Whitepaper: Modular vs signal-chip design tips
Learn when a modular approach works better in certain environments
Whitepaper: Modular vs signal-chip design tips
Learn when a modular approach works better in certain environments

Determine the best approach for your environment

The congestion and interference of Bluetooth® and Wi-Fi signals are a common issue as the number of devices on networks increases in the 2.4-GHz and 5-GHz bands. Ensuring reliable, stable, long-range connections for IoT applications is becoming more challenging.

Wireless technology developers also face many challenges. They need cost-efficient solutions, the ability to stream Wi-Fi and Bluetooth® simultaneously, and they must find solutions that ensure that battery life is not adversely affected. Ideally, one product or design would address these issues, but many companies lack the RF expertise, and they struggle on when to use a modular approach versus a single-chip design.

This whitepaper walks you through:

  • Key network congestion challenges
  • Why a modular approach may be better in certain environments or conditions
  • A helpful use case using the MAYA-W3 Module & AIROC™ CYW55513 solution in industrial environments