Eurotech has announced a design win with Galdi, a leading producer of packaging machines for the food market. Galdi chose Eurotech’s Multi-Service IoT Gateway ReliaGATE 10-20 to communicate with its production machines for valuable data collection, management and remote monitoring through Eurotech IoT Integration Platform Everyware Cloud.
Galdi selected Eurotech gateway because of its globally-compliant Wi-Fi and cellular certifications. Implementing this IoT technology will enable Galdi to remotely manage its plants and its customers by providing greater access to valuable data.
The ReliaGATE 10-20 is an industrial grade smart IoT gateway that provides communications, computation power and a simplified application framework for IoT platform integration and services applications. The gateway offers a variety of communication interfaces including cellular, Wi-Fi and Bluetooth enabling connectivity to a wide range of sensors and edge devices essential in M2M/IoT applications. It also includes interfaces for wired connectivity such as Dual Gigabit Ethernet, CANBus, up to four serial ports and three USB ports. ReliaGATE 10-20 is simple to manage and delivers out-of-the-box connectivity and intuitive configuration of the routing parameters thanks to a web GUI and over-the-air options.
LSE Technologies recently announced it is enabling secure end-to-end network data transfers for M2M applications and IoT devices with its Lightweight Stream Encryption Technology (LSET) C source code packages.
Three versions of the LSET Professional product line are available for different levels of security and processing resources:
LSET Pro is targeted at 8-bit and low-end 16/32-bit microcontrollers and offers basic encryption algorithm for short control/status messages.
LSET ProX is targeted at mid-range 16/32-bit microcontrollers with an enhanced encryption/decryption engine and key security features. It is suitable for short control/status messaging as well as video and firmware updates.
LSET ProXT is targeted at higher end 32-bit microcontrollers and provides a more advanced encryption/decryption engine and additional key security features. It is suitable for longer messages such as in gateway applications as well as for video and firmware updates.
On a common 32-bit microcontroller, a typical implementation of the LSET ProX package would require about 600 bytes of code space plus 64 bytes of RAM and with a 20-MHz CPU clock encryption/decryption could be performed in about 2.5 µs per byte.
The LSET source code packages were designed to be easily incorporated into existing code bases. In many cases data encryption can be added to a product in just a few hours. The LSET Professional C source code packages start at $500 for the LSET Pro package.
Antenova recently announced three new flexible printed circuit antennas—Mitis (SRFL026), Moseni (SRFL029), and Zhengi (SRFC015)—to cover the 3G, 4G, and LTE bands. The flexible antennas—which belong to Antenova’s flexiiANT range of antennas—offer options for all of the world’s 4G and LTE bands. You also have a choice of antenna shape and size. You can fold the flexible FPC antennas to fit inside small electronic devices. You can position them vertically, horizontally, or co-planar to the PCB. and are ideal for use in applications where there may not be room for an SMD antenna.
The Mitis and Moseni antennas were developed for 4G and LTE applications, including MIMO. The Zhengi covers all of the 3G and 4G LTE bands B7 (2,500–2,690 MHz) and B30, B40 (2,300–2,400 GHz), including LTE Bands B7, B30, B38, B40, and B41.
The antennas come with an IPEX MHF (UFL) cable in a choice of three lengths for easy connection to a wireless module, making them effectively plug-and-play antennas, particularly as they can be integrated without matching. Each one has a peel-back self-adhesive backing that enables you to position it in a variety of designs.
The Mitis, Moseni and Zhengi antennas are designed for a wide variety of applications, such as smart meters, remote monitoring, M2M, and IoT devices.
Secure cellular Machine-to-Machine (M2M) communication enables automated data exchange. Infineon Technologies recently announced the SLM 97 and SLI 97 security controller families. The new products stand out with unique features required for M2M communication in industrial as well as automotive applications such as emergency Call (eCall) and Vehicle-to-Vehicle (V2V) communication.
For the past 10 years, Infineon has provided high-quality security controllers used for M2M applications in the industrial and automotive sectors. For instance, Infineon supplies leading European car manufacturers with security controllers for eCall and other connectivity solutions for vehicles.
With the launch of the new SLM 97 and SLI 97 product families, Infineon strengthens its position in the growing industrial M2M and connected car markets. The new products enable the full implementation of embedded SIM as defined by GSMA and ETSI, increasing flexibility and simplifying the deployment of new M2M solutions.
Both SLM 97 and SLI 97 provide the following:
an extended temperature range from –40° to 105°C and high endurance for operation in demanding industrial and automotive environments
up to 1-MB SOLID FLASH memory, allowing fast prototyping and shortening time-to-market for device manufacturers
a set of hardware crypto-coprocessors supporting all relevant crypto schemes
a wide range of interfaces including ISO7816, SWP, USB, I2C, SPI to address a large variety of industrial and automotive applications
Common Criteria EAL 5+ (High) certification
The SLM 97 security controllers are tailored to industrial M2M applications requiring high endurance and robustness. They are qualified according to internationally recognized industrial standards and delivered in standard embedded M2M packages as well as in standard SIM card module.
The SLI 97 security controllers are qualified according to the high quality automotive standards (AEC-Q100) and tailored to the difficult environmental conditions of automotive applications. They pass through exhaustive quality processes to minimize failure rates. This makes them the perfect products for SIM cards or embedded security products in connected cars. Both families are based on field-proven products deployed in traditional Smart Card markets worldwide.
Eurotech recently announced the official release of Everyware Cloud 3.5 (EC), the M2M/IoT Integration Platform. The EC machine-to-machine (M2M) Integration Platform is intended to simplify device and data management by connecting distributed devices over secure and reliable cloud services. It enables you to connect, configure, and manage devices through the lifecycle, from deployment to retirement.
With EC 3.5 a set of new remote features is available: device configuration, device control, device provisioning, and device update. These features enable the Everyware Cloud Web Console to be the single point of administration for all connected devices, and make the Everyware Cloud REST APIs the single programmable interface to remote devices. In addition, security and reliability are enhanced with Two-Factors-Authentication and platform Health Monitoring.
By using EC, you benefit from:
Short time to market
Open Standard based
Flexible Deployment; from public cloud, to cloud-in-a-box (Everyware Server)
Device Enablement; for effective asset management and asset maintenance
Data Enablement; for a near-time understanding of users’ preferences and asset real use, for business intelligence
System Enablement; for reliable, scalable, secure and user-friendly platform administration
IoT Application Enablement; for simple integration with enterprise business software applications
The EC19W01 is a small, smart, highly integrated 802.11b/g/n Wi-Fi system in package (SiP) module. The module is well suited for home automation and smart appliances; Wi-Fi audio speakers and headphones; wireless sensors and sensor networks; wireless monitoring (audio and video); smart appliances; health care and fitness devices; wearable devices; security, authentication, and admittance control; lighting; building/energy/industrial management/control; cloud-connected devices; remote control, data acquisition, and monitoring; and machine-to-machine (M2M) and Internet of Things (IoT) design.
The EC19W01’s features include an integrated 32-bit processor to support application customization, on-board flash and antenna, low power consumption, support for Serial-to-Wi-Fi and SPI-to-Wi-Fi, wireless transmit/receive rates of up to 20 Mbps, and a small 14-mm × 16-mm × 2.8-mm footprint.
The M-5360A is an application-ready solution for multimedia and machine-to-machine (M2M) applications. The credit card-size System on Module (SOM) is powered by a Freescale 800-MHz i.MX537 ARM Cortex A8 processor with 1-GB DDR3 RAM and 4-GB eMMC flash.
The M-5360A features two independent low-voltage differential signaling (LVDS) channels for dual LCDs and one VGA port for external monitor connection. The i.MX537’s multimedia and graphic engine supports OpenGLE 2.0, OpenVG 1.1 graphics acceleration, and 1080P video decoding.
The M-5360A also provides powerful communication functionality (e.g., Ethernet, RS-232, RS-485, CAN 2.0, 1-Wire, and USB). This makes the SOM suitable for multimedia applications as well as embedded networking devices.
The M-5360A uses 128-pin 2-mm pin headers, which simplifies application board design. The SOM includes a preinstalled Ubuntu OS. Android and Windows CE are available by request. In addition to the hardware building blocks, software utility and device drivers are available for user applications.
The LEMOS-LMX-WiFi is a compact wireless transceiver that can operate on IEEE 802.11 networks. It is supported by a 32-bit microcontroller running a scalable TCP/IP stack. The transceiver is well suited for wireless embedded applications involving digital remote control, digital and analog remote monitoring, asset tracking, security systems, point of sale terminals, sensor monitoring, machine-to-machine (M2M) communication, environmental monitoring and control.
The 40.64-mm × 73.66-mm transceiver is available in two models: integrated PCB antenna or external antenna. Its features include software-selectable analog and digital I/O pins, a 2-Mbps maximum data rate, and a unique IEEE MAC address.
The LEMOS-LMX-WiFi can be powered by any 3.3-V to – 6-VDC source that can deliver 200 mA of current. The transceiver can interface to external devices that communicate via USART, I2C, and SPI. It also supports infrastructure and ad hoc networks.