GC1115EVM

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GC1115 Evaluation Module (EVM) is an 8-by-8 MIMO evaluation board based on the RF Evaluation and Development Kits, Boards. The EVM features a high performance low noise amplifier two-dimensional array antenna, an 8-channel reconfigurable transceiver that covers the 4 GHz to 5 GHz frequency band, and a 3-axis inertial sensor. It enables 2-D MIMO (Multiple Input Multiple Output) communication and wideband radio communication for wireless applications such as Wi-Fi, WiMax, and 4G/5G LTE networks.The GC1115 EVM supports high speed data transfer for long range applications, making it ideal for testing and development of modern wireless systems and applications.

The multi-channel transceiver of the GC1115 EVM has a full duplex radios with four transmit and four receive paths (in both directions). The EVM also features a high-precision 3-axis accelerometer for data acquisition and detection. With this accelerometer, the GC1115 EVM can detect and log the orientation, acceleration and other motion of the module. It can also be used to measure RSSI (Received Signal Strength Indicator) as an objective measurement of wireless link performance.

The GC1115 EVM application field is quite wide, ranging from home and office automation to modern wireless communication systems. The EVM enables reliable communication over long distances, and its enhanced range capabilities ensure that wireless data reaches its destination efficiently and reliably. Additionally, the board simplifies the design and development of high performance, energy efficient wireless solutions.

The working principle of the GC1115 EVM is based on the reconfigurable transceiver elements, with a 2D array antenna that works in both the 4 GHz and 5 GHz bands. The transceiver features a low noise amplifier that provides high signal sensitivity, resulting in improved capacity and improved range. This enhanced capacity and improved range make the EVM ideal for use in modern wireless communication systems.

The GC1115 EVM also features an accelerometer, a directional antenna array and a built-in digital signal processor (DSP). The accelerometer enables it to measure RSSI, an important parameter for the evaluation of radio link performance. The directional antenna array helps the module to focus on specific objects and receive signals from farther distances. The built-in DSP is used to process and analyze signals.

The GC1115 EVM is an ideal choice for evaluating and developing modern wireless systems and applications. With a high performance low noise amplifier two-dimensional array antenna, an 8-channel reconfigurable transceiver that covers the 4 GHz to 5 GHz frequency band, and a 3-axis inertial sensor, the board supports reliable long range communication for Wi-Fi, WiMax, and 4G/5G LTE networks. Additionally, the board simplifies the design and development of high performance, energy efficient wireless solutions. The EVM enables efficient design, testing and development of modern wireless systems, and is the perfect choice for businesses looking to develop and test wireless solutions.

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