bluetooth

ADVANTECH LAUNCHES THE NEW SMARC MODULE WITH INTEL® ATOM™ PENTIUM® CELERON®

ADVANTECH LAUNCHES THE NEW SMARC MODULE WITH INTEL® ATOM™/PENTIUM®/CELERON®

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Advantech, a leading embedded computing solutions provider, is happy to announce the launch of its first SMARC module: the SOM-2569. SMARC (Smart Mobility Architecture) is a versatile small form factor computer module targeting applications that require low power consumption, the flexibility to upgrade computing performance, and effective budget control in the system development process. Together […]

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OURPCB PUBLISHED A GUIDE ON ‘BLUETOOTH CIRCUIT BOARD HOW TO COUNT AS A HIGH QUALITY BLUETOOTH BOARD’

OURPCB PUBLISHED A GUIDE ON ‘BLUETOOTH CIRCUIT BOARD-HOW TO COUNT AS A HIGH-QUALITY BLUETOOTH BOARD’

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OurPCB, a reliable PCB & PCBA service manufacturer and provider, today published a ‘Bluetooth Circuit Board-How To Count As a High-Quality Bluetooth Board’ SHIJIAZHUANG, China, July 9, 2019 (Newswire.com) –OurPCB, a multi-national PCB Manufacturing and PCB Assembly company, today published a Guide on ‘Bluetooth Circuit Board-How To Count As a High-Quality Bluetooth Board‘ It has six chapters that

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ARTEMIS ENGINEERING VERSION SPARKFUN’S FIRST OPEN SOURCE EMBEDDED SYSTEMS MODULE

ARTEMIS ENGINEERING VERSION: SPARKFUN’S FIRST OPEN-SOURCE, EMBEDDED-SYSTEMS MODULE

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SparkFun has released the company’s first open-source, embedded-systems module—SparkFun Artemis, Engineering Version—to empower engineers, prototypers, and R&D teams to integrate the TensorFlow machine-learning platform into any design. via www.open-electronics.org Additionally, the team has launched three boards with the unshielded module: BlackBoard Artemis, BlackBoard Artemis Nano, and BlackBoard Artemis ATP. Built around the ultra-low-powered Ambiq Micro Apollo 3 processor, and powered by a

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FUTURE ELECTRONICS PRESENTS ULTRA LOW POWER BLUETOOTH 5.0 RADIO SOC

FUTURE ELECTRONICS PRESENTS ULTRA-LOW POWER BLUETOOTH 5.0 RADIO SOC

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The RSL10 from ON Semiconductor is an ultra-low power Bluetooth® 5.0 radio SoC for sensor and IoT applications. Designed for applications using 1.2V or 1.5V batteries, it runs from a supply between 1.1V and 3.3V without the need for a DC-DC converter. Ultra-Low Power Bluetooth 5.0 Radio SoC – Free RSL10 Evaluation Kits Available |

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USING THE BLE FUNCTIONALITY OF THE ESP32

USING THE BLE FUNCTIONALITY OF THE ESP32

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One of the most beautiful features which the ESP32 has over the ESP-12e is the fact that, asides the WiFi, it has two other communication modules onboard. The ESP32 comes with an onboard Classic Bluetooth and Bluetooth Low Energy modules. For today’s tutorial, we will explore how the Bluetooth Low Energy Module onboard the ESP-32 can be used in projects. INTRODUCTION TO BLUETOOTH LOW ENERGY

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OPENWRT MODULE AND DEV BOARD BASED ON REALTEK SOC FEATURES WAVE2

OPENWRT MODULE AND DEV BOARD BASED ON REALTEK SOC FEATURES WAVE2

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8devicesis accepting pre-orders for its $29 Komikan module, and sandwich-style $59 Komikan DVKdevelopment board for Wave2 prototyping at up to 1.166Gbps. The Komikan module runs OpenWrt on a MIPS24k-based Realtek SoC with dual-band, MU-MIMO 802.11ac. The Komikan has the ability to operate without a heatsink, as well as having a lower, 6W power consumption compared to other Wave2 modules. The

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KHADAS VIM3 AMLOGIC S922X BOARD TO SUPPORT M.2 NVME SSD WIFI 5 AND BLUETOOTH 5 CONNECTIVITY 1

KHADAS VIM3 AMLOGIC S922X BOARD TO SUPPORT M.2 NVME SSD, WIFI 5, AND BLUETOOTH 5 CONNECTIVITY

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The VIM3 SBC is the latest iteration of the popular Khadas VIM series, that will be equipped with the new Amlogic S922X SoC. It is designed with the same form-factor as our popular VIM2 and VIM1, with up to 4GB of LPDDR4/4X RAM and 32GB of EMMC storage; this makes it compatible with existing accessories. 3 models of VIM3 are planned for release,

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ON SEMICONDUCTOR CONTINUES TO MAKE BATTERY LESS IOT A REALITY WITH BLUETOOTH® LOW ENERGY

ON SEMICONDUCTOR CONTINUES TO MAKE BATTERY-LESS IOT A REALITY WITH BLUETOOTH® LOW ENERGY

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ON Semiconductor, driving energy efficient innovations, continues to enable battery-less and maintenance-free IoT with the introduction of its RSL10 Multi-Sensor Platform powered solely with a solar cell. This complete solution supports the development of IoT sensors using continuous solar energy harvesting to gather and communicate data through Bluetooth® Low Energy, without the need for batteries or

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TEENY TINY BLUETOOTH TRANSMITTER RUNS ON LESS THAN 1 MW

TEENY-TINY BLUETOOTH TRANSMITTER RUNS ON LESS THAN 1 MW

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The Bluetooth transmitter chip [lavender, right] is connected to a magnetic monopole antenna [green, far right], which acts as an integral part of the transmitter’s resonator circuit. The left half of the circuit board is only for test purposes. You’re probably swimming in Bluetooth radio signals right now. But none of those are coming from

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TYPE 1LV – LOWEST POWER WIFI BLUETOOTH MODULE OPENS NEW APPLICATIONS

TYPE 1LV – LOWEST POWER WIFI/BLUETOOTH MODULE OPENS NEW APPLICATIONS

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In IEEE 802.11ac-friendly mode, the WLAN operation supports MCS8 (256 QAM) in 20MHz channel for data rate up to 78Mbps. The CYW43012 implements highly sophisticated enhanced collaborative coexistence hardware mechanisms and algorighms, which ensure that WLAN and Bluetooth collaboration is optimized for maximum performance. Teaming with Cypress allows us to leverage our combined expertise in delivering breakthrough solutions

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