Intelligent connectivity introduces combinations of high-speed, low-latency cellular (5G) networks, edge artificial intelligence (AI), and the links of numerous devices across networks through the Internet of Things (IoT). It refines and redefines communications in various machine-to-machine (M2M) and human-machine interactions. Not only simplifies device deployment, but also maximizes stability and productivity in your production sites.
Optimize your manufacturing efficiency. EverFocus connectivity solution is seriously affordable and easy to deploy, combining performance either in throughput and latency or in power consumption. Even in the harsh and most demanding environments, field connectivity products from EverFocus will find a way to keep your devices connected.
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Industrial Protocol Gateway
Protocol Gateways from EverFocus not only act as a bridge between IoT devices and the upper network, but also converts legacy protocols such as Modbus RTU, and CAN bus into modern IoT connectivity networks.
Other than serial-to-Ethernet protocol conversions, Protocol Gateways from EverFocus seamlessly integrates wireless technology such as LTE 4G, CAT-NB, CAT-M1, Wi-Sun, WiFi, and Bluetooth for boundless machine-to-machine/machine-to-cloud data transmission and network connectivity.
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Remote Control I/O
Remote control I/O from EverFocus be able to perform facility data collection, environmental monitoring, and industrial process control. And not only provides access to sensor-level data in hard-to-reach sites, but also ensures smoother operation of system operations, and machine maintenance; saving costs and improving overall stability, and production efficiency.
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SMARC Modules
The SMARC modules are the only computer-on-module form factor that can handle both ARM and x86 designs. The 314 pins on SMARC’s high speed MXM3 connector allow it to cover both typical x86 interfaces and ARM type low level signals. Leveraging ARM SoCs enables integration with smart devices like tablets and mobile phones. Other low-power SoCs and CPUs, such as x86-based tablet processors and other RISC architectures, are also commonly used in the SMARC standard.
With a power envelope typically below 6W, this module is perfectly suited for applications requiring designs capable of operating in extreme environmental conditions.
