Difference between revisions of "Low level hardware analyze (not for beginners!)"
From Zenitel Wiki
| Line 13: | Line 13: | ||
| − | The following | + | The following tests are done from console login. Super user password required. |
== MBI test == | == MBI test == | ||
| Line 25: | Line 25: | ||
== SBI test == | == SBI test == | ||
| + | |||
| + | If the MBI works communication to the other SBI's through the backplane should work. <\br> | ||
Read SBI on first board position. The value "ac" should be seen in byte 2. | Read SBI on first board position. The value "ac" should be seen in byte 2. | ||
| Line 30: | Line 32: | ||
57008100: 01 ac 00 00 00 00 08 01 00 00 00 00 00 00 00 00 | 57008100: 01 ac 00 00 00 00 08 01 00 00 00 00 00 00 00 00 | ||
| − | Read SBI on amcd card in board position 25. "03 ac" should be seen. | + | Read SBI on amcd card in board position 25 (E7/E20/E26). "03 ac" should be seen. |
memedit -1 0x570c8100 16 | memedit -1 0x570c8100 16 | ||
570C8100: 03 ac 03 01 00 00 00 01 00 00 00 00 00 00 00 00 | 570C8100: 03 ac 03 01 00 00 00 01 00 00 00 00 00 00 00 00 | ||
== DSP check == | == DSP check == | ||
| + | The following command list DSP diagnostics. | ||
| + | |||
| + | cat /proc/dspdrv | ||
| + | |||
| + | Example output: | ||
| + | DSP drv version: 0210 ; build date: Jan 16 2008 14:03:03 ; | ||
| + | 1024 | ||
| + | DSP1 Main Dev: 0x0fe00001 | ||
| + | DSP2 Main Dev: 0x0fe00002 | ||
| + | DSP0 ctrl Dev: 0x0fe00003 | ||
| + | DSP0 mmap Dev: 0x0fe00005 | ||
| + | DSP0 mmap_buffer: 3337256960 | ||
| + | mmap_buffer[0] = c6ea8000 ; phys 06ea8000; | ||
| + | DSP1 ctrl Dev: 0x0fe00004 | ||
| + | DSP1 mmap Dev: 0x0fe00006 | ||
| + | DSP1 mmap_buffer: 0 | ||
| + | DSP 1 diagnostics | ||
| + | Ready! | ||
| + | cnt_8khz = 27165384 | ||
| + | cnt_wait_mcbsp0 = 4270651387 | ||
| + | cnt_wait_mcbsp1 = 3 | ||
| + | cnt_frm_prcss_tm = 4032 | ||
| + | cnt_frm_prcss_tm_max = 4293697236 | ||
| + | cnt_frm_interval = 6249 | ||
| + | cnt_frm_rx_miss = 1 | ||
| + | PCM buffers adresses: | ||
| + | pcm_tx_input_frame0 = 0x8000107c | ||
| + | pcm_rx_output_frame0 = 0x80001280 | ||
| + | pcm_tx_input_frame1 = 0x80001484 | ||
| + | pcm_rx_output_frame1 = 0x80001688 | ||
| + | frame_tab_info_tx = 0x80003c78 | ||
| + | frame_tab_info_rx = 0x80003e00 | ||
| + | DSP 2 diagnostics | ||
| + | Ready! | ||
| + | cnt_8khz = 27165063 | ||
| + | cnt_wait_mcbsp0 = 1832807137 | ||
| + | cnt_wait_mcbsp1 = 2 | ||
| + | cnt_frm_prcss_tm = 1546 | ||
| + | cnt_frm_prcss_tm_max = 4291703462 | ||
| + | cnt_frm_interval = 6252 | ||
| + | PCM buffers adresses: | ||
| + | pcm_tx_input_frame0 = 0x80001_output_frame0 = 0x80001280 | ||
| + | pcm_tx_input_frame1 = 0x80001484 | ||
| + | pcm_rx_output_frame1 = 0x80001688 | ||
| + | frame_tab_info_tx = 0x80003c78 | ||
| + | frame_tab_info_rx = 0x80003e00 | ||
Revision as of 12:04, 4 April 2008
Fault finding on broken hardware
This checks can be preformed if the basic operation of the AMC card is still OK. <br\> First step is to disable the hardware watchdog. If the AlphaCom software is not able to start then the hardware watchdog will continuously reset the card thus AlphaWeb is unavailable.
- If the cards IP address is unknown cold boot the card
- Try AlphaWeb login, if success do an AlphaSys upgrade in case some files is corrupted.
- If still not working do the hardware check listed bellow.
If no AlphaWeb/telnet available enable the Linux console dip switch and use the serial port for further tests.
The following tests are done from console login. Super user password required.
MBI test
The MBI version can be read by the following memedit. The version number should be "02"
memedit -1 0x56000300 16
56000300: 02 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 "................" 56000310:
SBI test
If the MBI works communication to the other SBI's through the backplane should work. <\br>
Read SBI on first board position. The value "ac" should be seen in byte 2.
memedit -1 0x57008100 16 57008100: 01 ac 00 00 00 00 08 01 00 00 00 00 00 00 00 00
Read SBI on amcd card in board position 25 (E7/E20/E26). "03 ac" should be seen.
memedit -1 0x570c8100 16 570C8100: 03 ac 03 01 00 00 00 01 00 00 00 00 00 00 00 00
DSP check
The following command list DSP diagnostics.
cat /proc/dspdrv
Example output:
DSP drv version: 0210 ; build date: Jan 16 2008 14:03:03 ; 1024 DSP1 Main Dev: 0x0fe00001 DSP2 Main Dev: 0x0fe00002 DSP0 ctrl Dev: 0x0fe00003 DSP0 mmap Dev: 0x0fe00005 DSP0 mmap_buffer: 3337256960 mmap_buffer[0] = c6ea8000 ; phys 06ea8000; DSP1 ctrl Dev: 0x0fe00004 DSP1 mmap Dev: 0x0fe00006 DSP1 mmap_buffer: 0 DSP 1 diagnostics Ready! cnt_8khz = 27165384 cnt_wait_mcbsp0 = 4270651387 cnt_wait_mcbsp1 = 3 cnt_frm_prcss_tm = 4032 cnt_frm_prcss_tm_max = 4293697236 cnt_frm_interval = 6249 cnt_frm_rx_miss = 1 PCM buffers adresses: pcm_tx_input_frame0 = 0x8000107c pcm_rx_output_frame0 = 0x80001280 pcm_tx_input_frame1 = 0x80001484 pcm_rx_output_frame1 = 0x80001688 frame_tab_info_tx = 0x80003c78 frame_tab_info_rx = 0x80003e00 DSP 2 diagnostics Ready! cnt_8khz = 27165063 cnt_wait_mcbsp0 = 1832807137 cnt_wait_mcbsp1 = 2 cnt_frm_prcss_tm = 1546 cnt_frm_prcss_tm_max = 4291703462 cnt_frm_interval = 6252 PCM buffers adresses: pcm_tx_input_frame0 = 0x80001_output_frame0 = 0x80001280 pcm_tx_input_frame1 = 0x80001484 pcm_rx_output_frame1 = 0x80001688 frame_tab_info_tx = 0x80003c78 frame_tab_info_rx = 0x80003e00