Gateworks GW5913 Compact NXP i.MX 6 SBC Supports PoE, GPS and 4G LTE Cellular Connectivity

Gateworks has announced a new Ventana SBC similar to their GW5530 board with 4G LTE connectivity, as GW5913 single board computer follows the same factor, and supports 4G LTE connectivity via mPCIe cards, but it replaces the microSIM card slot by a nanoSIM card socket, and adds a Gigabit Ethernet port with 802.11at PoE support. Gateworks GW5913 specifications: SoC – NXP i.MX 6Dual dual-core Arm Cortex-A9 processor @ 800MHz System Memory – 512MB DDR3-800 SDRAM Storage – 256MB Flash, serial configuration EEPROM Connectivity Gigabit Ethernet with PoE support Optional 4G LTE via high-power (up to 8W) Gen2 Mini-PCIe socket with USB 2.0 and nanoSIM socket Optional u-blox GPS Receiver with MMCX or U.FL Antenna Connector Expansion Connector – USB, UART, I2C, DAC, DIO Misc – Real-Time Clock with battery backup, voltage and temperature monitor, programmable watchdog timer Power Supply – 8 to 60VDC input voltage range via 2-pin power connector or  Ethernet with 802.3af/at Active PoE, reverse voltage protection Power …

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RAKWireless Introduces RAK7200 LoRa Tracker | Features & Specifications

RAK7200

RAK7200 is a LoRa Tracker node built around the AcSIP S76G chip. It integrates the ultra-low-power STM32L073 micro-controller, the SX1276 LoRa long range modem, and the CXD5603GF GPS receiver. The RAK7200, being a fully functioning LoRaWAN device, is particularly suited for IoT applications. Such as asset tracking, smart vehicle management, location-based service, etc. According to the device manufacturers, RAKWireless, a leading Chinese IoT solutions company, based in Shenzhen, RAK7200 requires minimal setup. Just pop in the included battery, close the housing and you can start sensing your GPS data over LoRaWAN. Furthermore, there are sensors built-into the board: a 9-axis accelerometer and pressure sensor. The new GPS Tracker node is an upgrade over the company’s earlier offering in the GPS tracker space, the RAK7205. Now, the earlier version, the RAK7205, was mostly aimed at developers, with its larger more robust casing and solar panel. But the RA7200 is more of a ready to use offering. It is more compact and …

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hIoTron Launches Smart Cold Chain Management PaaS & Hi-Gate Tracker

The hIoTron monitoring system is designed to be middleware for smart cold chain systems, which can be found in food transport, pharmaceutical transport and even some chemical transport systems. We previously covered any product from the company in April of 2018 with the hIoTron modular and enterprise development kit that helps with prototyping of IoT devices. Cold Chain Systems The company has now developed a commercial product designed for one of the most sensitive platforms in supply chain management: the cold chain. A cold chain system is a distribution process that requires constant monitoring of a product’s surrounding environment while in transit or storage before or after transit. The actions and equipment in low-temperature ranges would be maintained at a constant between 2 and 8 ℃ (36 to 46 ℉) to maintain the integrity of the product, food, drug, or chemical, from harvest/production through to consumption. These complex systems can be monitored by hIoTron cold chain system, and if necessary …

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Icarus IoT Board Features nRF9160 GPS + NB-IoT SiP in Adafruit Feather Form Factor

The new Icarus IoT board from Actinius, uses the Nordic nRF9160 SiP, a powerful yet low power system in a package designed for use with GPS and LTE-M & NB-IoT cellular data, also found in Ruuvi node which we covered a few months ago. The board’s purpose is for mobility and ease of project tracking anywhere, and can be found in application scenarios such as fleet management and security, cargo tracking, or asset monitoring, and many more. The board has power inputs for solar panel, USB or LiPo/Li-Ion Battery, which widens the boards mobile nature, and on-site, in-the-field capability. Since the form factor follows Adafruit Feather, the Icarus board benefits of additional component options for prototyping and DIY electronics projects. The nRF9160, by Nordic Semiconductor, is a SiP (System in a Package) that carries an extensive line of embedded software and hardware. As we had reported the nRF9160 SiP low-power IoT solution consists of a global multimode LTE-M/NB IoT modem, …

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Docker Pi IoT Node(A) Adds LoRa, GPRS and GPS to Raspberry Pi Board

The Docker Pi IoT Node(A) is the latest addition to the Docker Pi series of modules meant to enhance IoT capability and expand on the Raspberry Pi family of SBCs. Although it is mountable on the Raspberry Pi SBC, the HAT form factor allows it to be used with other similar single board computers such as Rock64 board. The Docker Pi IoT Node(A) supports GPS/BDS (Beidou), GSM, and LoRa. The add-on board interfaces to the host over I2C, in order to control LoRa & GSM connectivity, as well as the GPS/BDS module through SC16IS752 chip. There are a number of code examples and instructions that can be found on the Wiki. The unit can also be controlled directly without programming, and all the GPIO pins are extended so the board can stack on other HAT compatible boards, in appropriate layers. Specifications GPRS section Low power consumption, standby sleep current <1mA Support GSM/GPRS, four frequency bands, including 850, 900, 1800, 1900MHZ …

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Sony CXM1501GR ELTRES LPWAN Module Promises a Range of over 100 Km

While there are many LPWAN (Low Power Wide Area Network) standards, three appear to dominate the news namely LoRaWAN, SigFox, and 3GPP NB-IoT/eMTC. They all offer long range and up to 10-year of battery life enabled by the use of low bitrate which is fast enough to send sensor data. We can now add another LWPAN standard to the list, as Sony has developed ELTRES wireless communication standard suitable for IoT networks, and announced their CXM1501GR ELTRES module with a range of over 100km, even while traveling at 100km/h. Key features and specifications: ELTRES Connectivity Antenna radiated power – 20mW Communication direction – Uplink only Frequency – 923.6 MHz to 928.0 MHz (23-channel frequency hopping) Main modulation system – π/2 Shift BPSK Sub-modulation system – Linear chirp modulation Transmission system – Four repeated transmissions of 0.4 sec or shorter packets Reduction of interference with other systems – CSMA (Carrier Sense Multiple Access) Error correction code – LDPC (Low Density Parity …

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Onion Omega2 LTE Board Combines WiFi, 4G LTE and GNSS Connectivity (Crowdfunding)

Onion Omega2 LTE

Onion has launched several compact OpenWrt WiFi boards for IoT projects over the years starting with their Onion Omega board in 2015, and the latest so far being Onion Omega2 Pro with a massive 8GB storage. The company has now launched a new model with 4G LTE connectivity called Onion Omega2 LTE, based on Omega2S+ module, and also featuring GNSS global satellite positioning capability. Onion Omega2 LTE specifications: WiFi Module – Onion Omega2S+ IoT computer module with MediaTek MT7688 MIPS CPU @ 580 MHz, 128 MB RAM, 32 MB storage Cellular and GNS Module – Quectel EC25 LTE Cat 4 modem that delivers 150 Mbps downlink and 50 Mbps uplink data rates, provided either for North America or global markets External Storage – MicroSD card slot up to 2 TB (once such cards become available…) Connectivity 2.4 GHz 802.11 b/g/n Wi-Fi 4 + onboard 2 dBi direction chip antenna & U.FL connector for external antenna Cellular North America (Note: not …

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Amungo NUT2NT+ is an Open Source High Precision GNSS Board (Crowdfunding)

NUT2NT+ GNSS Board

Amungo Navigation NUT2NT+ is an open source hardware four-channel, all-frequency, GNSS RF-to-bits receiver for precision, satellite-based positioning. Connected to the right antennas, the board can achieve centimeter positioning resolution by connecting to multiple navigation satellite systems including GPS, GLONASS, Galileo, BeiDou, and IRNSS. Amungo claims that while several startups and large companies already offer proprietary GNSS positioning solutions NUT2NT+ is the only open source option in this class of GNSS devices. NUT2NT+ key features and specifications: Receiver chip  – NTLab NT1065 4-Channel RF Front-End IC FPGA – Lattice ECP5 with 12K LUTs + 28 DSP blocks (LFE5U-12) opened for custom design USB – 1x USB 3.1 Type-C port via CYUSB3014 USB 3.0 controller: Clock – 10 MHz TCXO, soldered RF inputs – 2x bands dedicated;  – 5 dB referred noise floor ADC – 2-bit resolution up to 99 MHz Samples transfer – Continuous full stream, from 10 to 50 Mbytes/sec GNSS Standards – GPS, GLONASS, Galileo, BeiDou, IRNSS, and future …

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