Audiovox
Audiovox 4000, 9000, 9100, 9155, 9500 Code for NAM Programming Mode:
Nam Set: [2][8][9][fcn][#][1]
Debug menu : [fcn][0][0][fsc]
Test Mode: Hold [2][*][Rcl][Power]
Audiovox 107 Nam Programming:
Nam Set: [4][5][6][8][0][*][4][7][*][8][6][9][#][1]
Audiovox 9950 Nam Programming:
Nam Set: [#][#][3][2][8][2]
Curitel
Curitel 100, 510, 520 Code for NAM Programming Mode:
NAM Set: [#][#][2][0][0][2][2][0][0][2][PWR][1][ SPC CODE ]
Field Teste :[#][#][2][0][0][2][2][0][0][2][PWR][1][ MASTER CODE ]
Enter A-KEY: [2][5][3][9][*][*]
Debug Menu: [#][#][2][7][7][3][2][7][2][6][PWR]
SAR Test: [#][#][2][7][7][5][2][3][4][5][PWR]
Baud rate: [#][#][3][6][*][*][PWR]
DM mode Enable:[*][*][1][0][0][4][PWR]
DS mode Enable:[*][*][1][0][0][5][PWR]
Test Bell/Led/Voice/Dot:[#][#][1][1][2][2][PWR]
RF mode: [#][#][2][2][4][0][PWR]
RAS RAM: [#][#][2][7][7][4][PWR]
CMUX 1:[*][*][0][4][8][1][PWR]
CMUX 2:[*][*][0][4][8][2][PWR]
RX mode FAX:[*][*][0][4][9][2][PWR]
RX mode DATA:[*][*][0][4][9][1][PWR]
RX mode RESET:[*][*][0][4][9][0][PWR]
Curitel 525, 550 Code for NAM Programming Mode:
Debug Menu [##*193*762534#*][PWR]
SCI DTMF TYPE [##13*92*#62*][PWR]
TEST BELL VIB LCD VOICE [##22635*262*][PWR]
CMUX 1[***12*#811#][PWR]
CMUX 2 [***37*#922*][PWR]
RX MODE RESET [***64*#133#][PWR]
RX MODE DATA[***83*#247*][PWR]
DS MODE ON [***12045#*#][PWR]
RF NV INIT [##0*#*63861829372#][PWR]
RAS_RAM [##3*13091#1279#*][PWR]
Gtran
Gtran 2000 Code for NAM Programming Mode :
Nam Set:[0][1][#][7][3][7][ SPC CODE ]
Debug menu: [0][1][#][3][2][4][ SPC CODE ]
Debug Screen : [0][1][#][7][2][7]
Test mode: [0][1][#][7][6][4][ SPC CODE ]
System test mode: [0][1][#][7][6][8][ SPC CODE ]
Gtran GCP 5000 Code for NAM Programming Mode :
Debug Screen : [0][1][#][7][2][7]
Test mode: [0][1][#][7][6][5]
Hyundai
Hyundai HWP-110 NAM Programming:
Nam Set: [#][8][6][9][0][4][*][*][8][9][3][9][7][#]
DM Mode: [#][#][2][7][4][0][*]
Hyundai HGC 120e, 130e Code for NAM Programming Mode:
Nam Set: [#][8][6][9][0][4][*][*][8][9][3][9][7][#]
Hyundai HGC 310, 600, 610 Code for NAM Programming Mode
Nam Set: [#][#][2][0][0][2][2][0][0][2][PWR][1][ SPC CODE ]
Field Teste :[#][#][2][0][0][2][2][0][0][2][PWR][1][ MASTER CODE ]
Kyocera
KYOCERA 2035, 2135, 2255, 2345, 5135, 6035, SE47 NAM Programming Mode:
Nam Set: 111111 [OK], Select “Programming”+Spc
CAI Change: [#][#][7][7][3][8][ok]
Enable TTY: [#][#][8][8][9][ok]
Life Timer, PRL, etc: [#][#][7][8][6][ok]
A-key: [#][#][2][5][3][9][ok]
A-key: [2][5][3][9][ok]
LG Electronics
LG LGC 300 Code for NAM Programming Mode:
Nam Set: [ MENU ][9][ SPC CODE ]
A-Key: PUSH [ STO ] 3 SEC. [2][5][3][9][*][*]
LG LGC 330W Code for NAM Programming Mode:
Nam Set: [ MENU ][4][0][ SPC CODE ]
A-Key: [2][5][3][9][*][*]
LG LGC 800W, 500 Code for NAM Programming Mode:
Nam Set: [ MENU ][9][0][ SPC CODE ]
Debug Mode : [ MENU ][7][0][ FSC CODE ]
Debug Mode : [ MENU ][8][0][ FSC CODE ]
A-Key: [2][5][3][9][*][*]
LG LGC 510 Code for NAM Programming Mode:
Nam Set: [ MENU ][3][0][ SPC CODE ]
A-Key: [2][5][3][9][*][*]
Motorola
Motorola 7760, 7860, 2260, 8160 Code for NAM Programming Mode:
Nam Set: [ FCN ][0] [0][0][0][0][0][0][0][0][0][0][0][0][ RCL ]
Test Mode : [ FCN ][0][0][*][*][8][3][7][8][6][6][3][3][ STO ]
Motorola V60c, V120 Code for NAM Programming Mode:
Nam Set: [7][4][6][6][3][#][Menu][Menu][ SPC CODE ]
Test Mode : [Menu][0][7][3][8][8][7][*][ SPC CODE ]
Motorola v710, v730, v740 Code for NAM Programming Mode:
Nam Set: [8][3][7][8][*][#] press 3 times NATE [0][7][1][0][8][2]
Test Mode: [Menu][0][7][3][8][8][7][*][0][7][1][0][8][2]
Service Menu: [#][7][5][8][3][5][3][2][6][6][#][6][4][6][#]
Motorola v720 Code for NAM Programming Mode:
Nam Set: [0][7][3][8][8][7][*]
Test mode: [8][3][7][8][*][#] [Pres Tape Butone 3 Time]
Motorola V6060 Code for NAM Programming Mode:
Nam Set: [1][4][7][*][3][6][9][#][4][5][6][*][0][#]
Motorola MC150 Code for NAM Programming Mode:
Nam Set: [0][1][7][0][8][2]
Test mode: [8][3][7][8][*][#][Pres Slide Buton 3 Time]
Motorola MC200, MC230, MC250, MC280, MC300, MC500 NAM Programming:
Nam Set: [5][7][5][9][7][8][9][*][#][Cam Buton 3 Time][9[1][5][0][3][7]
Nokia
Nokia 5185, 2112, 3285, 6225, 6585, 8280 Code for NAM Programming Mode:
Nam Set:[*][3][0][0][1][#][1][2][3][4][5][#]
Software version:[*][#][8][3][7][#]
Software version:[*][#][9][9][9][9][#]
Serial / ESN:[*][#][9][2][7][7][2][6][8][9][#]
Phone restart:[*][#][7][5][6][8][1][#]
Phone restart:[*][#][7][5][6][8][2][#]
Nokia 8587 Code for NAM Programming Mode:
Nam Set:[*][#][6][2][6][#][7][7][6][4][7][2][6][#]
Version :[*][#][0][0][0][0][#]
Vocoder :[*][#][3][8][7][2][#]
Debug Screen :[*][#][8][3][7][8][#]
Debug:[*][#][8][3][8][0][#]
Field test menu :[*][#][8][3][7][8][8][#]
Nokia 8887 Code for NAM Programming Mode:
Nam Set:[*][3][0][0][1][#][1][2][3][4][5][#]
Version :[*][#][0][0][0][0][#]
EVRC :[*][#][8][3][7][8][#]
SERIAL :[*][#][9][2][7][7][2][6][8][9][#]
Pantech
Pantech HX550C Code for NAM Programming Mode:
Debug Menu [##*193*762534#*][PWR]
SCI DTMF TYPE [##13*92*#62*][PWR]
TEST BELL VIB LCD VOICE [##22635*262*][PWR]
CMUX 1[***12*#811#][PWR]
CMUX 2 [***37*#922*][PWR]
RX MODE RESET [***64*#133#][PWR]
RX MODE DATA[***83*#247*][PWR]
DS MODE ON [***12045#*#][PWR]
RF NV INIT [##0*#*63861829372#][PWR]
RAS_RAM [##3*13091#1279#*][PWR]
Qualcomm
QUALCOMM QCP 800 Code for NAM Programming Mode:
Nam Set: [ MENU ][3][0][ SPC CODE ]
Field test : [ MENU ][7][0][ FSC CODE ]
QUALCOMM QCP 820 Code for NAM Programming Mode:
Nam Set: 111111+Jog Dial(Ok), Select “Programming”+Spc
QUALCOMM QCP 860 Code for NAM Programming Mode:
Nam Set: [ MENU ][8][0][ SPC CODE ]
Field test : [ MENU ][5][0][ FSC CODE ]
Samsung
Samsung e170, e250, e300, X-series, etc Nam Programming:
Nam Set: [6][5][4][8][#][0][*][*][4][#][6]
Test Mode: [5][8][0][9][5][4][0][*][4][5][6][8][0]
Debug Menu: Menu(2sec) [0][6][7][2][5] or
Debug Menu: Menu(2sec)[9][7][2][0]
Samsung sph-n240, n400, a460, a500, Code for NAM Programming Mode:
Nam Set: [#][#][Spc]
Test Mode: [4][7][*][8][6][9][#][1][2][3][5]
Debug Menu: [#][#][3][3][2][8][4][ok]
Service Menu: [Menu][8][0][#][8][8][9]
Reset , Clear Memory: [#][#][7][8][6][ok]
A-key: [#][#][2][5][3][9][ok]
Label Selection: [#][#][3][8][8][2][ok]
Label(Home, Work, etc) :[*][*][5][2][3][ok]
NGG Setting (Gateway, etc.): [#][#][2][7][6][9][7][3][7][ok]
Vocoder: [#][#][8][6][2][6][3][3][7][ok]
CAI Change: [#][#][7][7][3][8][ok]
Enable TTY:[#][#][8][8][9][ok]
Samsung SCH A300 Code for NAM Programming Mode:
Nam Set: [ MENU ]
Test Mode: [4][7][*][6][8][#][1][3][5][8][0]
Samsung SCH 470, 570, 670, 611, 811, N101, A100, A105, A300, ?2000
Nam Set: [4][7][*][8][6][9][#][0][8][#][9]
Test Mode:[*][7][5][9][#][8][1][3][5][8][0]
Test Mode: [5][8][0][9][5][4][0][*][4][5][6][8][0]
A-key: [Menu][0][2][5][#][#]
External Audio: [Menu][0][#][#][#][#]
Debug Menu: [Menu][8][0][4][1][5]
Brief NAM Programing: [Menu][4][0][6][2][6] (not all version)
LCD Contrast: [Menu][4][5] (not all version)
SIO Mode: [Menu][4][9]
SIO Mode: [Menu][6][9]
SK Teletech
SKY-IM 1000, 1400, 2000, 2200, 2400 Code for NAM Programming Mode :
NAM Set : [#][7][5][8][3][5][3][8][3][2][4][#][6][2][6][#]
Test Mode : [#][7][5][8][3][5][3][8][3][2][4][#][8][3][7][8][#]
SKY-IM 7100, 7200, 7300, 8300, 8500 Code for NAM Programming Mode :
Nam Set:[*][7][5][9][#][3][6][4][*][7][3][8][8][4][6][4][#]
Min Simple Mode [#][7][5][8][3][5][3][2][6][6][#][6][4][6][#]
Test Menu [#][7][5][8][3][5][3][8][3][2][4][#][8][3][7][8][#]
Enter A-Key [#][7][5][8][3][5][3][2][6][6][#][2][5][3][9][#]
Voice Memo [#][8][7][6][7][#][2][7][7][#]
IRM Simple Mode [#][7][5][8][3][5][3][2][6][6][#][4][7][6][#]
Change Data [#][7][5][8][3][5][3][8][3][2][4][#][7][5][2][3][#][8][3][7][8][#]
Synertek
Synertek S200 Code for NAM Programming Mode :
A-KEY [2539**][SAVE]
Test mode [MENU][0][ Field Service Code ]
Debug screen [##33][SAVE]
Debug screen [##523][SAVE]
RF Test [####][SAVE]
LCD type change [##325][SAVE]
Synertek S500 Code for NAM Programming Mode :
SAR Test Strife test[*][#][0][0][0][0][#]
Debug screen[*][#][8][3][7][8][#]
Clear LCD[*][#][8][4][8][3][7][8][#]
Debug menu, R UIM Enable[*][#][4][4][3][3][3][6][#]
CDG , Service option[*][#][2][3][4][#]
Function Test, LCD Contrast[*][#][8][7][8][#]
Sanyo
Sanyo SCP 5300 Code for NAM Programming Mode:
Nam Set : [#][#][ SPC CODE ][ OK ][ KEY DOWN ][ OK ]
SET A-Key[#][#][2][5][3][9][ OK ][ KEY DOWN ][ OK ]
View Version [#][#][*][*][8][3][7][ OK ][ KEY DOWN ][ OK ]
Debug Mode:
[ FSC CODE ]=040793
Debug Menu[#][#][ FSC CODE ][OK][KEY DOWN][OK]
VIEW/CHANGE CAI [#][#][7][7][3][8][OK][KEY DOWN][OK]
Set Vocoder [#][#][8][6][2][6][3][3][7][OK][KEY DOWN][OK]
Reverse Logistic [#][#][7][8][6][OK][KEY DOWN][OK]
Set IP Adress [#][#][2][7][6][9][7][3][7[OK][KEY DOWN][OK]
Accessibility (TTY ON/OFF)[#][#][8][8][9][OK][KEY DOWN][OK]
Advanced Data [#][#][3][2][8][2][OK][KEY DOWN][OK][MSL CODE]
Ready Link [#][#][4][6][3][6][OK][KEY DOWN][OK]
Browser init (ON/OFF)[#][#][4][6][8][2][OK][KEY DOWN][OK]
Picture Token [#][#][2][5][3][2][7][OK][KEY DOWN][OK]
Ubiquam
Ubiquam U 100 Code for NAM Programming Mode :
BREW setup menu : [#][#][2][7][3][9][*][#][7][3][8][*][PWR]
Withus
Withus wce-100, 200, 300, NAM Programming:
Nam Set: [#][#][9][4][8][4][8][7][Save]
Nam Set: [#][#][9][4][8][4][8][2][Save]
WCE-200 ESN write: [#][#][6][6][8][3][5][Save]
Other Setting Used
AUDIOVOX 8910 = ##27752345
AUDIOVOX 8910 = ##737247
AUDIOVOX FT 3200 = 45680*47*869#1
COMPAL = **321456987##
EPSILON = **321456987##, **3214569871472365##
Kyocera KX-2 = 111111
LG DM510 / DM150 = menu 3 0
LG SV590 = Menu 0, SPC code : 852456 a-key : *542362*2539*
LG 2130/2230 = #542362#*542362*
LG VX3200 = Menu 0 (000000)
LG VX9800(the V) = 3477247, CLR, CLR, 1
LG 5130 = #542362#*735130*
LG 6130 = #542362#*736130*
LG 5550 = ##7764726 save
LG PM-325 = ##2342# AKEY : ##2539#
NOKIA 3586i = *3001#12345#
NOKIA Sprint = ##3282#
NOKIA 8587 = *#626#7764726#
SKY 1400 / 3000 / 5000 / 5100 / 5400 = #7583538324#626#
SKY 5400 / 6100 / 6200 = *759#626*7388464#
SKY 6400 = *759#364*7388464#
SAMSUNG A740 ( BELL )/A860 ( BELL ) = ##675 OK
SAMSUNG A530/A620/N195/N356 = menu 6 *
SAMSUNG N362 = 4367905#*10*#*913620
SAMSUNG A460/N240/A500/N400 = ##000000
SAMSUNG A610 = menu 9 *
SAMSUNG A630 = menu 5 *
SAMSUNG A300/N105/A100/A562/A611 = 47*869#08#9 and menu 6 0
SAMSUNG A560 = ##3282#
SAMSUNG A660 = menu ##000000 ok and ##3282 ok
SAMSUNG A670 = menu 7 2 * (000000)
SAMSUNG A680 = ##000000##
SAMSUNG A790 = menu 0 and menu 2 0
SAMSUNG A860 = menu, setting *
SAMSUNG X, E, V-Series = 6548#0**4#6 and 47*869#08#9 and 74153697193
SAMSUNG E300 = 741 53 697 193
SONY ERICSSON T608 = 923885
TELSON = 320 menu 4 0 (000000)
MOTOROLA V710/V265 = menu 073887* (000000)
Motorola RAZR V3 (americ) = #073887*
MOTOROLA MS600 = 5759789*# 3 (915037)
MOTOROLA V8160 = FCN 00**83786633 STO 32# 01#
MODOTTEL (Withus) W100/200/300 = ##948487 ok
VK X100 = 153147539741593 + TV
VK C200 = 02147*869#08#91 + Up Arrow
Z T E 150 = *983*3641#
DAXIAN = #*2180032*#
A-KEY CODE
HYUNDAI 310/610 = 2539 menu menu
NOKIA 3586/3588 = 2539 end end
2539**
2539, OK
#2539#
##2539
##2539#
#758353266#2539#
Menu, 0, 25##
5759789*#
SPC CODE
000000 (GENERAL)
852456 (LG)
123580 (MOTO)
071082 (MOTO)
072096 (AUDIOVOX)
843691
Unlock CDMA Phone
Ponsel CDMA Unlock
In the world, there are many different companies selling phone type, they try to do is to increase the benefits that they can. That is why many telecommunications companies in the world working with the distributor telephone do "BUNDLING" plane with the cheap price. The other side of many consumers feel frustrated because their telephone or HP can only be used by one (1) operator course, they eventually find way that aircraft before the phone can be used for other operators. There is also a new purchase in the open to try to lock on the plane.
In the mobile phone cdma also have many features that change when you do "unlock" so the menu eg increased or decreased, or features of the language so much more, as an example many people do unlock the phone so that it can support to the Hindi language, and can also for other languages.
If you have a Nokia phone and you are looking for ways to make "unlock" the phone cdma many ways that you can do to unlockyour phone. Many people search the Internet to find ways so that they can phone in the unlock.
Do not be afraid to post later We provide ways unlock various brand CDMA mobile phone.
In the world, there are many different companies selling phone type, they try to do is to increase the benefits that they can. That is why many telecommunications companies in the world working with the distributor telephone do "BUNDLING" plane with the cheap price. The other side of many consumers feel frustrated because their telephone or HP can only be used by one (1) operator course, they eventually find way that aircraft before the phone can be used for other operators. There is also a new purchase in the open to try to lock on the plane.
In the mobile phone cdma also have many features that change when you do "unlock" so the menu eg increased or decreased, or features of the language so much more, as an example many people do unlock the phone so that it can support to the Hindi language, and can also for other languages.
If you have a Nokia phone and you are looking for ways to make "unlock" the phone cdma many ways that you can do to unlockyour phone. Many people search the Internet to find ways so that they can phone in the unlock.
Do not be afraid to post later We provide ways unlock various brand CDMA mobile phone.
Why Choose CDMA ...??
Advantage CDMA .
CDMA technology itself has various advantages when applied in mobile systems. Benefits include:
* Only need one radio is required for some sectors / cell
* Equalizer does not need to overcome the interference signal spectrum
* Be able to join with other access methods, does not require the time (guard time) to see time and guard band (guard band) to keep the intervention antarkanal
* Does not require the allocation and management of frequency
* Has the capacity to smooth the user to restrict access
* Have the protection of the tapping process.
in Fixwireless and CDMA Mobile Phone also Data Access
A number of different terms used to refer to the implementation of CDMA. Standard who first initiated by QUALCOMM was known as IS-95, IS refers to an Interim Standard of the Telecommunications Industry Association (TIA). IS-95 is often referred to as 2G or second generation cellular. CdmaOne trademarks of QUALCOMM is also used to take the 2G CDMA standard.
After several revisions, IS-95 is replaced by the standard IS-2000. This standard was introduced to meet several criteria in the existing IMT-2000 specification for 3G, or third generation mobile. This standard is also referred to as 1xRTT which simply means "1 times Radio Transmission Technology" which indicates that the IS-2000 using the channel with 1.25-MHz is used as the standard IS-95 of the original. A related scheme called 3xRTT bearer channel using three 1.25-MHz wide band to a 3.75-MHz that allows the rapid explosion of data (data burst rates) is higher for an individual user, but the scheme has not been used 3xRTT commercial. The latest, QUALCOMM has led the creation of new technology, called CDMA-based 1xEV-DO, or IS-856, which is able to provide packet data transmission rate is higher as required by IMT-2000 and desired by the wireless network operator.
QUALCOMM CDMA system includes a signal that time is very accurate (usually referring to a GPS receiver at the central station cells (cell base station)), so that the hours-based CDMA mobile phone is the type of day that the popular radio for use on the network computer. Main advantage using CDMA mobile phone signals for reference day is that they will work better in the building, so that removes the need to install a GPS antenna outside the building.
Which is also often dikacaukan with CDMA is W-CDMA. CDMA technique is used as the principle of the air interface W-CDMA, and the air interface W-CDMA is used in the global 3G standard UMTS and the Japanese 3G standard FOMA, by NTT DoCoMo and Vodafone; but anyway, the family CDMA standards (including cdmaOne and CDMA2000) are not compatible with W-CDMA standard.
Other important applications of CDMA, and precede all of the different cellular CDMA, is the Global Positioning System, GPS.
High-Speed Downlink Packet Access (HSDPA) is a protocol and mobile phone technology, sometimes referred to as 3.5 G.
First phase with a HSDPA 4.1 Mbps. Then, following a phase 2 with a capacity of 11 Mbps and maximum downlink peak data rate up to 14 Mbit / s. This technology was developed from the WCDMA the same as EV-DO CDMA2000 develop. HSDPA provides evolution path for network Universal Mobile Telecommunications System (UMTS), which allows for the use of data capacity is greater (up to 14.4 Mbit / sec down direction).
HSDPA is an evolution of W-CDMA standard and is designed to increase data transfer speeds 5x higher. HSDPA memdefinisikan a channel W-CDMA is a new, namely high-speed downlink shared channel (HS-DSCH), which is operating with a different channel W-CDMA is now. Up to now only the use of HSDPA technology in the communication under the direction of mobile phone.
EVDO, also known as EV-DO, 1xEvDO and 1xEV-DO is a standard in high-speed wireless broadband. EVDO stands for "Evolution, Data Only" or "Evolution, data optimized". Term issued by the authorized Telecommunications Industry Association is CDMA2000, is a high-speed data interface on the media air. EVDO one of two main kinds of standards to the wireless generation, or 3G-3. while the other is a standard W-CDMA.
Wideband Code-Division Multiple Access or Wideband-written regular CDMA or W-CDMA, a third generation technology (3G) to GSM, UMTS is also normal (Universal Mobile Telecommunication System). This technology is not compatible with the CDMA2000 or often also called the CDMA only.
WCDMA can reach speed of 384 kbps and in the akan datang akan may be increased up to around 10Mbps.
This technology uses Wideband-AMR (adaptive multi-rate) for the codification voice (voice codec) so that the sound quality to be better than the previous generation.
CDMA technology itself has various advantages when applied in mobile systems. Benefits include:
* Only need one radio is required for some sectors / cell
* Equalizer does not need to overcome the interference signal spectrum
* Be able to join with other access methods, does not require the time (guard time) to see time and guard band (guard band) to keep the intervention antarkanal
* Does not require the allocation and management of frequency
* Has the capacity to smooth the user to restrict access
* Have the protection of the tapping process.
in Fixwireless and CDMA Mobile Phone also Data Access
A number of different terms used to refer to the implementation of CDMA. Standard who first initiated by QUALCOMM was known as IS-95, IS refers to an Interim Standard of the Telecommunications Industry Association (TIA). IS-95 is often referred to as 2G or second generation cellular. CdmaOne trademarks of QUALCOMM is also used to take the 2G CDMA standard.
After several revisions, IS-95 is replaced by the standard IS-2000. This standard was introduced to meet several criteria in the existing IMT-2000 specification for 3G, or third generation mobile. This standard is also referred to as 1xRTT which simply means "1 times Radio Transmission Technology" which indicates that the IS-2000 using the channel with 1.25-MHz is used as the standard IS-95 of the original. A related scheme called 3xRTT bearer channel using three 1.25-MHz wide band to a 3.75-MHz that allows the rapid explosion of data (data burst rates) is higher for an individual user, but the scheme has not been used 3xRTT commercial. The latest, QUALCOMM has led the creation of new technology, called CDMA-based 1xEV-DO, or IS-856, which is able to provide packet data transmission rate is higher as required by IMT-2000 and desired by the wireless network operator.
QUALCOMM CDMA system includes a signal that time is very accurate (usually referring to a GPS receiver at the central station cells (cell base station)), so that the hours-based CDMA mobile phone is the type of day that the popular radio for use on the network computer. Main advantage using CDMA mobile phone signals for reference day is that they will work better in the building, so that removes the need to install a GPS antenna outside the building.
Which is also often dikacaukan with CDMA is W-CDMA. CDMA technique is used as the principle of the air interface W-CDMA, and the air interface W-CDMA is used in the global 3G standard UMTS and the Japanese 3G standard FOMA, by NTT DoCoMo and Vodafone; but anyway, the family CDMA standards (including cdmaOne and CDMA2000) are not compatible with W-CDMA standard.
Other important applications of CDMA, and precede all of the different cellular CDMA, is the Global Positioning System, GPS.
High-Speed Downlink Packet Access (HSDPA) is a protocol and mobile phone technology, sometimes referred to as 3.5 G.
First phase with a HSDPA 4.1 Mbps. Then, following a phase 2 with a capacity of 11 Mbps and maximum downlink peak data rate up to 14 Mbit / s. This technology was developed from the WCDMA the same as EV-DO CDMA2000 develop. HSDPA provides evolution path for network Universal Mobile Telecommunications System (UMTS), which allows for the use of data capacity is greater (up to 14.4 Mbit / sec down direction).
HSDPA is an evolution of W-CDMA standard and is designed to increase data transfer speeds 5x higher. HSDPA memdefinisikan a channel W-CDMA is a new, namely high-speed downlink shared channel (HS-DSCH), which is operating with a different channel W-CDMA is now. Up to now only the use of HSDPA technology in the communication under the direction of mobile phone.
EVDO, also known as EV-DO, 1xEvDO and 1xEV-DO is a standard in high-speed wireless broadband. EVDO stands for "Evolution, Data Only" or "Evolution, data optimized". Term issued by the authorized Telecommunications Industry Association is CDMA2000, is a high-speed data interface on the media air. EVDO one of two main kinds of standards to the wireless generation, or 3G-3. while the other is a standard W-CDMA.
Wideband Code-Division Multiple Access or Wideband-written regular CDMA or W-CDMA, a third generation technology (3G) to GSM, UMTS is also normal (Universal Mobile Telecommunication System). This technology is not compatible with the CDMA2000 or often also called the CDMA only.
WCDMA can reach speed of 384 kbps and in the akan datang akan may be increased up to around 10Mbps.
This technology uses Wideband-AMR (adaptive multi-rate) for the codification voice (voice codec) so that the sound quality to be better than the previous generation.
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