1. Service Engineeing & Optimization Level 3, Rev.1.0 MOTOROLA V8 – 2GB V8 – 2GB

2. Service Engineeing & Optimization Level 3, Rev.1.0 MOTOROLA V8 – 2GB Generic Overview Market Name: V8 Manufacturer:Motorola Form Factor: Clam Bands/Modes: GSM Quad Band 850/ 900/ 1800/ 1900MHz Memory Internal:128MB Flash / 64 MB SDRAM/ 2GB Embedded uSD Transflash Memory External:No Expected SA Date : September 2007 Displays: 2.2” internal 320x240 - 262k color 2.0” external 320x240 - 262k color Antenna: Internal TT/SB Time: 770 mAH Battery - TT up to 500min, SBT up to 280 hours Customer Sync. SW:Mobile Phone Tools Available at: Customer Stores

3. Service Engineeing & Optimization Level 3, Rev.1.0 MOTOROLA V8 – 2GB Generic Overview Service SW:RSD, Repiar Studio, GPGate, Moto Triage Available at:http://inside.motorola.comhttp://inside.motorola.com Connectivity:Micro USB Data Cable avail. At:http://62.214.1.200 (Micro USB to USB A, Micro USB Data Cable)http://62.214.1.200 Battery Eliminator:actual new design (BX40) Available at:http://62.214.1.200http://62.214.1.200 Flex Flash File Type:1FF Superfile Required SW:RSD Required Tools:Torx 5 Size, Tweezer, Plastic disassembly Tool, Hinge Shaft Tool (recommended) Mandatory Repair Fixture:combiend CLI Lens Press Tool with P-Flex alignment, Main Lens Press Tool, Acoustic Gasket alignment Tool All Tools available at:http://62.214.1.200http://62.214.1.200 How to update SW:start up RSD, power up Moblie and connect via Micro USB cable, Select required 1FF Superfile and start Flash/Flex process

4. Service Engineeing & Optimization Level 3, Rev.1.0 MOTOROLA V8 – 2GB SPECIFICATIONS Bands/Modes: Quad-Band (GPRS/EDGE) Dimensions: 53x103x11.9cm Weight: 117g Size: <60cc Display res: 320x240 2.2” 262k color internal 320x240 2.0” 262k color external Antenna: Internal Battery: 770mAh Talk Time: Up to 500 mins Standby Time: Up to 280 hours ENABLERS Audio CODECs: Windows WMA plus Janus DRM, MP3, AAC, AAC+, eAAC+, WAV Camera: 2 MP Memory: 2GB internal shared memory Browser: Opera 8.5 w/ MIB2.2 WAP Stack Messaging: SMS, MMS, WV Bluetooth: Class 2 Connectivity: USB 2.0 high speed, USB Mass Storage, Mobile Phone Tools Video: Capture/Playback, h.263, MPEG4 3GPP Audio and Video Streaming KEY FEATURES > Large QVGA color external CLI with contextual touch interaction > Integrated 2 Mega-pixel digital camera with 8x digital zoom > 2.2” QVGA Internal Display 262K TMR > MotoSync – Phonebook, Calendar, Email > Music player with stereo BT headset capability > 2GB on board memory > Speaker independent name & digit dialing > EDGE Class 12 > Video Capture and Playback MPEG4 (H.263, 15 fps default) > Integrated Bluetooth™ with imaging, printing and peer to peer gaming profiles > Option for carriers: Dynamic Idle/Dynamic Portal

5. Service Engineeing & Optimization Level 3, Rev.1.0 MOTOROLA V8 – 2GB The differences between V8 - 512MB and V8 - 2GB products are listed below: V8 - 512Mbyte Internal NAND Memory Density: 512 Mbytes (5185916H39) Embedded uSD TransFlash Memory: Not Placed V8 - 2GByte Internal NAND Memory Density:128 Mbytes (5199226J01) Embedded uSD TransFlash Memory:Placed Embedded uSD TransFlash Memory Density: 2 Gbytes Both products use a common PCB, however the product kits are structured differently. The common PCB Motorola Part Number is 8471855F01. Therefore, for 512Mbyte version, we scale up the internal NAND memory to 512 Mbytes. The NAND MCP also embeds the DRAM. Both products use 64 Mbytes, SDR 133 MHz DRAM. The 2GByte version scales down the NAND memory to 128 Mbytes and adds the embedded uSD TransFlash memory. Reference Designations U700 à NAND MCP U701 à embedded uSD TransFlash Memory Memory Vendors Toshiba (Both 512 Mbyte and 128 Mbyte NAND MCPs) STMicro (Both 512 Mbyte and 128 Mbyte NAND MCPs) SanDisk (embedded uSD TransFlash) Differences between the 512Mb version and the 2GB version

6. Service Engineeing & Optimization Level 3, Rev.1.0 MOTOROLA V8 – 2GB V8 Memory Display Antenna Connectivity Alert Speaker Others RF Baseband Chipsets Camera GSM/Edge Tranceiver IC “TRANSAAM” PA “RAPTOR” SCMA11 Atlas V3,5 512MB Flash/ 128MB SDRAM Micro USB Linear Vibrator (in Flip Hinge ) Navigation keypad Main 2,2“Color 262K,CLI 2,0” Color 262K Quad-Band Internal Antenna 2,0 Mega pixel Main Housing mounted Serializer IC 10 x 16mm oval Polyphonice Speaker SIM Cardreader Linux/Java platform product V8 vs. V8 2GB V8 - 2GB GSM/Edge Tranceiver IC “TRANSAAM” PA “RAPTOR” SCMA11 Atlas V3,5 128MB Flash/ 64MB SDRAM/ 2GB embedded T-Flash Micro USB Linear Vibrator (in Flip Hinge ) Navigation keypad Main 2,2“Color 262K,CLI 2,0” Color 262K Quad-Band Internal Antenna 2,0 Mega pixel Main Housing mounted Serializer IC 10 x 16mm oval Polyphonice Speaker SIM Cardreader Linux/Java platform product

7. Service Engineeing & Optimization Level 3, Rev.1.0 MOTOROLA V8 – 2GB M903 SIM Connector J903 Battery Connector Y100 26Mhz Core Clock Crysral J10 Mechanical Antenna Connector FL100 RX SAW FILTER BT900 Coincell M600 GND Clip Bottom Side U100 TransAAM Tranceiver IC J600 Main PCB to Flip Connector Micro USB Connector U701 uSD Transflash Memory

8. Service Engineeing & Optimization Level 3, Rev.1.0 MOTOROLA V8 – 2GB U50 (Raptor) PA/Antenna Switch U700 Flash /SDRAM U300 BT Tranceiver IC Top Side Micro USB Connector U800 (SMCA11) Main Processor U501 USB Regulator U900 Atlas 3,5 U500 USB 2.0 IC U650 Serializer MK900 Microphone M1 GSM Antenna Connector M2/ M3 Ear Speaker Contacts

9. Service Engineeing & Optimization Level 3, Rev.1.0 MOTOROLA V8 – 2GB Main Chipsets U50 “PA + Antenna Switch” – (RAPTOR) (RX/TX Switch, PA + Matching) U100 “GSM /EDGE Tranceiver IC” – (TRANSAM) (Frontend IC, RX/TX VCO) U700 “Flash” (128 MB Flash plus 64MB SRAM) U701 Embedded T-Flash Memory (2GB User Memory) U800 “SCMA11” (DSP, De/ Modulation, VCO driver, Graphic, Memory Card, Cam) U900 “Atlas 3,5” (Audio Stereo,Power Supl., over Voltage interface, Charger interface, Backlight Sink circuit, USB 1.1 interface) U500 USB2.0 Tranceiver IC U650 Serializer (converts the parallel ATI graphic Display Data into serial) U300 Bluetooth

10. Service Engineeing & Optimization Level 3, Rev.1.0 MOTOROLA V8 – 2GB U50 - Raptor TX High Band PA (3 stage) TX Low Band PA (3 stage) RX/TX Antenna Switch Control Interface (Signals from TransAMM) PA + Antenna Switch

11. Service Engineeing & Optimization Level 3, Rev.1.0 MOTOROLA V8 – 2GB U100 -TransAAM RX LNA PA – Ant Switch Control Interface Very Low IF Mixer IF Aplifier and Filter RX /TX BaseBand Interface RX VCO Clock Control Interface Serial Cntl Int. from SCMA11 TX VCO TX Exciter TX Pre Amplifier TX Modulator Quad Band Edge Tranceiver

12. Service Engineeing & Optimization Level 3, Rev.1.0 MOTOROLA V8 – 2GB SCMA11 Memory Data / Address Bus Power Supply from Atlas U700 - SCMA11 External Memory

13. Service Engineeing & Optimization Level 3, Rev.1.0 MOTOROLA V8 – 2GB SCMA11 Memory Data Clock Data Command Data Bus line 0 to 3 Power Supply from Atlas U700 - SCMA11 External Memory 2GB User dedicated

14. Service Engineeing & Optimization Level 3, Rev.1.0 MOTOROLA V8 – 2GB SCMA11 / MXC91231 ARGON-LV MXC91321 SCMA11 MXC91231 2.75G baseband processor Targeted for Single Core Modem Architecture key additional features include USB high-speed ARM1136JFS (Core processor) 400 MHz in normal mode / 532 MHz in turbo mode 16 kB L1 Instruction / 16 kB Data L1 Cache + 128 kB unified L2 cache SC140 (DSP) 204MHz in normal mode / 250MHz in turbo mode. 16 kB L1 Instruction / 32 kB L1 Data SDMA Bus ( Serial Data Memory Access) 133 MHz CMOS90 15x15 468 MBGA 15x15 468 MBGA PoP SCMA11

15. Service Engineeing & Optimization Level 3, Rev.1.0 MOTOROLA V8 – 2GB SCMA11

16. Service Engineeing & Optimization Level 3, Rev.1.0 MOTOROLA V8 – 2GB ARM11 (Core) platform features Industry standard ARM1136JF-S CPU L1-cache: 16 KByte inst. and 16 KByte data L2-cache: 128 KByte combined @ 133 MHz M2 RAM: 16 KByte on-chip @ 133 MHz M2 ROM: 32 KByte (Boot) MAX: Multi Advanced High-Performance (AHB) Crossbar switch Two clock domains bridged by L2CC SCMA11

17. Service Engineeing & Optimization Level 3, Rev.1.0 MOTOROLA V8 – 2GB SC140 (DSP) platform SC140e –208MHz (250MHz in turbo mode) –Interrupt Controller Cache –32 kB L1 D cache –16 kB L2 I cache –128 kB L2 unified cache –32 kB M1 RAM On-chip memory 32 kB M1 RAM 1 MB M2 ROM 640 kB M2 RAM SCMA11 block

18. Service Engineeing & Optimization Level 3, Rev.1.0 MOTOROLA V8 – 2GB Atlas Analog Baseband controller with following interfaces: Audio Stereo Codec USB Comunication from/to U800 Inter IC control Bus On Logic AD/ DA Converter Control Logic Charger USB1.1 /Audio Backlight Sink Control Timer with Real Time Clock Power Regulator Atlas 3.5

19. Service Engineeing & Optimization Level 3, Rev.1.0 MOTOROLA V8 – 2GB ATLAS Block overview Atlas

20. Service Engineeing & Optimization Level 3, Rev.1.0 MOTOROLA V8 – 2GB USB 1.1 / USB 2.0 High Speed Communication Bus to SCMA11 Interface USB 2.0 Tranceiver Micro USB Connector Multiplexer (USB 1.1 / USB 2.0) ESD Protection 3,3 Volt Power Supply for USB 2.0 USB 1.1 Interface in Atlas USB 1.1 / USB 2.0

21. Service Engineeing & Optimization Level 3, Rev.1.0 MOTOROLA V8 – 2GB Charger A/D Converter Interface Charge Control Interface Battery Connector ESD Protection Dual Charge Transistor Curret Sense Resistor Battery to B+ Switch VBUS to B+ Switch Charger

22. Service Engineeing & Optimization Level 3, Rev.1.0 MOTOROLA V8 – 2GB Serializer (for Display Data) Filter LED Control from Atlas I2C CNTL Bus from SCMA11 Capacitive Music-Key Signal Line Display Control BUS Camera Immage Data Side Key Signals Flip Assembly Flip Interface Flip Interface with Serializer

23. Service Engineeing & Optimization Level 3, Rev.1.0 MOTOROLA V8 – 2GB Bluetooth Data Control Bus (SCMA11) Wakeup Signals (SCMA11) Clock and Reset (Atlas-SCMA11) BT Antenna Serial Audio Bus (Digital)(SCMA11) Bluetooth

24. Service Engineeing & Optimization Level 3, Rev.1.0 MOTOROLA V8 – 2GB Test Requirments This Product can be phased on following Testsets only: Agilent 8960 R&S CMU200.

25. Service Engineeing & Optimization Level 3, Rev.1.0 MOTOROLA V8 – 2GB 1. When will the service solution be available Right now the project is in the coding phase, which is scheduled from June 1 to July 12. After testing is finished, deployment should begin around August 23. The main bottleneck in the process is the web service. The client tool will most likely be finished well before that date, but the client will not be able to be used in the service centers until the web service is up and accessible. 2. What phone types are infected by in moment At the moment the only released phone that supports DBS is the Z6 and V8, and I'm not sure when the next one is scheduled to SA. The last I had heard, all LinuxJava platform phones will support DBS. 3. What data will be handled by the process (IMEI, Lock Codes,...?) I think the Z6 supports IMEI only, but Subsidy Lock DBS blocks should also be supported soon for new models. I have seen documentation that mentioned that Factory State, Bootloader, and Secure Test Command may be the next types of DBS data after those two, but I'm not sure of what the status is for those new data types. 4. What kind of applications will support that? (RadioCom, Repair Studio....?) As far as I know, the only tool currently developed to use the DBS web service is my own standalone tool. The RSD team is currently working on adding web service support for the Device Unlock web service, but I don't think they are planning to add support for the DBS web service yet. Also, any STE framework UIs will have access to the DBS functionality through the framework, so MotoGate or MotoAnalyzer could easily add DBS once my standalone tool is deployed. 5. Does any Service Centre need a Hardware Token to run a PKI Server? To do Data Block Signing, a service center needs three things: a hardware token, a software certificate, and an LDAP account that is registered on the DBS web service. These are the same as the requirements of the existing secure web services, such as the DRM web service and the Device Unlock web service Data Block Signing