void __4_1_11__LinkMD_ENHANCED_DIAGNOSTICS_RECEIVE_SIGNAL_QUALITY_INDICATOR() {
    /**
     * @group:       	4.1.11 LinkMD®+ ENHANCED DIAGNOSTICS: RECEIVE SIGNAL QUALITY INDICATOR
     *
     * @description: 	A receive Signal Quality Indicator (SQI) feature can be used to determine the relative quality of the 100BASE-TX receive
     * 					signal. It approximates a signal-to-noise ratio, and is affected by cable length, cable quality, and coupling of environ-
     * 					mental noise.
     * 					The raw SQI values are available for reading at any time from the SQI registers. These four registers are located in the
     * 					MMD register space and begin with MMD Signal Quality Channel A Register. There is one register for each of the four
     * 					differential pairs (channels) of the 1000BASE-T interface, allowing separate calculation of SQI for each twisted pair of
     * 					the interface. When a port is operated in 100BASE-TX mode, only the channel A register is used for determining SQI.
     * 					Use bits [14:8] from the register. A lower value indicates better signal quality, while a higher value indicates worse signal
     * 					quality. Even for a stable configuration in a low-noise environment, the value read from this register will vary, often sig-
     * 					nificantly. It is necessary to average many readings to come up with a reasonably useful result. The update interval of
     * 					the SQI register is 2μs, so measurements taken more frequently than 2μs will be redundant. In a quiet environment, It
     * 					is suggested to average a minimum of 10 to 20 readings. In a noisy environment, individual readings are even more
     * 					unreliable, so a minimum of 30 to 50 readings are suggested for averaging. The SQI circuit does not include any hys-
     * 					teresis.
     * 					The Linux driver provided by Microchip includes SQI support. It does the averaging and provides a single number to
     * 					represent the SQI.
     */
}