<mac>
	<reg>
		<loc>0x0B62</loc>
		<val>0x00000002</val>
		<comment>MAC_RFTC_PROF_CFG - DRM Enabled</comment>
	</reg>
	<reg>
		<loc>0x0B63</loc>
		<val>0x00000002</val>
		<comment>MAC_RFTC_PROF_ID_HIGH</comment>
	</reg>
	<reg>
		<loc>0x0B64</loc>
		<val>0x00000002</val>
		<comment>MAC_RFTC_PROF_ID_LOW</comment>
	</reg>
	<reg>
		<loc>0x0B65</loc>
		<val>0x444E347B</val>
		<comment>MAC_RFTC_PROF_IDVER - 1145975931 s</comment>
	</reg>
	<reg>
		<loc>0x0B66</loc>
		<val>0x00000000</val>
		<comment>MAC_RFTC_PROF_PROTOCOL</comment>
	</reg>
	<reg>
		<loc>0x0B67</loc>
		<val>0x00000002</val>
		<comment>MAC_RFTC_PROF_R2TMODTYPE - iso_6c_pr_ask</comment>
	</reg>
	<reg>
		<loc>0x0B68</loc>
		<val>0x000061A8</val>
		<comment>MAC_RFTC_PROF_TARI - 25000 ns</comment>
	</reg>
	<reg>
		<loc>0x0B69</loc>
		<val>0x00000000</val>
		<comment>MAC_RFTC_PROF_X - 0.5</comment>
	</reg>
	<reg>
		<loc>0x0B6A</loc>
		<val>0x0000203A</val>
		<comment>MAC_RFTC_PROF_PW - 8250 ns</comment>
	</reg>
	<reg>
		<loc>0x0B6B</loc>
		<val>0x0000F424</val>
		<comment>MAC_RFTC_PROF_RTCAL - 62500 ns</comment>
	</reg>
	<reg>
		<loc>0x0B6C</loc>
		<val>0x000115C7</val>
		<comment>MAC_RFTC_PROF_TRCAL - 71111 ns</comment>
	</reg>
	<reg>
		<loc>0x0B6D</loc>
		<val>0x00000003</val>
		<comment>MAC_RFTC_PROF_DIVIDERATIO - DR=64/3, TRExt=1</comment>
	</reg>
	<reg>
		<loc>0x0B6E</loc>
		<val>0x00000002</val>
		<comment>MAC_RFTC_PROF_MILLERNUM - 4</comment>
	</reg>
	<reg>
		<loc>0x0B6F</loc>
		<val>0x000493E0</val>
		<comment>MAC_RFTC_PROF_T2RLINKFREQ - 300000 Hz</comment>
	</reg>
	<reg>
		<loc>0x0B70</loc>
		<val>0x00000000</val>
		<comment>MAC_RFTC_PROF_VART2DELAY - 0 us</comment>
	</reg>
	<reg>
		<loc>0x0B71</loc>
		<val>0x00000151</val>
		<comment>MAC_RFTC_PROF_RXDELAY - 337 cycles (14.065136 us)</comment>
	</reg>
	<reg>
		<loc>0x0B72</loc>
		<val>0x0000000A</val>
		<comment>MAC_RFTC_PROF_MINTOTT2DELAY - 10 us</comment>
	</reg>
	<reg>
		<loc>0x0B73</loc>
		<val>0x0000000E</val>
		<comment>MAC_RFTC_PROF_TXPROPDELAY - 14 us</comment>
	</reg>
	<reg>
		<loc>0x0B74</loc>
		<val>0x00000000</val>
		<comment>MAC_RFTC_PROF_RSSIAVECFG - 0</comment>
	</reg>
	<reg>
		<loc>0x0B75</loc>
		<val>0x00000181</val>
		<comment>MAC_RFTC_PROF_PREAMCMD - C1G2 Preamble Command</comment>
	</reg>
	<reg>
		<loc>0x0B76</loc>
		<val>0x00000101</val>
		<comment>MAC_RFTC_PROF_FSYNCCMD - C1G2 Framesync Command</comment>
	</reg>
	<reg>
		<loc>0x0B77</loc>
		<val>0x0000003D</val>
		<comment>MAC_RFTC_PROF_T2WAITCMD - Delay Command</comment>
	</reg>
</mac>

<xcvr>
	<reg>
		<loc>0x0000</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0001</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0002</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0003</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0004</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0005</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0006</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0007</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0008</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0009</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x000A</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x000B</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x000C</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x000D</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x000E</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x000F</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0010</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0011</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0012</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0013</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0014</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0015</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0016</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0017</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0018</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0019</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x001A</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x001B</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x001C</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x001D</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x001E</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x001F</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0020</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0021</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0022</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0023</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0024</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0025</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0026</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0027</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0028</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0029</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x002A</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x002B</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x002C</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x002D</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x002E</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x002F</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0030</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0031</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0032</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0033</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0034</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0035</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0036</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0037</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0038</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0039</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x003A</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x003B</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x003C</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x003D</loc>
		<val>0x0001</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x003E</loc>
		<val>0x0000</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x003F</loc>
		<val>0x0000</val>
		<comment>TX Waveform I</comment>
	</reg>
	<reg>
		<loc>0x0040</loc>
		<val>0x0059</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0041</loc>
		<val>0x0104</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0042</loc>
		<val>0x01A5</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0043</loc>
		<val>0x0238</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0044</loc>
		<val>0x02B8</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0045</loc>
		<val>0x0323</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0046</loc>
		<val>0x0378</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0047</loc>
		<val>0x03B7</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0048</loc>
		<val>0x03E0</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0049</loc>
		<val>0x03F5</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x004A</loc>
		<val>0x03F5</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x004B</loc>
		<val>0x03E1</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x004C</loc>
		<val>0x03B7</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x004D</loc>
		<val>0x0378</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x004E</loc>
		<val>0x0323</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x004F</loc>
		<val>0x02B7</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0050</loc>
		<val>0x0237</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0051</loc>
		<val>0x01A4</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0052</loc>
		<val>0x0102</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0053</loc>
		<val>0x0057</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0054</loc>
		<val>0x0059</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0055</loc>
		<val>0x0108</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0056</loc>
		<val>0x01AC</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0057</loc>
		<val>0x0240</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0058</loc>
		<val>0x02C0</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0059</loc>
		<val>0x0329</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x005A</loc>
		<val>0x037A</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x005B</loc>
		<val>0x03B4</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x005C</loc>
		<val>0x03D9</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x005D</loc>
		<val>0x03EE</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x005E</loc>
		<val>0x03F6</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x005F</loc>
		<val>0x03F6</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0060</loc>
		<val>0x03F1</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0061</loc>
		<val>0x03EC</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0062</loc>
		<val>0x03E9</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0063</loc>
		<val>0x03E9</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0064</loc>
		<val>0x03EC</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0065</loc>
		<val>0x03F1</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0066</loc>
		<val>0x03F6</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0067</loc>
		<val>0x03F6</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0068</loc>
		<val>0x03EE</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0069</loc>
		<val>0x03D9</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x006A</loc>
		<val>0x03B4</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x006B</loc>
		<val>0x0379</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x006C</loc>
		<val>0x0328</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x006D</loc>
		<val>0x02BF</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x006E</loc>
		<val>0x023F</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x006F</loc>
		<val>0x01AB</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0070</loc>
		<val>0x0107</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0071</loc>
		<val>0x0059</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0072</loc>
		<val>0x0000</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0073</loc>
		<val>0x005A</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0074</loc>
		<val>0x010A</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0075</loc>
		<val>0x01B0</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0076</loc>
		<val>0x0246</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0077</loc>
		<val>0x02C7</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0078</loc>
		<val>0x0331</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0079</loc>
		<val>0x0383</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x007A</loc>
		<val>0x03BD</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x007B</loc>
		<val>0x03E3</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x007C</loc>
		<val>0x03F8</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x007D</loc>
		<val>0x0400</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x007E</loc>
		<val>0x0000</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x007F</loc>
		<val>0x0000</val>
		<comment>TX Waveform Q</comment>
	</reg>
	<reg>
		<loc>0x0080</loc>
		<val>0x050B</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x0081</loc>
		<val>0x0641</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x0082</loc>
		<val>0x1814</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x0083</loc>
		<val>0x1A8B</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x0084</loc>
		<val>0x050A</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x0085</loc>
		<val>0x1A8B</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x0086</loc>
		<val>0x050A</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x0087</loc>
		<val>0x0000</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x0088</loc>
		<val>0x050B</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x0089</loc>
		<val>0x1E6B</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x008A</loc>
		<val>0x0000</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x008B</loc>
		<val>0x0000</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x008C</loc>
		<val>0x0000</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x008D</loc>
		<val>0x0000</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x008E</loc>
		<val>0x0000</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x008F</loc>
		<val>0x07A1</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x0090</loc>
		<val>0x0000</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x0091</loc>
		<val>0x0002</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x0092</loc>
		<val>0x0000</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x0093</loc>
		<val>0x001D</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x0094</loc>
		<val>0x0000</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x0095</loc>
		<val>0x0024</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x0096</loc>
		<val>0x0000</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x0097</loc>
		<val>0x0000</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x0098</loc>
		<val>0x0000</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x0099</loc>
		<val>0x0000</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x009A</loc>
		<val>0x0000</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x009B</loc>
		<val>0x0000</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x009C</loc>
		<val>0x0000</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x009D</loc>
		<val>0x0000</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x009E</loc>
		<val>0x0000</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x009F</loc>
		<val>0x0000</val>
		<comment>User defined TX instruction</comment>
	</reg>
	<reg>
		<loc>0x00A0</loc>
		<val>0x180B</val>
		<comment>Data-0, Part 1, Start+Diff</comment>
	</reg>
	<reg>
		<loc>0x00A1</loc>
		<val>0x0169</val>
		<comment>Data-0, Part 2, Start+Diff</comment>
	</reg>
	<reg>
		<loc>0x00A2</loc>
		<val>0x1A90</val>
		<comment>Data-1, Part 1, Start+Diff</comment>
	</reg>
	<reg>
		<loc>0x00A3</loc>
		<val>0x048E</val>
		<comment>Data-1, Part 2, Start+Diff</comment>
	</reg>
	<reg>
		<loc>0x00A4</loc>
		<val>0x07A1</val>
		<comment>Default Symbol, Part 1, Start+Diff</comment>
	</reg>
	<reg>
		<loc>0x00A5</loc>
		<val>0x07A1</val>
		<comment>Default Symbol, Part 2, Start+Diff</comment>
	</reg>
	<reg>
		<loc>0x00A6</loc>
		<val>0x1E6B</val>
		<comment>Ramp-up, Start+Diff</comment>
	</reg>
	<reg>
		<loc>0x00A7</loc>
		<val>0x050B</val>
		<comment>Ramp-down, Start+Diff</comment>
	</reg>
	<reg>
		<loc>0x00A8</loc>
		<val>0x0000</val>
		<comment>Data-0, Part 1, Start+Diff</comment>
	</reg>
	<reg>
		<loc>0x00A9</loc>
		<val>0x0000</val>
		<comment>Data-0, Part 2, Start+Diff</comment>
	</reg>
	<reg>
		<loc>0x00AA</loc>
		<val>0x0000</val>
		<comment>Data-1, Part 1, Start+Diff</comment>
	</reg>
	<reg>
		<loc>0x00AB</loc>
		<val>0x0000</val>
		<comment>Data-1, Part 2, Start+Diff</comment>
	</reg>
	<reg>
		<loc>0x00AC</loc>
		<val>0x0000</val>
		<comment>Ramp-up, Start+Diff</comment>
	</reg>
	<reg>
		<loc>0x00B0</loc>
		<val>0x0000</val>
		<comment>Data-0, Part 1, Hold</comment>
	</reg>
	<reg>
		<loc>0x00B1</loc>
		<val>0x0000</val>
		<comment>Data-0, Part 2, Hold</comment>
	</reg>
	<reg>
		<loc>0x00B2</loc>
		<val>0x0000</val>
		<comment>Data-1, Part 1, Hold</comment>
	</reg>
	<reg>
		<loc>0x00B3</loc>
		<val>0x0000</val>
		<comment>Data-1, Part 2, Hold</comment>
	</reg>
	<reg>
		<loc>0x00B4</loc>
		<val>0x0000</val>
		<comment>Default Symbol, Part 1, Hold</comment>
	</reg>
	<reg>
		<loc>0x00B5</loc>
		<val>0x0000</val>
		<comment>Default Symbol, Part 2, Hold</comment>
	</reg>
	<reg>
		<loc>0x00B6</loc>
		<val>0x0000</val>
		<comment>Ramp-up, Hold</comment>
	</reg>
	<reg>
		<loc>0x00B7</loc>
		<val>0x0000</val>
		<comment>Ramp-down, Hold</comment>
	</reg>
	<reg>
		<loc>0x00B8</loc>
		<val>0x0000</val>
		<comment>Data-0, Part 1, Hold</comment>
	</reg>
	<reg>
		<loc>0x00B9</loc>
		<val>0x0000</val>
		<comment>Data-0, Part 2, Hold</comment>
	</reg>
	<reg>
		<loc>0x00BA</loc>
		<val>0x0000</val>
		<comment>Data-1, Part 1, Hold</comment>
	</reg>
	<reg>
		<loc>0x00BB</loc>
		<val>0x0000</val>
		<comment>Data-1, Part 2, Hold</comment>
	</reg>
	<reg>
		<loc>0x00BC</loc>
		<val>0x0000</val>
		<comment>Ramp-up, Hold</comment>
	</reg>
	<reg>
		<loc>0x00BF</loc>
		<val>0x0000</val>
		<comment>TX_GO</comment>
	</reg>
	<reg>
		<loc>0x00C0</loc>
		<val>0x0028</val>
		<comment>TX Enable register</comment>
	</reg>
	<reg>
		<loc>0x00C1</loc>
		<val>0x0009</val>
		<comment></comment>
	</reg>
	<reg>
		<loc>0x00C2</loc>
		<val>0x0017</val>
		<comment></comment>
	</reg>
	<reg>
		<loc>0x00C3</loc>
		<val>0x0031</val>
		<comment></comment>
	</reg>
	<reg>
		<loc>0x00C4</loc>
		<val>0x005F</val>
		<comment></comment>
	</reg>
	<reg>
		<loc>0x00C5</loc>
		<val>0x00C2</val>
		<comment></comment>
	</reg>
	<reg>
		<loc>0x00C6</loc>
		<val>0x0284</val>
		<comment></comment>
	</reg>
	<reg>
		<loc>0x00C7</loc>
		<val>0x0000</val>
		<comment></comment>
	</reg>
	<reg>
		<loc>0x00C8</loc>
		<val>0x0000</val>
		<comment></comment>
	</reg>
	<reg>
		<loc>0x00C9</loc>
		<val>0x003C</val>
		<comment>TX Sample Rate in 48 MHz clock cycles</comment>
	</reg>
	<reg>
		<loc>0x00CA</loc>
		<val>0x0420</val>
		<comment>PA disable delay in 48MHz clock cycles</comment>
	</reg>
	<reg>
		<loc>0x00CB</loc>
		<val>0x07F8</val>
		<comment>Reset time in 12 MHz clock cycles</comment>
	</reg>
	<reg>
		<loc>0x00CD</loc>
		<val>0x0000</val>
		<comment>Pre-distortion Coefficient, c0</comment>
	</reg>
	<reg>
		<loc>0x00CE</loc>
		<val>0x0200</val>
		<comment>Pre-distortion Coefficient, c1</comment>
	</reg>
	<reg>
		<loc>0x00CF</loc>
		<val>0x0000</val>
		<comment>Pre-distortion Coefficient, c2</comment>
	</reg>
	<reg>
		<loc>0x00D0</loc>
		<val>0x0000</val>
		<comment>Pre-distortion Coefficient, c3</comment>
	</reg>
	<reg>
		<loc>0x00D1</loc>
		<val>0x0000</val>
		<comment>Pre-distortion Coefficient, c4</comment>
	</reg>
	<reg>
		<loc>0x00D2</loc>
		<val>0x0000</val>
		<comment>Pre-distortion Coefficient, c5</comment>
	</reg>
	<reg>
		<loc>0x00D3</loc>
		<val>0x0000</val>
		<comment></comment>
	</reg>
	<reg>
		<loc>0x00D4</loc>
		<val>0x0000</val>
		<comment></comment>
	</reg>
	<reg>
		<loc>0x00D5</loc>
		<val>0x0000</val>
		<comment></comment>
	</reg>
	<reg>
		<loc>0x00D6</loc>
		<val>0x0000</val>
		<comment>Delay after PA enable [15:8], Delay after PA buffer enable [7:0]. Specified in 48 MHz clock cycles.</comment>
	</reg>
	<reg>
		<loc>0x00D8</loc>
		<val>0x0400</val>
		<comment>TX Filter hold enable delay</comment>
	</reg>
	<reg>
		<loc>0x00D9</loc>
		<val>0x0000</val>
		<comment>TX Filter hold disable delay</comment>
	</reg>
	<reg>
		<loc>0x00DA</loc>
		<val>0x0000</val>
		<comment>TX Filter hold period</comment>
	</reg>
	<reg>
		<loc>0x00DB</loc>
		<val>0x0000</val>
		<comment>RX LO ramp-up delay</comment>
	</reg>
	<reg>
		<loc>0x00DC</loc>
		<val>0x0080</val>
		<comment>RX LO TX delay</comment>
	</reg>
	<reg>
		<loc>0x00DD</loc>
		<val>0x0100</val>
		<comment>RX LO EOT delay</comment>
	</reg>
	<reg>
		<loc>0x00DE</loc>
		<val>0x00F0</val>
		<comment>DAC Bypass Settings</comment>
	</reg>
	<reg>
		<loc>0x00DF</loc>
		<val>0x0000</val>
		<comment>Enable DAC dithering: bit 1: I, bit 0: Q</comment>
	</reg>
	<reg>
		<loc>0x00E1</loc>
		<val>0x0000</val>
		<comment>MO TX data I</comment>
	</reg>
	<reg>
		<loc>0x00E3</loc>
		<val>0x0000</val>
		<comment>MO TX data Q</comment>
	</reg>
	<reg>
		<loc>0x00E5</loc>
		<val>0x0000</val>
		<comment>MO CORDIC input I</comment>
	</reg>
	<reg>
		<loc>0x00E7</loc>
		<val>0x0000</val>
		<comment>MO CORDIC input Q</comment>
	</reg>
	<reg>
		<loc>0x00E9</loc>
		<val>0x0000</val>
		<comment>MO DAC input I</comment>
	</reg>
	<reg>
		<loc>0x00EB</loc>
		<val>0x0000</val>
		<comment>MO DAC input Q</comment>
	</reg>
	<reg>
		<loc>0x00ED</loc>
		<val>0x0000</val>
		<comment>MO frequency offset</comment>
	</reg>
	<reg>
		<loc>0x00EF</loc>
		<val>0x0000</val>
		<comment>MO PA enable</comment>
	</reg>
	<reg>
		<loc>0x00F1</loc>
		<val>0x0008</val>
		<comment>RX LO Enable Register</comment>
	</reg>
	<reg>
		<loc>0x00F3</loc>
		<val>0x0000</val>
		<comment></comment>
	</reg>
	<reg>
		<loc>0x00FA</loc>
		<val>0x0400</val>
		<comment>Power Scaler I</comment>
	</reg>
	<reg>
		<loc>0x00FB</loc>
		<val>0x0400</val>
		<comment>Power Scaler Q</comment>
	</reg>
	<reg>
		<loc>0x0100</loc>
		<val>0x0001</val>
		<comment>IRQ enable bit 1, Mission Flag bit 0</comment>
	</reg>
	<reg>
		<loc>0x0101</loc>
		<val>0xFFFF</val>
		<comment>IRQ mask register</comment>
	</reg>
	<reg>
		<loc>0x0102</loc>
		<val>0x0000</val>
		<comment></comment>
	</reg>
	<reg>
		<loc>0x0103</loc>
		<val>0x0004</val>
		<comment>Mode register</comment>
	</reg>
	<reg>
		<loc>0x0108</loc>
		<val>0x0044</val>
		<comment></comment>
	</reg>
	<reg>
		<loc>0x0109</loc>
		<val>0x0000</val>
		<comment>Auto-read register</comment>
	</reg>
	<reg>
		<loc>0x010A</loc>
		<val>0x0000</val>
		<comment></comment>
	</reg>
	<reg>
		<loc>0x010B</loc>
		<val>0xA5A5</val>
		<comment></comment>
	</reg>
	<reg>
		<loc>0x010C</loc>
		<val>0x5A5A</val>
		<comment></comment>
	</reg>
	<reg>
		<loc>0x010D</loc>
		<val>0x0000</val>
		<comment>Auto-read decimation: bits [15:8] block averaged RSSI, bits [7:0] RX datapath signals</comment>
	</reg>
	<reg>
		<loc>0x010E</loc>
		<val>0x0006</val>
		<comment>Output Clock Setting</comment>
	</reg>
	<reg>
		<loc>0x010F</loc>
		<val>0x0000</val>
		<comment>Auto-read decimation: bits [15:8] WB RSSI, bits [7:0] NB RSSI</comment>
	</reg>
	<reg>
		<loc>0x0110</loc>
		<val>0x0005</val>
		<comment>Lock detect threshold</comment>
	</reg>
	<reg>
		<loc>0x0111</loc>
		<val>0x12C0</val>
		<comment>Lock detect integration count</comment>
	</reg>
	<reg>
		<loc>0x0113</loc>
		<val>0x0000</val>
		<comment>Lock detect integration count</comment>
	</reg>
	<reg>
		<loc>0x0114</loc>
		<val>0x0000</val>
		<comment>MO clock doubler value</comment>
	</reg>
	<reg>
		<loc>0x0116</loc>
		<val>0x000B</val>
		<comment>Tune RX filter</comment>
	</reg>
	<reg>
		<loc>0x0117</loc>
		<val>0x0113</val>
		<comment>Filter resistances: TX filter [13:8], RX Filter [5:0]</comment>
	</reg>
	<reg>
		<loc>0x0119</loc>
		<val>0x0000</val>
		<comment>Filter capacitance override: Enable TX filter override [14], TX filter [13:8], Enable RX filter override [6], RX Filter [5:0]</comment>
	</reg>
	<reg>
		<loc>0x011B</loc>
		<val>0x0000</val>
		<comment>MO DC removal</comment>
	</reg>
	<reg>
		<loc>0x011C</loc>
		<val>0x0000</val>
		<comment>Bits [15:4] DCREM short pulse width (48 MHz samples), bit 2 Enable Mixer external LC load, bits [1:0] IFLNA input selection</comment>
	</reg>
	<reg>
		<loc>0x0130</loc>
		<val>0x000F</val>
		<comment>ADC overdrive detection threshold</comment>
	</reg>
	<reg>
		<loc>0x0131</loc>
		<val>0x03E8</val>
		<comment>IF LNA too high count (set to 25 bit periods)</comment>
	</reg>
	<reg>
		<loc>0x0132</loc>
		<val>0x07D0</val>
		<comment>IF LNA too low count  (set to 50 bit periods)</comment>
	</reg>
	<reg>
		<loc>0x0133</loc>
		<val>0x0190</val>
		<comment>IF LNA peak det reset count (set to 10 bit periods)</comment>
	</reg>
	<reg>
		<loc>0x0134</loc>
		<val>0x03E8</val>
		<comment>IF filter too high count (set to 25 bit periods)</comment>
	</reg>
	<reg>
		<loc>0x0135</loc>
		<val>0x07D0</val>
		<comment>IF filter too low count  (set to 50 bit periods)</comment>
	</reg>
	<reg>
		<loc>0x0136</loc>
		<val>0x0190</val>
		<comment>IF filter peak det reset count (set to 10 bit periods)</comment>
	</reg>
	<reg>
		<loc>0x0141</loc>
		<val>0x0000</val>
		<comment>Disable AUX ADC manual start</comment>
	</reg>
	<reg>
		<loc>0x0150</loc>
		<val>0x1808</val>
		<comment>SJC Timing: Bits [15:8] Settling Time, Bits [4:0] Measurement time (3 MHz cycles)</comment>
	</reg>
	<reg>
		<loc>0x0151</loc>
		<val>0x0000</val>
		<comment>SJC Origin: Bits [12:8] Q, Bits [4:0] I</comment>
	</reg>
	<reg>
		<loc>0x0152</loc>
		<val>0x0000</val>
		<comment></comment>
	</reg>
	<reg>
		<loc>0x0153</loc>
		<val>0x0000</val>
		<comment>SJC Bias offset: Bits [7:4] I, Bits [3:0] Q</comment>
	</reg>
	<reg>
		<loc>0x0156</loc>
		<val>0x0000</val>
		<comment>MO SJC scaling</comment>
	</reg>
	<reg>
		<loc>0x0158</loc>
		<val>0x0000</val>
		<comment>MO SJC bias</comment>
	</reg>
	<reg>
		<loc>0x0160</loc>
		<val>0x0000</val>
		<comment></comment>
	</reg>
	<reg>
		<loc>0x0161</loc>
		<val>0x0000</val>
		<comment></comment>
	</reg>
	<reg>
		<loc>0x0162</loc>
		<val>0x0000</val>
		<comment></comment>
	</reg>
	<reg>
		<loc>0x0163</loc>
		<val>0x0000</val>
		<comment></comment>
	</reg>
	<reg>
		<loc>0x0164</loc>
		<val>0x0000</val>
		<comment></comment>
	</reg>
	<reg>
		<loc>0x0165</loc>
		<val>0x0000</val>
		<comment></comment>
	</reg>
	<reg>
		<loc>0x0200</loc>
		<val>0x0000</val>
		<comment></comment>
	</reg>
	<reg>
		<loc>0x0202</loc>
		<val>0x027B</val>
		<comment>pream_search_wait (3 MHz ticks)</comment>
	</reg>
	<reg>
		<loc>0x0203</loc>
		<val>0x0286</val>
		<comment>rx_timeout (3 MHz ticks)</comment>
	</reg>
	<reg>
		<loc>0x0205</loc>
		<val>0x0000</val>
		<comment>Disable manual override of rx_start</comment>
	</reg>
	<reg>
		<loc>0x0206</loc>
		<val>0x0000</val>
		<comment>Preemtive Transmission, number of tag bits</comment>
	</reg>
	<reg>
		<loc>0x0207</loc>
		<val>0x0000</val>
		<comment>iPico Settings: bit 2 Disable RX timeout, Bit 1 Use alt ramp-up, Bit 0 Enable continous RX</comment>
	</reg>
	<reg>
		<loc>0x0210</loc>
		<val>0x0003</val>
		<comment>Bit 1:  Enable fixed decimation,  Bit 0: Enable progammable decimation</comment>
	</reg>
	<reg>
		<loc>0x0211</loc>
		<val>0x0000</val>
		<comment>Decimation selection: 0=dec16, 1=dec32, 2=dec64, 3=dec128, 4=dec256</comment>
	</reg>
	<reg>
		<loc>0x0213</loc>
		<val>0x0000</val>
		<comment>Disable ADC I signal override</comment>
	</reg>
	<reg>
		<loc>0x0215</loc>
		<val>0x0000</val>
		<comment>Disable ADC Q signal override</comment>
	</reg>
	<reg>
		<loc>0x0220</loc>
		<val>0x0000</val>
		<comment>RX CORDIC A Phase Offset bits [16]</comment>
	</reg>
	<reg>
		<loc>0x0221</loc>
		<val>0x0000</val>
		<comment>RX CORDIC A Phase Offset bits [15:0]</comment>
	</reg>
	<reg>
		<loc>0x0222</loc>
		<val>0x0000</val>
		<comment>RX CORDIC B Phase Offset bits [16]</comment>
	</reg>
	<reg>
		<loc>0x0223</loc>
		<val>0x0000</val>
		<comment>RX CORDIC B Phase Offset bits [15:0]</comment>
	</reg>
	<reg>
		<loc>0x0260</loc>
		<val>0x0000</val>
		<comment>Bits [5:4] DC comp decay, Bit 3 DC comp scaling, Bit 2 Enable DC comp, Bit 1 Filter bank selection, Bit 0 Bypass channel filter</comment>
	</reg>
	<reg>
		<loc>0x0262</loc>
		<val>0x0000</val>
		<comment>Disable filter I signal override</comment>
	</reg>
	<reg>
		<loc>0x0264</loc>
		<val>0x0000</val>
		<comment>Disable filter Q signal override</comment>
	</reg>
	<reg>
		<loc>0x0266</loc>
		<val>0x0000</val>
		<comment>Disable IIR override</comment>
	</reg>
	<reg>
		<loc>0x0270</loc>
		<val>0x0001</val>
		<comment>Enable phase recovery</comment>
	</reg>
	<reg>
		<loc>0x0271</loc>
		<val>0x0003</val>
		<comment>Phase recovery proportional gain</comment>
	</reg>
	<reg>
		<loc>0x0272</loc>
		<val>0x0001</val>
		<comment>Phase recovery integrator gain</comment>
	</reg>
	<reg>
		<loc>0x0274</loc>
		<val>0x0000</val>
		<comment></comment>
	</reg>
	<reg>
		<loc>0x0275</loc>
		<val>0x0000</val>
		<comment>Disable phase recovery output override</comment>
	</reg>
	<reg>
		<loc>0x0277</loc>
		<val>0x0000</val>
		<comment>Bit 8: Enable fixed phase rotation, Bits 6:0 Fixed phase rotation value</comment>
	</reg>
	<reg>
		<loc>0x0281</loc>
		<val>0x0000</val>
		<comment>Disable RSSI override</comment>
	</reg>
	<reg>
		<loc>0x0282</loc>
		<val>0x5AB6</val>
		<comment>Bits 15:13 Avg shift during timeout,  Bits 12:10 RT NB RSSI block avg,  Bits 9:7 RT WB RSSI block avg,  Bit 6 Enable RT RSSI,  Bits 5:3 NB RSSI block avg,  Bits 2:0 WB RSSI block avg</comment>
	</reg>
	<reg>
		<loc>0x0283</loc>
		<val>0x0000</val>
		<comment>Bits 5:3 NB RSSI running avg,  Bits 2:0 WB RSSI running avg</comment>
	</reg>
	<reg>
		<loc>0x0291</loc>
		<val>0x0003</val>
		<comment>Bits 7:4 Miller out signal delay, Bit 2 Reduce matched filter sync delay, Bits 1:0 Enable coherent demodulator</comment>
	</reg>
	<reg>
		<loc>0x0292</loc>
		<val>0x0303</val>
		<comment>Smoothing filter coefficients: Cutoff frequency = 600 kHz</comment>
	</reg>
	<reg>
		<loc>0x0293</loc>
		<val>0x0504</val>
		<comment>  c03 and c02</comment>
	</reg>
	<reg>
		<loc>0x0294</loc>
		<val>0x0706</val>
		<comment>  c05 and c04</comment>
	</reg>
	<reg>
		<loc>0x0295</loc>
		<val>0x0808</val>
		<comment>  c07 and c06</comment>
	</reg>
	<reg>
		<loc>0x0296</loc>
		<val>0x0A09</val>
		<comment>  c09 and c08</comment>
	</reg>
	<reg>
		<loc>0x0297</loc>
		<val>0x0B0A</val>
		<comment>  c11 and c10</comment>
	</reg>
	<reg>
		<loc>0x0298</loc>
		<val>0x0C0B</val>
		<comment>  c13 and c12</comment>
	</reg>
	<reg>
		<loc>0x0299</loc>
		<val>0x0C0C</val>
		<comment>  c15 and c14</comment>
	</reg>
	<reg>
		<loc>0x029B</loc>
		<val>0x0000</val>
		<comment>Disable demodulator output override</comment>
	</reg>
	<reg>
		<loc>0x02A0</loc>
		<val>0x0003</val>
		<comment>Bit 1: Enable rate est,  Bit 0: Hold rate corr when pream found</comment>
	</reg>
	<reg>
		<loc>0x02A1</loc>
		<val>0x0178</val>
		<comment>Clock rates used in the data rate estimator correlators</comment>
	</reg>
	<reg>
		<loc>0x02A2</loc>
		<val>0x016C</val>
		<comment>  clk01</comment>
	</reg>
	<reg>
		<loc>0x02A3</loc>
		<val>0x0160</val>
		<comment>  clk02</comment>
	</reg>
	<reg>
		<loc>0x02A4</loc>
		<val>0x0154</val>
		<comment>  clk03</comment>
	</reg>
	<reg>
		<loc>0x02A5</loc>
		<val>0x014A</val>
		<comment>  clk04</comment>
	</reg>
	<reg>
		<loc>0x02A6</loc>
		<val>0x0140</val>
		<comment>  clk05</comment>
	</reg>
	<reg>
		<loc>0x02A7</loc>
		<val>0x0137</val>
		<comment>  clk06</comment>
	</reg>
	<reg>
		<loc>0x02A8</loc>
		<val>0x012E</val>
		<comment>  clk07</comment>
	</reg>
	<reg>
		<loc>0x02A9</loc>
		<val>0x0126</val>
		<comment>  clk08</comment>
	</reg>
	<reg>
		<loc>0x02AA</loc>
		<val>0x011E</val>
		<comment>  clk09</comment>
	</reg>
	<reg>
		<loc>0x02AB</loc>
		<val>0x0116</val>
		<comment>  clk10</comment>
	</reg>
	<reg>
		<loc>0x02B1</loc>
		<val>0x0038</val>
		<comment>Tick compensation LUT used in the data rate estimator</comment>
	</reg>
	<reg>
		<loc>0x02B2</loc>
		<val>0x002C</val>
		<comment>  lu01</comment>
	</reg>
	<reg>
		<loc>0x02B3</loc>
		<val>0x0020</val>
		<comment>  lu02</comment>
	</reg>
	<reg>
		<loc>0x02B4</loc>
		<val>0x0014</val>
		<comment>  lu03</comment>
	</reg>
	<reg>
		<loc>0x02B5</loc>
		<val>0x000A</val>
		<comment>  lu04</comment>
	</reg>
	<reg>
		<loc>0x02B6</loc>
		<val>0x0000</val>
		<comment>  lu05</comment>
	</reg>
	<reg>
		<loc>0x02B7</loc>
		<val>0x3FF7</val>
		<comment>  lu06</comment>
	</reg>
	<reg>
		<loc>0x02B8</loc>
		<val>0x3FEE</val>
		<comment>  lu07</comment>
	</reg>
	<reg>
		<loc>0x02B9</loc>
		<val>0x3FE6</val>
		<comment>  lu08</comment>
	</reg>
	<reg>
		<loc>0x02BA</loc>
		<val>0x3FDE</val>
		<comment>  lu09</comment>
	</reg>
	<reg>
		<loc>0x02BB</loc>
		<val>0x3FD6</val>
		<comment>  lu10</comment>
	</reg>
	<reg>
		<loc>0x02BD</loc>
		<val>0x0008</val>
		<comment>Bit 7: Rate estimation filter length,  Bit 6: Enable abs value in rate est restart,  Bit 5: Enable median filter in restart,  Bits 4:0 Peak hold counter</comment>
	</reg>
	<reg>
		<loc>0x02BE</loc>
		<val>0x0628</val>
		<comment>Bits 15:8 Rate estimator restart threshold,  Bits 6:0 Rate estimation threshold</comment>
	</reg>
	<reg>
		<loc>0x02BF</loc>
		<val>0x50A0</val>
		<comment>Bits 15:8 rate_est_above_threshold,  Bits 7:0 rate_est_below_threshold</comment>
	</reg>
	<reg>
		<loc>0x02C0</loc>
		<val>0x0007</val>
		<comment>demod_rate_est_comp_delay</comment>
	</reg>
	<reg>
		<loc>0x02C1</loc>
		<val>0x0140</val>
		<comment>demod_default_num_ticks</comment>
	</reg>
	<reg>
		<loc>0x02C2</loc>
		<val>0x0022</val>
		<comment>demod_GAD_prop_gain_preamble</comment>
	</reg>
	<reg>
		<loc>0x02C3</loc>
		<val>0x0004</val>
		<comment>demod_GAD_int_gain_preamble</comment>
	</reg>
	<reg>
		<loc>0x02C4</loc>
		<val>0x0011</val>
		<comment>demod_GAD_prop_gain</comment>
	</reg>
	<reg>
		<loc>0x02C5</loc>
		<val>0x0006</val>
		<comment>demod_GAD_int_gain</comment>
	</reg>
	<reg>
		<loc>0x02C6</loc>
		<val>0x0008</val>
		<comment>Bit 4: enable_keep_GAD_off_until_rate_est_locked,  Bit 3: enable_reset_of_GAD_when_rate_est_restarted,  Bit 2: demod_GAD_incl_median,  Bit 1: enable_reset_of_GAD_loop_filter, Bit 0: enable_reset_of_clk_gen (must be zero)</comment>
	</reg>
	<reg>
		<loc>0x02C7</loc>
		<val>0x0024</val>
		<comment>Bits [5:4]: NCO offset hit value,  Bits [2:0]: NCO hit value</comment>
	</reg>
	<reg>
		<loc>0x02D1</loc>
		<val>0x0334</val>
		<comment>Bits 14:8 Miller sub-carrier phase, Bits 6:0 preamble_threshold</comment>
	</reg>
	<reg>
		<loc>0x02D2</loc>
		<val>0x2103</val>
		<comment>Bit 13: Miller subcarrier filter selection,  Bits 12:6 Subcarrier_M,  Bits 5:2 Miller_subcarrier_delay,  Bit 1: enable_miller_clk,  Bit 0: enable_miller_subcarrier</comment>
	</reg>
	<reg>
		<loc>0x02D8</loc>
		<val>0x0001</val>
		<comment>Miller subcarrier removal IIR filter, a1:  MSBs,  Cutoff (3 dB) = 150 kHz</comment>
	</reg>
	<reg>
		<loc>0x02D9</loc>
		<val>0x071B</val>
		<comment>                                      a1:  LSBs</comment>
	</reg>
	<reg>
		<loc>0x02DA</loc>
		<val>0x0000</val>
		<comment>Miller subcarrier removal IIR filter, a2:  MSB</comment>
	</reg>
	<reg>
		<loc>0x02DB</loc>
		<val>0x7915</val>
		<comment>                                      a2:  LSBs</comment>
	</reg>
	<reg>
		<loc>0x02DC</loc>
		<val>0x0000</val>
		<comment>Miller subcarrier removal IIR filter, s1:  MSB</comment>
	</reg>
	<reg>
		<loc>0x02DD</loc>
		<val>0x000C</val>
		<comment>                                      s1:  LSBs</comment>
	</reg>
	<reg>
		<loc>0x02DF</loc>
		<val>0x0000</val>
		<comment>Disable begin_pream_search override</comment>
	</reg>
	<reg>
		<loc>0x0300</loc>
		<val>0x0B81</val>
		<comment>Filter Bank A: Bits 13:8 rx_iir_hold_bits, Bits 7:4 Length of channel FIR filter (# taps = 36+value*6), Bit 2 Enable IIR,  Bit 1 Enable FIR</comment>
	</reg>
	<reg>
		<loc>0x0301</loc>
		<val>0x0000</val>
		<comment>Filter Bank A: FIR channel filter coefficients: Bandpass, Center freq = 300 kHz, Single-sided BW = 120 kHz, Relaxed freq1 = 860, kHz, Relaxed freq2 = 1180 kHz</comment>
	</reg>
	<reg>
		<loc>0x0302</loc>
		<val>0x0006</val>
		<comment>  c01</comment>
	</reg>
	<reg>
		<loc>0x0303</loc>
		<val>0x001C</val>
		<comment>  c02</comment>
	</reg>
	<reg>
		<loc>0x0304</loc>
		<val>0x0017</val>
		<comment>  c03</comment>
	</reg>
	<reg>
		<loc>0x0305</loc>
		<val>0x0007</val>
		<comment>  c04</comment>
	</reg>
	<reg>
		<loc>0x0306</loc>
		<val>0xFFE1</val>
		<comment>  c05</comment>
	</reg>
	<reg>
		<loc>0x0307</loc>
		<val>0xFFB4</val>
		<comment>  c06</comment>
	</reg>
	<reg>
		<loc>0x0308</loc>
		<val>0xFF9B</val>
		<comment>  c07</comment>
	</reg>
	<reg>
		<loc>0x0309</loc>
		<val>0xFFB6</val>
		<comment>  c08</comment>
	</reg>
	<reg>
		<loc>0x030A</loc>
		<val>0xFFFA</val>
		<comment>  c09</comment>
	</reg>
	<reg>
		<loc>0x030B</loc>
		<val>0x0051</val>
		<comment>  c10</comment>
	</reg>
	<reg>
		<loc>0x030C</loc>
		<val>0x008D</val>
		<comment>  c11</comment>
	</reg>
	<reg>
		<loc>0x030D</loc>
		<val>0x0089</val>
		<comment>  c12</comment>
	</reg>
	<reg>
		<loc>0x030E</loc>
		<val>0x004A</val>
		<comment>  c13</comment>
	</reg>
	<reg>
		<loc>0x030F</loc>
		<val>0xFFFC</val>
		<comment>  c14</comment>
	</reg>
	<reg>
		<loc>0x0310</loc>
		<val>0xFFD5</val>
		<comment>  c15</comment>
	</reg>
	<reg>
		<loc>0x0311</loc>
		<val>0xFFEF</val>
		<comment>  c16</comment>
	</reg>
	<reg>
		<loc>0x0312</loc>
		<val>0x002C</val>
		<comment>  c17</comment>
	</reg>
	<reg>
		<loc>0x0313</loc>
		<val>0x0049</val>
		<comment>  c18</comment>
	</reg>
	<reg>
		<loc>0x0314</loc>
		<val>0x0007</val>
		<comment>  c19</comment>
	</reg>
	<reg>
		<loc>0x0315</loc>
		<val>0xFF6E</val>
		<comment>  c20</comment>
	</reg>
	<reg>
		<loc>0x0316</loc>
		<val>0xFECE</val>
		<comment>  c21</comment>
	</reg>
	<reg>
		<loc>0x0317</loc>
		<val>0xFE97</val>
		<comment>  c22</comment>
	</reg>
	<reg>
		<loc>0x0318</loc>
		<val>0xFF0A</val>
		<comment>  c23</comment>
	</reg>
	<reg>
		<loc>0x0319</loc>
		<val>0x0002</val>
		<comment>  c24</comment>
	</reg>
	<reg>
		<loc>0x031A</loc>
		<val>0x00F9</val>
		<comment>  c25</comment>
	</reg>
	<reg>
		<loc>0x031B</loc>
		<val>0x0163</val>
		<comment>  c26</comment>
	</reg>
	<reg>
		<loc>0x031C</loc>
		<val>0x010D</val>
		<comment>  c27</comment>
	</reg>
	<reg>
		<loc>0x031D</loc>
		<val>0x005A</val>
		<comment>  c28</comment>
	</reg>
	<reg>
		<loc>0x031E</loc>
		<val>0xFFFA</val>
		<comment>  c29</comment>
	</reg>
	<reg>
		<loc>0x031F</loc>
		<val>0x0073</val>
		<comment>  c30</comment>
	</reg>
	<reg>
		<loc>0x0320</loc>
		<val>0x019D</val>
		<comment>  c31</comment>
	</reg>
	<reg>
		<loc>0x0321</loc>
		<val>0x0296</val>
		<comment>  c32</comment>
	</reg>
	<reg>
		<loc>0x0322</loc>
		<val>0x023E</val>
		<comment>  c33</comment>
	</reg>
	<reg>
		<loc>0x0323</loc>
		<val>0x0000</val>
		<comment>  c34</comment>
	</reg>
	<reg>
		<loc>0x0324</loc>
		<val>0xFC72</val>
		<comment>  c35</comment>
	</reg>
	<reg>
		<loc>0x0325</loc>
		<val>0xF941</val>
		<comment>  c36</comment>
	</reg>
	<reg>
		<loc>0x0326</loc>
		<val>0xF857</val>
		<comment>  c37</comment>
	</reg>
	<reg>
		<loc>0x0327</loc>
		<val>0xFAC9</val>
		<comment>  c38</comment>
	</reg>
	<reg>
		<loc>0x0328</loc>
		<val>0x0002</val>
		<comment>  c39</comment>
	</reg>
	<reg>
		<loc>0x0329</loc>
		<val>0x05E1</val>
		<comment>  c40</comment>
	</reg>
	<reg>
		<loc>0x032A</loc>
		<val>0x09BA</val>
		<comment>  c41</comment>
	</reg>
	<reg>
		<loc>0x032B</loc>
		<val>0x0000</val>
		<comment>Filter Bank A: IIR DC estimation filter, a1:  Cutoff (3 dB) = NaN kHz</comment>
	</reg>
	<reg>
		<loc>0x032C</loc>
		<val>0x0000</val>
		<comment>                                         a2:  LSBs</comment>
	</reg>
	<reg>
		<loc>0x032D</loc>
		<val>0x0000</val>
		<comment>                                         s1:  LSBs</comment>
	</reg>
	<reg>
		<loc>0x032E</loc>
		<val>0x0000</val>
		<comment>Filter Bank A: IIR DC estimation filter, Bits [2,1,0] = [s1 a2 a1]:  MSBs</comment>
	</reg>
	<reg>
		<loc>0x0330</loc>
		<val>0x0B81</val>
		<comment>Filter Bank B: Bits 13:8 rx_iir_hold_bits, Bits 7:4 Length of channel FIR filter (# taps = 36+value*6), Bit 2 Enable IIR,  Bit 1 Enable FIR</comment>
	</reg>
	<reg>
		<loc>0x0331</loc>
		<val>0x001D</val>
		<comment>Filter Bank B: FIR channel filter coefficients: Lowpass, 6 dB cutoff freq = 10 kHz</comment>
	</reg>
	<reg>
		<loc>0x0332</loc>
		<val>0x0023</val>
		<comment>  c01</comment>
	</reg>
	<reg>
		<loc>0x0333</loc>
		<val>0x0029</val>
		<comment>  c02</comment>
	</reg>
	<reg>
		<loc>0x0334</loc>
		<val>0x002F</val>
		<comment>  c03</comment>
	</reg>
	<reg>
		<loc>0x0335</loc>
		<val>0x0036</val>
		<comment>  c04</comment>
	</reg>
	<reg>
		<loc>0x0336</loc>
		<val>0x003E</val>
		<comment>  c05</comment>
	</reg>
	<reg>
		<loc>0x0337</loc>
		<val>0x0045</val>
		<comment>  c06</comment>
	</reg>
	<reg>
		<loc>0x0338</loc>
		<val>0x004D</val>
		<comment>  c07</comment>
	</reg>
	<reg>
		<loc>0x0339</loc>
		<val>0x0055</val>
		<comment>  c08</comment>
	</reg>
	<reg>
		<loc>0x033A</loc>
		<val>0x005E</val>
		<comment>  c09</comment>
	</reg>
	<reg>
		<loc>0x033B</loc>
		<val>0x0067</val>
		<comment>  c10</comment>
	</reg>
	<reg>
		<loc>0x033C</loc>
		<val>0x0070</val>
		<comment>  c11</comment>
	</reg>
	<reg>
		<loc>0x033D</loc>
		<val>0x0079</val>
		<comment>  c12</comment>
	</reg>
	<reg>
		<loc>0x033E</loc>
		<val>0x0083</val>
		<comment>  c13</comment>
	</reg>
	<reg>
		<loc>0x033F</loc>
		<val>0x008C</val>
		<comment>  c14</comment>
	</reg>
	<reg>
		<loc>0x0340</loc>
		<val>0x0096</val>
		<comment>  c15</comment>
	</reg>
	<reg>
		<loc>0x0341</loc>
		<val>0x00A0</val>
		<comment>  c16</comment>
	</reg>
	<reg>
		<loc>0x0342</loc>
		<val>0x00AA</val>
		<comment>  c17</comment>
	</reg>
	<reg>
		<loc>0x0343</loc>
		<val>0x00B4</val>
		<comment>  c18</comment>
	</reg>
	<reg>
		<loc>0x0344</loc>
		<val>0x00BE</val>
		<comment>  c19</comment>
	</reg>
	<reg>
		<loc>0x0345</loc>
		<val>0x00C7</val>
		<comment>  c20</comment>
	</reg>
	<reg>
		<loc>0x0346</loc>
		<val>0x00D1</val>
		<comment>  c21</comment>
	</reg>
	<reg>
		<loc>0x0347</loc>
		<val>0x00DB</val>
		<comment>  c22</comment>
	</reg>
	<reg>
		<loc>0x0348</loc>
		<val>0x00E4</val>
		<comment>  c23</comment>
	</reg>
	<reg>
		<loc>0x0349</loc>
		<val>0x00ED</val>
		<comment>  c24</comment>
	</reg>
	<reg>
		<loc>0x034A</loc>
		<val>0x00F6</val>
		<comment>  c25</comment>
	</reg>
	<reg>
		<loc>0x034B</loc>
		<val>0x00FF</val>
		<comment>  c26</comment>
	</reg>
	<reg>
		<loc>0x034C</loc>
		<val>0x0107</val>
		<comment>  c27</comment>
	</reg>
	<reg>
		<loc>0x034D</loc>
		<val>0x010F</val>
		<comment>  c28</comment>
	</reg>
	<reg>
		<loc>0x034E</loc>
		<val>0x0116</val>
		<comment>  c29</comment>
	</reg>
	<reg>
		<loc>0x034F</loc>
		<val>0x011D</val>
		<comment>  c30</comment>
	</reg>
	<reg>
		<loc>0x0350</loc>
		<val>0x0124</val>
		<comment>  c31</comment>
	</reg>
	<reg>
		<loc>0x0351</loc>
		<val>0x012A</val>
		<comment>  c32</comment>
	</reg>
	<reg>
		<loc>0x0352</loc>
		<val>0x0130</val>
		<comment>  c33</comment>
	</reg>
	<reg>
		<loc>0x0353</loc>
		<val>0x0135</val>
		<comment>  c34</comment>
	</reg>
	<reg>
		<loc>0x0354</loc>
		<val>0x0139</val>
		<comment>  c35</comment>
	</reg>
	<reg>
		<loc>0x0355</loc>
		<val>0x013D</val>
		<comment>  c36</comment>
	</reg>
	<reg>
		<loc>0x0356</loc>
		<val>0x0140</val>
		<comment>  c37</comment>
	</reg>
	<reg>
		<loc>0x0357</loc>
		<val>0x0143</val>
		<comment>  c38</comment>
	</reg>
	<reg>
		<loc>0x0358</loc>
		<val>0x0145</val>
		<comment>  c39</comment>
	</reg>
	<reg>
		<loc>0x0359</loc>
		<val>0x0146</val>
		<comment>  c40</comment>
	</reg>
	<reg>
		<loc>0x035A</loc>
		<val>0x0146</val>
		<comment>  c41</comment>
	</reg>
	<reg>
		<loc>0x035B</loc>
		<val>0x0000</val>
		<comment>Filter Bank B: IIR DC estimation filter, a1:  Cutoff (3 dB) = 0 kHz</comment>
	</reg>
	<reg>
		<loc>0x035C</loc>
		<val>0x0000</val>
		<comment>                                         a2:  LSBs</comment>
	</reg>
	<reg>
		<loc>0x035D</loc>
		<val>0x0000</val>
		<comment>                                         s1:  LSBs</comment>
	</reg>
	<reg>
		<loc>0x035E</loc>
		<val>0x0000</val>
		<comment>Filter Bank B: IIR DC estimation filter, Bits [2,1,0] = [s1 a2 a1]:  MSBs</comment>
	</reg>
	<reg>
		<loc>0x0360</loc>
		<val>0x0000</val>
		<comment>Programmable data rate estimation coefficients, c95 - c80</comment>
	</reg>
	<reg>
		<loc>0x0361</loc>
		<val>0x0000</val>
		<comment>  c79 - c64</comment>
	</reg>
	<reg>
		<loc>0x0362</loc>
		<val>0xF0F0</val>
		<comment>  c63 - c48</comment>
	</reg>
	<reg>
		<loc>0x0363</loc>
		<val>0xF0F0</val>
		<comment>  c47 - c32</comment>
	</reg>
	<reg>
		<loc>0x0364</loc>
		<val>0xF0F0</val>
		<comment>  c31 - c16</comment>
	</reg>
	<reg>
		<loc>0x0365</loc>
		<val>0xF0F0</val>
		<comment>  c15 - c00</comment>
	</reg>
	<reg>
		<loc>0x0370</loc>
		<val>0x0000</val>
		<comment>Programmable preamble coefficients, c95 - c88</comment>
	</reg>
	<reg>
		<loc>0x0371</loc>
		<val>0x0000</val>
		<comment>  c87 - c80</comment>
	</reg>
	<reg>
		<loc>0x0372</loc>
		<val>0x0000</val>
		<comment>  c79 - c72</comment>
	</reg>
	<reg>
		<loc>0x0373</loc>
		<val>0x0000</val>
		<comment>  c71 - c64</comment>
	</reg>
	<reg>
		<loc>0x0374</loc>
		<val>0x5555</val>
		<comment>  c63 - c56</comment>
	</reg>
	<reg>
		<loc>0x0375</loc>
		<val>0x5555</val>
		<comment>  c55 - c48</comment>
	</reg>
	<reg>
		<loc>0x0376</loc>
		<val>0x5555</val>
		<comment>  c47 - c40</comment>
	</reg>
	<reg>
		<loc>0x0377</loc>
		<val>0x553F</val>
		<comment>  c39 - c32</comment>
	</reg>
	<reg>
		<loc>0x0378</loc>
		<val>0xFFFF</val>
		<comment>  c31 - c24</comment>
	</reg>
	<reg>
		<loc>0x0379</loc>
		<val>0xFF15</val>
		<comment>  c23 - c16</comment>
	</reg>
	<reg>
		<loc>0x037A</loc>
		<val>0x553F</val>
		<comment>  c15 - c08</comment>
	</reg>
	<reg>
		<loc>0x037B</loc>
		<val>0xFF15</val>
		<comment>  c07 - c00</comment>
	</reg>
	<reg>
		<loc>0x0380</loc>
		<val>0x5555</val>
		<comment>Demod Coefficients 000:  c23 - c16</comment>
	</reg>
	<reg>
		<loc>0x0381</loc>
		<val>0xFFFF</val>
		<comment>Demod Coefficients 000:  c15 -  c8</comment>
	</reg>
	<reg>
		<loc>0x0382</loc>
		<val>0x5555</val>
		<comment>Demod Coefficients 000:   c7 -  c0</comment>
	</reg>
	<reg>
		<loc>0x0383</loc>
		<val>0x5555</val>
		<comment>Demod Coefficients 001:  c23 - c16</comment>
	</reg>
	<reg>
		<loc>0x0384</loc>
		<val>0xFFFF</val>
		<comment>Demod Coefficients 001:  c15 -  c8</comment>
	</reg>
	<reg>
		<loc>0x0385</loc>
		<val>0xFF55</val>
		<comment>Demod Coefficients 001:   c7 -  c0</comment>
	</reg>
	<reg>
		<loc>0x0386</loc>
		<val>0x5555</val>
		<comment>Demod Coefficients 010:  c23 - c16</comment>
	</reg>
	<reg>
		<loc>0x0387</loc>
		<val>0x55FF</val>
		<comment>Demod Coefficients 010:  c15 -  c8</comment>
	</reg>
	<reg>
		<loc>0x0388</loc>
		<val>0xFFFF</val>
		<comment>Demod Coefficients 010:   c7 -  c0</comment>
	</reg>
	<reg>
		<loc>0x0389</loc>
		<val>0x5555</val>
		<comment>Demod Coefficients 011:  c23 - c16</comment>
	</reg>
	<reg>
		<loc>0x038A</loc>
		<val>0x55FF</val>
		<comment>Demod Coefficients 011:  c15 -  c8</comment>
	</reg>
	<reg>
		<loc>0x038B</loc>
		<val>0xFF55</val>
		<comment>Demod Coefficients 011:   c7 -  c0</comment>
	</reg>
	<reg>
		<loc>0x038C</loc>
		<val>0x55FF</val>
		<comment>Demod Coefficients 100:  c23 - c16</comment>
	</reg>
	<reg>
		<loc>0x038D</loc>
		<val>0xFFFF</val>
		<comment>Demod Coefficients 100:  c15 -  c8</comment>
	</reg>
	<reg>
		<loc>0x038E</loc>
		<val>0x5555</val>
		<comment>Demod Coefficients 100:   c7 -  c0</comment>
	</reg>
	<reg>
		<loc>0x038F</loc>
		<val>0x55FF</val>
		<comment>Demod Coefficients 101:  c23 - c16</comment>
	</reg>
	<reg>
		<loc>0x0390</loc>
		<val>0xFFFF</val>
		<comment>Demod Coefficients 101:  c15 -  c8</comment>
	</reg>
	<reg>
		<loc>0x0391</loc>
		<val>0xFF55</val>
		<comment>Demod Coefficients 101:   c7 -  c0</comment>
	</reg>
	<reg>
		<loc>0x0392</loc>
		<val>0x55FF</val>
		<comment>Demod Coefficients 110:  c23 - c16</comment>
	</reg>
	<reg>
		<loc>0x0393</loc>
		<val>0xFF55</val>
		<comment>Demod Coefficients 110:  c15 -  c8</comment>
	</reg>
	<reg>
		<loc>0x0394</loc>
		<val>0x5555</val>
		<comment>Demod Coefficients 110:   c7 -  c0</comment>
	</reg>
	<reg>
		<loc>0x0395</loc>
		<val>0x55FF</val>
		<comment>Demod Coefficients 111:  c23 - c16</comment>
	</reg>
	<reg>
		<loc>0x0396</loc>
		<val>0xFF55</val>
		<comment>Demod Coefficients 111:  c15 -  c8</comment>
	</reg>
	<reg>
		<loc>0x0397</loc>
		<val>0x55FF</val>
		<comment>Demod Coefficients 111:   c7 -  c0</comment>
	</reg>
	<reg>
		<loc>0x0400</loc>
		<val>0x1FFF</val>
		<comment>Analog enable register</comment>
	</reg>
	<reg>
		<loc>0x0401</loc>
		<val>0x003C</val>
		<comment>Analog enable register</comment>
	</reg>
	<reg>
		<loc>0x0402</loc>
		<val>0x007F</val>
		<comment>Analog enable register</comment>
	</reg>
	<reg>
		<loc>0x0410</loc>
		<val>0x0003</val>
		<comment>Analog control register</comment>
	</reg>
	<reg>
		<loc>0x0411</loc>
		<val>0x0000</val>
		<comment>Analog control register</comment>
	</reg>
	<reg>
		<loc>0x0412</loc>
		<val>0x000E</val>
		<comment>Analog control register</comment>
	</reg>
	<reg>
		<loc>0x0413</loc>
		<val>0x0003</val>
		<comment>Analog control register</comment>
	</reg>
	<reg>
		<loc>0x0414</loc>
		<val>0x0DDA</val>
		<comment>Analog control register</comment>
	</reg>
	<reg>
		<loc>0x0415</loc>
		<val>0x1EFB</val>
		<comment>Analog control register</comment>
	</reg>
	<reg>
		<loc>0x0416</loc>
		<val>0x7EA8</val>
		<comment>Analog control register</comment>
	</reg>
	<reg>
		<loc>0x0417</loc>
		<val>0x008D</val>
		<comment>Analog control register</comment>
	</reg>
	<reg>
		<loc>0x0418</loc>
		<val>0x0100</val>
		<comment>Analog control register</comment>
	</reg>
	<reg>
		<loc>0x0419</loc>
		<val>0x03C4</val>
		<comment>PLL control register</comment>
	</reg>
	<reg>
		<loc>0x041A</loc>
		<val>0x0000</val>
		<comment>AUX DAC data</comment>
	</reg>
	<reg>
		<loc>0x041B</loc>
		<val>0x0000</val>
		<comment>Bits 15:9 Spare, Bits 11:8 Dithering Clock division, Bits 7:3 Dithering offset, Bits 2:0 Dithering mode</comment>
	</reg>
	<reg>
		<loc>0x041C</loc>
		<val>0x0000</val>
		<comment>PLL N divider value [16]</comment>
	</reg>
	<reg>
		<loc>0x041D</loc>
		<val>0x21D5</val>
		<comment>PLL N divider value [15:0]</comment>
	</reg>
	<reg>
		<loc>0x0430</loc>
		<val>0x0000</val>
		<comment></comment>
	</reg>
	<reg>
		<loc>0x0431</loc>
		<val>0x0000</val>
		<comment></comment>
	</reg>
	<reg>
		<loc>0x043F</loc>
		<val>0x0007</val>
		<comment>Bit 4 Disable Analog Power Shell, Bits 2:0 Power Level</comment>
	</reg>
	<reg>
		<loc>0x0440</loc>
		<val>0x0602</val>
		<comment>Power LUT A (0): Bits 14:9 pa_power, Bits 8:4 pa_mid_match, Bits 3:0 txmix_pwr</comment>
	</reg>
	<reg>
		<loc>0x0441</loc>
		<val>0x0603</val>
		<comment>Power LUT A (1): Bits 14:9 pa_power, Bits 8:4 pa_mid_match, Bits 3:0 txmix_pwr</comment>
	</reg>
	<reg>
		<loc>0x0442</loc>
		<val>0x3FF2</val>
		<comment>Power LUT A (2): Bits 14:9 pa_power, Bits 8:4 pa_mid_match, Bits 3:0 txmix_pwr</comment>
	</reg>
	<reg>
		<loc>0x0443</loc>
		<val>0x3FF3</val>
		<comment>Power LUT A (3): Bits 14:9 pa_power, Bits 8:4 pa_mid_match, Bits 3:0 txmix_pwr</comment>
	</reg>
	<reg>
		<loc>0x0444</loc>
		<val>0x0608</val>
		<comment>Power LUT A (4): Bits 14:9 pa_power, Bits 8:4 pa_mid_match, Bits 3:0 txmix_pwr</comment>
	</reg>
	<reg>
		<loc>0x0445</loc>
		<val>0x060B</val>
		<comment>Power LUT A (5): Bits 14:9 pa_power, Bits 8:4 pa_mid_match, Bits 3:0 txmix_pwr</comment>
	</reg>
	<reg>
		<loc>0x0446</loc>
		<val>0x3FF8</val>
		<comment>Power LUT A (6): Bits 14:9 pa_power, Bits 8:4 pa_mid_match, Bits 3:0 txmix_pwr</comment>
	</reg>
	<reg>
		<loc>0x0447</loc>
		<val>0x3FFB</val>
		<comment>Power LUT A (7): Bits 14:9 pa_power, Bits 8:4 pa_mid_match, Bits 3:0 txmix_pwr</comment>
	</reg>
	<reg>
		<loc>0x0448</loc>
		<val>0x03DB</val>
		<comment>Power LUT B (0): Bits 9:6 pa_ssb, Bits 5:3 txmix_gain, Bits 2:0 txfilt_gain</comment>
	</reg>
	<reg>
		<loc>0x0449</loc>
		<val>0x03DB</val>
		<comment>Power LUT B (1): Bits 9:6 pa_ssb, Bits 5:3 txmix_gain, Bits 2:0 txfilt_gain</comment>
	</reg>
	<reg>
		<loc>0x044A</loc>
		<val>0x03DB</val>
		<comment>Power LUT B (2): Bits 9:6 pa_ssb, Bits 5:3 txmix_gain, Bits 2:0 txfilt_gain</comment>
	</reg>
	<reg>
		<loc>0x044B</loc>
		<val>0x03DB</val>
		<comment>Power LUT B (3): Bits 9:6 pa_ssb, Bits 5:3 txmix_gain, Bits 2:0 txfilt_gain</comment>
	</reg>
	<reg>
		<loc>0x044C</loc>
		<val>0x03DB</val>
		<comment>Power LUT B (4): Bits 9:6 pa_ssb, Bits 5:3 txmix_gain, Bits 2:0 txfilt_gain</comment>
	</reg>
	<reg>
		<loc>0x044D</loc>
		<val>0x03DB</val>
		<comment>Power LUT B (5): Bits 9:6 pa_ssb, Bits 5:3 txmix_gain, Bits 2:0 txfilt_gain</comment>
	</reg>
	<reg>
		<loc>0x044E</loc>
		<val>0x03DB</val>
		<comment>Power LUT B (6): Bits 9:6 pa_ssb, Bits 5:3 txmix_gain, Bits 2:0 txfilt_gain</comment>
	</reg>
	<reg>
		<loc>0x044F</loc>
		<val>0x03DB</val>
		<comment>Power LUT B (7): Bits 9:6 pa_ssb, Bits 5:3 txmix_gain, Bits 2:0 txfilt_gain</comment>
	</reg>
	<reg>
		<loc>0x0450</loc>
		<val>0x0104</val>
		<comment>RX Gain Normal Mode: Bit 8 RF LNA High Compression, Bits 7:6 RF LNA Gain, Bits 5:3 IF LNA Gain, Bits 2:0 IF AGC</comment>
	</reg>
	<reg>
		<loc>0x0451</loc>
		<val>0x0138</val>
		<comment>RX Gain SJC: Bit 8 RF LNA High Compression, Bits 7:6 RF LNA Gain, Bits 5:3 IF LNA Gain, Bits 2:0 IF AGC</comment>
	</reg>
	<reg>
		<loc>0x0501</loc>
		<val>0x0000</val>
		<comment>DTEST Control: Enable DTEST1 output [1], Enable DTEST0 output [0]</comment>
	</reg>
	<reg>
		<loc>0x0502</loc>
		<val>0x0000</val>
		<comment>DTEST Control: DTEST1 select [14:8], DTEST0 select [6:0]</comment>
	</reg>
</xcvr>

