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宽带技术网»首页 › :::::　技　术　交　流　区　::::: › 『 光猫FTTx技术交流区 』 › 关于sa1456c配置
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关于sa1456c配置

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xxcat
发表于 2016-3-15 00:19:29 | 显示全部楼层 |阅读模式
确实是我见过的光猫当中比较豪华的。内存512MB，flash 256MB(其实是2GB，只是系统默认只开了256MB)，带了双usb插口，sd卡槽。wifi是常见的RTL8192芯片。主控还是8245H的hi5115t。4个网口都是千兆。这豪华配置足以让许多无线路由器汗颜了。总的来说，这款机器貌似有很大的折腾空间。附bootlog
% w' V+ v3 r! j' |- P# X
  1. WAP>display startup info) k2 C3 A, m0 K/ D
  2. <5>Linux version 2.6.34.10_sd5115v100_wr4.3 (root@vm1017617813) (gcc version 4.4.6 (GCC) ) #1 SMP Wed Apr 29 10:40:07 CST 20159 X2 H' A/ M$ N: J) a
  3. <3>PHYS_OFFSET = 80e00000.6 g  b* C) R* |5 Q/ C/ [3 L' D
  4. <4>CPU: ARMv7 Processor [414fc091] revision 1 (ARMv7), cr=10c53c7f7 v4 v# C! w" e2 s& u
  5. <4>CPU: VIPT nonaliasing data cache, VIPT nonaliasing instruction cache3 a8 j( T0 n  @* O5 r3 t
  6. <4>Machine: sd511x' B& V0 N- J' Q, z' G, {
  7. <4>Memory policy: ECC disabled, Data cache writealloc: e* u" a7 A6 m5 m: U
  8. <7>On node 0 totalpages: 127488
    5 s& _+ G# E* o3 L) T! V2 V6 ]
  9. <7>free_area_init_node: node 0, pgdat c03dd6e0, node_mem_map c0407000& @$ M0 }1 X) [9 r$ V
  10. <7>  Normal zone: 996 pages used for memmap
    $ N3 \6 g1 M, s: ?9 y: d
  11. <7>  Normal zone: 0 pages reserved
    . N  c( \, ^* ]9 u  c0 o& e
  12. <7>  Normal zone: 126492 pages, LIFO batch:31
    " k+ h. O! V2 j# K
  13. <4>SD511x chip id:0x51152100, M! f$ I% O" A' S! Z, l* w! V/ p
  14. <4>apb bus clk is 100000000
    " ?3 |$ e4 O" }# U* U
  15. <6>PERCPU: Embedded 7 pages/cpu @c07f4000 s4448 r8192 d16032 u65536
    % t3 o. |0 G- Q* \" P# y1 S
  16. <6>pcpu-alloc: s4448 r8192 d16032 u65536 alloc=16*4096
    ; k( ^- w  n* X7 y, v
  17. <6>pcpu-alloc: [0] 0 [0] 1
    * |% v& r7 R2 F6 C* Y$ `9 ~
  18. <4>Built 1 zonelists in Zone order, mobility grouping on.  Total pages: 126492
    8 o7 b6 i6 x, C- I6 p2 _" C/ r
  19. <5>Kernel command line: noalign mem=498M console=ttyAMA1,115200 ubi.mtd=1 root=/dev/mtdblock11 rootfstype=squashfs mtdparts=hinand:0x100000(startcode),0xff00000(ubifs),-(reserved) pcie0_sel=x1 maxcpus=0 user_debug=0x1f panic=1 skb_priv=128
    - R! a& `) v& T
  20. <6>PID hash table entries: 2048 (order: 1, 8192 bytes)( F$ x" \4 Q  o- j0 p8 O' F
  21. <6>Dentry cache hash table entries: 65536 (order: 6, 262144 bytes)% E, p. N$ P4 \, e$ A
  22. <6>Inode-cache hash table entries: 32768 (order: 5, 131072 bytes)
    - S0 I; s1 A0 ~# V, b: ^
  23. <6>Memory: 498MB = 498MB total
    6 B$ {! h; ]  m! ?/ _
  24. <5>Memory: 501388k/501388k available, 8564k reserved, 0K highmem1 K$ N, m( D- p7 N' \- Y
  25. <5>Virtual kernel memory layout:" X7 I! {! O: I+ O. }% C/ g# |( C$ {" |& H' {
  26. <5>    vector  : 0xffff0000 - 0xffff1000   (   4 kB)
    3 B4 B4 W4 G! @0 z2 ~3 ?- E' k
  27. <5>    fixmap  : 0xfff00000 - 0xfffe0000   ( 896 kB). i" r; A- v8 ?2 D5 ~5 @
  28. <5>    DMA     : 0xffc00000 - 0xffe00000   (   2 MB)/ S5 M; B' n5 L$ c
  29. <5>    vmalloc : 0xdf800000 - 0xf8000000   ( 392 MB)  A& @) C  U7 j
  30. <5>    lowmem  : 0xc0000000 - 0xdf200000   ( 498 MB)
    * L( M. J$ Q) |, w- T
  31. <5>    modules : 0xbf000000 - 0xc0000000   (  16 MB)
    2 t2 h  M0 t* T; i2 n( i( c
  32. <5>      .init : 0xc0008000 - 0xc002c000   ( 144 kB)' c6 d% o3 q( B) ]1 v
  33. <5>      .text : 0xc002c000 - 0xc03ae000   (3592 kB)
    1 ?4 X9 x! V9 P) A3 n4 x2 w7 `
  34. <5>      .data : 0xc03c2000 - 0xc03ddd60   ( 112 kB)
    4 s* x9 c" i( O7 D
  35. <6>SLUB: Genslabs=11, HWalign=32, Order=0-3, MinObjects=0, CPUs=2, Nodes=1- t$ M8 K" U+ R& e) A9 S8 a
  36. <6>Hierarchical RCU implementation." [) q+ j! Y7 c4 b$ m" J5 {5 y
  37. <6>RCU-based detection of stalled CPUs is enabled.4 {" ?7 ^" p( y# {- p
  38. <6>NR_IRQS:160& ?+ C- r/ f) d' K: F
  39. <6>Calibrating delay loop... 1294.33 BogoMIPS (lpj=6471680)0 c: z; @* {4 [6 U/ Z
  40. <6>Security Framework initialized7 d7 w# j; {7 l* K: p
  41. <4>Mount-cache hash table entries: 512
    7 x( {' b! G% C5 y4 F
  42. <6>CPU: Testing write buffer coherency: ok
    : U" v- J- ^- H" ~
  43. <7>Synthetic TSC timer will fire each 131104 jiffies." \0 H4 `6 @4 W* r4 O. N! I7 n
  44. <6>Init trace_clock_cyc2ns: precalc_mult = 312500, precalc_shift = 8
    # ]; q) a( j5 v4 g) b* z6 {# w
  45. <6>Brought up 1 CPUs
    ! ~* H$ F3 Q3 H5 I, l) W5 x0 B+ F! ]
  46. <6>SMP: Total of 1 processors activated (1294.33 BogoMIPS).
    / ]3 \: ^. T1 m
  47. <4>hi_wdt: User-Mode!
    " o, o% n1 g2 B1 d) U7 {' d' t+ X
  48. <4>hi_wdt: Init sucessfull!# d  v+ @% I% J& p
  49. <6>NET: Registered protocol family 168 f, z8 _7 M: w1 G6 v4 p
  50. <6>ACP ON!
    ) _0 O2 F# J1 ~" K4 W: b) Q& }
  51. <4>ACP bus = 200M!
    6 ^( g! Z3 D2 i/ P+ l  ], N
  52. <6>L2cache cache controller enabled
    ; v, m$ K2 z3 [4 A" T
  53. <6>check_res_of_trace_clock: sched_clock() high resolution
    ( s* @: [; N* D% F0 d
  54. <6>Serial: dw  uart driver1 E0 Z+ B: Q$ ]6 j& h. @0 E8 D+ d
  55. <6>uart:0: ttyAMA0 at MMIO 0x1010e000 (irq = 77) is a AMBA/DW' @: f7 C7 Y  t+ m! e/ B4 g
  56. <6>uart:1: ttyAMA1 at MMIO 0x1010f000 (irq = 78) is a AMBA/DW' H* r5 O4 A! ~2 a
  57. <6>console [ttyAMA1] enabled: n9 Q3 |$ {9 [6 e5 n" B6 o& W7 {
  58. <4>pcie0 sel: 0x1, pcie1 sel:0x0,pcie0 memsize:0xa00000, pcie1 memsize:0xa00000.
    2 x$ d4 o( G, u
  59. <4>PCIE0 Device Link Up val = 0x00008038, loop = 2.) m# u0 ?1 m: h/ A! }7 l
  60. <7>pci 0000:00:00.0: reg 10: [io  0x0000-0x00ff]
    ; D: s/ y% u" @! d6 k2 A
  61. <7>pci 0000:00:00.0: reg 18: [mem 0x00000000-0x00003fff 64bit]
    . W, x6 w  C9 G. U8 S7 o* C* P
  62. <7>pci 0000:00:00.0: supports D1 D2
    / C. T. L: {( n5 @
  63. <7>pci 0000:00:00.0: PME# supported from D0 D1 D2 D3hot D3cold
    2 X. {$ y; B+ |
  64. <7>pci 0000:00:00.0: PME# disabled
    , |9 F: M5 u! k2 H; p
  65. <6>PCI: bus0: Fast back to back transfers disabled% e1 Q  r- D) d/ L, B
  66. <6>pci 0000:00:00.0: BAR 2: assigned [mem 0x40000000-0x40003fff 64bit]
    8 ]% V: i& c$ a* q' q
  67. <6>pci 0000:00:00.0: BAR 2: set to [mem 0x40000000-0x40003fff 64bit] (PCI address [0x40000000-0x40003fff]
    * L4 I$ z2 k4 ?, c  z& X. S* C
  68. <6>pci 0000:00:00.0: BAR 0: assigned [io  0x40a00000-0x40a000ff]
    0 C+ c+ M& W/ M2 u8 t# p
  69. <6>pci 0000:00:00.0: BAR 0: set to [io  0x40a00000-0x40a000ff] (PCI address [0x40a00000-0x40a000ff]* O: h3 J( G6 R! z
  70. <4>bio: create slab <bio-0> at 0
      W: ^% e& x# W" r. I! i
  71. <6>vgaarb: loaded" V" s0 @( q7 g3 o* k
  72. <6>usbcore: registered new interface driver usbfs
      s& V/ @4 ]% I
  73. <6>usbcore: registered new interface driver hub, A3 i/ y5 j8 w8 n
  74. <6>usbcore: registered new device driver usb9 F7 ^6 c9 }, P2 m/ L
  75. <6>cfg80211: Calling CRDA to update world regulatory domain3 |4 ^  K. K2 T- b3 H6 ~
  76. <6>Switching to clocksource timer1! A# A* N1 g) ~2 N0 k0 c  P
  77. <6>usbcore: registered new interface driver huawei_ether7 H6 I2 a" N  }4 K5 a, c
  78. <6>NET: Registered protocol family 2" @2 v5 d$ r" E9 L* c
  79. <6>IP route cache hash table entries: 128 (order: -3, 512 bytes)& n# ?* U7 L6 Y0 x
  80. <6>TCP established hash table entries: 16384 (order: 5, 131072 bytes)
    7 W. n5 ^# `) i/ b" b/ o
  81. <6>TCP bind hash table entries: 16384 (order: 5, 131072 bytes)
    " y6 G4 s( G! M# K* R& |
  82. <6>TCP: Hash tables configured (established 16384 bind 16384)9 d7 @: Y( b- G
  83. <6>TCP reno registered
    4 Q0 {; B5 F0 F, v3 G# b
  84. <6>UDP hash table entries: 256 (order: 1, 8192 bytes)
    * X4 }8 M+ E7 y3 ~4 ~9 a2 d2 v  o1 N
  85. <6>UDP-Lite hash table entries: 256 (order: 1, 8192 bytes)
    8 }0 }! a$ \( q+ p6 }
  86. <6>NET: Registered protocol family 1
    7 s  D- U4 ?9 r7 |. @' E
  87. <6>RPC: Registered udp transport module., w6 R' _- t! l; N' o
  88. <6>RPC: Registered tcp transport module.' Y9 I1 e! t% [" v) a
  89. <6>RPC: Registered tcp NFSv4.1 backchannel transport module.
    1 x% @7 f0 r- X& q, Y; m
  90. <7>PCI: CLS 32 bytes, default 32* a$ N* k: F3 \! ?, \2 \
  91. <6>squashfs: version 4.0 (2009/01/31) Phillip Lougher, A0 h& |+ Q0 {3 u
  92. <6>JFFS2 version 2.2. &#169; 2001-2006 Red Hat, Inc.
    # v& u1 _" J* Y
  93. <6>msgmni has been set to 979
    " G, y0 H# S; o( {+ [
  94. <6>io scheduler noop registered+ v6 ~) r6 e  i$ @
  95. <6>io scheduler deadline registered
    & g* Q- \. n3 P$ g5 u
  96. <6>io scheduler cfq registered (default)
    9 q  e3 p- D. ~7 V0 x
  97. <6>brd: module loaded
    1 T7 _/ ?% L$ t9 ]
  98. <3>mtdoops: mtd device (mtddev=name/number) must be supplied* R0 j) R' q& S2 M& l- S! m% I; ?
  99. <4>Spi id table Version 1.22
    2 s+ J& _  Q1 \6 d1 V
  100. <4>Special nand id table Version 1.33
    , L( a4 S) c3 N+ h5 e$ d
  101. <4>Hisilicon Nand Flash Controller V301 Device Driver, Version 1.10' m" E8 v. o* F6 l
  102. <4>Nand ID: 0x2C 0xDA 0x90 0x95 0x06 0x00 0x00 0x00, I. a7 j. l- l# p# E" G
  103. <4>Nand(Hardware): Block:128KB Page:2KB Chip:2GB OOB:64B ECC:4Bytes
    * M% {6 C! C  x" \
  104. <6>NAND device: Manufacturer ID: 0x2c, Chip ID: 0xda (Micron MT29F2G08ABA)
    $ p$ `+ h/ R0 T  F
  105. <4>NAND_ECC_NONE selected by board driver. This is not recommended !!
    5 N  V9 i4 j# k
  106. <5>3 cmdlinepart partitions found on MTD device hinand5 F2 J( ]( w" j: }5 [( i: f$ O5 [& U
  107. <5>Creating 3 MTD partitions on "hinand":
    9 d* Y+ @% W. w3 D/ C6 f' u& n- V
  108. <5>0x000000000000-0x000000100000 : "startcode"
    % |) B' I7 d% w# D" U% R, m8 p3 \
  109. <5>0x000000100000-0x000010000000 : "ubifs"0 J3 w* G  p5 k: V% |
  110. <5>0x000010000000-0x000080000000 : "reserved"
    ; ]0 K  r# C" a! q
  111. <5>UBI: attaching mtd1 to ubi08 o7 R1 g, j& f/ l/ q( a* C
  112. <5>UBI: physical eraseblock size:   131072 bytes (128 KiB): i) }; @  G# a# N* B
  113. <5>UBI: logical eraseblock size:    126976 bytes
    6 f" {! ?; `6 b4 y
  114. <5>UBI: smallest flash I/O unit:    20482 H, w$ \& U/ ~" K
  115. <5>UBI: VID header offset:          2048 (aligned 2048)
    / r; A- D1 `* F/ A( b
  116. <5>UBI: data offset:                4096
    4 m0 Z! z( C& o3 t& m
  117. <5>UBI: attached mtd1 to ubi0
    / Q1 B/ `' L% _
  118. <5>UBI: MTD device name:            "ubifs") X( c) N2 Z; s% E
  119. <5>UBI: MTD device size:            255 MiB/ [) Q- ~* K! a
  120. <5>UBI: number of good PEBs:        2040: T; y$ j3 x5 d9 _5 \! g' Y7 P& z/ v
  121. <5>UBI: number of bad PEBs:         0
    2 M2 m2 ?% t. X
  122. <5>UBI: max. allowed volumes:       128
    6 u' i5 {/ u% ^1 z% y. @# {
  123. <5>UBI: wear-leveling threshold:    512
    & ~, H, U9 t5 r0 t  v
  124. <5>UBI: number of internal volumes: 10 o) j6 p( W' }5 N
  125. <5>UBI: number of user volumes:     15! e; q, a( S# L1 @5 ~5 ]; I# v
  126. <5>UBI: available PEBs:             363 R+ N! j, K" K
  127. <5>UBI: total number of reserved PEBs: 20049 C- K. Z; F! `' _" T* f
  128. <5>UBI: number of PEBs reserved for bad PEB handling: 40
    * b( @3 N) b* v, s% T2 q
  129. <5>UBI: max/mean erase counter: 2/15 q0 l5 m" d0 \
  130. <5>UBI: image sequence number: 3071471332 D" j8 N2 ?  t+ `
  131. <5>UBI: background thread "ubi_bgt0d" started, PID 35* ]6 I0 g+ d8 K! a+ s# F
  132. <6>PPP generic driver version 2.4.2
    $ `3 V+ V$ E4 f& Z, V
  133. <6>PPP Deflate Compression module registered
    4 q& h% Z) r5 w" A* I  x
  134. <6>PPP BSD Compression module registered
    $ v& g. x& @* n" M- v7 c
  135. <6>PPP MPPE Compression module registered
    + H; ]% }2 p  G6 b. n
  136. <6>NET: Registered protocol family 24( B+ ]- X/ b% H$ s1 Q
  137. <6>SLIP: version 0.8.4-NET3.019-NEWTTY (dynamic channels, max=256) (6 bit encapsulation enabled).
    3 M& f/ [( F& o! z4 p( u4 e
  138. <6>CSLIP: code copyright 1989 Regents of the University of California.+ U# R) l( k% Q  p0 L8 Y/ H) P
  139. <6>SLIP linefill/keepalive option.- p% ~$ H% i. O- a; q7 [
  140. <6>usbcore: registered new interface driver asix
    + H+ c" y1 H) x0 H. M. w: ], J2 N! [
  141. <6>usbcore: registered new interface driver cdc_ether% P5 W& [$ {3 J# [: H' j# m
  142. <6>usbcore: registered new interface driver net1080
    , f- `, B, U  E) ?7 n- D2 K$ s. j: N
  143. <6>usbcore: registered new interface driver cdc_subset' a8 T# ]: P/ B1 N. C7 g
  144. <6>usbcore: registered new interface driver zaurus
    : a/ p( h( \) C
  145. <6>cdc_ncm: 23-Apr-2011) Q8 g. E; w: h
  146. <6>usbcore: registered new interface driver cdc_ncm, T( T: P8 n% c, _' B$ d* |
  147. <6>ehci_hcd: USB 2.0 'Enhanced' Host Controller (EHCI) Driver! ^" p. w, F& T* v/ B% T: [8 J5 p
  148. <4>hiusb_start_hcd sucessful(5115)!
    4 h) n; x/ a+ ^2 l
  149. <6>hiusb-ehci hiusb-ehci.0: HIUSB EHCI
    : R% z6 y# N' y
  150. <6>hiusb-ehci hiusb-ehci.0: new USB bus registered, assigned bus number 1
    / s5 Q! m( B6 f3 u0 @. ]
  151. <6>hiusb-ehci hiusb-ehci.0: irq 71, io mem 0x10a40000& m; l% n1 y+ p. i
  152. <6>hiusb-ehci hiusb-ehci.0: USB 0.0 started, EHCI 1.00( |+ `7 X+ C& J7 Y8 N# |
  153. <6>hub 1-0:1.0: USB hub found
    ' J' p3 \+ L6 G3 i
  154. <6>hub 1-0:1.0: 2 ports detected
    9 a1 J6 s! B4 a/ g8 U; c
  155. <6>ohci_hcd: USB 1.1 'Open' Host Controller (OHCI) Driver
    / }1 R$ K! p2 w
  156. <6>hiusb-ohci hiusb-ohci.0: HIUSB OHCI
    7 x- D5 @$ o4 [' @
  157. <6>hiusb-ohci hiusb-ohci.0: new USB bus registered, assigned bus number 2+ A6 X1 {% W6 A4 s0 B9 s: N
  158. <6>hiusb-ohci hiusb-ohci.0: irq 70, io mem 0x10a50000/ x+ J; E8 D9 I! t" B
  159. <6>hub 2-0:1.0: USB hub found, m* y1 [, ]- Z% N! ~! s; I
  160. <6>hub 2-0:1.0: 2 ports detected2 Y$ Y' I4 E% q
  161. <4>Netfilter messages via NETLINK v0.30.: S) [1 X7 F% J) t2 I/ I
  162. <6>ip_tables: (C) 2000-2006 Netfilter Core Team
    & {/ ^% _5 e# x  M
  163. <6>arp_tables: (C) 2002 David S. Miller6 ?' S4 M; y, n+ {: E, Z$ t
  164. <6>TCP cubic registered
    9 |& e/ f0 y" P
  165. <6>NET: Registered protocol family 172 H7 V! D5 L- Q
  166. <4>VFS: Mounted root (squashfs filesystem) readonly on device 31:11.4 S2 I( N! i1 g" R1 H' ~
  167. <6>Freeing init memory: 144K$ Z) W" o, q4 }/ j
  168. <6>usb 1-2: new high speed USB device using hiusb-ehci and address 2
    0 B* \# \  N9 |
  169. <4>nf_conntrack version 0.5.0 (7836 buckets, 31344 max), c+ w8 |3 c, c  j. H8 l% ~; |
  170. <4>CONFIG_NF_CT_ACCT is deprecated and will be removed soon. Please use2 g" k* y3 B; L, o: N
  171. <4>nf_conntrack.acct=1 kernel parameter, acct=1 nf_conntrack module option or
    " u, X6 z- H" ^: \6 Z: ^. |, T
  172. <4>sysctl net.netfilter.nf_conntrack_acct=1 to enable it.( A4 ~& }, [6 z! i9 ^
  173. <4>hw_ssp_basic: module license 'Huawei Tech. Co., Ltd.' taints kernel.
    ! D7 c6 j/ u8 K( U" g% u! A$ G0 {
  174. <4>Disabling lock debugging due to kernel taint
    ( j* x2 ~$ s: \8 c5 }
  175. <4>set log file to:/var/init_debug.txt
    * Y4 o2 S& M& E/ A; p; a
  176. <4>hw_dm_init successfully...
    ( D+ S% v0 O+ q3 F! W. N7 h
  177. <4>Soc himem config loaded[51152] /etc/wap/wap_ssp_basic.cfg% z% q7 a$ a& p" C1 r  o
  178. <4>Lastword meminfo:0x80802000;0x000fe000;1;
    - ]# O& J" ]. U+ q' l$ y& P# G
  179. <3>current lastword info:Add=0xdfb0b000;max_num=300;Add1=0xdfb01000;Add2=0xdfb06000;Add3=0xdfb0b000;, s( W/ r2 }1 y, B% |6 D
  180. <1>Set kmsgread process pid to:113;- _! c, B- M( N
  181. <5>UBIFS: recovery needed7 w6 n) P: b  x2 V- y) b( g
  182. <3>UBIFS error (pid 121): mount_ubifs: fenghe.linux4.3 : space_fixup = 0: f* e8 J( ?9 D$ u
  183. <5>UBIFS: recovery completed
    5 r( ?. S+ A. H# X# V
  184. <5>UBIFS: mounted UBI device 0, volume 13, name "file_system") q7 T0 q* Q& C3 }2 {
  185. <5>UBIFS: file system size:   19681280 bytes (19220 KiB, 18 MiB, 155 LEBs)2 [/ J# K# o2 }: k( d
  186. <5>UBIFS: journal size:       9023488 bytes (8812 KiB, 8 MiB, 72 LEBs)
    0 Z' F& c6 }6 @7 y# J- e. Q* H5 A% [
  187. <5>UBIFS: media format:       w4/r0 (latest is w4/r0)
    * m5 A& U  w1 H, W* z. E/ d! x
  188. <5>UBIFS: default compressor: lzo
    / ]/ ]2 T  v" q% Q; r" j, ~2 w
  189. <5>UBIFS: reserved for root:  0 bytes (0 KiB)
    " Q, J: a: [4 J: |
  190. <5>UBIFS: recovery needed
    2 r  Z: Q- Y( G. o
  191. <3>UBIFS error (pid 124): mount_ubifs: fenghe.linux4.3 : space_fixup = 07 l0 @0 v' [% Z- ]' P8 \+ u# H
  192. <5>UBIFS: recovery completed
    , }! I( o+ i# D- v2 l
  193. <5>UBIFS: mounted UBI device 0, volume 14, name "app": E3 n& `8 a  b) o0 {9 W+ K
  194. <5>UBIFS: file system size:   133070848 bytes (129952 KiB, 126 MiB, 1048 LEBs)
    ( K+ [+ k5 U5 N& V( A
  195. <5>UBIFS: journal size:       6602752 bytes (6448 KiB, 6 MiB, 52 LEBs)
    : u2 S& g7 `8 p+ U, {7 ^5 k
  196. <5>UBIFS: media format:       w4/r0 (latest is w4/r0)
    ! M# [( ~7 v. O1 W+ n* h( Z
  197. <5>UBIFS: default compressor: lzo9 W& j+ k1 ~  q- w- d( |/ G
  198. <5>UBIFS: reserved for root:  4952683 bytes (4836 KiB)
    ' k) b# _0 \* ~7 H
  199. <4>reload log OK!/ l' N4 K4 Q7 O7 s5 Z& |
  200. <4>inet6_init********************************************6 M( N$ M+ }( Z! `: }
  201. <6>NET: Registered protocol family 105 A8 ]' {' O- `/ c
  202. <6>lo: Disabled Privacy Extensions% e4 |8 q# s! e8 _" e
  203. <6>IPv6 over IPv4 tunneling driver
    * v: f! t2 E: V# i  b( W6 @% r
  204. <6>sit0: Disabled Privacy Extensions
    1 \: U+ V) a. n3 t  x- s) N
  205. <4>
    ; g+ X* y4 |$ d0 {6 _0 [
  206. <4> SYSCTL module is installed3 }0 ?" p0 _9 f# V' ~( l! S
  207. <4>2 x1 |6 l* }& x- W
  208. <4> PIE module is installed8 ^9 p4 o5 L! l8 c
  209. <4>
    ! B7 f4 Q7 b" Q' z5 {
  210. <4> GPIO module is installed! |  T! y0 o' L* G+ s" C
  211. <3>hi_gpio: exports duplicate symbol hi_kernel_gpio_bit_write (owned by hi_gpio_5115)
      E# a7 F8 `' {7 @8 T
  212. <4>
    1 n$ X6 ^" Y4 e! l8 _5 Q8 e! v2 G
  213. <4> I2C module is installed1 L3 w4 R2 j* P: M
  214. <4>
    , o9 H  p- i9 t2 l
  215. <4> TIMER module is installed
    ! N( _5 O- z. V/ r0 o0 `- d
  216. <4>5 P$ ~% m- s: W0 ?& z- E) x% N& p
  217. <4> SPI module is installed: x. r: C0 U+ X8 M# U' M" e
  218. <4>" T0 f% o2 R$ t" `
  219. <4> HW module is installed
    + r" `4 H6 f* f" z  ?0 }5 c
  220. <4>
    / E4 t) g: J/ Q* ~" r- j
  221. <4> UART module is installed
    % k0 P/ o6 ]: G% b% g
  222. <4>
    / x2 w' t- B, _& c
  223. <4> BRIDGE module is installed: @# n; R' _% G* p! ?+ D
  224. <3>hi_bridge: exports duplicate symbol hi_kernel_dp_indirect_table_op_check (owned by hi_bridge_5115)9 K9 o! j. @$ s, |9 Z
  225. <4>/ v% v0 g$ g# [6 \) ~- a- [, N. L
  226. <4> GPON module is installed
    4 O! `5 p  Q$ s) ]! `
  227. <4>$ T; b. W7 |" `- B: Y" B
  228. <4> EPON module is installed6 b  g4 h$ t# M/ ^; K% }- g+ D5 k4 Q
  229. <4>& o$ u9 h; @1 D0 H
  230. <4> L3 module is installed$ |9 e  R1 A( A& Y! V3 ?
  231. <4>hi_l3: Unknown symbol hi_kernel_dp_tag_profile_alloc
    ' }! t5 G, @; Z9 }: U
  232. <4>hi_l3: Unknown symbol hi_kernel_dp_tag_profile_get/ v& p/ F; i% j
  233. <4>hi_l3: Unknown symbol hi_kernel_dp_tag_profile_free
    3 d7 }" M. k9 c: z
  234. <4>
    3 U, [# d! K7 S/ q+ {1 |- o, k
  235. <4> OAM module is installed
    . p: X9 U2 A: N; U/ \  \8 T1 V
  236. <4>+ B. l) k9 @) C" z) v( @: C
  237. <4> SCI module is installed
    6 X  v- Z4 B0 a) C$ e( F. q
  238. <4>4 t' |8 _; Q$ X7 |
  239. <4> hi_adp_cnt module is installed% Y7 q/ d. w5 c1 W7 y7 ~- S
  240. <4>COMMON For LDSP Install Successfully...
    3 ?4 |; p5 F, a' J
  241. <4>GPIO For LDSP Install Successfully...
    , C0 b% Z; f1 \. L* `
  242. <4>HIGHWAY For LDSP Install Successfully...
    7 A! ~; v+ D1 Q7 \6 w/ S3 d6 [
  243. <4>
    : u* Y% M0 \" l/ P' w" D3 I
  244. <4> ------ SOC is 5115 T PILOT ------
    9 {$ g( K0 ?$ D$ T2 w
  245. <4><ldsp>board version is 15, ^  e6 i8 ~, g9 U# k. J
  246. <4><ldsp>pcb version is 1
    2 v* [8 c( p% ^( [# Y% }; t; }
  247. <4><ldsp>orig board version is 15
    % `1 E) j1 i7 e' P* W
  248. <4>CHIPADP-SD5115 BASIC For LDSP Install Successfully...
    " E* }  G6 W4 c5 i% z
  249. <4>CHIPADP-SD5115 EXT For LDSP Install Successfully...
    & f3 e" ?% W& K* k7 Z
  250. <4>I2C For LDSP Install Successfully...
    . [2 i& [4 D; ~8 i, X8 t; M
  251. <4>LSW L2 For LDSP Install Successfully...4 ~4 V( r& I: ]' f! p- I6 x8 T( }* \
  252. <4>LSW L3 For LDSP Install Successfully...( Y0 @5 y# c  }6 A" W
  253. <4>DEV For LDSP Install Successfully...1 o/ k7 r0 C9 ~* U3 \6 \
  254. <4>WIFI For LDSP Install Successfully...
    3 V& @. Q2 ?0 E/ J6 E
  255. <4>[DM]:board_ver=15,pcb_ver=1
    . S. }9 r+ Q; W" |* G) C
  256. <4>hw_dm_init_data successfully.... ]- Z/ r. }  k0 @* j$ J
  257. <4> ac_typeword_key [] ,ac_tmp_typeword_key []
    8 J9 G/ U: f3 F8 v' w$ \, h' e6 H
  258. <4> SPI For LDSP Install Successfully...
    ! _, L0 j/ D: R( |5 x( z0 C7 T
  259. <4>UART For LDSP Install Successfully.../ G1 ]- z! A" C) y$ u9 ~
  260. <4>BATTERY For LDSP Install Successfully.... J# T, X! z! ?
  261. <4>OPTIC For LDSP Install Successfully...
    : n6 N) c; ^1 p) Q/ ^; s/ s
  262. <4>PLOAM For LDSP Install Successfully...
      a0 y) e# F! Q; K
  263. <4>GMAC For LDSP Install Successfully...+ J' J; H- k7 I8 K$ D/ {$ Y- C
  264. <4>KEY For LDSP Install Successfully...
    4 w$ M4 S! v' Y3 [* k  @
  265. <4>LED For LDSP Install Successfully...
    ; f9 R% {6 z' I" |( S+ X
  266. <4>RF For LDSP Install Successfully...
    # R( J/ t1 `1 V9 c& P$ U
  267. <4>SIM For LDSP Install Successfully...) o; \6 Z; L9 T) h
  268. <4>NFC For LDSP Install Successfully...9 b" [3 ^, j. u. s( }
  269. <4>CODEC For LDSP Install Successfully...; l# V% m- u' z, S$ j1 c0 z  p4 a5 j
  270. <4>SI32176 For LDSP install successfully...
    " _* z( V5 O# f
  271. <6>fuse init (API version 7.13)
    & K% e; N4 @6 z% u" w
  272. <5>SCSI subsystem initialized# }' |1 m) G7 `- |! N
  273. <6>Initializing USB Mass Storage driver..., C, ~* E8 F  C. r
  274. <6>scsi0 : usb-storage 1-2:1.01 S9 v& _7 O; j; u& z
  275. <6>usbcore: registered new interface driver usb-storage( z' l& z/ E0 i: L. r# P$ C
  276. <6>USB Mass Storage support registered.
    $ h7 ^) f6 h, S, n3 R/ V
  277. <6>usbcore: registered new interface driver usblp
    " [0 R+ u4 J$ ~
  278. <6>usbcore: registered new interface driver cdc_acm4 m; G3 H6 n2 x
  279. <6>cdc_acm: v0.26:USB Abstract Control Model driver for USB modems and ISDN adapters) c: w: r# p+ X
  280. <6>usbcore: registered new interface driver usbserial) J! X9 O% b8 H
  281. <6>USB Serial support registered for generic
    * ?& S" n! t$ z" X) w- P! J- T8 v
  282. <6>usbcore: registered new interface driver usbserial_generic
    9 l$ X- g; J2 v2 [# b+ u
  283. <6>usbserial: USB Serial Driver core
    + U6 R7 C$ i' i
  284. <6>USB Serial support registered for pl2303* M1 a2 J$ \* k- G
  285. <6>usbcore: registered new interface driver pl2303
      l& U8 M# Z2 i% J% I& q
  286. <6>pl2303: Prolific PL2303 USB to serial adaptor driver
    2 o, U) O! x& y. i9 d
  287. <6>USB Serial support registered for cp210x, C; [* f  W" H% K5 }
  288. <6>usbcore: registered new interface driver cp210x* F' z& G' u4 {2 P: k1 W
  289. <6>cp210x: v0.09:Silicon Labs CP210x RS232 serial adaptor driver( F% A8 [" v- L+ w8 y) {% F
  290. <6>USB Serial support registered for FTDI USB Serial Device
    9 ~/ C  }) e4 o# R! v: `
  291. <6>usbcore: registered new interface driver ftdi_sio0 I) v! b. O7 Q# ?% Y: D# R# e
  292. <6>ftdi_sio: v1.5.0:USB FTDI Serial Converters Driver
    # N7 w" Z& @/ |9 s8 Z
  293. <6>usbcore: registered new interface driver usbhid
    , Q8 I% t. |* S/ P8 [
  294. <6>usbhid: USB HID core driver
    0 h7 s9 J: e0 c% T1 v5 ?* W
  295. <4>USB For LDSP Install Successfully...
    ; Z$ H1 D" `: e1 s. u
  296. <4>SD For LDSP Install Successfully...
    0 W; `; p2 l  Y! b! A# ?9 k. x
  297. <4>hw_ker_pdt_usb_init successfully...  a- i: y$ B' ~
  298. <4> ptp_drv_init() !! chip: 6/ u, w3 F0 E* `: y4 ?- T
  299. <4>PTP For BBSP Install Successfully...
    . ~8 A, ?. j/ G4 |" z
  300. <5>scsi 0:0:0:0: Direct-Access     SanDisk  Extreme          0001 PQ: 0 ANSI: 6. T: B: T7 [/ v  k4 Z( M
  301. <3><2351>usb storge probe notify' M0 ~9 L' M! l; c
  302. <4>[kernel]Enter hw_ker_usbstorage_action
    : U6 I! U! d) B$ M
  303. <4>
    % f# p" ]0 }& T- G# l% C
  304. <4> dhcp_module_init load success !
    3 K" @  U' J# o. f; g
  305. <4>
    " t0 P4 F; f5 Y0 ?$ z
  306. <4> pppoe_module_init load success !% l* a2 F6 Y5 @$ r
  307. <4>l2base For BBSP Install Successfully...
    1 l; ?; v+ i# k- x( {" M- t0 B
  308. <5>sd 0:0:0:0: [sda] 125045424 512-byte logical blocks: (64.0 GB/59.6 GiB)$ v- n+ A8 Z! u7 @1 A+ X; d
  309. <5>sd 0:0:0:0: [sda] Write Protect is off7 v' n( Z% B" }" U- v/ {! M) Q! q9 o
  310. <7>sd 0:0:0:0: [sda] Mode Sense: 53 00 00 086 l& v6 S2 E+ w! ~) i
  311. <3>sd 0:0:0:0: [sda] Assuming drive cache: write through7 q$ _; J2 v' ?  f
  312. <3>sd 0:0:0:0: [sda] Assuming drive cache: write through8 K. U2 M. P0 U8 v( f( `
  313. <6> sda: sda1
    3 V# R5 K& O1 o# i
  314. <3>sd 0:0:0:0: [sda] Assuming drive cache: write through
    7 u& l$ f( U9 o  t
  315. <5>sd 0:0:0:0: [sda] Attached SCSI removable disk
    5 P4 X! I! Y9 u) b& r0 ]7 C) l, B
  316. <4>
      H% o: m: M( Q3 s- s; G1 i9 R
  317. <4>[ker_L2M_CTP] for bbsp Install Successfully...) H" R+ C; E# i/ V/ f
  318. <4>EMAC For LDSP Install Successfully...
    ' [0 r7 f, ^# f3 I
  319. <4>MPCP For LDSP Install Successfully...
    - X7 i$ {6 K$ z' I% W9 I4 q  _
  320. <4>linux kernel dopra is installed!$ E! d6 J( v' j* h# v6 L
  321. <4>0 c! n1 k% ^% ~+ m4 L. {$ X& ?
  322. <4> dsp sdk  insmod success!, z4 ?3 x$ \7 `5 O
  323. <4>DSP For VOICE Install Successfully...
    1 ?* q" _& X3 r$ u$ S
  324. <4>l2ext For BBSP Install Successfully.... v) B5 B' S2 L# p+ ]5 N3 Z& @
  325. <4>, C# ~3 q% q( Q  s: t; p) [0 G* X
  326. <4> vlanflt_module_init load success !8 p2 `  h. |3 J7 l' Y" F
  327. <4>l3base for bbsp Install Successfully...
    " U8 W( A$ M' [+ z! z
  328. <6>GRE over IPv4 tunneling driver# A5 n3 s5 k( p0 V4 `
  329. <4>arp_config_bridge_filter:' o$ E0 J( q- A  V' @
  330. <4>5 H+ j4 K) k6 ?; V1 {2 a2 R2 Y
  331. <4> hw_arp_announce_module_init load success !' n2 k. Y# }1 |( a! p- N
  332. <4>( I! J- |( J$ u$ ^0 q! Q. N
  333. <4> arp_module_init load success !. X8 R% h+ }' i" C5 u: ^" U
  334. <4>hw_route_ipv4_module_init in
    * R8 O# e; n+ G7 z4 p
  335. <4>Route ipv4 for bbsp Install Successfully...
    ; _! s' U3 P; v3 m0 u$ Q
  336. <4>Neighbour discovery for bbsp Install Successfully...$ o" F6 [* a  h! A1 S! [
  337. <4>Portal For BBSP Install Successfully...
    + S: K5 Q! |! @) X
  338. <4>User device for bbsp Install Successfully..., I* x! Q. m+ E
  339. <4>BBSP_FT_FIREWALL_FLOW_LOG close!!
    : {2 a/ b0 L/ ]. G' q  [, K
  340. <4>l3ext for bbsp Install Successfully...
    2 r3 y4 ~3 `$ }* z, l0 l# h, `
  341. <4>
    / o1 G% x, k" F6 P( l( b6 ~) d" J
  342. <4> install success& J. U5 V5 N- [3 l6 P* Z& Z
  343. <6>ip6_tables: (C) 2000-2006 Netfilter Core Team
    % h4 Q8 f1 g* D; @
  344. <6>ip6tnl0: Disabled Privacy Extensions; _  E) t: b4 L% A$ x; A6 ?
  345. <4>hw_route_ipv6_module_init in( h1 i+ L- h7 B6 L
  346. <4>Route ipv6 for bbsp Install Successfully
    8 O$ h  R& B% y, I, r
  347. <4>2 r3 t  w9 V; g. B9 _7 E) U
  348. <4>[ker_ROUTE_ADPT] for bbsp Install Successfully...
    0 q5 P( k) @- c1 F6 M
  349. <4>PK v1.0 acc init
    $ |7 A- d0 k  g9 @: d$ x& L
  350. <4>[hw_ker_ipfilter_set_mode][100] mode=1 ret = 0x0
    4 @. I- P" B4 |, q- y8 C& Z; `
  351. <4>ip filter install st=0x0
    / T4 j+ `& ^+ y8 w1 L; N  c
  352. <6>L2TP core driver, V2.0
    8 q2 s* v% t  U% ?
  353. <6>PPPoL2TP kernel driver, V2.0* M% i4 C& |: F6 ?
  354. <4>
    9 _9 |9 q# V; \3 q' y
  355. <4>[ker_pdt_wifi] for bbsp Install Successfully..." O8 j4 d! L% C( j+ r
  356. <4><LDSP> system has slave space for bob
    % A% T+ T# R  f) B
  357. <4>read data is over time3 B4 o% M2 @8 ~+ r
  358. <4>& {0 g1 }# K2 n: V! M; }
  359. SD511X test self OK
    0 f$ t( m. M, G6 t! U% x
  360. <4>Optic test self ERROR* c8 [8 y( j6 }3 u9 F: Y- N
  361. <4>WIFI test self OK
    7 u3 a: t9 q0 m) J" y6 q+ U, ^6 H
  362. <4>PHY[1] test self OK$ y  R  O* ~7 j
  363. <4>PHY[2] test self OK
    " r6 f3 y$ w- E* U+ M" B8 X
  364. <4>PHY[3] test self OK
    , h$ F$ p  I* U1 m
  365. <4>PHY[4] test self OK
    $ I4 o- _- i# }& b  D
  366. <4>
    5 m7 i0 Q* G( q; ^! f1 `1 K$ B  x
  367. <4><LDSP> 5171 optic
    * V% k% |2 L% w1 Y) V2 E5 @
  368. <4>FILE = /usr1/code/ICP_SMARTONT_V300R015C10/code/current/ONT_Code/CI/Make/../../Source/ldsp/driver/optic/hw_ker_drv_optic.c
    - Y- H& X- l# f
  369. <4>LINE =  5469, FUNC = hw_drv_optic_cal_sw_ver_set
    , t; |# E- p: M: F* M
  370. <4><LDSP> read cal version file error  R9 v# i7 [0 n7 {1 ~$ J, E9 I
  371. <4>2 x4 l3 G2 U; L/ e) K
  372. <4><LDSP> bob optic was calibrated
    , ]) y* q, Z( c) K& ?. U6 [6 `
  373. <4><LDSP> optic firmware load success!
    ' ]% l, I+ F7 m8 p7 t
  374. <6>GPON init success !
    ' X% O4 }, }3 ?; H
  375. sd_block_regsiter((hw_sd_block_callback_t)hw_drv_sd_state_report
    8 @4 F/ Y& ^$ t+ H; J# f! {9 t: g3 I
  376. <4>NFC INIT*********7 X. ]" C+ F1 B& y
  377. <3>ubi_open_volume error with 2, try UBI_READONLY;; p( i8 [3 R. d$ {; Z- \
  378. <3>ubi_open_volume error with 2, try UBI_READONLY;4 Z' ~, j" C- X8 \
  379. <3>FAT: utf8 is not a recommended IO charset for FAT filesystems, filesystem will be case sensitive!4 q) ]1 c  ?% e5 c
  380. <3>ubi_open_volume error with 2, try UBI_READONLY;0 K( a8 m% y5 H0 w
  381. <3>ubi_open_volume error with 2, try UBI_READONLY;
    . \2 @8 b* u& \
  382. <6>warning: process `bbsp' used the deprecated sysctl system call with 3.12.16.-2.1.0.
    ! |$ \, H; B& `! Y8 X
  383. <6>warning: process `bbsp' used the deprecated sysctl system call with 3.12.16.-2.5.0.
    7 [# L* U+ l* _: n" @# t4 L
  384. <6>warning: process `bbsp' used the deprecated sysctl system call with 3.12.16.-2.6.0.( b4 Q# a0 Q2 ]9 h7 p
  385. <4>
    / ^9 ^" f$ E4 c% b0 D9 b
  386. <4> Alloc uiSize[1048576] uiLoop1[2]
    ) ]7 F1 }) c) D; ?# |' r1 `
  387. <4> OS-Functions are registered !CPU-TYPE=3
    5 ?+ [( _; ^1 U; g
  388. <4>  HIAPI_ZspBootCompleteWait: Boot Complete!
    # k- a% ]4 U/ l6 r, ]0 W+ D0 b
  389. <4>
    9 _) R  [4 o! V" F; [$ a
  390. <4>SI32176(1) INIT SUCCESS!' w( V. Z6 y- w' Z; Z  j
  391. <3>ubi_open_volume error with 2, try UBI_READONLY;7 Z4 ?+ [2 ]( c* O) B
  392. <3>ubi_open_volume error with 2, try UBI_READONLY;
    8 v+ y$ y; P" J- _& @& j) F* E
  393. <3>FAT: utf8 is not a recommended IO charset for FAT filesystems, filesystem will be case sensitive!; C- G1 q4 l% B3 d3 K
  394. <4>2 U/ H" p6 d; Z( ]
  395. <4>The link of ETH3 is up, uni_phy! K: K( Y! x/ Z
  396. <4>Init Access Mode To GPON .................[PLOAM]ONUID(0): O1 => O1
    1 d5 j  K7 m3 |- P: i8 O
  397. <4>[PLOAM]ONUID(0): O1 => O2
    9 r* Q  H* Z! S- N. S; z& `$ _' w
  398. <4>[PLOAM]ONUID(0): O2 => O3* q9 v/ R7 R( A  c: K9 ]8 |
  399. <4>[PLOAM]ONUID(24): O3 => O4
    ) o' q- Y0 Z6 C2 L
  400. <4>[PLOAM]ONUID(24): O4 => O5
    ) G) `( B& d  ~9 P6 c0 q" w
  401. <4> wifi para select A
    ) ]2 Q  F3 k/ m4 Z
  402. <4>Realtek WLAN driver - version 3.1 (2014-06-26)
    2 q) I+ l2 \0 x# N. [) n
  403. <4> wlan_index:0  1, 74,0x0,0x0,0
    ) D+ ?0 ~4 Y& d  W& u" s" _
  404. <4>rtl8192cd_init_pci in!!!!!!!1 {$ q0 y1 x, u. p4 P
  405. <4>=====>>INSIDE rtl8192cd_init_one <<=====
    3 u; T: ~& \2 C/ J$ S% }" P
  406. <4>Load calibration data from 0@/dev/mtdblock13
    3 I- w$ @7 Y5 n/ S4 F& {
  407. <4>Load calibration data success- L! v7 I$ ^2 l+ X) k
  408. <4>PCI: enabling device 0000:00:00.0 (0140 -> 0143), v2 k& E2 s7 U9 ^* T. E) c+ v( [
  409. <4>vendor_id=0x10EC, device_id=0x818B
    6 W/ A0 J( q+ Z% ~
  410. <4>version_id=VERSION_8192E found
    * s/ A# ^! e5 u) e9 V
  411. <4>HalAssociateNic OK& A5 r3 ^' R; j4 Q: L8 u! M: Q( x
  412. <4>StopHW Succeed4 _, ]4 |" e, s4 [
  413. <6>wlan0: PCI cache line size set incorrectly (0 bytes) by BIOS/FW, correcting to 32# K; f$ g: Y6 V/ R; J
  414. <4>page_ptr=d9a01000, size=228672, ring_dma_addr:9a801000, alloc_dma_buf:d9a00000, ring_virt_addr:d9a01000* X9 q( d2 {9 O
  415. <4>=====>>EXIT rtl8192cd_init_one <<=====/ I- O2 |& I' C- B% Y5 _2 p$ t: C
  416. <4>=====>>INSIDE rtl8192cd_init_one <<=====
    , j- g8 c- n8 y, o8 F" @
  417. <4>=====>>EXIT rtl8192cd_init_one <<=====' t) w& X$ ^: n, F1 [. I
  418. <4>=====>>INSIDE rtl8192cd_init_one <<=====* i* @6 @; ]+ E, r0 o5 m+ U6 e; y
  419. <4>=====>>EXIT rtl8192cd_init_one <<=====
    ( o$ h& @' Z0 F; m
  420. <4>=====>>INSIDE rtl8192cd_init_one <<=====
    0 I. p: y8 W7 t0 s3 `( p) j
  421. <4>=====>>EXIT rtl8192cd_init_one <<=====  r9 k* E6 K! R+ z3 y
  422. <4>=====>>INSIDE rtl8192cd_init_one <<=====! o8 R' m) \4 g
  423. <4>=====>>EXIT rtl8192cd_init_one <<=====
    5 i/ f0 w$ T9 n+ _7 F" g! H- m! Q0 ?! v
  424. <4>=====>>INSIDE rtl8192cd_init_one <<=====5 w, r. G( L* w2 ]0 i% |( Z# T
  425. <4>=====>>EXIT rtl8192cd_init_one <<=====
    3 @( S4 p+ o1 v, r% X' l- E( E' w
  426. <4>=====>>INSIDE rtl8192cd_init_one <<=====
    4 N- N6 L; r& O! I$ y
  427. <4>=====>>EXIT rtl8192cd_init_one <<=====
    0 H- }. ~, i! s1 D4 }+ B
  428. <4>=====>>INSIDE rtl8192cd_init_one <<=====
      p( h8 _, L0 y( w
  429. <4>=====>>EXIT rtl8192cd_init_one <<=====
    4 X4 ~2 [0 n; N$ C7 ^- G
  430. <4>pci_register_driver() OK!(0)7 g- D: o0 ?) _6 q2 y% A' ~) b1 k7 j3 B
  431. <4>set log file to:/var/console.log
    . p- H5 r# E( L) {; b* L
  432. <1>Set kmsgread process pid to:1568;
      I) f7 a# S2 N5 E# L
  433. <6>java (1603): undefined instruction: pc=405d4600
    , \( K- @; M7 k* S
  434. <6>Code: e590c004 e15c0008 1afd7da0 e1a00000 (e7f11110)
    " t, d: w0 J9 `
  435. <6>java (1652): undefined instruction: pc=405f2940+ V& e$ o9 W# L6 b- i% F
  436. <6>Code: e590c004 e15c0008 1afd04d0 e1a00000 (e7f11110)
    + k$ O9 R9 \' t8 W: i0 }$ S" x2 {
  437. <6>java (1767): undefined instruction: pc=407106706 K2 Z( T. u/ m* p
  438. <6>Code: 00016008 60096000 00000000 00000000 (e7f11110)
    7 \# ]/ H# I- A) A3 h' z% V
  439. <6>java (1767): undefined instruction: pc=40710670
    ' }. |& E  P' Y8 m" _7 B
  440. <6>Code: 00016008 60096000 00000000 00000000 (e7f11110)
    * m7 }0 p2 A+ }2 T  l4 G
  441. <1>Set kmsgread process pid to:2051;
      B. J3 h+ n" y0 E+ y" V
  442. <1>Set kmsgread process pid to:2195;( O# A5 L1 n3 Z8 W6 n& \# o5 o2 _
  443. <1>Set kmsgread process pid to:2378;* p( ]3 N" [! R2 z

  444. 0 Z& {7 g2 [& S0 W
  445. success!
    4 o& W$ \. H  I# W7 a; i
  446. WAP>4 ~7 R3 I/ s( o1 ^
复制代码
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setttt
发表于 2016-3-15 00:42:30 | 显示全部楼层
本帖最后由 setttt 于 2016-3-15 00:45 编辑
: W& C' u% H1 a( y% C
$ W# Y8 C* \- Y- K华为sa1456c(可改Gp/Ep双模) 贝尔E-140W-P(EP) 、中兴F450G (EP)、中兴F650G(GP)四款悦ME 光猫硬件配置要求全是一样的，除华为用自家的CPU，其他三个一样，但华为、贝尔固件可以，中兴的不用考虑了，这4个光猫我全有！中兴的我送给朋友用了！

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setttt
华为sa1456c GP  详情 回复 发表于 2016-3-15 03:34
xxcat
请问中兴F650G(GP)哪里可以买到？我这里只能用GPON光猫，所以贝尔的就无缘了。。  详情 回复 发表于 2016-3-15 01:05
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xxcat
 楼主| 发表于 2016-3-15 01:05:58 | 显示全部楼层
setttt 发表于 2016-3-15 00:423 Y7 x9 y  n5 }0 Q5 W7 v( T
华为sa1456c(可改Gp/Ep双模) 贝尔E-140W-P(EP) 、中兴F450G (EP)、中兴F650G(GP)四款悦ME 光猫硬件配置要求 ...

8 m1 F( Z; U. M8 D/ s3 w请问中兴F650G(GP)哪里可以买到？我这里只能用GPON光猫，所以贝尔的就无缘了。。
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发表于 2016-3-15 01:52:53 | 显示全部楼层
5115T和不带T的5115是不同的吧
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hotpop
发表于 2016-3-15 02:01:31 | 显示全部楼层
MT29F2G08ABA，这个是2Gb也就是256MB的flash，不是楼主说的是2GB，只开了256MB，楼主B和b的概念还没搞清楚。。。! ^9 e, Z% J& O  [+ q1 a
这机子用的螃蟹的8192还是在节约成本，就这点不太爽。。。无线性能比较弱，螃蟹芯片最大的硬伤是性能，在带机量、转发性能上存在劣势。但螃蟹芯片最大的优势是性价比。

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xxcat
Nand(Hardware): Block:128KB Page:2KB Chip:2GB OOB:64B ECC:4Bytes 朋友请仔细看看，或者你去查查datasheet。 dev: size erasesize name mtd0: 00100000 00020000 "startcode" mtd1: 0ff00000 00020000  详情 回复 发表于 2016-3-15 15:51
setttt
用的HG8145C 的模板，就改了个千兆！  详情 回复 发表于 2016-3-15 03:42
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setttt
发表于 2016-3-15 03:34:31 | 显示全部楼层
本帖最后由 setttt 于 2016-3-15 03:37 编辑 7 r% o3 ~! ~; I0 N4 l
setttt 发表于 2016-3-15 00:42
' A/ N* ]2 K" E" y. ?4 a  Q. K华为sa1456c(可改Gp/Ep双模) 贝尔E-140W-P(EP) 、中兴F450G (EP)、中兴F650G(GP)四款悦ME 光猫硬件配置要求 ...

! y, q' D% ?& l, b" N1 d华为sa1456c (GP)某宝有售，可改双模；中兴F650G(GP)六台已卖光暂时断货！
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setttt
发表于 2016-3-15 03:42:15 | 显示全部楼层
hotpop 发表于 2016-3-15 02:016 T8 y- `& ^1 _: i$ b
MT29F2G08ABA，这个是2Gb也就是256MB的flash，不是楼主说的是2GB，只开了256MB，楼主B和b的概念还没搞清楚 ...
0 R8 J/ h( G# g" S! I
用的HG8145C 的模板，就改了个千兆！

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xxcat
刚查了下datasheet – Plane size: 2 planes x 1024 blocks per plane – Device size: 2Gb: 2048 blocks 确实是2Gbit，不好意思我搞错，被bootlog的2GB误导了。  详情 回复 发表于 2016-3-15 15:59
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irc163
发表于 2016-3-15 11:46:44 | 显示全部楼层
其实就相当于HG8145H， 无线芯片改螃蟹缩水了， 增加了一个USB和SD卡槽， 在CPU和NAT性能上没有提升。
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xxcat
 楼主| 发表于 2016-3-15 15:51:59 | 显示全部楼层
hotpop 发表于 2016-3-15 02:01
! L+ o% f2 U+ M! l$ XMT29F2G08ABA，这个是2Gb也就是256MB的flash，不是楼主说的是2GB，只开了256MB，楼主B和b的概念还没搞清楚 ...

7 l1 S' \6 S# i- u; X2 B2 S<4>Nand(Hardware): Block:128KB Page:2KB Chip:2GB OOB:64B ECC:4Bytes ; W' [2 x" Q/ [
朋友请仔细看看，或者你去查查datasheet。
& m2 `: Q' v) h0 d1 b+ Qdev:    size   erasesize  name2 A7 ~, y4 Z5 J3 |, y3 w" V
mtd0: 00100000 00020000 "startcode": m; t7 V5 S) s6 n
mtd1: 0ff00000 00020000 "ubifs"# C) S  R1 R# v9 p' n
mtd2: 70000000 00020000 "reserved"* n. t1 ?& c, I7 q
mtd3: 0009b000 0001f000 "ubootA"9 _  r" h- O4 `2 ]7 }3 {: x' |
mtd4: 0009b000 0001f000 "ubootB"
  H5 W( m6 G* z* F7 u* F0 X0 j7 }mtd5: 0003e000 0001f000 "flash_configA"
( o& F+ S  U1 m  y. Vmtd6: 0003e000 0001f000 "flash_configB"
& I% ^: B) u/ c9 B0 C; Qmtd7: 0003e000 0001f000 "slave_paramA": u$ w7 {& y0 J9 E* D* s# y/ Z
mtd8: 0003e000 0001f000 "slave_paramB": S0 L: ?/ H0 W4 d+ e6 W( S, ]
mtd9: 00307000 0001f000 "kernelA"5 @0 m" H' G, w' }% c% A
mtd10: 00307000 0001f000 "kernelB") U4 N! S- _& i, U5 `
mtd11: 02815000 0001f000 "rootfsA"$ a9 A6 e  a3 k) k& v7 t. [4 S
mtd12: 02815000 0001f000 "rootfsB"! A' O5 e. H) o2 v' E8 ?/ T4 x6 Q
mtd13: 0003e000 0001f000 "wifi_paramA"
! }* a5 l+ E1 a+ h! f+ Kmtd14: 0003e000 0001f000 "wifi_paramB"
5 P, k7 X8 D) q- L2 M: K$ ~9 m* [, Rmtd15: 0003e000 0001f000 "system_param"; K( n) F* j* R+ l0 z1 ^
mtd16: 0141a000 0001f000 "file_system"
8 i9 b4 M; u/ M) p9 q# \2 D8 U  cmtd17: 0801e000 0001f000 "app"
) s6 r0 r. w+ h7 j6 y( y2 R你仔细看看保留区

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hotpop
我当然是查过datasheet才说的，3.3v，8bit，2Gb，slc的nand flash。算了，你说多大就多大吧，不想争什么，争赢了也没钱拿，没意思…  发表于 2016-3-15 16:10
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xxcat
 楼主| 发表于 2016-3-15 15:59:43 | 显示全部楼层
setttt 发表于 2016-3-15 03:42
. m, f5 H# M5 P' o1 I8 L/ p6 X用的HG8145C 的模板，就改了个千兆！

& n( D/ ?$ L) M刚查了下datasheet ! D: s- {  m4 |1 d, o! [
– Plane size: 2 planes x 1024 blocks per plane: X5 E6 e- a. P0 K
– Device size: 2Gb: 2048 blocks
4 Z+ r* V7 `5 r' R, |  q1 i' Y确实是2Gbit，不好意思我搞错，被bootlog的2GB误导了。
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