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Nokia operates a policy of continuous development. Nokia reserves the right to make changes and improvements to any of the products described in this document without prior notice. Under no circumstances shall Nokia be responsible for any loss of data or income or any special, incidental, consequential or indirect damages howsoever caused.
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RX-44 ESD protection ESD protection Nokia requires that service points have sufficient ESD protection (against static electricity) when servicing the phone. Any product of which the covers are removed must be handled with ESD protection. The SIM card can be replaced without ESD protection if the product is otherwise ready for use.
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Our policy is of continuous development; details of all technical modifications will be included with service bulletins. While every endeavour has been made to ensure the accuracy of this document, some errors may exist. If any errors are found by the reader, NOKIA MOBILE PHONES Business Group should be notified in writing/e- mail. Please state: •...
Service tools Product specific tools The table below gives a short overview of service tools that can be used for testing, error analysis and repair of product RX-44, refer to various concepts. FS-66 Flash adapter FS-66 has the following features: •...
• MMC interface Audio components: IHF, MIC • Connector for control unit • Access for USB connector • MJ-148 usage when whole upper block of RX-44 is connected. Engine module and top keymat assembly (to engine module) can be connected separately: •...
SS-137 is used for domesheet alignment. General tools The table below gives a short overview of service tools that can be used for testing, error analysis and repair of product RX-44, refer to various concepts. AC-33 Power supply Universal power supply for FPS-10; included in the FPS-10 sales package.
Cables The table below gives a short overview of service tools that can be used for testing, error analysis and repair of product RX-44, refer to various concepts. CA-101 Micro USB cable The CA-101 is a micro A/B USB cable.
• Validation file for the fault log repair data reporting system • All product-specific configuration files for Phoenix software components Data files are stored in C:\Program Files\Nokia\Phoenix (default). If you change the default directory, check from the Phoenix menu Tools->Options->Product Location that the directory is configured correctly.
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Phoenix will go through all connections on the PC. Select Nokia flash programming device, if you want to create a connection for prommer. Select JBL-9 / Generic FBUS, if you need a connection for DAU-9S cable.
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Phoenix shows what connections can be made after scanning. Press Next button. Choose Nokia Flash Programming Device you are using from the list. Select NFPD USB (FBUS), if the prommer is connected to your PC via USB cable. Select NFPD TCP (serial number), if the prommer is connected to your PC via TCP / IP.
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Service Software Instructions 2. To continue, click Next. The installation application installs the new flash files to the default destination folder C:\Program Files\Common Files\Nokia\Tss\Flash. Don’t move or copy these files to another directory, because that makes updating the prommer sw difficult.
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8. To end the uninstallation of flash update, click Finish. 9. If you want to downgrade the existing flash update version to older one, uninstall newer flash update files manually from Control Panel -> Add/Remove Programs -> Nokia Flash Update and then rerun the installation application again.
LAN connection, the LAN led (yellow) should be blinking. Check that your FPS-10 flash prommer has enough memory. Flashing RX-44 with the FPS-10 needs more than 128 MB memory in the prommer. You need to install a separate memory card (standard compact flash at least 256 MB and standard PCMCIA Compact Flash adapter) to the FPS-10 external PC Card slot.
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Note that the following information, for example, is not backed up: • contents of the non-removable internal memory card on Nokia N810 Internet Tablet • theme settings, when you restore backups from previous product versions Page 3 –28...
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~300mVrms Internal microphone can be tested by subjective testing. When using internal mic to headphone out loop connect known working headset (Nokia HS-48) to the device and test if you can hear the sound through the headsets. External microphone is tested by feeding test signal to the X4100’s pin 3 and gnd.
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5–13 Tx IQ tuning ..............................5–13 Tx power level tuning ............................ 5–14 WLAN functionality testing using SB-7 WLAN test BOX with RX-44 ............5–15 WLAN functionality test ..........................5–17 List of Tables Table 11 Maximum wlan TX power limits for US version...................5–7 Table 12 Maximum wlan TX power limits for EU version...................5–8...
5. Initialize connection to the phone. (Use FBUS driver when using DAU-9S. 6. To choose a product in Phoenix: From the File menu, choose “Choose Product” and select RX-44 from the list or from the File menu, choose “Scan Product”.
Note: WLAN Tx power Level tuning is only allowed with adequate measurement equipment. WLAN functionality testing using SB-7 WLAN test BOX with RX-44 Context The build-up and usage of the WLAN Test Box SB-7 is described. A simple functionality test is advised. With this test both WLAN RX/TX will be tested in weakened field scenario.
Connect power cable and antenna to SB-7. Wait for 3 minutes to be sure that SB-7 is fully up and running. Steps 1. Attach RX-44 with CU4/SS-62 + FS-66 and place on top of the WLAN Test Box at the correct place as explained in WLAN functionality testing using SB-7 WLAN test BOX with RX-44.
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Choose Power state: Off, and wait 5 seconds ii Choose Power state: On, and wait 5 seconds Jump to task 5. 8. If you still can’t find the name of the WLAN test Box (Default) on the list under Scan results, the RX-44 is not OK Note: Note: Local WLAN environment may affect test results, especially if there are many WLAN access points nearby.
RX-44 Camera troubleshooting Camera Module Specification Thefront camera of RX-44 is for video imaging purposes only. The main use cases are video call and web camera use. Sales release SW does not enable still imaging. Table 13 Sub camera specification Sensor type 1/7”...
LCD module. The engine module consists of BB and RF components. Connection between UI flexies,, camera and display is done with board-to-board connectors. Figure 36 RX-44 system block diagram Baseband functional description The device is based on OMAP2420 (D4800) application processor on top of which the SDRAM / MuxOneNAND combo memory is stacked.
SW). Power distribution Generally, RX-44 EM architecture is implemented with three EM ASICs, EM ASIC Vilma D1420, EM ASIC Betty N1310 and EM ASIC Menelaus N4200 controlling the EM and supplying the output voltages. In addition to the ASICs, N5351 PM ASIC handles the power supply for HS USB controller.
Speed USB 2.0 OTG device, through the Micro-AB connector. OTG (On-To-Go) support means that RX-44 can work as host (like PC) in USB connection to another USB slave device. Supported (e.g. another RX-44) slave devices are shown as mass storage device connection in RX-44 file manager.
Video interface is used for image data transfer (video and still) and serial interface is used for sending commands. • 800x480 transmissive LTPS LCD display • 65k colours used in RX-44 • a backlight incorporating 6 white LED’s to illuminate the display. • a touch screen •...
• 32.768kHz clock supply with external crystal • Real time clock with external backup battery • SIM card interface (Not used in RX-44) • Stereo audio codecs and amplifiers (Not used in RX-44) • A/D converter • Regulators • Vibra interface (Not used in RX-44) •...
The device provides acoustical stereo audio output via integrated dynamic speakers and electrical calvanic stereo audio output via 3.5mm Nokia AV interface. Analog audio signal capture is handled by internal digital microphone and via Nokia AV interface using headset’s microphone, such as Nokia HS-48.
Nokia AV interface, output The D4800 feeds digital audio data to the N4100 via the I2S interface. After the N4100 the signal is further amplified by stereo audio power amplifier (N4102) and fed to the 3.5mm Nokia AV interface connector (X4100).
Figure 47 Nokia AV interface, output Nokia AV interface, input Traditional analog electret type of microphone is supported by the Nokia AV interface. The microphone is biased by the 2.1Vdc from the D1420 asic. The weak analog audio signal got from the microphone is fed to the N4100, amplified, AD converted and passed to the D400 for further usage via the I2S interface.