1/* $NetBSD: lancereg.h,v 1.12 2005/12/11 12:21:27 christos Exp $ */ 2 3/*- 4 * Copyright (c) 1998, 2000 The NetBSD Foundation, Inc. 5 * All rights reserved. 6 * 7 * This code is derived from software contributed to The NetBSD Foundation 8 * by Charles M. Hannum and Jason R. Thorpe. 9 * 10 * Redistribution and use in source and binary forms, with or without 11 * modification, are permitted provided that the following conditions 12 * are met: 13 * 1. Redistributions of source code must retain the above copyright 14 * notice, this list of conditions and the following disclaimer. 15 * 2. Redistributions in binary form must reproduce the above copyright 16 * notice, this list of conditions and the following disclaimer in the 17 * documentation and/or other materials provided with the distribution. 18 * 3. All advertising materials mentioning features or use of this software 19 * must display the following acknowledgement: 20 * This product includes software developed by the NetBSD 21 * Foundation, Inc. and its contributors. 22 * 4. Neither the name of The NetBSD Foundation nor the names of its 23 * contributors may be used to endorse or promote products derived 24 * from this software without specific prior written permission. 25 * 26 * THIS SOFTWARE IS PROVIDED BY THE NETBSD FOUNDATION, INC. AND CONTRIBUTORS 27 * ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED 28 * TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR 29 * PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE FOUNDATION OR CONTRIBUTORS 30 * BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR 31 * CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF 32 * SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS 33 * INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN 34 * CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) 35 * ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE 36 * POSSIBILITY OF SUCH DAMAGE. 37 */ 38 39/*- 40 * Copyright (c) 1992, 1993 41 * The Regents of the University of California. All rights reserved. 42 * 43 * This code is derived from software contributed to Berkeley by 44 * Ralph Campbell and Rick Macklem. 45 * 46 * Redistribution and use in source and binary forms, with or without 47 * modification, are permitted provided that the following conditions 48 * are met: 49 * 1. Redistributions of source code must retain the above copyright 50 * notice, this list of conditions and the following disclaimer. 51 * 2. Redistributions in binary form must reproduce the above copyright 52 * notice, this list of conditions and the following disclaimer in the 53 * documentation and/or other materials provided with the distribution. 54 * 3. Neither the name of the University nor the names of its contributors 55 * may be used to endorse or promote products derived from this software 56 * without specific prior written permission. 57 * 58 * THIS SOFTWARE IS PROVIDED BY THE REGENTS AND CONTRIBUTORS ``AS IS'' AND 59 * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE 60 * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE 61 * ARE DISCLAIMED. IN NO EVENT SHALL THE REGENTS OR CONTRIBUTORS BE LIABLE 62 * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL 63 * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS 64 * OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) 65 * HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT 66 * LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY 67 * OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF 68 * SUCH DAMAGE. 69 * 70 * @(#)if_lereg.h 8.1 (Berkeley) 6/10/93 71 */ 72 73/* 74 * Register description for the following Advanced Micro Devices 75 * Ethernet chips: 76 * 77 * - Am7990 Local Area Network Controller for Ethernet (LANCE) 78 * (and its descendent Am79c90 C-LANCE). 79 * 80 * - Am79c900 Integrated Local Area Communications Controller (ILACC) 81 * 82 * - Am79c960 PCnet-ISA Single-Chip Ethernet Controller for ISA 83 * 84 * - Am79c961 PCnet-ISA+ Jumperless Single-Chip Ethernet Controller 85 * for ISA 86 * 87 * - Am79c961A PCnet-ISA II Jumperless Full-Duplex Single-Chip 88 * Ethernet Controller for ISA 89 * 90 * - Am79c965A PCnet-32 Single-Chip 32-bit Ethernet Controller 91 * (for VESA and 486 local busses) 92 * 93 * - Am79c970 PCnet-PCI Single-Chip Ethernet Controller for PCI 94 * Local Bus 95 * 96 * - Am79c970A PCnet-PCI II Single-Chip Full-Duplex Ethernet Controller 97 * for PCI Local Bus 98 * 99 * - Am79c971 PCnet-FAST Single-Chip Full-Duplex 10/100Mbps 100 * Ethernet Controller for PCI Local Bus 101 * 102 * - Am79c972 PCnet-FAST+ Enhanced 10/100Mbps PCI Ethernet Controller 103 * with OnNow Support 104 * 105 * - Am79c973/Am79c975 PCnet-FAST III Single-Chip 10/100Mbps PCI 106 * Ethernet Controller with Integrated PHY 107 * 108 * - Am79c978 PCnet-Home Single-Chip 1/10 Mbps PCI Home 109 * Networking Controller. 110 * 111 * Initialization block, transmit descriptor, and receive descriptor 112 * formats are described in two separate files: 113 * 114 * 16-bit software model (LANCE) am7990reg.h 115 * 116 * 32-bit software model (ILACC) am79900reg.h 117 * 118 * Note that the vast majority of the registers described in this file 119 * belong to follow-on chips to the original LANCE. Only CSR0-CSR3 are 120 * valid on the LANCE. 121 */ 122 123/* $FreeBSD$ */ 124 125#ifndef _DEV_LE_LANCEREG_H_ 126#define _DEV_LE_LANCEREG_H_ 127 128#define LEBLEN (ETHER_MAX_LEN + ETHER_VLAN_ENCAP_LEN) 129/* LEMINSIZE should be ETHER_MIN_LEN when LE_MODE_DTCR is set. */ 130#define LEMINSIZE (ETHER_MIN_LEN - ETHER_CRC_LEN) 131 132#define LE_INITADDR(sc) (sc->sc_initaddr) 133#define LE_RMDADDR(sc, bix) (sc->sc_rmdaddr + sizeof(struct lermd) * (bix)) 134#define LE_TMDADDR(sc, bix) (sc->sc_tmdaddr + sizeof(struct letmd) * (bix)) 135#define LE_RBUFADDR(sc, bix) (sc->sc_rbufaddr + LEBLEN * (bix)) 136#define LE_TBUFADDR(sc, bix) (sc->sc_tbufaddr + LEBLEN * (bix)) 137 138/* 139 * The byte count fields in descriptors are in two's complement. 140 * This macro does the conversion for us on unsigned numbers. 141 */ 142#define LE_BCNT(x) (~(x) + 1) 143 144/* 145 * Control and Status Register addresses 146 */ 147#define LE_CSR0 0x0000 /* Control and status register */ 148#define LE_CSR1 0x0001 /* low address of init block */ 149#define LE_CSR2 0x0002 /* high address of init block */ 150#define LE_CSR3 0x0003 /* Bus master and control */ 151#define LE_CSR4 0x0004 /* Test and features control */ 152#define LE_CSR5 0x0005 /* Extended control and Interrupt 1 */ 153#define LE_CSR6 0x0006 /* Rx/Tx Descriptor table length */ 154#define LE_CSR7 0x0007 /* Extended control and interrupt 2 */ 155#define LE_CSR8 0x0008 /* Logical Address Filter 0 */ 156#define LE_CSR9 0x0009 /* Logical Address Filter 1 */ 157#define LE_CSR10 0x000a /* Logical Address Filter 2 */ 158#define LE_CSR11 0x000b /* Logical Address Filter 3 */ 159#define LE_CSR12 0x000c /* Physical Address 0 */ 160#define LE_CSR13 0x000d /* Physical Address 1 */ 161#define LE_CSR14 0x000e /* Physical Address 2 */ 162#define LE_CSR15 0x000f /* Mode */ 163#define LE_CSR16 0x0010 /* Initialization Block addr lower */ 164#define LE_CSR17 0x0011 /* Initialization Block addr upper */ 165#define LE_CSR18 0x0012 /* Current Rx Buffer addr lower */ 166#define LE_CSR19 0x0013 /* Current Rx Buffer addr upper */ 167#define LE_CSR20 0x0014 /* Current Tx Buffer addr lower */ 168#define LE_CSR21 0x0015 /* Current Tx Buffer addr upper */ 169#define LE_CSR22 0x0016 /* Next Rx Buffer addr lower */ 170#define LE_CSR23 0x0017 /* Next Rx Buffer addr upper */ 171#define LE_CSR24 0x0018 /* Base addr of Rx ring lower */ 172#define LE_CSR25 0x0019 /* Base addr of Rx ring upper */ 173#define LE_CSR26 0x001a /* Next Rx Desc addr lower */ 174#define LE_CSR27 0x001b /* Next Rx Desc addr upper */ 175#define LE_CSR28 0x001c /* Current Rx Desc addr lower */ 176#define LE_CSR29 0x001d /* Current Rx Desc addr upper */ 177#define LE_CSR30 0x001e /* Base addr of Tx ring lower */ 178#define LE_CSR31 0x001f /* Base addr of Tx ring upper */ 179#define LE_CSR32 0x0020 /* Next Tx Desc addr lower */ 180#define LE_CSR33 0x0021 /* Next Tx Desc addr upper */ 181#define LE_CSR34 0x0022 /* Current Tx Desc addr lower */ 182#define LE_CSR35 0x0023 /* Current Tx Desc addr upper */ 183#define LE_CSR36 0x0024 /* Next Next Rx Desc addr lower */ 184#define LE_CSR37 0x0025 /* Next Next Rx Desc addr upper */ 185#define LE_CSR38 0x0026 /* Next Next Tx Desc addr lower */ 186#define LE_CSR39 0x0027 /* Next Next Tx Desc adddr upper */ 187#define LE_CSR40 0x0028 /* Current Rx Byte Count */ 188#define LE_CSR41 0x0029 /* Current Rx Status */ 189#define LE_CSR42 0x002a /* Current Tx Byte Count */ 190#define LE_CSR43 0x002b /* Current Tx Status */ 191#define LE_CSR44 0x002c /* Next Rx Byte Count */ 192#define LE_CSR45 0x002d /* Next Rx Status */ 193#define LE_CSR46 0x002e /* Tx Poll Time Counter */ 194#define LE_CSR47 0x002f /* Tx Polling Interval */ 195#define LE_CSR48 0x0030 /* Rx Poll Time Counter */ 196#define LE_CSR49 0x0031 /* Rx Polling Interval */ 197#define LE_CSR58 0x003a /* Software Style */ 198#define LE_CSR60 0x003c /* Previous Tx Desc addr lower */ 199#define LE_CSR61 0x003d /* Previous Tx Desc addr upper */ 200#define LE_CSR62 0x003e /* Previous Tx Byte Count */ 201#define LE_CSR63 0x003f /* Previous Tx Status */ 202#define LE_CSR64 0x0040 /* Next Tx Buffer addr lower */ 203#define LE_CSR65 0x0041 /* Next Tx Buffer addr upper */ 204#define LE_CSR66 0x0042 /* Next Tx Byte Count */ 205#define LE_CSR67 0x0043 /* Next Tx Status */ 206#define LE_CSR72 0x0048 /* Receive Ring Counter */ 207#define LE_CSR74 0x004a /* Transmit Ring Counter */ 208#define LE_CSR76 0x004c /* Receive Ring Length */ 209#define LE_CSR78 0x004e /* Transmit Ring Length */ 210#define LE_CSR80 0x0050 /* DMA Transfer Counter and FIFO 211 Threshold Control */ 212#define LE_CSR82 0x0052 /* Tx Desc addr Pointer lower */ 213#define LE_CSR84 0x0054 /* DMA addr register lower */ 214#define LE_CSR85 0x0055 /* DMA addr register upper */ 215#define LE_CSR86 0x0056 /* Buffer Byte Counter */ 216#define LE_CSR88 0x0058 /* Chip ID Register lower */ 217#define LE_CSR89 0x0059 /* Chip ID Register upper */ 218#define LE_CSR92 0x005c /* Ring Length Conversion */ 219#define LE_CSR100 0x0064 /* Bus Timeout */ 220#define LE_CSR112 0x0070 /* Missed Frame Count */ 221#define LE_CSR114 0x0072 /* Receive Collision Count */ 222#define LE_CSR116 0x0074 /* OnNow Power Mode Register */ 223#define LE_CSR122 0x007a /* Advanced Feature Control */ 224#define LE_CSR124 0x007c /* Test Register 1 */ 225#define LE_CSR125 0x007d /* MAC Enhanced Configuration Control */ 226 227/* 228 * Bus Configuration Register addresses 229 */ 230#define LE_BCR0 0x0000 /* Master Mode Read Active */ 231#define LE_BCR1 0x0001 /* Master Mode Write Active */ 232#define LE_BCR2 0x0002 /* Misc. Configuration */ 233#define LE_BCR4 0x0004 /* LED0 Status */ 234#define LE_BCR5 0x0005 /* LED1 Status */ 235#define LE_BCR6 0x0006 /* LED2 Status */ 236#define LE_BCR7 0x0007 /* LED3 Status */ 237#define LE_BCR9 0x0009 /* Full-duplex Control */ 238#define LE_BCR16 0x0010 /* I/O Base Address lower */ 239#define LE_BCR17 0x0011 /* I/O Base Address upper */ 240#define LE_BCR18 0x0012 /* Burst and Bus Control Register */ 241#define LE_BCR19 0x0013 /* EEPROM Control and Status */ 242#define LE_BCR20 0x0014 /* Software Style */ 243#define LE_BCR22 0x0016 /* PCI Latency Register */ 244#define LE_BCR23 0x0017 /* PCI Subsystem Vendor ID */ 245#define LE_BCR24 0x0018 /* PCI Subsystem ID */ 246#define LE_BCR25 0x0019 /* SRAM Size Register */ 247#define LE_BCR26 0x001a /* SRAM Boundary Register */ 248#define LE_BCR27 0x001b /* SRAM Interface Control Register */ 249#define LE_BCR28 0x001c /* Exp. Bus Port Addr lower */ 250#define LE_BCR29 0x001d /* Exp. Bus Port Addr upper */ 251#define LE_BCR30 0x001e /* Exp. Bus Data Port */ 252#define LE_BCR31 0x001f /* Software Timer Register */ 253#define LE_BCR32 0x0020 /* PHY Control and Status Register */ 254#define LE_BCR33 0x0021 /* PHY Address Register */ 255#define LE_BCR34 0x0022 /* PHY Management Data Register */ 256#define LE_BCR35 0x0023 /* PCI Vendor ID Register */ 257#define LE_BCR36 0x0024 /* PCI Power Management Cap. Alias */ 258#define LE_BCR37 0x0025 /* PCI DATA0 Alias */ 259#define LE_BCR38 0x0026 /* PCI DATA1 Alias */ 260#define LE_BCR39 0x0027 /* PCI DATA2 Alias */ 261#define LE_BCR40 0x0028 /* PCI DATA3 Alias */ 262#define LE_BCR41 0x0029 /* PCI DATA4 Alias */ 263#define LE_BCR42 0x002a /* PCI DATA5 Alias */ 264#define LE_BCR43 0x002b /* PCI DATA6 Alias */ 265#define LE_BCR44 0x002c /* PCI DATA7 Alias */ 266#define LE_BCR45 0x002d /* OnNow Pattern Matching 1 */ 267#define LE_BCR46 0x002e /* OnNow Pattern Matching 2 */ 268#define LE_BCR47 0x002f /* OnNow Pattern Matching 3 */ 269#define LE_BCR48 0x0030 /* LED4 Status */ 270#define LE_BCR49 0x0031 /* PHY Select */ 271 272/* Control and status register 0 (csr0) */ 273#define LE_C0_ERR 0x8000 /* error summary */ 274#define LE_C0_BABL 0x4000 /* transmitter timeout error */ 275#define LE_C0_CERR 0x2000 /* collision */ 276#define LE_C0_MISS 0x1000 /* missed a packet */ 277#define LE_C0_MERR 0x0800 /* memory error */ 278#define LE_C0_RINT 0x0400 /* receiver interrupt */ 279#define LE_C0_TINT 0x0200 /* transmitter interrupt */ 280#define LE_C0_IDON 0x0100 /* initialization done */ 281#define LE_C0_INTR 0x0080 /* interrupt condition */ 282#define LE_C0_INEA 0x0040 /* interrupt enable */ 283#define LE_C0_RXON 0x0020 /* receiver on */ 284#define LE_C0_TXON 0x0010 /* transmitter on */ 285#define LE_C0_TDMD 0x0008 /* transmit demand */ 286#define LE_C0_STOP 0x0004 /* disable all external activity */ 287#define LE_C0_STRT 0x0002 /* enable external activity */ 288#define LE_C0_INIT 0x0001 /* begin initialization */ 289 290#define LE_C0_BITS \ 291 "\20\20ERR\17BABL\16CERR\15MISS\14MERR\13RINT\ 292\12TINT\11IDON\10INTR\07INEA\06RXON\05TXON\04TDMD\03STOP\02STRT\01INIT" 293 294/* Control and status register 3 (csr3) */ 295#define LE_C3_BABLM 0x4000 /* babble mask */ 296#define LE_C3_MISSM 0x1000 /* missed frame mask */ 297#define LE_C3_MERRM 0x0800 /* memory error mask */ 298#define LE_C3_RINTM 0x0400 /* receive interrupt mask */ 299#define LE_C3_TINTM 0x0200 /* transmit interrupt mask */ 300#define LE_C3_IDONM 0x0100 /* initialization done mask */ 301#define LE_C3_DXSUFLO 0x0040 /* disable tx stop on underflow */ 302#define LE_C3_LAPPEN 0x0020 /* look ahead packet processing enbl */ 303#define LE_C3_DXMT2PD 0x0010 /* disable tx two part deferral */ 304#define LE_C3_EMBA 0x0008 /* enable modified backoff algorithm */ 305#define LE_C3_BSWP 0x0004 /* byte swap */ 306#define LE_C3_ACON 0x0002 /* ALE control, eh? */ 307#define LE_C3_BCON 0x0001 /* byte control */ 308 309/* Control and status register 4 (csr4) */ 310#define LE_C4_EN124 0x8000 /* enable CSR124 */ 311#define LE_C4_DMAPLUS 0x4000 /* always set (PCnet-PCI) */ 312#define LE_C4_TIMER 0x2000 /* enable bus activity timer */ 313#define LE_C4_TXDPOLL 0x1000 /* disable transmit polling */ 314#define LE_C4_APAD_XMT 0x0800 /* auto pad transmit */ 315#define LE_C4_ASTRP_RCV 0x0400 /* auto strip receive */ 316#define LE_C4_MFCO 0x0200 /* missed frame counter overflow */ 317#define LE_C4_MFCOM 0x0100 /* missed frame coutner overflow mask */ 318#define LE_C4_UINTCMD 0x0080 /* user interrupt command */ 319#define LE_C4_UINT 0x0040 /* user interrupt */ 320#define LE_C4_RCVCCO 0x0020 /* receive collision counter overflow */ 321#define LE_C4_RCVCCOM 0x0010 /* receive collision counter overflow 322 mask */ 323#define LE_C4_TXSTRT 0x0008 /* transmit start status */ 324#define LE_C4_TXSTRTM 0x0004 /* transmit start mask */ 325 326/* Control and status register 5 (csr5) */ 327#define LE_C5_TOKINTD 0x8000 /* transmit ok interrupt disable */ 328#define LE_C5_LTINTEN 0x4000 /* last transmit interrupt enable */ 329#define LE_C5_SINT 0x0800 /* system interrupt */ 330#define LE_C5_SINTE 0x0400 /* system interrupt enable */ 331#define LE_C5_EXDINT 0x0080 /* excessive deferral interrupt */ 332#define LE_C5_EXDINTE 0x0040 /* excessive deferral interrupt enbl */ 333#define LE_C5_MPPLBA 0x0020 /* magic packet physical logical 334 broadcast accept */ 335#define LE_C5_MPINT 0x0010 /* magic packet interrupt */ 336#define LE_C5_MPINTE 0x0008 /* magic packet interrupt enable */ 337#define LE_C5_MPEN 0x0004 /* magic packet enable */ 338#define LE_C5_MPMODE 0x0002 /* magic packet mode */ 339#define LE_C5_SPND 0x0001 /* suspend */ 340 341/* Control and status register 6 (csr6) */ 342#define LE_C6_TLEN 0xf000 /* TLEN from init block */ 343#define LE_C6_RLEN 0x0f00 /* RLEN from init block */ 344 345/* Control and status register 7 (csr7) */ 346#define LE_C7_FASTSPNDE 0x8000 /* fast suspend enable */ 347#define LE_C7_RDMD 0x2000 /* receive demand */ 348#define LE_C7_RDXPOLL 0x1000 /* receive disable polling */ 349#define LE_C7_STINT 0x0800 /* software timer interrupt */ 350#define LE_C7_STINTE 0x0400 /* software timer interrupt enable */ 351#define LE_C7_MREINT 0x0200 /* PHY management read error intr */ 352#define LE_C7_MREINTE 0x0100 /* PHY management read error intr 353 enable */ 354#define LE_C7_MAPINT 0x0080 /* PHY management auto-poll intr */ 355#define LE_C7_MAPINTE 0x0040 /* PHY management auto-poll intr 356 enable */ 357#define LE_C7_MCCINT 0x0020 /* PHY management command complete 358 interrupt */ 359#define LE_C7_MCCINTE 0x0010 /* PHY management command complete 360 interrupt enable */ 361#define LE_C7_MCCIINT 0x0008 /* PHY management command complete 362 internal interrupt */ 363#define LE_C7_MCCIINTE 0x0004 /* PHY management command complete 364 internal interrupt enable */ 365#define LE_C7_MIIPDTINT 0x0002 /* PHY management detect transition 366 interrupt */ 367#define LE_C7_MIIPDTINTE 0x0001 /* PHY management detect transition 368 interrupt enable */ 369 370/* Control and status register 15 (csr15) */ 371#define LE_C15_PROM 0x8000 /* promiscuous mode */ 372#define LE_C15_DRCVBC 0x4000 /* disable Rx of broadcast */ 373#define LE_C15_DRCVPA 0x2000 /* disable Rx of physical address */ 374#define LE_C15_DLNKTST 0x1000 /* disable link status */ 375#define LE_C15_DAPC 0x0800 /* disable auto-polarity correction */ 376#define LE_C15_MENDECL 0x0400 /* MENDEC Loopback mode */ 377#define LE_C15_LRT 0x0200 /* low receive threshold (TMAU) */ 378#define LE_C15_TSEL 0x0200 /* transmit mode select (AUI) */ 379#define LE_C15_PORTSEL(x) ((x) << 7) /* port select */ 380#define LE_C15_INTL 0x0040 /* internal loopback */ 381#define LE_C15_DRTY 0x0020 /* disable retry */ 382#define LE_C15_FCOLL 0x0010 /* force collision */ 383#define LE_C15_DXMTFCS 0x0008 /* disable Tx FCS (ADD_FCS overrides) */ 384#define LE_C15_LOOP 0x0004 /* loopback enable */ 385#define LE_C15_DTX 0x0002 /* disable transmit */ 386#define LE_C15_DRX 0x0001 /* disable receiver */ 387 388#define LE_PORTSEL_AUI 0 389#define LE_PORTSEL_10T 1 390#define LE_PORTSEL_GPSI 2 391#define LE_PORTSEL_MII 3 392#define LE_PORTSEL_MASK 3 393 394/* control and status register 80 (csr80) */ 395#define LE_C80_RCVFW(x) ((x) << 12) /* Receive FIFO Watermark */ 396#define LE_C80_RCVFW_MAX 3 397#define LE_C80_XMTSP(x) ((x) << 10) /* Transmit Start Point */ 398#define LE_C80_XMTSP_MAX 3 399#define LE_C80_XMTFW(x) ((x) << 8) /* Transmit FIFO Watermark */ 400#define LE_C80_XMTFW_MAX 3 401#define LE_C80_DMATC 0x00ff /* DMA transfer counter */ 402 403/* control and status register 116 (csr116) */ 404#define LE_C116_PME_EN_OVR 0x0400 /* PME_EN overwrite */ 405#define LE_C116_LCDET 0x0200 /* link change detected */ 406#define LE_C116_LCMODE 0x0100 /* link change wakeup mode */ 407#define LE_C116_PMAT 0x0080 /* pattern matched */ 408#define LE_C116_EMPPLBA 0x0040 /* magic packet physical logical 409 broadcast accept */ 410#define LE_C116_MPMAT 0x0020 /* magic packet match */ 411#define LE_C116_MPPEN 0x0010 /* magic packet pin enable */ 412#define LE_C116_RST_POL 0x0001 /* PHY_RST pin polarity */ 413 414/* control and status register 122 (csr122) */ 415#define LE_C122_RCVALGN 0x0001 /* receive packet align */ 416 417/* control and status register 124 (csr124) */ 418#define LE_C124_RPA 0x0008 /* runt packet accept */ 419 420/* control and status register 125 (csr125) */ 421#define LE_C125_IPG 0xff00 /* inter-packet gap */ 422#define LE_C125_IFS1 0x00ff /* inter-frame spacing part 1 */ 423 424/* bus configuration register 0 (bcr0) */ 425#define LE_B0_MSRDA 0xffff /* reserved locations */ 426 427/* bus configuration register 1 (bcr1) */ 428#define LE_B1_MSWRA 0xffff /* reserved locations */ 429 430/* bus configuration register 2 (bcr2) */ 431#define LE_B2_PHYSSELEN 0x2000 /* enable writes to BCR18[4:3] */ 432#define LE_B2_LEDPE 0x1000 /* LED program enable */ 433#define LE_B2_APROMWE 0x0100 /* Address PROM Write Enable */ 434#define LE_B2_INTLEVEL 0x0080 /* 1 == edge triggered */ 435#define LE_B2_DXCVRCTL 0x0020 /* DXCVR control */ 436#define LE_B2_DXCVRPOL 0x0010 /* DXCVR polarity */ 437#define LE_B2_EADISEL 0x0008 /* EADI select */ 438#define LE_B2_AWAKE 0x0004 /* power saving mode select */ 439#define LE_B2_ASEL 0x0002 /* auto-select PORTSEL */ 440#define LE_B2_XMAUSEL 0x0001 /* reserved location */ 441 442/* bus configuration register 4 (bcr4) */ 443/* bus configuration register 5 (bcr5) */ 444/* bus configuration register 6 (bcr6) */ 445/* bus configuration register 7 (bcr7) */ 446/* bus configuration register 48 (bcr48) */ 447#define LE_B4_LEDOUT 0x8000 /* LED output active */ 448#define LE_B4_LEDPOL 0x4000 /* LED polarity */ 449#define LE_B4_LEDDIS 0x2000 /* LED disable */ 450#define LE_B4_100E 0x1000 /* 100Mb/s enable */ 451#define LE_B4_MPSE 0x0200 /* magic packet status enable */ 452#define LE_B4_FDLSE 0x0100 /* full-duplex link status enable */ 453#define LE_B4_PSE 0x0080 /* pulse stretcher enable */ 454#define LE_B4_LNKSE 0x0040 /* link status enable */ 455#define LE_B4_RCVME 0x0020 /* receive match status enable */ 456#define LE_B4_XMTE 0x0010 /* transmit status enable */ 457#define LE_B4_POWER 0x0008 /* power enable */ 458#define LE_B4_RCVE 0x0004 /* receive status enable */ 459#define LE_B4_SPEED 0x0002 /* high speed enable */ 460#define LE_B4_COLE 0x0001 /* collision status enable */ 461 462/* bus configuration register 9 (bcr9) */ 463#define LE_B9_FDRPAD 0x0004 /* full-duplex runt packet accept 464 disable */ 465#define LE_B9_AUIFD 0x0002 /* AUI full-duplex */ 466#define LE_B9_FDEN 0x0001 /* full-duplex enable */ 467 468/* bus configuration register 18 (bcr18) */ 469#define LE_B18_ROMTMG 0xf000 /* expansion rom timing */ 470#define LE_B18_NOUFLO 0x0800 /* no underflow on transmit */ 471#define LE_B18_MEMCMD 0x0200 /* memory read multiple enable */ 472#define LE_B18_EXTREQ 0x0100 /* extended request */ 473#define LE_B18_DWIO 0x0080 /* double-word I/O */ 474#define LE_B18_BREADE 0x0040 /* burst read enable */ 475#define LE_B18_BWRITE 0x0020 /* burst write enable */ 476#define LE_B18_PHYSEL1 0x0010 /* PHYSEL 1 */ 477#define LE_B18_PHYSEL0 0x0008 /* PHYSEL 0 */ 478 /* 00 ex ROM/Flash */ 479 /* 01 EADI/MII snoop */ 480 /* 10 reserved */ 481 /* 11 reserved */ 482#define LE_B18_LINBC 0x0007 /* reserved locations */ 483 484/* bus configuration register 19 (bcr19) */ 485#define LE_B19_PVALID 0x8000 /* EEPROM status valid */ 486#define LE_B19_PREAD 0x4000 /* EEPROM read command */ 487#define LE_B19_EEDET 0x2000 /* EEPROM detect */ 488#define LE_B19_EEN 0x0010 /* EEPROM port enable */ 489#define LE_B19_ECS 0x0004 /* EEPROM chip select */ 490#define LE_B19_ESK 0x0002 /* EEPROM serial clock */ 491#define LE_B19_EDI 0x0001 /* EEPROM data in */ 492#define LE_B19_EDO 0x0001 /* EEPROM data out */ 493 494/* bus configuration register 20 (bcr20) */ 495#define LE_B20_APERREN 0x0400 /* Advanced parity error handling */ 496#define LE_B20_CSRPCNET 0x0200 /* PCnet-style CSRs (0 = ILACC) */ 497#define LE_B20_SSIZE32 0x0100 /* Software Size 32-bit */ 498#define LE_B20_SSTYLE 0x0007 /* Software Style */ 499#define LE_B20_SSTYLE_LANCE 0 /* LANCE/PCnet-ISA (16-bit) */ 500#define LE_B20_SSTYLE_ILACC 1 /* ILACC (32-bit) */ 501#define LE_B20_SSTYLE_PCNETPCI2 2 /* PCnet-PCI (32-bit) */ 502#define LE_B20_SSTYLE_PCNETPCI3 3 /* PCnet-PCI II (32-bit) */ 503 504/* bus configuration register 25 (bcr25) */ 505#define LE_B25_SRAM_SIZE 0x00ff /* SRAM size */ 506 507/* bus configuration register 26 (bcr26) */ 508#define LE_B26_SRAM_BND 0x00ff /* SRAM boundary */ 509 510/* bus configuration register 27 (bcr27) */ 511#define LE_B27_PTRTST 0x8000 /* reserved for manuf. tests */ 512#define LE_B27_LOLATRX 0x4000 /* low latency receive */ 513#define LE_B27_EBCS 0x0038 /* expansion bus clock source */ 514 /* 000 CLK pin */ 515 /* 001 time base clock */ 516 /* 010 EBCLK pin */ 517 /* 011 reserved */ 518 /* 1xx reserved */ 519#define LE_B27_CLK_FAC 0x0007 /* clock factor */ 520 /* 000 1 */ 521 /* 001 1/2 */ 522 /* 010 reserved */ 523 /* 011 1/4 */ 524 /* 1xx reserved */ 525 526/* bus configuration register 28 (bcr28) */ 527#define LE_B28_EADDRL 0xffff /* expansion port address lower */ 528 529/* bus configuration register 29 (bcr29) */ 530#define LE_B29_FLASH 0x8000 /* flash access */ 531#define LE_B29_LAAINC 0x4000 /* lower address auto increment */ 532#define LE_B29_EPADDRU 0x0007 /* expansion port address upper */ 533 534/* bus configuration register 30 (bcr30) */ 535#define LE_B30_EBDATA 0xffff /* expansion bus data port */ 536 537/* bus configuration register 31 (bcr31) */ 538#define LE_B31_STVAL 0xffff /* software timer value */ 539 540/* bus configuration register 32 (bcr32) */ 541#define LE_B32_ANTST 0x8000 /* reserved for manuf. tests */ 542#define LE_B32_MIIPD 0x4000 /* MII PHY Detect (manuf. tests) */ 543#define LE_B32_FMDC 0x3000 /* fast management data clock */ 544#define LE_B32_APEP 0x0800 /* auto-poll PHY */ 545#define LE_B32_APDW 0x0700 /* auto-poll dwell time */ 546#define LE_B32_DANAS 0x0080 /* disable autonegotiation */ 547#define LE_B32_XPHYRST 0x0040 /* PHY reset */ 548#define LE_B32_XPHYANE 0x0020 /* PHY autonegotiation enable */ 549#define LE_B32_XPHYFD 0x0010 /* PHY full-duplex */ 550#define LE_B32_XPHYSP 0x0008 /* PHY speed */ 551#define LE_B32_MIIILP 0x0002 /* MII internal loopback */ 552 553/* bus configuration register 33 (bcr33) */ 554#define LE_B33_SHADOW 0x8000 /* shadow enable */ 555#define LE_B33_MII_SEL 0x4000 /* MII selected */ 556#define LE_B33_ACOMP 0x2000 /* internal PHY autonegotiation comp */ 557#define LE_B33_LINK 0x1000 /* link status */ 558#define LE_B33_FDX 0x0800 /* full-duplex */ 559#define LE_B33_SPEED 0x0400 /* 1 == high speed */ 560#define LE_B33_PHYAD 0x03e0 /* PHY address */ 561#define PHYAD_SHIFT 5 562#define LE_B33_REGAD 0x001f /* register address */ 563 564/* bus configuration register 34 (bcr34) */ 565#define LE_B34_MIIMD 0xffff /* MII data */ 566 567/* bus configuration register 49 (bcr49) */ 568#define LE_B49_PCNET 0x8000 /* PCnet mode - Must Be One */ 569#define LE_B49_PHYSEL_D 0x0300 /* PHY_SEL_Default */ 570#define LE_B49_PHYSEL_L 0x0010 /* PHY_SEL_Lock */ 571#define LE_B49_PHYSEL 0x0003 /* PHYSEL */ 572 /* 00 10baseT PHY */ 573 /* 01 HomePNA PHY */ 574 /* 10 external PHY */ 575 /* 11 reserved */ 576 577/* Initialization block (mode) */ 578#define LE_MODE_PROM 0x8000 /* promiscuous mode */ 579/* 0x7f80 reserved, must be zero */ 580/* 0x4000 - 0x0080 are not available on LANCE 7990. */ 581#define LE_MODE_DRCVBC 0x4000 /* disable receive brodcast */ 582#define LE_MODE_DRCVPA 0x2000 /* disable physical address detection */ 583#define LE_MODE_DLNKTST 0x1000 /* disable link status */ 584#define LE_MODE_DAPC 0x0800 /* disable automatic polarity correction */ 585#define LE_MODE_MENDECL 0x0400 /* MENDEC loopback mode */ 586#define LE_MODE_LRTTSEL 0x0200 /* lower receive threshold / 587 transmit mode selection */ 588#define LE_MODE_PSEL1 0x0100 /* port selection bit1 */ 589#define LE_MODE_PSEL0 0x0080 /* port selection bit0 */ 590#define LE_MODE_INTL 0x0040 /* internal loopback */ 591#define LE_MODE_DRTY 0x0020 /* disable retry */ 592#define LE_MODE_COLL 0x0010 /* force a collision */ 593#define LE_MODE_DTCR 0x0008 /* disable transmit CRC */ 594#define LE_MODE_LOOP 0x0004 /* loopback mode */ 595#define LE_MODE_DTX 0x0002 /* disable transmitter */ 596#define LE_MODE_DRX 0x0001 /* disable receiver */ 597#define LE_MODE_NORMAL 0 /* none of the above */ 598 599/* 600 * Chip ID (CSR88 IDL, CSR89 IDU) values for various AMD PCnet parts 601 */ 602#define CHIPID_MANFID(x) (((x) >> 1) & 0x3ff) 603#define CHIPID_PARTID(x) (((x) >> 12) & 0xffff) 604#define CHIPID_VER(x) (((x) >> 28) & 0x7) 605 606#define PARTID_Am79c960 0x0003 607#define PARTID_Am79c961 0x2260 608#define PARTID_Am79c961A 0x2261 609#define PARTID_Am79c965 0x2430 /* yes, these... */ 610#define PARTID_Am79c970 0x2430 /* ...are the same */ 611#define PARTID_Am79c970A 0x2621 612#define PARTID_Am79c971 0x2623 613#define PARTID_Am79c972 0x2624 614#define PARTID_Am79c973 0x2625 615#define PARTID_Am79c978 0x2626 616#define PARTID_Am79c975 0x2627 617#define PARTID_Am79c976 0x2628 618 619#endif /* !_DEV_LE_LANCEREG_H_ */ 620