to back on Kickstarter […]
Raspberry Pi LoRa HAT with 5 km range now available on Kickstarter from £23 Read More »
Electrolama has been developing two open-source hardware 802.15.4/Zigbee projects namely “zig-a-zig-ah” (aka “zzh”) USB stick, based on Texas Instruments CC2652R SimpleLink multi-standard wireless MCU, and Zoe (Zigbee + Poe) development board based on Raspberry Pi HAT form factor and powered by TI CC2530 SimpleLink 2.4 GHz SoC alongside CC2592 range extender. The two boards are to be released under an Apache-based Solderpad Hardware License 2.0, and
ELECTROLAMA ANNOUNCES 802.15.4/ZIGBEE USB DONGLE AND RASPBERRY PI “HAT” Read More »
Tensor Iotera Group (TIG) has announced its new Bluetera II open source full-stack development board, which according to the company uses Google’s Protocol Buffer technology for motion-based IoT applications. TIG says that the Bluetera II is the second generation module. Bluetera II is built to fill the gap for an open source platform that meets the following requirements : A system-level API that properly
TIG ANNOUNCES BLUETERA II OPEN SOURCE IOT MOTION-BASED DEVELOPMENT BOARD Read More »
The Axiomtek KIWI310 mini PC could easily be mistaken for a Raspberry Pi and measures the same 85 mm x 56 mm offering similar connectivity in the form of 1 GbE LAN Ethernet, HDMI, USB and a 40-pin GPIO interface. The differences are that the Axiomtek KIWI310 is powered by an Intel Celeron processor N3350 supported by
Axiomtek KIWI310 Intel powered mini PC Raspberry Pi clone Read More »
AAEON, an industry leader in IoT and AI edge computing solutions, is helping to power the pandemic response with the BOXER-6638U rugged embedded box PC. Featuring Intel® Core™ i3 processors, the BOXER-6638U brings the power of industrial computing to mobile X-ray machines, used to perform chest X-ray scans of suspected COVID-19 patients. This vital equipment helps increase the
BOXER-6638U: EMBEDDED COMPUTING ON THE FRONTLINES OF PANDEMIC RESPONSE AND PREVENTION Read More »
INTRODUCTION In the recent years, proliferation of technologies like WiMAX , IEEE 802.11, 3G and Bluetooth has directed much attention to wireless audio streaming. Nowadays audio streaming via radio waves and Bluetooth has particularly gained momentum. But these technologies have limitations such as, the destination device for the streaming system can‟t go too far from
Real-time Transmission of Voice over 802.11 Wireless Networks Using Raspberry Pi Read More »
Background/Scenario In many military applications, communications to unmanned systems are limited or prohibited and In the undersea domain, this is often the norm. Conducting submarine-launched Autonomous Underwater Vehicle (AUV) operations requires a level of autonomy for the AUV dependent on its assigned tasks, environmental conditions, and operational permissiveness. In some covert undersea operations, the AUV
On-Board Processing for Linear Target Mapping Read More »
Bulldog Mote One project currently being engaged in is the development of a new wireless sensor mote tobe used by California State University, Fresno. This new mote will be a brand-new deviceusing existing and up-and-coming technologies to be used by students to further researchefficient routing algorithms, device power consumption, network security, etc.To build the new
NSF NeTs Small RUI: Wireless Sensor Network Project Read More »
When you start your Raspberry Pi for the first time, it is important that you configure the system for your context. This includes setting up your password, country, language, and time zone. In addition, for exercises in this book, this includes enabling a range of special interfaces. Choose Your Own Adventure There are several ways
4C: GETTING STARTED WITH THE RASPBERRY PI Read More »
Rohde & Schwarz (R&S) released the SMCV100B, a signal generator that covers 5G NR extended FR1 frequency range up to 7.126 GHz. It leverages the R&S WinIQSIM2 simulation software, which supports common cellular and wireless connectivity standard. This includes standards for IoT and Wi-Fi. Working within the automotive industry, the R&S SMCV100B is suitable for end-of-line testing of radios
ROHDE & SCHWARZ RELEASES NEW SIGNAL GENERATOR Read More »
