1654292-1

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1654292-1 Application Field and Working Principle

The 1654292-1 is a compact Wi-Fi enabled device created by Smarton Robotics. It is equipped with a low-noise amplifier (LNA), a quad amplifier, and a multi-standard modem core for superior digital radio performance. It has superior wireless data throughput and takes advantage of the Mobile Wi-Fi standard while also providing wireless backward compatibility support.

The 1654292-1 is designed for use in various multi-standard radio applications. It can be employed in digital cellular, satellite, and wireless local loop systems that support 2G/3G/4G standards such as GSM, EDGE, HSDPA, and LTE. It also supports open source hardware (OSHW) and open source software (OSS) environments. This device is suitable for equipment manufacturers, facilitating accelerated product development with proven, established, and field-ready technology.

The 1654292-1 works on two main principles; signal acquisition and signal transmission. It acquires signals from incoming radio frequency (RF) signals through a selective extraction process that takes advantage of the low-noise amplifier. It then amplifies the signals before forwards them to a multi-standard modem core for digital processing. The modem core then processes the digital signals with robust error correction and coding algorithms, thereby effectively raising the signal to noise ratio.

After this, the processed digital signals are transmitted via the dual-band Wi-Fi connection. This allows for high-performance communication between remote devices, such as handsets, modems, routers, and other connected devices. The 1654292-1 also includes a semiconductor power amplifier that is selectively enabled, allowing for efficient signal transmission power control and extended battery life for mobile devices.

In conclusion, the 1654292-1 provides reliable radio performance efficiently and at low costs. It is suitable for multiple applications and complements any device with wireless connectivity. It can be used in digital cellular, satellite, and wireless local loop systems that support 2G/3G/4G standards, offering seamless integration and performance.

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