The wireless system development services from eLogicTech Edge include application analysis, antenna design, modular system development, and many more.
With a no-size-fits-all-purpose approach, eLogicTech Edge performs application analysis based on the device requirement, wireless connectivity, and range. It allows us to zero in on the technology fit, such as Wi-Fi, cellular, or Bluetooth.
SoC and modem selection services help integrate cellular in the design to handle various RF functions. It also supports adding features like Bluetooth, hardware interfaces, SIM card slots, onboard MCU, etc.
We leverage software like MATLAB to design custom antennas using arbitrary geometric shapes and analyze using moments of the method. The verification process validates the antenna placement on PCB, impedance, current, radiation pattern, and efficiency.
Modular subsystem development provides a drop-in solution for wireless sensor nodes and gateways. We combine processor, memory, and peripheral interfaces with dedicated sub-systems for wireless connectivity and security.
Our design and mapping of Connectivity infrastructure is a trade-off between power consumption, bandwidth, and range. Some other measures taken are the employment of core network technologies with sufficient resources, the configuration of routing near the access layer, and IPv6 addressing.
While developing a communication infrastructure, we ensure a smart connection between sensors and connectivity, gateway and network, and management and security services. It helps in the efficient data collection and exchange of data for monitoring and control.
Holding expertise in wireless system development for the IoT ecosystem, eLogicTech provides some added advantages to its clients.
eLogicTech Edge engineering team has vast exposure to IoT network technology, such as cellular, RFID, LPWAN, NFC, Bluetooth, Wi-fi, etc.
Any IoT ecosystem is a connected device network, and security is as essential aspect. Our communication and connectivity infrastructure design are highly security-focused.
We develop communication infrastructure focussing on power consumption, coverage, latency, and reliability.