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Grid Connect can customize or produce a product based on our technology that fits your requirements.
Quickly and effectively implement your partial or complete, networking or embedded product.
We specialize in solving challenging IoT problems in demanding environments. No matter your application requirements.
Grid Connect can customize or produce a product based on our technology that fits your requirements.
Quickly and effectively implement your partial or complete, networking or embedded product.
We specialize in solving challenging IoT problems in demanding environments. No matter your application requirements.
The Internet of Things (IoT) has been talked about as an industry dealing in data, because of the massive amount of information produced by sensor technology. In fact, harvesting data from connected devices has become one of the key excitements concerning IoT technology, as it allows for the drastic advance in the analytics of failure, evaluation, implementation and efficiency.
Deciding which type of wireless connection to implement in a device can be a cumbersome task. Each solutions allows for communication without sorting through an abundance of wires. The 900MHz, Wi-Fi, or Bluetooth Low Energy (BLE) wireless communication tools can be used to resolve limitations in budget as well as situations where wire placement is troublesome.
The PCAN-Router FD allows for the conversion between CAN FD and CAN, making it extremely simple to integrate any CAN FD applications into existing CAN 2.0 networks. Used for establishing a connection between any two CAN FDs or CAN busses, this CAN-FD router is a universal, programmable controller based on the powerful ARM Cortex M4F micro controller.
Many of the countries in the Global Far East have made definitive innovations to the Internet of Things (IoT). According to the OECD, Korea is leading the world in devices online per 100 inhabitants at 37.9, with the next closest competitor ranking in at 32.7 (The US weighs in at a measly 24.9).
The Internet of Things (IoT) is continuing to grow at a rapid pace as more devices are becoming connected. However, the IoT is rendered useless without a system of networking to support it. As WiFi-enabled devices increase in popularity, the demand for networking will expand substantially. IoT-based technology is disrupting the current networking market due to vast amount of data that is collected and the quantity of devices connected to the Internet. Companies will be expected to have extremely efficient networks that will allow for real time analysis. In addition to this, simply having faster Internet speeds is essential in supporting the rise of IoT devices.
Imagine moving into a house where the thermostat could adjust automatically depending on the time, where all of the lights could be controlled with the touch of a button, and where the doors could be locked from the comfort of bed. Houses with these technological innovations installed are becoming increasingly popular within the real estate market as the Internet of Things (IoT) continues to transform the way we live our lives. Turning a home into a smart home with various IoT technologies can increase the value of a house substantially.
CAN FD (Flexible Data-rate) is becoming a more prominent feature in many new and upcoming products. STMicroelectronics created a CAN FD starter kit and there was better performance in terms of screen content and speed in comparison to the classical CAN. In addition to this, Cypress, Microchip, and Renesas have also created operational CAN FD networks.
The HF-A21 module is a compact high performance WiFi module providing 802.11b/g/n 2.4 GHz WiFi networking for a printed circuit board device design. With a rich feature set and an industrial temperature range, this surface mount embedded module is well suited for many applications even in harsh environments. A small footprint makes the HF-A21 easy to use in handheld devices.
The CAN protocol (ISO 11898) has remained relatively unchanged since it was introduced in 1993 as CAN 2.0 A/B. In the last few years, CAN FD (for Flexible Data rate or “Fast Data” as we like to call it) was introduced and is now defined as ISO 11898-1. The CAN FD protocol is backward compatible. Any CAN FD device can understand CAN 2.0 frames (now known as “Classic CAN”). However, the opposite is not true. If a Classic CAN node encounters a CAN FD frame, it will destroy the packet with an error frame.
As the Internet of Things takes shape, factories of the future will have to be ready to deftly manage a cascade of data — a challenge that will put plant operations, infrastructure, and culture to the test.
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