Iomega IConnect - Wireless Data Station - ArchLinux

Skubi · **Rejestracja:** 17 lis 2011, 09:51 **Posty:** 326

Poszło , teraz pytanie jak podłączyć kabelek do złącza? Bo nie jest opisane ...

arteq

Jest. poszukaj

Skubi · **Rejestracja:** 17 lis 2011, 09:51 **Posty:** 326

Ktoś mi powie jak powinienem postępować ? KAbelki podpięte, odpalam HT czy putty na danym COM1 , iconnect do prądu i Unable to open port COM1...

obsy

W pierwszej części opisu miałeś rozpiskę złącza.

Skubi · **Rejestracja:** 17 lis 2011, 09:51 **Posty:** 326

Już podłączyłem, mam niby nawet HT czy putty połączony ale ciemno nic mi nie wyświetla..

A dioda na iconnect mruga sobie

obsy

Czekaj, a ty tak na żywca podłączyłeś? Jeżeli się powiesił to może przecież nic na serialu już nie dawać.

Skubi · **Rejestracja:** 17 lis 2011, 09:51 **Posty:** 326

Odpiąłem od prądu , podłączyłem kabelki, usb i prąd..

obsy

To bootloader powinien się zgłosić. Sprawdź czy tx z rx nie zamieniłeś.

Skubi · **Rejestracja:** 17 lis 2011, 09:51 **Posty:** 326

Kolorków nie pomyliłem, po podpięciu usb a włączam putty i mam ciemny ekran, podłączam zasilanie i dioda zaczyna mrygać, ale w putty nic się nie zmienia a dioda na iconnect mryga

EDIT:

Podłączyłem odwrotnie RX i TX i czyta... chyba coś nie tak mam na tym moim usb..

Oto co odczytałem

Reading data from 0x3ff800 -- 100% complete.
 3145728 bytes read: OK

NAND read: device 0 offset 0x540000, size 0x300000

Reading data from 0x83f800 -- 100% complete.
 3145728 bytes read: OK
## Booting image at 02000000 ...
   Image Name:   Linux-2.6.30.9
   Created:      2010-01-25  19:00:21 UTC
   Image Type:   ARM Linux Kernel Image (uncompressed)
   Data Size:    1990916 Bytes =  1.9 MB
   Load Address: 00008000
   Entry Point:  00008000
   Verifying Checksum ... OK
OK
## Loading Ramdisk Image at 04500000 ...
   Image Name:
   Created:      2010-04-28  15:08:25 UTC
   Image Type:   ARM Linux RAMDisk Image (gzip compressed)
   Data Size:    1774148 Bytes =  1.7 MB
   Load Address: 00000000
   Entry Point:  00000000
   Verifying Checksum ... OK

Starting kernel ...

Uncompressing Linux.............................................................                                                                                        .................................................................... done, booti                                                                                        ng the kernel.

Error: unrecognized/unsupported machine ID (r1 = 0x00000b36).

Available machine support:

ID (hex)        NAME
00000692        Marvell RD-88F6281 Reference Board

Please check your kernel config and/or bootloader.

Co jest nie tak?

obsy

Error: unrecognized/unsupported machine ID (r1 = 0x00000b36).

Masz inne zmienne bootloadera w stosunku do tego co kernel oczekuje.

Skubi · **Rejestracja:** 17 lis 2011, 09:51 **Posty:** 326

Zrobiłem jeszcze jedno wyłączenie / włączenie, żeby zczytac log od początku:

=~=~=~=~=~=~=~=~=~=~=~= PuTTY log 2013.01.28 23:03:51 =~=~=~=~=~=~=~=~=~=~=~=

         __  __                      _ _
        |  \/  | __ _ _ ____   _____| | |
        | |\/| |/ _` | '__\ \ / / _ \ | |
        | |  | | (_| | |   \ V /  __/ | |
        |_|  |_|\__,_|_|    \_/ \___|_|_|
 _   _     ____              _
| | | |   | __ )  ___   ___ | |_ 
| | | |___|  _ \ / _ \ / _ \| __| 
| |_| |___| |_) | (_) | (_) | |_ 
 \___/    |____/ \___/ \___/ \__| 
 ** MARVELL BOARD: RD-88F6281A LE 

U-Boot 1.1.4 (Feb  2 2010 - 10:13:16) Marvell version: 3.4.25

Mapower version: iConnect 2.1 (512MB) (2010/02/02)

U-Boot code: 00600000 -> 0067FFF0  BSS: -> 006CFB00

Soc: 88F6281 A0 (DDR2)
CPU running @ 1000Mhz L2 running @ 333Mhz
SysClock = 333Mhz , TClock = 200Mhz 

DRAM CAS Latency = 5 tRP = 5 tRAS = 18 tRCD=6
DRAM CS[0] base 0x00000000   size 256MB 
DRAM Total size 256MB  16bit width
Addresses 8M - 0M are saved for the U-Boot usage.
Mem malloc Initialization (8M - 7M): Done
NAND:512 MB
Flash:  0 kB

CPU : Marvell Feroceon (Rev 1)

Streaming disabled 
Write allocate disabled

Module 0 is RGMII
Module 1 is TDM

USB 0: host mode
PEX 0: PCI Express Root Complex Interface
PEX interface detected Link X1
Net:   egiga0 [PRIME], egiga1
Hit any key to stop autoboot:  3  2  1  0 
(Re)start USB...
USB:   scanning bus for devices... 3 USB Device(s) found
Waiting for storage device(s) to settle before scanning...
1 Storage Device(s) found
.T T T T .. ** ext2fs_devread() read error - block

** Unable to read "/boot/uImage" from usb 0:1 **
## Booting image at 00800000 ...
Bad Magic Number
** Bad partition 1 **
## Booting image at 00800000 ...
Bad Magic Number
** Bad partition 1 **
## Booting image at 00800000 ...
Bad Magic Number
** Bad partition 1 **
## Booting image at 00800000 ...
Bad Magic Number
Device NOT ready
   Request Sense returned 06 28 00
** Can't read partition table on 0:0 **
** Bad partition 1 **
## Booting image at 00800000 ...
Bad Magic Number
** Bad partition 1 **
## Booting image at 00800000 ...
Bad Magic Number
** Bad partition 1 **
## Booting image at 00800000 ...
Bad Magic Number
** Bad partition 1 **
## Booting image at 00800000 ...
Bad Magic Number

NAND read: device 0 offset 0x100000, size 0x300000


Reading data from 0x100000 --   0% complete.
Reading data from 0x107800 --   1% complete.
Reading data from 0x10f000 --   2% complete.
Reading data from 0x117000 --   3% complete.
Reading data from 0x11e800 --   4% complete.
Reading data from 0x126000 --   5% complete.
Reading data from 0x12e000 --   6% complete.
Reading data from 0x135800 --   7% complete.
Reading data from 0x13d000 --   8% complete.
Reading data from 0x145000 --   9% complete.
Reading data from 0x14c800 --  10% complete.
Reading data from 0x154000 --  11% complete.
Reading data from 0x15c000 --  12% complete.
Reading data from 0x163800 --  13% complete.
Reading data from 0x16b800 --  14% complete.
Reading data from 0x173000 --  15% complete.
Reading data from 0x17a800 --  16% complete.
Reading data from 0x182800 --  17% complete.
Reading data from 0x18a000 --  18% complete.
Reading data from 0x191800 --  19% complete.
Reading data from 0x199800 --  20% complete.
Reading data from 0x1a1000 --  21% complete.
Reading data from 0x1a8800 --  22% complete.
Reading data from 0x1b0800 --  23% complete.
Reading data from 0x1b8000 --  24% complete.
Reading data from 0x1bf800 --  25% complete.
Reading data from 0x1c7800 --  26% complete.
Reading data from 0x1cf000 --  27% complete.
Reading data from 0x1d7000 --  28% complete.
Reading data from 0x1de800 --  29% complete.
Reading data from 0x1e6000 --  30% complete.
Reading data from 0x1ee000 --  31% complete.
Reading data from 0x1f5800 --  32% complete.
Reading data from 0x1fd000 --  33% complete.
Reading data from 0x205000 --  34% complete.
Reading data from 0x20c800 --  35% complete.
Reading data from 0x214000 --  36% complete.
Reading data from 0x21c000 --  37% complete.
Reading data from 0x223800 --  38% complete.
Reading data from 0x22b800 --  39% complete.
Reading data from 0x233000 --  40% complete.
Reading data from 0x23a800 --  41% complete.
Reading data from 0x242800 --  42% complete.
Reading data from 0x24a000 --  43% complete.
Reading data from 0x251800 --  44% complete.
Reading data from 0x259800 --  45% complete.
Reading data from 0x261000 --  46% complete.
Reading data from 0x268800 --  47% complete.
Reading data from 0x270800 --  48% complete.
Reading data from 0x278000 --  49% complete.
Reading data from 0x27f800 --  50% complete.
Reading data from 0x287800 --  51% complete.
Reading data from 0x28f000 --  52% complete.
Reading data from 0x297000 --  53% complete.
Reading data from 0x29e800 --  54% complete.
Reading data from 0x2a6000 --  55% complete.
Reading data from 0x2ae000 --  56% complete.
Reading data from 0x2b5800 --  57% complete.
Reading data from 0x2bd000 --  58% complete.
Reading data from 0x2c5000 --  59% complete.
Reading data from 0x2cc800 --  60% complete.
Reading data from 0x2d4000 --  61% complete.
Reading data from 0x2dc000 --  62% complete.
Reading data from 0x2e3800 --  63% complete.
Reading data from 0x2eb800 --  64% complete.
Reading data from 0x2f3000 --  65% complete.
Reading data from 0x2fa800 --  66% complete.
Reading data from 0x302800 --  67% complete.
Reading data from 0x30a000 --  68% complete.
Reading data from 0x311800 --  69% complete.
Reading data from 0x319800 --  70% complete.
Reading data from 0x321000 --  71% complete.
Reading data from 0x328800 --  72% complete.
Reading data from 0x330800 --  73% complete.
Reading data from 0x338000 --  74% complete.
Reading data from 0x33f800 --  75% complete.
Reading data from 0x347800 --  76% complete.
Reading data from 0x34f000 --  77% complete.
Reading data from 0x357000 --  78% complete.
Reading data from 0x35e800 --  79% complete.
Reading data from 0x366000 --  80% complete.
Reading data from 0x36e000 --  81% complete.
Reading data from 0x375800 --  82% complete.
Reading data from 0x37d000 --  83% complete.
Reading data from 0x385000 --  84% complete.
Reading data from 0x38c800 --  85% complete.
Reading data from 0x394000 --  86% complete.
Reading data from 0x39c000 --  87% complete.
Reading data from 0x3a3800 --  88% complete.
Reading data from 0x3ab800 --  89% complete.
Reading data from 0x3b3000 --  90% complete.
Reading data from 0x3ba800 --  91% complete.
Reading data from 0x3c2800 --  92% complete.
Reading data from 0x3ca000 --  93% complete.
Reading data from 0x3d1800 --  94% complete.
Reading data from 0x3d9800 --  95% complete.
Reading data from 0x3e1000 --  96% complete.
Reading data from 0x3e8800 --  97% complete.
Reading data from 0x3f0800 --  98% complete.
Reading data from 0x3f8000 --  99% complete.
Reading data from 0x3ff800 -- 100% complete.
 3145728 bytes read: OK

NAND read: device 0 offset 0x540000, size 0x300000


Reading data from 0x540000 --   0% complete.
Reading data from 0x547800 --   1% complete.
Reading data from 0x54f000 --   2% complete.
Reading data from 0x557000 --   3% complete.
Reading data from 0x55e800 --   4% complete.
Reading data from 0x566000 --   5% complete.
Reading data from 0x56e000 --   6% complete.
Reading data from 0x575800 --   7% complete.
Reading data from 0x57d000 --   8% complete.
Reading data from 0x585000 --   9% complete.
Reading data from 0x58c800 --  10% complete.
Reading data from 0x594000 --  11% complete.
Reading data from 0x59c000 --  12% complete.
Reading data from 0x5a3800 --  13% complete.
Reading data from 0x5ab800 --  14% complete.
Reading data from 0x5b3000 --  15% complete.
Reading data from 0x5ba800 --  16% complete.
Reading data from 0x5c2800 --  17% complete.
Reading data from 0x5ca000 --  18% complete.
Reading data from 0x5d1800 --  19% complete.
Reading data from 0x5d9800 --  20% complete.
Reading data from 0x5e1000 --  21% complete.
Reading data from 0x5e8800 --  22% complete.
Reading data from 0x5f0800 --  23% complete.
Reading data from 0x5f8000 --  24% complete.
Reading data from 0x5ff800 --  25% complete.
Reading data from 0x607800 --  26% complete.
Reading data from 0x60f000 --  27% complete.
Reading data from 0x617000 --  28% complete.
Reading data from 0x61e800 --  29% complete.
Reading data from 0x626000 --  30% complete.
Reading data from 0x62e000 --  31% complete.
Reading data from 0x635800 --  32% complete.
Reading data from 0x63d000 --  33% complete.
Reading data from 0x645000 --  34% complete.
Reading data from 0x64c800 --  35% complete.
Reading data from 0x654000 --  36% complete.
Reading data from 0x65c000 --  37% complete.
Reading data from 0x663800 --  38% complete.
Reading data from 0x66b800 --  39% complete.
Reading data from 0x673000 --  40% complete.
Reading data from 0x67a800 --  41% complete.
Reading data from 0x682800 --  42% complete.
Reading data from 0x68a000 --  43% complete.
Reading data from 0x691800 --  44% complete.
Reading data from 0x699800 --  45% complete.
Reading data from 0x6a1000 --  46% complete.
Reading data from 0x6a8800 --  47% complete.
Reading data from 0x6b0800 --  48% complete.
Reading data from 0x6b8000 --  49% complete.
Reading data from 0x6bf800 --  50% complete.
Reading data from 0x6c7800 --  51% complete.
Reading data from 0x6cf000 --  52% complete.
Reading data from 0x6d7000 --  53% complete.
Reading data from 0x6de800 --  54% complete.
Reading data from 0x6e6000 --  55% complete.
Reading data from 0x6ee000 --  56% complete.
Reading data from 0x6f5800 --  57% complete.
Reading data from 0x6fd000 --  58% complete.
Reading data from 0x705000 --  59% complete.
Reading data from 0x70c800 --  60% complete.
Reading data from 0x714000 --  61% complete.
Reading data from 0x71c000 --  62% complete.
Reading data from 0x723800 --  63% complete.
Reading data from 0x72b800 --  64% complete.
Reading data from 0x733000 --  65% complete.
Reading data from 0x73a800 --  66% complete.
Reading data from 0x742800 --  67% complete.
Reading data from 0x74a000 --  68% complete.
Reading data from 0x751800 --  69% complete.
Reading data from 0x759800 --  70% complete.
Reading data from 0x761000 --  71% complete.
Reading data from 0x768800 --  72% complete.
Reading data from 0x770800 --  73% complete.
Reading data from 0x778000 --  74% complete.
Reading data from 0x77f800 --  75% complete.
Reading data from 0x787800 --  76% complete.
Reading data from 0x78f000 --  77% complete.
Reading data from 0x797000 --  78% complete.
Reading data from 0x79e800 --  79% complete.
Reading data from 0x7a6000 --  80% complete.
Reading data from 0x7ae000 --  81% complete.
Reading data from 0x7b5800 --  82% complete.
Reading data from 0x7bd000 --  83% complete.
Reading data from 0x7c5000 --  84% complete.
Reading data from 0x7cc800 --  85% complete.
Reading data from 0x7d4000 --  86% complete.
Reading data from 0x7dc000 --  87% complete.
Reading data from 0x7e3800 --  88% complete.
Reading data from 0x7eb800 --  89% complete.
Reading data from 0x7f3000 --  90% complete.
Reading data from 0x7fa800 --  91% complete.
Reading data from 0x802800 --  92% complete.
Reading data from 0x80a000 --  93% complete.
Reading data from 0x811800 --  94% complete.
Reading data from 0x819800 --  95% complete.
Reading data from 0x821000 --  96% complete.
Reading data from 0x828800 --  97% complete.
Reading data from 0x830800 --  98% complete.
Reading data from 0x838000 --  99% complete.
Reading data from 0x83f800 -- 100% complete.
 3145728 bytes read: OK
## Booting image at 02000000 ...
   Image Name:   Linux-2.6.30.9
   Created:      2010-01-25  19:00:21 UTC
   Image Type:   ARM Linux Kernel Image (uncompressed)
   Data Size:    1990916 Bytes =  1.9 MB
   Load Address: 00008000
   Entry Point:  00008000
   Verifying Checksum ... OK
OK
## Loading Ramdisk Image at 04500000 ...
   Image Name:   
   Created:      2010-04-28  15:08:25 UTC
   Image Type:   ARM Linux RAMDisk Image (gzip compressed)
   Data Size:    1774148 Bytes =  1.7 MB
   Load Address: 00000000
   Entry Point:  00000000
   Verifying Checksum ... OK

Starting kernel ...

Uncompressing Linux................................................................................................................................. done, booting the kernel.


Error: unrecognized/unsupported machine ID (r1 = 0x00000b36).


Available machine support:


ID (hex)   NAME

00000692   Marvell RD-88F6281 Reference Board


Please check your kernel config and/or bootloader.

Co powinienem zrobić, żeby "odżył"?

obsy

A działał? To poleciały Ci ustawienia środowiskowe bootloadera?

Skubi · **Rejestracja:** 17 lis 2011, 09:51 **Posty:** 326

No działał, arch był na penie jak zawsze.. fakt, że aktualizowałem kernela, ale zrobilem 1 reboot i wstał , pozniej pacman -Syu poinstalował coś i potrzebowalem wylaczyc go z kontaktu po czym juz nie wstal.. ogolnie od poczatku staram sie unikac odlaczen z gniazdka bo potrafil wlasnie nie wstać ... tym razem zdecydowalem sie podpiac kabelek zeby cos sie na ten temat dowiedziec

obsy

Może się okazało że zmienili identyfikator w kernelu? Nie wiem. Tak czy siak:

setenv machid 692
saveenv

W bootloaderze ustaw.

Skubi · **Rejestracja:** 17 lis 2011, 09:51 **Posty:** 326

Problem w tym, że nie mogę go zatrzymać. Klikam jak glupi wszystko z klawiatury a tem 3 2 1 0 i leci swoje...

obsy

Może jednak nie podłączyłeś tego kabla dobrze...

Skubi · **Rejestracja:** 17 lis 2011, 09:51 **Posty:** 326

115200 / 8 / brak /brak

Opis pinów (od strony przycisku reset):
1. VCC
2. TX
3. GND
4. RX

I tak podłączam z jednej strony przy iconnect , a z drugiej strony do przejściówki na USB.
Przy takim podłączeniu mam Unable to open port com1 bleble... podłączam do prądu i mam połączenie ale nic mi nie wypluwa na ekran...

Zamieniam więc TX i RX przy przejściówce i mam połączenie juz bez błędu i wypluwa na ekran co trzeba, ale nie mogę zatrzymać bootloadera

obsy

Bo to opisuje TX na płytce który masz dołączyć do RX kabla.

Skubi · **Rejestracja:** 17 lis 2011, 09:51 **Posty:** 326

No tak, i tu napisałem, że po podpięciu RX>TX i TX>RX mam podłączenie ale wciskanie klawiszy nie powoduje zatrzymania bootloadera :/

EDIT: Ok poszło

Spróbuję wgrać openWRT do NAND z nadzieją, że będzie lepiej jak na archu z pendrive..

arteq

będzie to samo. nand lubi gubić sektory i psuc system plików :]

Iomega IConnect - Wireless Data Station - ArchLinux

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