High Link GF302 사용자 설명서 - 페이지 14

{카테고리_이름} High Link GF302에 대한 사용자 설명서을 온라인으로 검색하거나 PDF를 다운로드하세요. High Link GF302 15 페이지. Voip phone

10.1 Update Firmware

Updating phone program files, such as gf302_iax2_us_010010.bin

Settings file of the phone is a binary file(.dat). Steps of generating the file are:

1. use getopt.bat to get the settings.txt, for example:

getopt 192.168.1.200 (Enter)

2. Modify settings.txt and save it if necessary

3. Use convert command to convert a text file settings.txt to a binary file settings.dat.

Input:

convert -c settings.txt settings.dat (Enter)

4. Update the phone with settings.dat

Note:getopt.bat and convert.exe can be found at: http://www.goldenfuture.com.cn/download_en.html

Phonebook file is a binary file. Steps of generating it are:

1. Use getpb.bat to get phonebook.txt, for example:

getpb 192.168.1.200(Enter)

2. Modify phonebook.txt and save it if necessary

3. Use convert command to convert phonebook.txt to a binary file phonebook.dat, for example:

convert -p phonebook.txt phonebook.dat (Enter)

4. Update the phone with phonebook.dat

Note:getpb.bat and convert.exe can be found at: http://www.goldenfuture.com.cn/download_en.html

It is a binary file for updating phone ring tone. Steps of generating it are:

1. Record a pcm ring (check related chapter)

2. Use convert command to convert ringtone.pcm to a binary file ringtone_allice.dat, for example:

convert -r ringtone.pcm ringtone_allice.dat (Enter)

3. Update the phone with ringtone_allice.dat

It is a binary file for updating call hold music. Steps of generating it are:

1. Record a pcm ring (check related chapter)

2. Use convert command to convert holdmusic.pcm to a binary file holdmusic_allice.dat, for example:

convert -r holdmusic.pcm holdmusic_allice.dat (Enter)

3. Update the phone with holdmusic_allice.dat

Music file, including phone ringtone file and call hold music file, is a binary file and can be updated to a phone. Phone

ringtone file is stored in page2-page4 and call hold file in page5-page7, each part is 192K(3×64K ).

Tone is sampled at 8k points per second and compressed by 8-bit mu law with 1 Byte per sample point. We set 32768 Bytes

(32K) as a section and use 32640Bytes of them;the last 128Bytes are not used. So, 4.08 seconds music can be stored in one

section.The size of a music file is 196608Bytes (6×32768Bytes) and the music stored in it can plays 6×4.08=24.48

seconds.

Warning：

The size of music file must be 196608 Bytes. If not, errors will take place.