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brfm_scripts.c

Last change on this file was 76, checked in by megakiss, 10 years ago
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1	/***************************************************************************
2	* Copyright (c) 2005-2012, Broadcom Corporation
3	* All Rights Reserved
4	* Confidential Property of Broadcom Corporation
5	*
6	* THIS SOFTWARE MAY ONLY BE USED SUBJECT TO AN EXECUTED SOFTWARE LICENSE
7	* AGREEMENT BETWEEN THE USER AND BROADCOM. YOU HAVE NO RIGHT TO USE OR
8	* EXPLOIT THIS MATERIAL EXCEPT SUBJECT TO THE TERMS OF SUCH AN AGREEMENT.
9	*
10	* $brcm_Workfile: brfm_scripts.c $
11	* $brcm_Revision: Hydra_Software_Devel/37 $
12	* $brcm_Date: 2/17/12 11:32a $
13	*
14	* Module Description:
15	*
16	* Revision History:
17	*
18	* $brcm_Log: /magnum/portinginterface/rfm/7401/brfm_scripts.c $
19	*
20	* Hydra_Software_Devel/37 2/17/12 11:32a jtna
21	* SW7552-209: update ntsc filter coefficients for rev 5.1 B0 and up
22	*
23	* Hydra_Software_Devel/36 9/27/11 11:54a jtna
24	* SW7429-22: add 7429 support
25	*
26	* Hydra_Software_Devel/35 5/19/11 3:35p jtna
27	* SW7552-26: add 7552 compile support
28	*
29	* Hydra_Software_Devel/34 1/18/11 6:19p jtna
30	* SW7550-660: make brfm_scripts.c more stand-alone
31	*
32	* Hydra_Software_Devel/33 1/17/11 3:10p jtna
33	* SW7550-660: refactored RFM conditional compile definitions
34	*
35	* Hydra_Software_Devel/32 1/14/11 10:41a jtna
36	* SW7550-660: initial code clean-up
37	*
38	* Hydra_Software_Devel/31 8/26/10 3:10p jtna
39	* SW7420-16: better debug logs
40	*
41	* Hydra_Software_Devel/30 7/23/10 4:01p jtna
42	* SW7420-811: Set DACCTL.TC_OBB_2 = 1 and rate manager changes
43	*
44	* Hydra_Software_Devel/29 5/6/10 3:49p jtna
45	* SW7420-730: added SW workaround for noise spur
46	*
47	* Hydra_Software_Devel/28 3/24/10 3:08p jtna
48	* SW7405-4109: added BRFM_AudioEncoding_eStereoExtDeviation
49	*
50	* Hydra_Software_Devel/27 7/8/09 3:35p jtna
51	* PR43336: clean up CRC BIST
52	*
53	* Hydra_Software_Devel/26 6/24/09 11:56a jtna
54	* PR56333: set RFM_SYSCLK_OUTSCL uniform for all video formats
55	*
56	* Hydra_Software_Devel/25 3/3/09 4:46p jtna
57	* PR52387: Fix Pal-N init script
58	*
59	* Hydra_Software_Devel/24 3/3/09 10:36a jtna
60	* PR52387: Add Pal-M and Pal-N support
61	*
62	* Hydra_Software_Devel/23 2/6/09 5:50p jtna
63	* PR45633: add new volume table for 7420
64	*
65	* Hydra_Software_Devel/22 12/1/08 2:03p jtna
66	* PR45633: add 7420 support for compilation
67	*
68	* Hydra_Software_Devel/21 8/13/08 2:06p jtna
69	* PR45633: Add 7420 support
70	*
71	* Hydra_Software_Devel/20 7/30/08 5:53p jtna
72	* PR45157: Move register write before variable declaration
73	*
74	* Hydra_Software_Devel/19 7/30/08 5:09p jtna
75	* PR45157: Move register write before variable declaration
76	*
77	* Hydra_Software_Devel/18 7/11/08 10:52a jtna
78	* PR43336: Merge CRC BIST for 65nm platforms
79	*
80	* Hydra_Software_Devel/PR43336/3 7/11/08 10:11a jtna
81	* PR43336: Upgrade MSG->WRN for CRC failures
82	*
83	* Hydra_Software_Devel/PR43336/2 7/1/08 5:59p jtna
84	* PR43336: Void unused variables
85	*
86	* Hydra_Software_Devel/PR43336/1 6/13/08 6:53p jtna
87	* PR43336: Update CRC BIST
88	*
89	* Hydra_Software_Devel/16 6/11/08 11:07a jtna
90	* PR43336: Fix compiler warning. CRC BIST return value defaults to
91	* success.
92	*
93	* Hydra_Software_Devel/15 6/6/08 2:35p jtna
94	* PR43336: Add built-in self-test for correcting bad startup states
95	*
96	* Hydra_Software_Devel/13 4/29/08 4:05p jtna
97	* PR42156: Update RFM_SYSCLK.MISC registers to optimal values
98	*
99	* Hydra_Software_Devel/12 1/25/08 11:28a jtna
100	* PR34667: Merge SIF & dualBTSC support
101	*
102	***************************************************************************/
103
104	#include "bstd.h"
105	#include "brsp.h"
106
107	#ifndef VEC_GRPD_RFM
108	#include "bchp_rfm_clk27.h"
109	#include "bchp_rfm_sysclk.h"
110	#include "brfm.h"
111	#include "brfm_priv.h"
112	#include "brfm_scripts.h"
113	#else
114
115	#endif
116
117	/*******************************************************************************
118	Sub RFM_Audio_Trap_95Taps_DEFAULT_NTSC()
119	' Audio Trap filter: symmetric FIR (95-tap design for TRAP00-TRAP23).
120	' Designed for Rev. 3.0/4.0 RFM core (e.g. Bcm74xx).
121	' NTSC M/N version (4-MHz bandwidth, audio carrier at 4.5 MHz).
122	*******************************************************************************/
123	static const uint32_t BRFM_P_AudioTrapScrNtsc[] =
124	{
125	#if (BCHP_CHIP==7118)
126	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP00, 0x004cff38,
127	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP01, 0x00ecffb0,
128	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP02, 0xff2001ac,
129	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP03, 0xfea80004,
130	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP04, 0x013cfeb0,
131	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP05, 0x00380104,
132	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP06, 0xfeb4008c,
133	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP07, 0x0068ff38,
134	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP08, 0x0088ffec,
135	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP09, 0xffb400a4,
136	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP10, 0xff300058,
137	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP11, 0x00d4fe14,
138	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP12, 0x016800dc,
139	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP13, 0xfd1c0244,
140	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP14, 0x010cfc08,
141	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP15, 0x0324015c,
142	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP16, 0xfae003e0,
143	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP17, 0x01c8f9cc,
144	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP18, 0x046c0248,
145	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP19, 0xf8d404d0,
146	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP20, 0x02d0f814,
147	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP21, 0x04fc0338,
148	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP22, 0xf7ac052c,
149	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP23, 0x02c4791c,
150	#elif (BRFM_REVID==51 && BCHP_VER>=BCHP_VER_B0)
151	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP00, 0xfff40014, /* -0.0003662109375/ 0.0006103515625 ( -3/ 5) */
152	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP01, 0xfff8fff4, /* -0.0002441406250/-0.0003662109375 ( -2/ -3) */
153	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP02, 0x00180000, /* 0.0007324218750/ 0.0 ( 6/ 0) */
154	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP03, 0xffe4001c, /* -0.0008544921875/ 0.0008544921875 ( -7/ 7) */
155	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP04, 0x0010ffd0, /* 0.0004882812500/-0.0014648437500 ( 4/ -12) */
156	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP05, 0x00140030, /* 0.0006103515625/ 0.0014648437500 ( 5/ 12) */
157	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP06, 0xffc0fff8, /* -0.0019531250000/-0.0002441406250 ( -16/ -2) */
158	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP07, 0x0058ffc0, /* 0.0026855468750/-0.0019531250000 ( 22/ -16) */
159	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP08, 0xffc8007c, /* -0.0017089843750/ 0.0037841796875 ( -14/ 31) */
160	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP09, 0xffe0ff80, /* -0.0009765625000/-0.0039062500000 ( -8/ -32) */
161	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP10, 0x00900028, /* 0.0043945312500/ 0.0012207031250 ( 36/ 10) */
162	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP11, 0xff300074, /* -0.0063476562500/ 0.0035400390625 ( -52/ 29) */
163	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP12, 0x00a0fef4, /* 0.0048828125000/-0.0081787109375 ( 40/ -67) */
164	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP13, 0x00180134, /* 0.0007324218750/ 0.0093994140625 ( 6/ 77) */
165	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP14, 0xfef0ff68, /* -0.0083007812500/-0.0046386718750 ( -68/ -38) */
166	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP15, 0x01c4ff50, /* 0.0137939453125/-0.0053710937500 ( 113/ -44) */
167	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP16, 0xfe68021c, /* -0.0124511718750/ 0.0164794921875 ( -102/ 135) */
168	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP17, 0x0044fd30, /* 0.0020751953125/-0.0219726562500 ( 17/ -180) */
169	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP18, 0x01f401f4, /* 0.0152587890625/ 0.0152587890625 ( 125/ 125) */
170	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP19, 0xfbe800dc, /* -0.0319824218750/ 0.0067138671875 ( -262/ 55) */
171	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP20, 0x04b8fac8, /* 0.0368652343750/-0.0407714843750 ( 302/ -334) */
172	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP21, 0xfdd009fc, /* -0.0170898437500/ 0.0780029296875 ( -140/ 639) */
173	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP22, 0xfa04f254, /* -0.0467529296875/-0.1068115234375 ( -383/ -875) */
174	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP23, 0x25f44f14, /* 0.2965087890625/ 0.6177978515625 ( 2429/ 5061) */
175	#else
176	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP00, 0x0004fffc,
177	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP01, 0xfffc0008,
178	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP02, 0x0000fff4,
179	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP03, 0x00080008,
180	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP04, 0xffec0004,
181	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP05, 0x0018ffe4,
182	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP06, 0xfff00030,
183	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP07, 0xfff4ffc8,
184	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP08, 0x003c001c,
185	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP09, 0xff9c0020,
186	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP10, 0x0068ff88,
187	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP11, 0xffd000b8,
188	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP12, 0xffb8ff4c,
189	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP13, 0x00dc0044,
190	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP14, 0xfebc0094,
191	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP15, 0x012cfe74,
192	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP16, 0xffa8022c,
193	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP17, 0xfee0fe14,
194	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP18, 0x02d00068,
195	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP19, 0xfc0c0260,
196	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP20, 0x038cfa04,
197	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP21, 0xff8c099c,
198	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP22, 0xf880f3b8,
199	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP23, 0x268c4d48,
200	#endif
201	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
202	};
203
204	/*******************************************************************************
205	Sub RFM_Audio_Trap_95Taps_PAL_D()
206	' Audio Trap filter: symmetric FIR (95-tap design for TRAP00-TRAP23).
207	' Designed for Rev. 3.0/4.0 RFM core.
208	' PAL-D version (6-MHz bandwidth, audio carrier at 6.5 MHz).
209	*******************************************************************************/
210	static const uint32_t BRFM_P_AudioTrapScrPalD[] =
211	{
212	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP00, 0xffd80018,
213	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP01, 0xffe00024,
214	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP02, 0xffdc0020,
215	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP03, 0xffec0004,
216	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP04, 0x0010ffd8,
217	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP05, 0x004cff90,
218	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP06, 0x0094ff48,
219	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP07, 0x00d4ff18,
220	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP08, 0x00f0ff18,
221	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP09, 0x00ccff64,
222	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP10, 0x00580004,
223	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP11, 0xff9000e4,
224	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP12, 0xfea001dc,
225	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP13, 0xfdbc029c,
226	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP14, 0xfd3402d4,
227	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP15, 0xfd5c0238,
228	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP16, 0xfe7400a0,
229	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP17, 0x008cfe18,
230	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP18, 0x036cfb00,
231	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP19, 0x0690f808,
232	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP20, 0x08fcf668,
233	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP21, 0x0998f7c4,
234	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP22, 0x06d4fa90,
235	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP23, 0x042c7c00,
236	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
237	};
238
239	/*******************************************************************************
240	Sub RFM_Audio_Trap_95Taps_PAL_B()
241	' Audio Trap filter: symmetric FIR (95-tap design for TRAP00-TRAP23).
242	' Designed for Rev. 3.0/4.0 RFM core (e.g. Bcm74xx).
243	' PAL-B/G/H version (5-MHz bandwidth, audio carrier at 5.5 MHz).
244	*******************************************************************************/
245	static const uint32_t BRFM_P_AudioTrapScrPalBG[] =
246	{
247	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP00, 0x000c0004, /* 0.0003662109375 / 0.0001220703125 ( 3 / 1) */
248	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP01, 0xffec0028, /* -0.0006103515625 / 0.0012207031250 ( -5 / 10) */
249	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP02, 0xffc4003c, /* -0.0018310546875 / 0.0018310546875 ( -15 / 15) */
250	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP03, 0xffd80000, /* -0.0012207031250 / 0.0 ( -10 / 0) */
251	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP04, 0x002cffb8, /* 0.0013427734375 /-0.0021972656250 ( 11 / -18) */
252	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP05, 0x0044ffe8, /* 0.0020751953125 /-0.0007324218750 ( 17 / -6) */
253	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP06, 0xffd80064, /* -0.0012207031250 / 0.0030517578125 ( -10 / 25) */
254	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP07, 0xff8c004c, /* -0.0035400390625 / 0.0023193359375 ( -29 / 19) */
255	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP08, 0x000cff90, /* 0.0003662109375 /-0.0034179687500 ( 3 / -28) */
256	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP09, 0x00b0ff64, /* 0.0053710937500 /-0.0047607421875 ( 44 / -39) */
257	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP10, 0x00340064, /* 0.0015869140625 / 0.0030517578125 ( 13 / 25) */
258	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP11, 0xff1c0100, /* -0.0069580078125 / 0.0078125000000 ( -57 / 64) */
259	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP12, 0xff64ffd4, /* -0.0047607421875 /-0.0013427734375 ( -39 / -11) */
260	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP13, 0x0100fe88, /* 0.0078125000000 /-0.0114746093750 ( 64 / -94) */
261	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP14, 0x013cffb0, /* 0.0096435546875 /-0.0024414062500 ( 79 / -20) */
262	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP15, 0xff0c01f4, /* -0.0074462890625 / 0.0152587890625 ( -61 / 125) */
263	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP16, 0xfde4012c, /* -0.0164794921875 / 0.0091552734375 (-135 / 75) */
264	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP17, 0x0098fd98, /* 0.0046386718750 /-0.0187988281250 ( 38 / -154) */
265	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP18, 0x035cfd4c, /* 0.0262451171875 /-0.0211181640625 ( 215 / -173) */
266	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP19, 0x006402cc, /* 0.0030517578125 / 0.0218505859375 ( 25 / 179) */
267	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP20, 0xfa9405e8, /* -0.0423583984375 / 0.0461425781250 (-347 / 378) */
268	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP21, 0xfce0fcf4, /* -0.0244140625000 /-0.0238037109375 (-200 / -195) */
269	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP22, 0x0b74ebf0, /* 0.0894775390625 /-0.1567382812500 ( 733 /-1284) */
270	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP23, 0x1a806320, /* 0.2070312500000 / 0.7744140625000 (1696 / 6344) */
271	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
272	};
273
274	/*******************************************************************************
275	Sub RFM_Audio_Trap_95Taps_PAL_I()
276	' Audio Trap filter: symmetric FIR (95-tap design for TRAP00-TRAP23).
277	' Designed for Rev. 3.0/4.0 RFM core (e.g. Bcm74xx).
278	' PAL-I version (5.5-MHz bandwidth, audio carrier at 6.0 MHz).
279	*******************************************************************************/
280	static const uint32_t BRFM_P_AudioTrapScrPalI[] =
281	{
282	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP00, 0x0000fff4, /* 0.0 -0.0003662109375 ( 0 / -3) */
283	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP01, 0x0010ffe8, /* 0.0004882812500 /-0.0007324218750 ( 4 / -6) */
284	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP02, 0x0020ffe0, /* 0.0009765625000 /-0.0009765625000 ( 8 / -8) */
285	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP03, 0x001cfff4, /* 0.0008544921875 /-0.0003662109375 ( 7 / -3) */
286	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP04, 0xfff40028, /* -0.0003662109375 / 0.0012207031250 ( -3 / 10) */
287	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP05, 0xffbc0050, /* -0.0020751953125 / 0.0024414062500 ( -17 / 20) */
288	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP06, 0xffb00038, /* -0.0024414062500 / 0.0017089843750 ( -20 / 14) */
289	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP07, 0xfff8ffcc, /* -0.0002441406250 /-0.0015869140625 ( -2 / -13) */
290	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP08, 0x0070ff60, /* 0.0034179687500 /-0.0048828125000 ( 28 / -40) */
291	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP09, 0x00b0ff6c, /* 0.0053710937500 /-0.0045166015625 ( 44 / -37) */
292	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP10, 0x0050001c, /* 0.0024414062500 / 0.0008544921875 ( 20 / 7) */
293	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP11, 0xff680104, /* -0.0046386718750 / 0.0079345703125 ( -38 / 65) */
294	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP12, 0xfebc0140, /* -0.0098876953125 / 0.0097656250000 ( -81 / 80) */
295	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP13, 0xff1c003c, /* -0.0069580078125 / 0.0018310546875 ( -57 / 15) */
296	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP14, 0x009cfe88, /* 0.0047607421875 /-0.0114746093750 ( 39 / -94) */
297	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP15, 0x0220fda4, /* 0.0166015625000 /-0.0184326171875 ( 136 / -151) */
298	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP16, 0x0208fee8, /* 0.0158691406250 /-0.0085449218750 ( 130 / -70) */
299	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP17, 0xffac01f8, /* -0.0025634765625 / 0.0153808593750 ( -21 / 126) */
300	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP18, 0xfc84046c, /* -0.0272216796875 / 0.0345458984375 (-223 / 283) */
301	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP19, 0xfb9c0328, /* -0.0343017578125 / 0.0246582031250 (-281 / 202) */
302	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP20, 0xff3cfd44, /* -0.0059814453125 /-0.0213623046875 ( -49 / -175) */
303	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP21, 0x06d4f5c8, /* 0.0533447265625 /-0.0798339843750 ( 437 / -654) */
304	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP22, 0x0d8cefd0, /* 0.1058349609375 /-0.1264648437500 ( 867 /-1036) */
305	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TRAP23, 0x11a06d9c, /* 0.1376953125000 / 0.8563232421875 (1128 / 7015) */
306	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
307	};
308
309	/*******************************************************************************
310	Sub RFM_Group_Delay_FCC_M()
311	' Group-delay filter: symmetric FIR (40-tap design for GRP00-GRP19).
312	' Originally designed for Rev. 2.0 RFM core, also works for 3.0 and 4.0.
313	' NTSC-M version (audio carrier at 4.5 MHz).
314	'
315	' ** RFM Group Delay DC gain = 0.9990234375 = 2046/2^11 = 0x7FE/2^11
316	'
317	' Designed to "FCC, EIA 1977" specification:
318	'
319	' Nominal
320	' Freq. G.Delay Tolerance
321	' (MHz) (ns) (ns)
322	' ----- -------- ---------
323	' 0 0 +/-25
324	' 0.1 0 Reference
325	' >0.1 0 +/-25
326	' 1.0 0 +/-25
327	' 2.0 0 +/-25
328	' 3.0 0 +/-25
329	' 3.58 -170 +/-25
330	' 4.0 -293 +/-50
331	' 4.18 -346 +/-100
332	*******************************************************************************/
333	static const uint32_t BRFM_P_GroupDelayFCCScrNtsc[] =
334	{
335	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP00, 0x00000180,
336	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP01, 0xf8d010e0,
337	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP02, 0xe2202920,
338	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP03, 0xd6601650,
339	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP04, 0x0a80e140,
340	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP05, 0x10c011a0,
341	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP06, 0xe1e0fd80,
342	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP07, 0x3e904110,
343	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP08, 0x1600fbb0,
344	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP09, 0xfbc00110,
345	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP10, 0x01a0ffc0,
346	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP11, 0xff200000,
347	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP12, 0x00800010,
348	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP13, 0xffc00010,
349	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP14, 0x00500020,
350	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP15, 0xfff0ffe0,
351	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP16, 0x00000000,
352	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP17, 0x00000000,
353	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP18, 0x00000000,
354	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP19, 0x00000000,
355	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
356	};
357
358	/*******************************************************************************
359	Sub RFM_Group_Delay_PAL_D__CCIR_Rpt_308()
360	' Group-delay filter: symmetric FIR (40-tap design for GRP00-GRP19).
361	' Designed for Rev. 3.0/4.0 RFM core (also works with 2.x cores).
362	' PAL-D version (audio carrier at 6.5 MHz).
363	'
364	' ** RFM Group Delay DC gain = 0.9951171875 = 2038/2^11 = 0x7F6/2^11
365	'
366	' Designed to "CCIR Report 308" specification:
367	'
368	' Nominal
369	' Freq. G.Delay Tolerance
370	' (MHz) (ns) (ns)
371	' ----- -------- ---------
372	' 0 0 Reference
373	' 0.25 + 5 +/-12
374	' 1.0 +53 +/-12
375	' 2.0 +87 +/-12
376	' 3.0 +85 +/-12
377	' 4.0 +50 +/-12
378	' 4.43 0 +/-12
379	' 0 -90 +/-30
380	*******************************************************************************/
381	static const uint32_t BRFM_P_GroupDelayScrPalD[] =
382	{
383	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP00, 0x00000000,
384	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP01, 0xffe00020,
385	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP02, 0xffd00050,
386	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP03, 0xff7000e0,
387	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP04, 0xfeb00210,
388	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP05, 0xfcd00520,
389	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP06, 0xf8500c60,
390	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP07, 0xee401a80,
391	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP08, 0xe3102060,
392	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP09, 0xf7f0fa80,
393	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP10, 0x66d02940,
394	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP11, 0xf610f3b0,
395	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP12, 0x0240fd00,
396	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP13, 0x0100fea0,
397	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP14, 0x0120ff10,
398	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP15, 0x0090ff90,
399	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP16, 0x0040ffd0,
400	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP17, 0x0010fff0,
401	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP18, 0xfff00000,
402	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP19, 0xffe00010,
403	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
404	};
405
406	/*******************************************************************************
407	Sub RFM_Group_Delay_PAL_D__China_Flat()
408	' Group-delay filter: symmetric FIR (40-tap design for GRP00-GRP19).
409	'
410	' Impulse (delay-only) filter with DC gain matched to filter above
411	' [RFM_Group_Delay_PAL_D__CCIR_Rpt_308()].
412	'
413	' ** RFM Group Delay DC gain = 0.9951171875 = 2038/2^11 = 0x7F6/2^11
414	*******************************************************************************/
415	static const uint32_t BRFM_P_GroupDelayScrPalD_China[] =
416	{
417	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP00, 0x00000000,
418	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP01, 0x00000000,
419	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP02, 0x00000000,
420	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP03, 0x00000000,
421	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP04, 0x00000000,
422	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP05, 0x00000000,
423	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP06, 0x00000000,
424	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP07, 0x00000000,
425	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP08, 0x00000000,
426	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP09, 0x00000000,
427	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP10, 0x7f600000,
428	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP11, 0x00000000,
429	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP12, 0x00000000,
430	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP13, 0x00000000,
431	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP14, 0x00000000,
432	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP15, 0x00000000,
433	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP16, 0x00000000,
434	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP17, 0x00000000,
435	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP18, 0x00000000,
436	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP19, 0x00000000,
437	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
438	};
439
440	/*******************************************************************************
441	Sub RFM_Group_Delay_PAL_B__General()
442	' Group-delay filter: symmetric FIR (40-tap design for GRP00-GRP19).
443	' Designed for Rev. 3.0/4.0 RFM core (also works with 2.x cores).
444	' PAL-B version (audio carrier at 5.5 MHz).
445	'
446	' Designed to following specification:
447	' (see Rohde & Schwarz Sound and TV Broadcasting's "CCIR and FCC TV Standards"
448	' document, "GROUP DELAY" section, "Standard B/G" table, "general"
449	' pre-correction column of table)
450	'
451	' Nominal
452	' Freq. G.Delay Tolerance
453	' (MHz) (ns) (ns)
454	' ----- -------- ---------
455	' 0.1 0 Reference
456	' 0.25 + 5 +/-12
457	' 1.0 +53 +/-12
458	' 2.0 +90 +/-12
459	' 3.0 +75 +/-12
460	' 3.75 0 +/-12
461	' 4.43 -170 +/-25
462	' 4.8 -400 +/-90
463	*******************************************************************************/
464	static const uint32_t BRFM_P_GroupDelayScrPalBG[] =
465	{
466	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP00, 0xffc0ffb0, /* -0.00195312500 /-0.00244140625 ( -4 / -5) */
467	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP01, 0x01f0fa80, /* 0.01513671875 /-0.04296875000 ( 31 / -88) */
468	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP02, 0x0b10ee50, /* 0.08642578125 /-0.13818359375 ( 177 / -283) */
469	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP03, 0x1710e7c0, /* 0.18017578125 /-0.18945312500 ( 369 / -388) */
470	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP04, 0x1310f820, /* 0.14892578125 /-0.06152343750 ( 305 / -126) */
471	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP05, 0xfab00e90, /* -0.04150390625 / 0.11376953125 ( -85 / 233) */
472	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP06, 0xf21003e0, /* -0.10888671875 / 0.03027343750 (-223 / 62) */
473	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP07, 0x0ba0eeb0, /* 0.09082031250 /-0.13525390625 ( 186 / -277) */
474	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP08, 0x09101480, /* 0.07080078125 / 0.16015625000 ( 145 / 328) */
475	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP09, 0xe9401180, /* -0.17773437500 / 0.13671875000 (-364 / 280) */
476	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP10, 0x5a602840, /* 0.70605468750 / 0.31445312500 (1446 / 644) */
477	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP11, 0xf9e0f530, /* -0.04785156250 /-0.08447265625 ( -98 / -173) */
478	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP12, 0xfcd00050, /* -0.02490234375 / 0.00244140625 ( -51 / 5) */
479	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP13, 0x0130fc60, /* 0.00927734375 /-0.02832031250 ( 19 / -58) */
480	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP14, 0x0560f930, /* 0.04199218750 /-0.05322265625 ( 86 / -109) */
481	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP15, 0x0680fb20, /* 0.05078125000 /-0.03808593750 ( 104 / -78) */
482	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP16, 0x02a0ff60, /* 0.02050781250 /-0.00488281250 ( 42 / -10) */
483	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP17, 0xff200180, /* -0.00683593750 / 0.01171875000 ( -14 / 24) */
484	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP18, 0xfe700110, /* -0.01220703125 / 0.00830078125 ( -25 / 17) */
485	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP19, 0xff500040, /* -0.00537109375 / 0.00195312500 ( -11 / 4) */
486	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
487	};
488
489	/*******************************************************************************
490	Sub RFM_Group_Delay_PAL_I__BBC_Flat()
491	'Sub RFM_Group_Delay_PAL_I__Flat()
492	' Group-delay filter: symmetric FIR (40-tap design for GRP00-GRP19).
493	' Designed for Rev. 3.0/4.0 RFM core (also works with 2.x cores).
494	' PAL-I version (audio carrier at 6.0 MHz).
495	'
496	' Designed to following specification:
497	' (see Rohde & Schwarz Sound and TV Broadcasting's "CCIR and FCC TV Standards"
498	' document, "GROUP DELAY" section, "Standard I" table, "BBC system without
499	' receiver precorrection" column of table)
500	'
501	' Nominal
502	' Freq. G.Delay Tolerance
503	' (MHz) (ns) (ns)
504	' ----- -------- ---------
505	' 0.01 0 Reference
506	' 0.1 0 +/-40
507	' 0.2 0 +/-40
508	' <3.6 0 +/-40
509	' >3.6 0 +/-20
510	' 4.0 0 +/-20
511	' 4.43 0 +/-20
512	' 4.8 0 +/-20
513	' <5.2 0 +/-20
514	' >5.2 0 +/-80
515	' 5.5 0 +/-80
516	*******************************************************************************/
517	static const uint32_t BRFM_P_GroupDelayScrPalI[] =
518	{
519	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP00, 0x00000000, /* 0.0 / 0.0 ( 0 / 0) */
520	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP01, 0x00000000, /* 0.0 / 0.0 ( 0 / 0) */
521	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP02, 0x00000000, /* 0.0 / 0.0 ( 0 / 0) */
522	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP03, 0x00000000, /* 0.0 / 0.0 ( 0 / 0) */
523	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP04, 0x00000000, /* 0.0 / 0.0 ( 0 / 0) */
524	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP05, 0x00000000, /* 0.0 / 0.0 ( 0 / 0) */
525	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP06, 0x00000000, /* 0.0 / 0.0 ( 0 / 0) */
526	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP07, 0x00000000, /* 0.0 / 0.0 ( 0 / 0) */
527	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP08, 0x00000000, /* 0.0 / 0.0 ( 0 / 0) */
528	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP09, 0x00007ff0, /* 0.0 / 0.99951171875 ( 0 / 2047) */
529	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP10, 0x00000000, /* 0.0 / 0.0 ( 0 / 0) */
530	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP11, 0x00000000, /* 0.0 / 0.0 ( 0 / 0) */
531	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP12, 0x00000000, /* 0.0 / 0.0 ( 0 / 0) */
532	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP13, 0x00000000, /* 0.0 / 0.0 ( 0 / 0) */
533	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP14, 0x00000000, /* 0.0 / 0.0 ( 0 / 0) */
534	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP15, 0x00000000, /* 0.0 / 0.0 ( 0 / 0) */
535	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP16, 0x00000000, /* 0.0 / 0.0 ( 0 / 0) */
536	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP17, 0x00000000, /* 0.0 / 0.0 ( 0 / 0) */
537	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP18, 0x00000000, /* 0.0 / 0.0 ( 0 / 0) */
538	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP19, 0x00000000, /* 0.0 / 0.0 ( 0 / 0) */
539	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
540	};
541
542	/*******************************************************************************
543	Sub RFM_Group_Delay_PAL_L__TDF()
544	' Group-delay filter: symmetric FIR (40-tap design for GRP00-GRP19).
545	' Designed for Rev. 3.0/4.0 RFM core (also works with 2.x cores).
546	' PAL-L version (AM audio carrier at 6.5 MHz).
547	'
548	' Designed to following specification:
549	' (see Rohde & Schwarz Sound and TV Broadcasting's "CCIR and FCC TV Standards"
550	' document, "GROUP DELAY" section, "Standard L, K1, K'" table, "TDF"
551	' pre-correction column of table)
552	'
553	' Nominal
554	' Freq. G.Delay Tolerance
555	' (MHz) (ns) (ns)
556	' ----- -------- ---------
557	' 0.1 0 Reference
558	' 0.2 0 +/-15
559	' 2.0 0 +/-15
560	' 4.0 0 +/-15
561	' 4.43 0 +/-15
562	' 4.6 0 +/-15
563	' 4.8 -20 +/-35
564	' 5.0 -57.5 +/-42.5
565	' 5.25 -100 +/-42.5
566	' 5.5 <-100
567	*******************************************************************************/
568	static const uint32_t BRFM_P_GroupDelayScrPalL[] =
569	{
570	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP00, 0x0030ffd0, /* 0.00146484375 /-0.00146484375 ( 3/ -3) */
571	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP01, 0x0040ff80, /* 0.00195312500 /-0.00390625000 ( 4/ -8) */
572	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP02, 0x00c0fef0, /* 0.00585937500 /-0.00830078125 ( 12/ -17) */
573	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP03, 0x0160fe30, /* 0.01074218750 /-0.01416015625 ( 22/ -29) */
574	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP04, 0x0240fd00, /* 0.01757812500 /-0.02343750000 ( 36/ -48) */
575	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP05, 0x03f0fb10, /* 0.03076171875 /-0.03857421875 ( 63/ -79) */
576	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP06, 0x0580fb00, /* 0.04296875000 /-0.03906250000 ( 88/ -80) */
577	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP07, 0x02800280, /* 0.01953125000 / 0.01953125000 ( 40/ 40) */
578	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP08, 0xf59015b0, /* -0.08154296875 / 0.16943359375 (-167/ 347) */
579	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP09, 0xd8d062c0, /* -0.30615234375 / 0.77148437500 (-627/ 1580) */
580	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP10, 0x3d40f940, /* 0.47851562500 /-0.05273437500 ( 980/ -108) */
581	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP11, 0xfdf00340, /* -0.01611328125 / 0.02539062500 ( -33/ 52) */
582	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP12, 0xfdd000b0, /* -0.01708984375 / 0.00537109375 ( -35/ 11) */
583	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP13, 0x0050ff40, /* 0.00244140625 /-0.00585937500 ( 5/ -12) */
584	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP14, 0x00b0ff80, /* 0.00537109375 /-0.00390625000 ( 11/ -8) */
585	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP15, 0x0060ffa0, /* 0.00292968750 /-0.00292968750 ( 6/ -6) */
586	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP16, 0x0070ff90, /* 0.00341796875 /-0.00341796875 ( 7/ -7) */
587	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP17, 0x0070ffb0, /* 0.00341796875 /-0.00244140625 ( 7/ -5) */
588	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP18, 0x0040ffe0, /* 0.00195312500 /-0.00097656250 ( 4/ -2) */
589	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_GRP19, 0x0010ffe0, /* 0.00048828125 /-0.00097656250 ( 1/ -2) */
590	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
591	};
592
593	/*******************************************************************************
594	*******************************************************************************/
595	/* 15 kHz left-input/output lowpass filters */
596	static const uint32_t BRFM_P_BTSCSetup15kHzLeft[] =
597	{
598	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_LCF1A1, 0x000C6E58,
599	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_LCF1B1, 0x00089C12,
600	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_LCF1B2, 0x0003989C,
601	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_LCF1C1, 0x000868F2,
602	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_LCF1C2, 0x0003EA90,
603	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_LCF2A1, 0x0008C660,
604	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_LCF2A2, 0x000353A4,
605	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_LCF2B1, 0x00087B92,
606	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_LCF2B2, 0x0003CD46,
607	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_LCF2C1, 0x00085DAE,
608	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_LCF2C2, 0x0003FA34,
609	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
610	};
611
612	/* 15 kHz right-input/output lowpass filters (currently not in use) */
613	static const uint32_t BRFM_P_BTSCSetup15kHzRight[] =
614	{
615	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF1A1, 0x000c6e58,
616	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF1B1, 0x00089c12,
617	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF1B2, 0x0003989c,
618	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF1C1, 0x000868f2,
619	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF1C2, 0x0003ea90,
620	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2A1, 0x0008c660,
621	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2A2, 0x000353a4,
622	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2B1, 0x00087b92,
623	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2B2, 0x0003cd46,
624	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2C1, 0x00085dae,
625	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2C2, 0x0003fa34,
626	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
627	};
628
629	/*******************************************************************************
630	Sub RFM_7038_Audio_Setup_Stereo()
631	BTSC Stereo
632	*******************************************************************************/
633	static const uint32_t BRFM_P_AudioSetupStereo[] =
634	{
635	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FMCTL, 0x00010fff,
636	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FMSCL, 0x08cb9000,
637	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_VOLCTL, 0x000000c5,
638	BRSP_ScriptType_eRdModWr32, BRSP_RD_MOD_WR_32(RFM_CLK27_AUDIOTONE, SEL_TPVID, 0),
639	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MODPLT, 0x802630c4,
640	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SCLPLT, 0x00002312,
641	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SCLLPR, 0x000057AC,
642	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SCLLMR, 0x0000af58,
643	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SCLAM, 0x00010000,
644	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SATLR, 0xaf5857ac,
645	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SATSUM, 0x0000af58,
646	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_OVRSPCB0, 0x000fffff,
647	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_OVRSPCB1, 0x00090001,
648	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_OVRSPCA1, 0x00000300,
649	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RMGRCTL1, 0xb1810F0F,
650	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RMGRCTL1, 0x91810F0F,
651	#if (BRFM_REVID>=50) /* override */
652	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RMGRCTL1, 0x91812020,
653	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RMGRCTL2, 0x004C1D81,
654	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RMGROFFSAT, 0x005D34EE, /* +/-150 Hz saturation limit */
655	#endif
656	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF1A1, 0x000c6e58,
657	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF1B1, 0x00089c12,
658	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF1B2, 0x0003989c,
659	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF1C1, 0x000868f2,
660	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF1C2, 0x0003ea90,
661	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2A1, 0x0008c660,
662	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2A2, 0x000353a4,
663	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2B1, 0x00087b92,
664	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2B2, 0x0003cd46,
665	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2C1, 0x00085dae,
666	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2C2, 0x0003fa34,
667	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MPREA1, 0x0003f5c2,
668	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MPREB0, 0x0002f996,
669	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MPREB1, 0x000d25e8,
670	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_AUDIOBYP, 0x00800300,
671	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SPREA1, 0x000b7678,
672	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SPREA2, 0x0000d732,
673	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SPREB0, 0x0001b7f4,
674	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SPREB1, 0x000ca668,
675	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SPREB2, 0x0001a1ca,
676	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
677	};
678
679	static const uint32_t BRFM_P_AudioSetupStereoExtDeviation[] =
680	{
681	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FMCTL, 0x00010fff,
682	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FMSCL, 0x08cb9000,
683	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_VOLCTL, 0x000000c5,
684	BRSP_ScriptType_eRdModWr32, BRSP_RD_MOD_WR_32(RFM_CLK27_AUDIOTONE, SEL_TPVID, 0),
685	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MODPLT, 0x802630c4,
686	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SCLPLT, 0x00002312,
687	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SCLLPR, 0x000057AC,
688	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SCLLMR, 0x0000af58,
689	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SCLAM, 0x00010000,
690	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SATLR, 0xffffffff,
691	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SATSUM, 0x0000ffff,
692	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_OVRSPCB0, 0x000fffff,
693	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_OVRSPCB1, 0x00090001,
694	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_OVRSPCA1, 0x00000300,
695	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RMGRCTL1, 0xb1810F0F,
696	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RMGRCTL1, 0x91810F0F,
697	#if (BRFM_REVID>=50) /* override */
698	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RMGRCTL1, 0x91812020,
699	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RMGRCTL2, 0x004C1D81,
700	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RMGROFFSAT, 0x005D34EE, /* +/-150 Hz saturation limit */
701	#endif
702	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF1A1, 0x000c6e58,
703	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF1B1, 0x00089c12,
704	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF1B2, 0x0003989c,
705	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF1C1, 0x000868f2,
706	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF1C2, 0x0003ea90,
707	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2A1, 0x0008c660,
708	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2A2, 0x000353a4,
709	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2B1, 0x00087b92,
710	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2B2, 0x0003cd46,
711	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2C1, 0x00085dae,
712	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2C2, 0x0003fa34,
713	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MPREA1, 0x0003f5c2,
714	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MPREB0, 0x0005f32c,
715	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MPREB1, 0x000a4bd0,
716	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_AUDIOBYP, 0x00800300,
717	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SPREA1, 0x000b7678,
718	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SPREA2, 0x0000d732,
719	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SPREB0, 0x00036fe8,
720	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SPREB1, 0x00094cd0,
721	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SPREB2, 0x00034394,
722	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
723	};
724
725	static const uint32_t BRFM_P_AudioEncodingScrStereo[] =
726	{
727	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_AudioSetupStereo, 0x00000000,
728	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_BTSCSetup15kHzLeft, 0x00000000,
729	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
730	};
731
732	static const uint32_t BRFM_P_AudioEncodingScrStereoExtDeviation[] =
733	{
734	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_AudioSetupStereoExtDeviation, 0x00000000,
735	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_BTSCSetup15kHzLeft, 0x00000000,
736	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
737	};
738
739	/*******************************************************************************
740	Sub RFM_7038_Audio_Setup_Mono75us()
741	Mono (M,N): 75 us pre-emphasis, 25 kHz deviation
742	*******************************************************************************/
743	static const uint32_t BRFM_P_AudioEncodingScrMonoCommon[] =
744	{
745	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_VOLCTL, 0x000000c5,
746	BRSP_ScriptType_eRdModWr32, BRSP_RD_MOD_WR_32(RFM_CLK27_AUDIOTONE, SEL_TPVID, 0),
747	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MODPLT, 0x002630c4,
748	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SCLPLT, 0x00000000,
749	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SCLLPR, 0x000057AC,
750	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SCLLMR, 0x00000000,
751	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SCLAM, 0x00000000,
752	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SATLR, 0xffffffff,
753	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SATSUM, 0x0000ffff,
754	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF1A1, 0x000c6e58,
755	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF1B1, 0x00089c12,
756	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF1B2, 0x0003989c,
757	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF1C1, 0x000868f2,
758	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF1C2, 0x0003ea90,
759	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2A1, 0x0008c660,
760	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2A2, 0x000353a4,
761	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2B1, 0x00087b92,
762	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2B2, 0x0003cd46,
763	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2C1, 0x00085dae,
764	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2C2, 0x0003fa34,
765	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_AUDIOBYP, 0x00000300,
766	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
767	};
768
769	static const uint32_t BRFM_P_AudioEncodingScrMonoNtsc[] =
770	{
771	/* NTSC Mono Script, uses 75us Pre-emphasis Filter */
772	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FMCTL, 0x00010fff,
773	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FMSCL, 0x08cb9000,
774	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_AudioEncodingScrMonoCommon, 0x00000000,
775	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MPREA1, 0x0003f5c2,
776	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MPREB0, 0x0002f996,
777	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MPREB1, 0x000d25e8,
778	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_BTSCSetup15kHzLeft, 0x00000000,
779	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
780	};
781
782	static const uint32_t BRFM_P_AudioEncodingScrMonoPalSecam[] =
783	{
784	/* Pal/Secam Mono Script, uses 50us Pre-emphasis Filter */
785	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FMCTL, 0x00010fff,
786	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FMSCL, 0x11973000,
787	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_AudioEncodingScrMonoCommon, 0x00000000,
788	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MPREA1, 0x0003F5C2,
789	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MPREB0, 0x000200FA,
790	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MPREB1, 0x000E1E84,
791	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_BTSCSetup15kHzLeft, 0x00000000,
792	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
793	};
794
795	static const uint32_t BRFM_P_AudioEncodingScrMonoPalD[] =
796	{
797	/* PalD Mono Script, uses 50us Pre-emphasis Filter */
798	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FMCTL, 0x00010fff,
799	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FMSCL, 0x11973000,
800	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_AudioEncodingScrMonoCommon, 0x00000000,
801	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MPREA1, 0x0003F5C2,
802	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MPREB0, 0x000200FA,
803	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MPREB1, 0x000E1E84,
804	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
805	};
806
807	static const uint32_t BRFM_P_AudioEncodingScrNicam[] =
808	{
809	/* Nicam Stereo script, uses 50us Pre-emphasis Filter */
810	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_AudioEncodingScrMonoCommon, 0x00000000,
811	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FMCTL, 0x00010fff,
812	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FMSCL, 0x11973000,
813	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MPREA1, 0x0003F5C2,
814	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MPREB0, 0x000200FA,
815	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MPREB1, 0x000E1E84,
816	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
817	};
818
819	static const uint32_t BRFM_P_AudioEncodingScrNicamPalD[] =
820	{
821	/* Nicam Stereo script, uses 50us Pre-emphasis Filter */
822	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_AudioEncodingScrMonoCommon, 0x00000000,
823	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FMCTL, 0x00010fff,
824	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FMSCL, 0x11973000,
825	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MPREA1, 0x0003F5C2,
826	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MPREB0, 0x000200FA,
827	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MPREB1, 0x000E1E84,
828
829	/* Need a lower-bandwidth audio trap because of NICAM at 5.85MHz
830	(FM carrier at 6.5MHz). PAL-D filter has a 6.4MHz stopband edge, so use
831	the PAL-B filter (5.4MHz stopband edge) instead of PAL-D filter */
832	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_AudioTrapScrPalBG, 0x00000000,
833	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
834	};
835
836	/*******************************************************************************
837	Sub RFM_7038_Audio_Setup_MonoAndSAP()
838	Mono and SAP (BTSC)
839	*******************************************************************************/
840	static const uint32_t BRFM_P_AudioEncodingScrSap[] =
841	{
842	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FMCTL, 0x00010fff,
843	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FMSCL, 0x08cb9000,
844	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_VOLCTL, 0x0000018a,
845	BRSP_ScriptType_eRdModWr32, BRSP_RD_MOD_WR_32(RFM_CLK27_AUDIOTONE, SEL_TPVID, 0),
846	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MODPLT, 0x002630c4,
847	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SCLPLT, 0x00000000,
848	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SCLLPR, 0x000057AC,
849	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SCLLMR, 0x0000349A,
850	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SCLAM, 0x00006117,
851	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SATLR, 0xaf58af58,
852	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SATSUM, 0x0000af58,
853	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RMGRCTL1, 0xb1810F0F,
854	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RMGRCTL1, 0x91810F0F,
855	#if (BRFM_REVID>=50) /* override */
856	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RMGRCTL1, 0x91812020,
857	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RMGRCTL2, 0x004C1D81,
858	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RMGROFFSAT, 0x005D34EE, /* +/-150 Hz saturation limit */
859	#endif
860	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF1A1, 0x000C55F2,
861	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF1B1, 0x00086E6A,
862	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF1B2, 0x0003AE16,
863	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF1C1, 0x00083DE0,
864	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF1C2, 0x0003EEC0,
865	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2A1, 0x000896A0,
866	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2A2, 0x000377F8,
867	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2B1, 0x00084F92,
868	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2B2, 0x0003D776,
869	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2C1, 0x000833A4,
870	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RCF2C2, 0x0003FB48,
871	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MPREA1, 0x0003f5c2,
872	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MPREB0, 0x0002f996,
873	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MPREB1, 0x000d25e8,
874	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_OVRSPCB0, 0x00000000,
875	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_OVRSPCB1, 0x00020000,
876	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_OVRSPCA1, 0x00000000,
877	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_AUDIOBYP, 0x01800380,
878	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SPREA1, 0x000b7678,
879	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SPREA2, 0x0000d732,
880	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SPREB0, 0x0001b7f4,
881	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SPREB1, 0x000ca668,
882	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SPREB2, 0x0001a1ca,
883	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
884	};
885
886	static const uint32_t BRFM_P_AudioEncodingScrSapMono[] =
887	{
888	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_AudioEncodingScrSap, 0x00000000,
889	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_BTSCSetup15kHzLeft, 0x00000000,
890	};
891
892	/*******************************************************************************
893	Sub RFM_7038_Audio_Setup_JMono1()
894	Single-input (left channel) mono for Japan: 75 us pre-emphasis, 25 kHz deviation
895	*******************************************************************************/
896	static const uint32_t BRFM_P_AudioEncodingScrJpMono1[] =
897	{
898	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FMCTL, 0x00010fff,
899	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FMSCL, 0x08cb9000,
900	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_VOLCTL, 0x0000018a,
901	BRSP_ScriptType_eRdModWr32, BRSP_RD_MOD_WR_32(RFM_CLK27_AUDIOTONE, SEL_TPVID, 0),
902	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MODPLT, 0x002630c4,
903	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SCLPLT, 0x00000000,
904	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SCLLPR, 0x000057AC,
905	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SCLLMR, 0x00000000,
906	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SCLAM, 0x00000000,
907	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SATLR, 0xffffffff,
908	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_SATSUM, 0x0000ffff,
909	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RMGRCTL1, 0xb1810F0F,
910	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RMGRCTL1, 0x91810F0F,
911	#if (BRFM_REVID>=50) /* override */
912	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RMGRCTL1, 0x91812020,
913	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RMGRCTL2, 0x004C1D81,
914	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_RMGROFFSAT, 0x005D34EE, /* +/-150 Hz saturation limit */
915	#endif
916	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MPREA1, 0x0003f5c2,
917	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MPREB0, 0x0002f996,
918	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_MPREB1, 0x000d25e8,
919	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_OVRSPCB0, 0x00000000,
920	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_OVRSPCB1, 0x00000000,
921	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_OVRSPCA1, 0x00000000,
922	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_AUDIOBYP, 0x00000380,
923	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_BTSCSetup15kHzLeft, 0x00000000,
924	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
925	};
926
927	/*******************************************************************************
928	*******************************************************************************/
929	static const uint32_t BRFM_P_ChScrNtscOpenCableRF[] =
930	{
931	BRSP_ScriptType_eRdModWr32, BRSP_RD_MOD_WR_32(RFM_CLK27_FILSCL, AUDSCL, 0x300),
932	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_VIDEOSCL, 0x30002000,
933	BRSP_ScriptType_eRdModWr32, BRSP_RD_MOD_WR_32(RFM_SYSCLK_MODBYP, BYP_MIX, 0),
934	BRSP_ScriptType_eRdModWr32, BRSP_RD_MOD_WR_32(RFM_SYSCLK_MODBYP, SEL_MIX, 0),
935	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
936	};
937
938	static const uint32_t BRFM_P_ChScrNtscOpenCableCh3[] =
939	{
940	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_AMFREQ, ((61.25/BRFM_PLL_FS)*0xFFFFFFFF),
941	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_ChScrNtscOpenCableRF, 0x00000000,
942	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
943	};
944
945	static const uint32_t BRFM_P_ChScrNtscOpenCableCh4[] =
946	{
947	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_AMFREQ, ((67.25/BRFM_PLL_FS)*0xFFFFFFFF),
948	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_ChScrNtscOpenCableRF, 0x00000000,
949	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
950	};
951
952	static const uint32_t BRFM_P_ChScrNtscOpenCableBaseband[] =
953	{
954	BRSP_ScriptType_eRdModWr32, BRSP_RD_MOD_WR_32(RFM_CLK27_FILSCL, AUDSCL, 0xfff),
955	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_VIDEOSCL, 0x00002000,
956	BRSP_ScriptType_eRdModWr32, BRSP_RD_MOD_WR_32(RFM_SYSCLK_MODBYP, BYP_MIX, 1),
957	BRSP_ScriptType_eRdModWr32, BRSP_RD_MOD_WR_32(RFM_SYSCLK_MODBYP, SEL_MIX, 1),
958	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
959	};
960
961	/* Keep in mind that ChScrSIF and ChScrNtscOpenCableBaseband are not identical.
962	BYP_FM=0x0 for SIF and 0x1 for Baseband, which is set in BRFM_SetAudioEncoding() */
963	static const uint32_t BRFM_P_ChScrSIF[] =
964	{
965	BRSP_ScriptType_eRdModWr32, BRSP_RD_MOD_WR_32(RFM_CLK27_FILSCL, AUDSCL, 0xfff),
966	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_VIDEOSCL, 0x00002000,
967	BRSP_ScriptType_eRdModWr32, BRSP_RD_MOD_WR_32(RFM_SYSCLK_MODBYP, BYP_MIX, 1),
968	BRSP_ScriptType_eRdModWr32, BRSP_RD_MOD_WR_32(RFM_SYSCLK_MODBYP, SEL_MIX, 1),
969	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
970	};
971
972	static const uint32_t BRFM_P_InitScrNtscOpenCableConfig[] =
973	{
974	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FMFREQ, 0x2AAAAAAB, /* 4.5MHz audio carrier*/
975	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_GroupDelayFCCScrNtsc, 0x00000000,
976	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_AudioTrapScrNtsc, 0x00000000,
977	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_CLKCTL, (0x11000000 \| BRFM_PLL_MULT),
978	#if BRFM_SPUR_WORKAROUND
979	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_CLKCTL, (0x11000000 \| BRFM_PLL_MULT \| 0x800000), /* bit 23, PLL_MN_OVERRIDE */
980	#endif
981	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_CLIP1, 0x7ff88000,
982	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_CLIP2, 0x7ffc8000,
983	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_CLIPBYP, 0x00010001,
984	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_VIDEOSCL, 0x30002000,
985	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_AMCTL1, 0x12E401B0,
986	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_AMCTL2, 0x70000001,
987	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_MODTST, 0x00000504,
988	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_MODBYP, 0x00000000,
989	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_OUTSCL, 0x0000003f,
990	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_VIDEOBYP, 0x00000000,
991
992	#if (BRFM_REVID==40 \|\| BRFM_REVID==50)
993	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_TSTCNTL, 0x00000000,
994	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_DACCTL, 0x28408001,
995	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_PLL_MISC1, 0x00000020,
996	#elif (BRFM_REVID==51)
997	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_TSTCNTL, 0x00000000,
998	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_DACCTL, 0x28408001,
999	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_DPLL_MISC1, 0x00000020,
1000	#else
1001	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TSTCNTL, 0x00000000,
1002	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_DACCTL, 0x3f000001,
1003	#endif
1004	#if (BRFM_REVID>=50)
1005	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_DACCTL, 0x28408009, /* override TC_OBB_2 = 1 */
1006	#endif
1007	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_MISC, BRFM_PLL_MISC,
1008
1009	#if BRFM_SPUR_WORKAROUND
1010	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_PLL_DIV1, 0x1c0101, /* reset value is 0x510102 */
1011	#endif
1012	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
1013	};
1014
1015	static const uint32_t BRFM_P_ChScrPalICh3[] =
1016	{
1017	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_CLKCTL, (0x11000000 \| BRFM_PLL_MULT),
1018	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_AMFREQ, ((53.75/BRFM_PLL_FS)*0xFFFFFFFF),
1019	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
1020	};
1021
1022	static const uint32_t BRFM_P_ChScrPalICh4[] =
1023	{
1024	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_CLKCTL, (0x11000000 \| BRFM_PLL_MULT),
1025	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_AMFREQ, ((61.75/BRFM_PLL_FS)*0xFFFFFFFF),
1026	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
1027	};
1028
1029	static const uint32_t BRFM_P_ChScrPalIBaseband[] =
1030	{
1031	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
1032	};
1033
1034	static const uint32_t BRFM_P_InitScrPalIConfig[] =
1035	{
1036	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FMFREQ, 0x38E38E39, /* 6.0 MHz audio carrier*/
1037	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FILSCL, 0x46D00000,
1038	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_AudioTrapScrPalI, 0x00000000,
1039	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_GroupDelayScrPalI, 0x00000000,
1040	#if (BRFM_REVID>=40)
1041	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_DACCTL, 0x28408001,
1042	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_AMCTL2, 0x70000001,
1043	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_VIDEOSCL, 0x20002000,
1044	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_OUTSCL, 0x0000003f,
1045	BRSP_ScriptType_eRdModWr32, BRSP_RD_MOD_WR_32(RFM_SYSCLK_MODBYP, BYP_MIX, 0),
1046	BRSP_ScriptType_eRdModWr32, BRSP_RD_MOD_WR_32(RFM_SYSCLK_MODBYP, SEL_MIX, 0),
1047	#else
1048	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_DACCTL, 0x3f000001,
1049	#endif
1050	#if (BRFM_REVID>=50)
1051	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_DACCTL, 0x28408009, /* override TC_OBB_2 = 1 */
1052	#endif
1053	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_MISC, BRFM_PLL_MISC,
1054	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
1055	};
1056
1057	static const uint32_t BRFM_P_ChScrPalDCh3[] =
1058	{
1059	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_CLKCTL, (0x11000000 \| BRFM_PLL_MULT),
1060	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_AMFREQ, ((65.75/BRFM_PLL_FS)*0xFFFFFFFF),
1061	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
1062	};
1063
1064	static const uint32_t BRFM_P_ChScrPalDCh4[] =
1065	{
1066	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_CLKCTL, (0x11000000 \| BRFM_PLL_MULT),
1067	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_AMFREQ, ((77.25/BRFM_PLL_FS)*0xFFFFFFFF),
1068	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
1069	};
1070
1071	static const uint32_t BRFM_P_ChScrPalDBaseband[] =
1072	{
1073	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
1074	};
1075
1076	static const uint32_t BRFM_P_InitScrPalDConfig[] =
1077	{
1078	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FMFREQ, 0x3DA12F68, /* 6.5 MHz audio carrier*/
1079	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FILSCL, 0x32200000,
1080	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_AudioTrapScrPalD, 0x00000000,
1081	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_GroupDelayScrPalD, 0x00000000,
1082	#if (BRFM_REVID>=40)
1083	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_DACCTL, 0x28408001,
1084	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_AMCTL2, 0x70000001,
1085	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_VIDEOSCL, 0x20002000,
1086	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_OUTSCL, 0x0000003f,
1087	BRSP_ScriptType_eRdModWr32, BRSP_RD_MOD_WR_32(RFM_SYSCLK_MODBYP, BYP_MIX, 0),
1088	BRSP_ScriptType_eRdModWr32, BRSP_RD_MOD_WR_32(RFM_SYSCLK_MODBYP, SEL_MIX, 0),
1089	#else
1090	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_DACCTL, 0x3f000001,
1091	#endif
1092	#if (BRFM_REVID>=50)
1093	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_DACCTL, 0x28408009, /* override TC_OBB_2 = 1 */
1094	#endif
1095	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_MISC, BRFM_PLL_MISC,
1096	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
1097	};
1098
1099	static const uint32_t BRFM_P_ChScrPalDChinaCh3[] =
1100	{
1101	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_CLKCTL, (0x11000000 \| BRFM_PLL_MULT),
1102	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_AMFREQ, ((65.75/BRFM_PLL_FS)*0xFFFFFFFF),
1103	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
1104	};
1105
1106	static const uint32_t BRFM_P_ChScrPalDChinaCh4[] =
1107	{
1108	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_CLKCTL, (0x11000000 \| BRFM_PLL_MULT),
1109	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_AMFREQ, ((77.25/BRFM_PLL_FS)*0xFFFFFFFF),
1110	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
1111	};
1112
1113	static const uint32_t BRFM_P_ChScrPalDChinaBaseband[] =
1114	{
1115	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
1116	};
1117
1118	static const uint32_t BRFM_P_InitScrPalDChinaConfig[] =
1119	{
1120	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FMFREQ, 0x3DA12F68, /* 6.5 MHz audio carrier*/
1121	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FILSCL, 0x32200000,
1122	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_AudioTrapScrPalD, 0x00000000,
1123	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_GroupDelayScrPalD_China, 0x00000000,
1124	#if (BRFM_REVID>=40)
1125	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_DACCTL, 0x28408001,
1126	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_AMCTL2, 0x70000001,
1127	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_VIDEOSCL, 0x20002000,
1128	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_OUTSCL, 0x0000003f,
1129	BRSP_ScriptType_eRdModWr32, BRSP_RD_MOD_WR_32(RFM_SYSCLK_MODBYP, BYP_MIX, 0),
1130	BRSP_ScriptType_eRdModWr32, BRSP_RD_MOD_WR_32(RFM_SYSCLK_MODBYP, SEL_MIX, 0),
1131	#else
1132	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_DACCTL, 0x3f000001,
1133	#endif
1134	#if (BRFM_REVID>=50)
1135	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_DACCTL, 0x28408009, /* override TC_OBB_2 = 1 */
1136	#endif
1137	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_MISC, BRFM_PLL_MISC,
1138	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
1139	};
1140
1141	static const uint32_t BRFM_P_ChScrPalBGCh3[] =
1142	{
1143	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_CLKCTL, (0x11000000 \| BRFM_PLL_MULT),
1144	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_AMFREQ, ((55.25/BRFM_PLL_FS)*0xFFFFFFFF),
1145	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
1146	};
1147
1148	static const uint32_t BRFM_P_ChScrPalBGCh4[] =
1149	{
1150	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_CLKCTL, (0x11000000 \| BRFM_PLL_MULT),
1151	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_AMFREQ, ((62.25/BRFM_PLL_FS)*0xFFFFFFFF),
1152	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
1153	};
1154
1155	static const uint32_t BRFM_P_ChScrPalBGBaseband[] =
1156	{
1157	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
1158	};
1159
1160	static const uint32_t BRFM_P_InitScrPalBGConfig[] =
1161	{
1162	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FMFREQ, 0x3425ED09, /* 5.5 MHz audio carrier*/
1163	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FILSCL, 0x32200000,
1164	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_AudioTrapScrPalBG, 0x00000000,
1165	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_GroupDelayScrPalBG, 0x00000000,
1166	#if (BRFM_REVID>=40)
1167	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_DACCTL, 0x28408001,
1168	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_AMCTL2, 0x70000001,
1169	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_VIDEOSCL, 0x20002000,
1170	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_OUTSCL, 0x0000003f,
1171	BRSP_ScriptType_eRdModWr32, BRSP_RD_MOD_WR_32(RFM_SYSCLK_MODBYP, BYP_MIX, 0),
1172	BRSP_ScriptType_eRdModWr32, BRSP_RD_MOD_WR_32(RFM_SYSCLK_MODBYP, SEL_MIX, 0),
1173	#else
1174	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_DACCTL, 0x3f000001,
1175	#endif
1176	#if (BRFM_REVID>=50)
1177	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_DACCTL, 0x28408009, /* override TC_OBB_2 = 1 */
1178	#endif
1179	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_MISC, BRFM_PLL_MISC,
1180	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
1181	};
1182
1183	static const uint32_t BRFM_P_ChScrPalMCh3[] =
1184	{
1185	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_ChScrNtscOpenCableCh3, 0x00000000,
1186	BRSP_ScriptType_eRdModWr32, BRSP_RD_MOD_WR_32(RFM_CLK27_FILSCL, AUDSCL, 0x3bc), /* override to -15dB A/V ratio */
1187	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
1188	};
1189
1190	static const uint32_t BRFM_P_ChScrPalMCh4[] =
1191	{
1192	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_ChScrNtscOpenCableCh4, 0x00000000,
1193	BRSP_ScriptType_eRdModWr32, BRSP_RD_MOD_WR_32(RFM_CLK27_FILSCL, AUDSCL, 0x3bc),/* override to -15dB A/V ratio */
1194	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
1195	};
1196
1197	static const uint32_t BRFM_P_ChScrPalNCh3[] =
1198	{
1199	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_ChScrNtscOpenCableCh3, 0x00000000,
1200	BRSP_ScriptType_eRdModWr32, BRSP_RD_MOD_WR_32(RFM_CLK27_FILSCL, AUDSCL, 0x3bc), /* override to -15dB A/V ratio */
1201	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
1202	};
1203
1204	static const uint32_t BRFM_P_ChScrPalNCh4[] =
1205	{
1206	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_ChScrNtscOpenCableCh4, 0x00000000,
1207	BRSP_ScriptType_eRdModWr32, BRSP_RD_MOD_WR_32(RFM_CLK27_FILSCL, AUDSCL, 0x3bc), /* override to -15dB A/V ratio */
1208	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
1209	};
1210
1211	static const uint32_t BRFM_P_InitScrPalNConfig[] =
1212	{
1213	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FMFREQ, 0x2AAAAAAB, /* 4.5MHz audio carrier*/
1214	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_FILSCL, 0x3bc00000, /* override to -15dB A/V ratio */
1215	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_AudioTrapScrNtsc, 0x00000000,
1216	BRSP_ScriptType_eNestedScript, (uint32_t)BRFM_P_GroupDelayScrPalD_China, 0x00000000,
1217	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_CLKCTL, (0x11000000 \| BRFM_PLL_MULT),
1218	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_CLIP1, 0x7ff88000,
1219	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_CLIP2, 0x7ffc8000,
1220	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_CLIPBYP, 0x00010001,
1221	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_VIDEOSCL, 0x30002000,
1222	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_AMCTL1, 0x12E401B0,
1223	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_AMCTL2, 0x70000001,
1224	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_MODTST, 0x00000504,
1225	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_MODBYP, 0x00000000,
1226	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_OUTSCL, 0x0000003f,
1227	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_VIDEOBYP, 0x00000000,
1228
1229	#if (BRFM_REVID==40 \|\| BRFM_REVID==50)
1230	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_TSTCNTL, 0x00000000,
1231	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_DACCTL, 0x28408001,
1232	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_PLL_MISC1, 0x00000020,
1233	#elif (BRFM_REVID==51)
1234	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_TSTCNTL, 0x00000000,
1235	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_DACCTL, 0x28408001,
1236	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_DPLL_MISC1, 0x00000020,
1237	#else
1238	BRSP_ScriptType_eWrite32, BCHP_RFM_CLK27_TSTCNTL, 0x00000000,
1239	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_DACCTL, 0x3f000001,
1240	#endif
1241	#if (BRFM_REVID>=50)
1242	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_DACCTL, 0x28408009, /* override TC_OBB_2 = 1 */
1243	#endif
1244	BRSP_ScriptType_eWrite32, BCHP_RFM_SYSCLK_MISC, BRFM_PLL_MISC,
1245	BRSP_ScriptType_eEndOfScript, 0x00, 0x00000000
1246	};
1247
1248	#ifndef VEC_GRPD_RFM
1249
1250	static const BRFM_P_ModulationInfo BRFM_P_ModInfo[] =
1251	{
1252	{
1253	BRFM_ModulationType_eNtscOpenCable,
1254	{
1255	BRFM_P_ChScrNtscOpenCableBaseband,
1256	BRFM_P_ChScrNtscOpenCableCh3,
1257	BRFM_P_ChScrNtscOpenCableCh4,
1258	BRFM_P_ChScrSIF,
1259	},
1260	{
1261	BRFM_P_AudioEncodingScrMonoNtsc,
1262	BRFM_P_AudioEncodingScrStereo,
1263	BRFM_P_AudioEncodingScrStereoExtDeviation,
1264	BRFM_P_AudioEncodingScrSap, /* SAP only, same as Sap/Mono, but volume for Mono is diabled */
1265	BRFM_P_AudioEncodingScrSapMono, /* Sap/Mono */
1266	BRFM_P_AudioEncodingScrJpMono1, /* Japan Mono1 */
1267	BRFM_P_AudioEncodingScrMonoNtsc, /* Japan Mono2, Same as Mono */
1268	NULL, /* No NICAM support on NTSC */
1269	NULL,
1270	NULL
1271	},
1272	BRFM_P_InitScrNtscOpenCableConfig
1273	},
1274	{
1275	BRFM_ModulationType_ePalI,
1276	{
1277	BRFM_P_ChScrPalIBaseband,
1278	BRFM_P_ChScrPalICh3,
1279	BRFM_P_ChScrPalICh4,
1280	BRFM_P_ChScrSIF,
1281	},
1282	{
1283	BRFM_P_AudioEncodingScrMonoPalSecam, /* PAL only supports Mono */
1284	BRFM_P_AudioEncodingScrMonoPalSecam,
1285	NULL,
1286	BRFM_P_AudioEncodingScrMonoPalSecam,
1287	BRFM_P_AudioEncodingScrMonoPalSecam,
1288	BRFM_P_AudioEncodingScrMonoPalSecam,
1289	BRFM_P_AudioEncodingScrMonoPalSecam,
1290	BRFM_P_AudioEncodingScrNicam, /* NICAM support */
1291	BRFM_P_AudioEncodingScrNicam,
1292	BRFM_P_AudioEncodingScrNicam
1293	},
1294	BRFM_P_InitScrPalIConfig
1295	},
1296	{
1297	BRFM_ModulationType_ePalD,
1298	{
1299	BRFM_P_ChScrPalDBaseband,
1300	BRFM_P_ChScrPalDCh3,
1301	BRFM_P_ChScrPalDCh4,
1302	BRFM_P_ChScrSIF,
1303	},
1304	{
1305	BRFM_P_AudioEncodingScrMonoPalD, /* PAL-D only supports Mono */
1306	BRFM_P_AudioEncodingScrMonoPalD,
1307	NULL,
1308	BRFM_P_AudioEncodingScrMonoPalD,
1309	BRFM_P_AudioEncodingScrMonoPalD,
1310	BRFM_P_AudioEncodingScrMonoPalD,
1311	BRFM_P_AudioEncodingScrMonoPalD,
1312	BRFM_P_AudioEncodingScrNicamPalD, /* NICAM support */
1313	BRFM_P_AudioEncodingScrNicamPalD,
1314	BRFM_P_AudioEncodingScrNicamPalD
1315	},
1316	BRFM_P_InitScrPalDConfig
1317	},
1318	{
1319	BRFM_ModulationType_ePalDChina,
1320	{
1321	BRFM_P_ChScrPalDChinaBaseband,
1322	BRFM_P_ChScrPalDChinaCh3,
1323	BRFM_P_ChScrPalDChinaCh4,
1324	BRFM_P_ChScrSIF,
1325	},
1326	{
1327	BRFM_P_AudioEncodingScrMonoPalD, /* PAL-D only supports Mono */
1328	BRFM_P_AudioEncodingScrMonoPalD,
1329	NULL,
1330	BRFM_P_AudioEncodingScrMonoPalD,
1331	BRFM_P_AudioEncodingScrMonoPalD,
1332	BRFM_P_AudioEncodingScrMonoPalD,
1333	BRFM_P_AudioEncodingScrMonoPalD,
1334	BRFM_P_AudioEncodingScrNicamPalD, /* NICAM support */
1335	BRFM_P_AudioEncodingScrNicamPalD,
1336	BRFM_P_AudioEncodingScrNicamPalD
1337	},
1338	BRFM_P_InitScrPalDChinaConfig
1339	},
1340	{
1341	BRFM_ModulationType_ePalBG,
1342	{
1343	BRFM_P_ChScrPalBGBaseband,
1344	BRFM_P_ChScrPalBGCh3,
1345	BRFM_P_ChScrPalBGCh4,
1346	BRFM_P_ChScrSIF,
1347	},
1348	{
1349	BRFM_P_AudioEncodingScrMonoPalSecam, /* PAL-D only supports Mono */
1350	BRFM_P_AudioEncodingScrMonoPalSecam,
1351	NULL,
1352	BRFM_P_AudioEncodingScrMonoPalSecam,
1353	BRFM_P_AudioEncodingScrMonoPalSecam,
1354	BRFM_P_AudioEncodingScrMonoPalSecam,
1355	BRFM_P_AudioEncodingScrMonoPalSecam,
1356	BRFM_P_AudioEncodingScrNicam, /* NICAM support */
1357	BRFM_P_AudioEncodingScrNicam,
1358	BRFM_P_AudioEncodingScrNicam
1359	},
1360	BRFM_P_InitScrPalBGConfig
1361	},
1362	{
1363	BRFM_ModulationType_ePalM, /* Pal-M is very similar to NTSC, with one override for A/V ratio */
1364	{
1365	BRFM_P_ChScrNtscOpenCableBaseband,
1366	BRFM_P_ChScrPalMCh3,
1367	BRFM_P_ChScrPalMCh4,
1368	BRFM_P_ChScrSIF,
1369	},
1370	{
1371	BRFM_P_AudioEncodingScrMonoNtsc, /* PAL-M only supports Mono */
1372	BRFM_P_AudioEncodingScrMonoNtsc,
1373	NULL,
1374	BRFM_P_AudioEncodingScrMonoNtsc,
1375	BRFM_P_AudioEncodingScrMonoNtsc,
1376	BRFM_P_AudioEncodingScrMonoNtsc,
1377	BRFM_P_AudioEncodingScrMonoNtsc,
1378	NULL,
1379	NULL,
1380	NULL
1381	},
1382	BRFM_P_InitScrNtscOpenCableConfig /* Pal-M uses the NTSC open cable init script with some overrides */
1383	},
1384	{
1385	BRFM_ModulationType_ePalN,
1386	{
1387	BRFM_P_ChScrNtscOpenCableBaseband,
1388	BRFM_P_ChScrPalNCh3, /* Pal-N uses the NTSC open cable scripts with some overrides */
1389	BRFM_P_ChScrPalNCh4,
1390	BRFM_P_ChScrSIF,
1391	},
1392	{
1393	BRFM_P_AudioEncodingScrMonoNtsc, /* PAL-N only supports Mono */
1394	BRFM_P_AudioEncodingScrMonoNtsc,
1395	NULL,
1396	BRFM_P_AudioEncodingScrMonoNtsc,
1397	BRFM_P_AudioEncodingScrMonoNtsc,
1398	BRFM_P_AudioEncodingScrMonoNtsc,
1399	BRFM_P_AudioEncodingScrMonoNtsc,
1400	NULL,
1401	NULL,
1402	NULL
1403	},
1404	BRFM_P_InitScrPalNConfig
1405	}
1406	};
1407
1408	const BRFM_P_ModulationInfo *BRFM_P_GetModInfoPtr(
1409	BRFM_ModulationType modType /* [in] Requested modulation type */
1410	)
1411	{
1412	unsigned idx;
1413	const BRFM_P_ModulationInfo *retVal = NULL;
1414
1415	for (idx=0; idx<(sizeof(BRFM_P_ModInfo)/sizeof(BRFM_P_ModulationInfo)); idx++) {
1416	if (BRFM_P_ModInfo[idx].modType == modType) {
1417	retVal = &BRFM_P_ModInfo[idx];
1418	break;
1419	}
1420	}
1421	return retVal;
1422	}
1423
1424	#endif /* #ifndef VEC_GRPD_RFM */

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source: svn/newcon3bcm2_21bu/magnum/portinginterface/rfm/7552/brfm_scripts.c

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