PARROT FC7100 Full connectivity module User Manual OEM 2012 149 FC7100 Datasheet v2 7

PARROT Full connectivity module OEM 2012 149 FC7100 Datasheet v2 7

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Confidential information PARROT PRODUCT DATASHEET FC7100 Version 2.6 August 2014

DATASHEET FC7100 Full connectivity module with Android OS. Bluetooth 4.0 LE – WiFi – GPS LCD and Multi cameras connectivity. Applications: • Smartphone Android Apps platform• Turn-by-turn GPS Navigation• Internet access (through 3G USB dongle, Bluetooth Dun, Pan, 3G+ module)• HMI Display via LCD screen • Telephony voice recognition• Multimedia voice recognition• Voice destination entry • Message dictation • USB & IPod management • Multi cameras management with Driver assistance use-cases implementation (ADAS). • Audio & Video Media sharing by UPnP (DMC, DMR and DMS). • Video stream reception and decoding• Telephony & Audio streaming• Mirrorlink & Miracast Terminal mode The FC7100 employs the ANDROID OSThe FC7100 is designed as an open platform for any Android apps intended for a mobile phone such as news, games, productivity, multimedia, navigation. The FC7100 embed all of the automotive dedicated Parrot Libraries, native running on Linux: • USB devices and iPod, iPhone, with database for metadata Confidential Information Full connectivity module with WiFi a/b/g/n LCD and Multi cameras Smartphone Android Apps platform turn GPS Navigation Internet access (through 3G USB dongle, Bluetooth Dun, Pan, 3G+ module) Multimedia voice recognition Multi cameras management with Driver cases implementation Audio & Video Media sharing by UPnP Video stream reception and decoding Telephony & Audio streaming cast Terminal mode The FC7100 employs the ANDROID OS. The FC7100 is designed as an open platform for any Android apps intended for a mobile phone such as news, games, productivity, The FC7100 embed all of the automotive Parrot Libraries, native running on USB devices and iPod, iPhone, with • Voice recognition for telephony features, navigation destination entry or multimedia selection • Local and connected voice recognition engine • Bluetooth with a very high level of compatibility with most of the phones available on the market and phonebook synchronization. Technical Features: • Dual LCD Management ITU656 • Bluetooth 4.0 LE qualified module• Wifi a/b/g/n – 2.4 & 5 GHz• Built-in GPS receiver • Standard single 3.3V supply• Full connectivity (UARTs, I²C, SPI, GPIO, USB) with external modules and chips: MHL, HDMI, Ethernet, NAD, TV, Radio, Mems sensors, Apple IC. • 2*USB 2.0 High Speed • Ethernet interface • Digital audio in and out • Up to 3 cameras input • Module dimensions 80.6*46.6*4.1• Automotive qualified AEC• 2 x SDcard support – SDXC The FC7100 platform provides a full API, to access Parrot Libraries and Android basic features. Parrot P7Cortex A93900 MIPSDDR 32 x 4GbNAND Flash8 GbWiFi b/g/n – BT 4.0 LE – GPSExternal anten nas 2/39 Ref: OEM-2012-149 Voice recognition for telephony features, navigation destination entry or multimedia Local and connected voice recognition a very high level of compatibility with most of the phones available on the market and phonebook Dual LCD Management – 24 bits & 8 bits Bluetooth 4.0 LE qualified module 2.4 & 5 GHz Standard single 3.3V supply Full connectivity (UARTs, I²C, SPI, GPIO, USB) with external modules and chips: MHL, HDMI, Ethernet, NAD, TV, Radio, Mems sensors, Apple IC. 2*USB 2.0 High Speed – Host Digital audio in and out - I²S Up to 3 cameras input – 8/16 bits ITU656 80.6*46.6*4.16 mm Automotive qualified AEC-Q100 SDXC 100 platform provides a full API, to access Parrot Libraries and to enhance LCD // 24 bitsLCD or camera - // 8 bits2 x USB 2.03 x SPI3 x I²S in4 x I²S out4 x UART2 x SDIO2 x I²CEthernet (RGMII – MII)camera - // 8 bitscamera - // 8 bits

DATASHEET Table of contents 1 Introduction ................................2 FC7100 Overview ................................3 FC7100 technology ................................4 Vehicle Integration ................................4.1 FC7100 in a standalone ECU, interfaced to an entry headunit4.2 FC7100 in a standalone ECU, interfaced to a premium headunit4.3 Smart Display: the FC7100 is behind the LCD, in the same housing4.4 FC7100 integrated into the headunit4.5 Rear Seat Entertainment network4.6 Components Proposal for Vehicle Integration5 FC7100 Hardware ................................5.1 Hardware overview ................................5.2 Power supplies & management5.3 External communication interfaces6 Mechanical ................................6.1 Outline dimensions................................6.2 Motherboard PCB layout 6.3 Connectors ................................6.4 Thermal integration guidelines (TBC)7 Available Tools ................................7.1 Workbench ................................8 Marking ................................................................8.1 Module Marking ................................9 Caution for use ................................9.1 ESD Compliance ................................9.2 Safety ................................9.3 Assembly................................9.4 Drop ................................10 APPROVAL / CERTIFICATIonS................................10.1 Normative informations ................................10.2 FCC and IC requirements for module application10.3 Japanese Radio Law and Japanese Telecommunications Business Law Compliance. Confidential Information Table of contents ................................................................................................................................................................................................................................................................................................................................................................................................................................FC7100 in a standalone ECU, interfaced to an entry headunit ................................FC7100 in a standalone ECU, interfaced to a premium headunit ................................Smart Display: the FC7100 is behind the LCD, in the same housing ................................FC7100 integrated into the headunit ................................................................Entertainment network................................................................Components Proposal for Vehicle Integration ................................................................................................................................................................................................................................................................Power supplies & management ................................................................................................External communication interfaces ................................................................................................................................................................................................................................................................................................ ................................................................................................................................................................................................................................Thermal integration guidelines (TBC) ................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................FCC and IC requirements for module application ................................................................Japanese Radio Law and Japanese Telecommunications Business Law Compliance. 3/39 Ref: OEM-2012-149 ....................................... 4 ............................................................... 6 ............................................................. 7 ........................................................... 11 ................................................. 12 ............................................. 13 ......................................... 14 ........................................................ 15 ............................................................. 16 .......................................... 17 ............................................................. 18 ................................................... 18 ................................ 24 .......................................................... 25 ....................................... 31 .................................................... 31 ........................................... 32 ................................ 32 ........................................................ 34 ................................. 34 ................................ 34 ............................................ 35 ........................................................ 35 ................................. 35 ......................................................... 35 ......................................... 35 .................................... 36 ........................................... 36 ............................................ 37 ............................................ 37 ..................................... 37 Japanese Radio Law and Japanese Telecommunications Business Law Compliance. .............. 39

1 Introduction Parrot has initiated the integration of Android use in their car all the features they use today in Internet and connected Apps. Parrot’s Next Generation FC7100them into the vehicle. FC7100 enables a true Android. It is designed to run Android Apps in an automotive environment FC7100 brings also camera connectivity and automotive vfront line detection, drowsiness detection). FC7100 enhances the voice recognition interface with remote) allowing voice destination entry, messages dictation, multimedlaunching and Text-To-Speech (TTS)Parrot has adapted the Android framework for automotive use cases. FCstandard suite of Parrot automotive libraries for connectivityRecognition, and TTS etc.) WiFi 802.11 b/g/n + BT 4.0 Combo chipWiFi Direct/DisplayAP & STA+ GPS26 MHz OscillatorDDR3Nand FlashVideo Encoder/DecoderGPU400380MPix/sSDIOPCMUARTGPS5 GHz2.4 GHz The combination of the Android framework and the Parrot Automotive libraries provides a complete ready solution for vehicle manufacturers to launch a which is always connected (Internet, connected Appsnew Android Apps, update existing AppsAndroid Apps will be now available to users in the vehicle. With FC7100, Parrot provides a time Complete hardware and software  Reduced development time and Android ecosystem Confidential Information gration of Android in an automotive environment. all the features they use today in their smartphones: telephony, music, video, 100 delivers the best features of today’s smartphones and integrates 100 enables a true connected Infotainment open platform based on Android Apps in an automotive environment. FC7100 brings also camera connectivity and automotive videos treatments (bird view, rear camera, drowsiness detection). the voice recognition interface with a hybrid voice recognition engine (local and remote) allowing voice destination entry, messages dictation, multimedia voice requests, apps peech (TTS). Parrot has adapted the Android framework for automotive use cases. FC7100 embeds also the standard suite of Parrot automotive libraries for connectivity (Bluetooth, USB, WiNFCP72x CORTEX A93900 MipsAdvanced video interfaceAdvanced audio interface2 PCM3 I2S in2 I2S outSPDIF in/outUART x 2I2C x 2SPI x 2GPIO x 6SDIO 3.0USB2.0 x 2Supervisor circuitPHYVBATP7MUI2S OUTI2S IN140 pin connectorRGMII (Ethernet)The combination of the Android framework and the Parrot Automotive libraries provides a complete ready solution for vehicle manufacturers to launch a modern automotive infotainment platformInternet, connected Apps) and remains up-to-date (update existing Apps, accessing to a customer app store etc.)Android Apps will be now available to users in the vehicle. time-to-market solution to vehicle manufacturers:Complete hardware and software automotive open platform and engineering costs 4/39 Ref: OEM-2012-149 in an automotive environment. Customers can now telephony, music, video, oday’s smartphones and integrates connected Infotainment open platform based on ideos treatments (bird view, rear camera, hybrid voice recognition engine (local and ia voice requests, apps 100 embeds also the (Bluetooth, USB, Wi-Fi, Voice 1 LCD 2 camerasDACADCLVDS CtrlHDMI CtrlUSB 2.0SDIOSPDIFITU 656Sub Modules:NAD, GPS, Tuner, CAN/LIN Ctrl, Ethernet, ...2 x Analog OUT2 x Analog INMass storage ,MTPiPod, etc.USB modem The combination of the Android framework and the Parrot Automotive libraries provides a complete modern automotive infotainment platform date (ability to download etc.). The portfolio of market solution to vehicle manufacturers:

 Built-in video hardware encoder and decoder, with Maliplayback and best-in-class HMI  Multiple video interfaces and Ethernet connectivity screens interface. Confidential Information in video hardware encoder and decoder, with Mali-400 GPU embedded al Multiple video interfaces and Ethernet connectivity for multiple cameras and multiple LCD 5/39 Ref: OEM-2012-149 400 GPU embedded allowing HD video multiple cameras and multiple LCD

Confidential Information2 FC7100 Overview ADAS Internet access/3G+&4G Tethering / Dongles Ethernet networking 3D Navigation Video Player AM/FM Tuner Phase Diversity A/V Processing Information 6/39 Ref: OEM-2012-149 (landscape, portrait) ASIC DesignInternet TV & Radio Music on demand TTS & Voice control Multimedia Audio Digital Radio & TV LCD control (landscape, portrait) Smart Link & MHL ASIC Design Telephony, Tasks, Contacts Messaging

o FTP 1.0 o Image transfer over OPP o DUNP 1.1 o Software update over SPP o Secure Simple Pairing • Digital Signal Processing Microphone(s), the module can manage two configurations:o Single microphoneo Two microphones with AMS (Automatic Micdriver and 1 for the front seat passenger. The best microphone is automatically selected during the call. Noise Reduction (NR)o Maximal NR is 25dB.o Typical NR is 15dB.o No musical noiseo No fluctuation of the residual noise leveo Automatic adaptation of the Noise Reduction to the Signal(SNR) to keep the best voice quality in idle and remove more noise in noisy conditions.  Acoustic Echo Cancellation (AEC)o The level of echo attenuation, called ERLE is 45dB (measurthe VDA process).o Comfort Noise feature so that the background noise is adjusted after AEC algorithm, in order to keep it constant for enhanced communication experience.o Possibility to accept up to 100ms of delay in the speaker path for digamplifiers.o Full duplex Automatic Level Control (ALC)o Different phones can have different Speaker volumes (up to 20dB of difference). It adapts the signal level received from the phone to the target level, quickly and precisely. Equalizer : o 7 bands e Tuning : o Car independent tuning if the microphone position and characteristics are the same. o Possibility to tune all parameters of the audio algorithms according to Customer preferences. Wideband speecho Support o All speech processing algorithms will work @ 16 kHz. • External Bluetooth & WiFi Confidential Information Image transfer over OPP Software update over SPP Secure Simple Pairing Digital Signal Processing the module can manage two configurations: Single microphone Two microphones with AMS (Automatic Microphone Selection): 1 for the driver and 1 for the front seat passenger. The best microphone is automatically selected during the call. Noise Reduction (NR): Maximal NR is 25dB. Typical NR is 15dB. No musical noise No fluctuation of the residual noise level Automatic adaptation of the Noise Reduction to the Signal(SNR) to keep the best voice quality in idle and remove more noise in noisy conditions. Acoustic Echo Cancellation (AEC): The level of echo attenuation, called ERLE is 45dB (measurthe VDA process). Comfort Noise feature so that the background noise is adjusted after AEC algorithm, in order to keep it constant for enhanced communication experience. Possibility to accept up to 100ms of delay in the speaker path for digamplifiers. Full duplex Automatic Level Control (ALC): Different phones can have different Speaker volumes (up to 20dB of difference). It adapts the signal level received from the phone to the target level, quickly and precisely. bands equalizer for microphones and speaker paths. Car independent tuning if the microphone position and characteristics are the same. Possibility to tune all parameters of the audio algorithms according to Customer preferences. Wideband speech: of HFP 1.6 All speech processing algorithms will work @ 16 kHz. & WiFi Antenna diagnostic 8/39 Ref: OEM-2012-149 rophone Selection): 1 for the driver and 1 for the front seat passenger. The best microphone is Automatic adaptation of the Noise Reduction to the Signal-to-noise ratio (SNR) to keep the best voice quality in idle and remove more noise in noisy The level of echo attenuation, called ERLE is 45dB (measured according to Comfort Noise feature so that the background noise is adjusted after AEC algorithm, in order to keep it constant for enhanced communication Possibility to accept up to 100ms of delay in the speaker path for digital Different phones can have different Speaker volumes (up to 20dB of difference). It adapts the signal level received from the phone to the target Car independent tuning if the microphone position and characteristics are Possibility to tune all parameters of the audio algorithms according to

Embedded MP3 decoder from Thomson Licensing (optional) • Built-in hardware video decoder Multiple codecs and containers supported: • Built-in hardware video encoder Encode H.264  MVC Stereo High  OpenMAX IL API support • Video interface  Up to 3 cameras interfaces : 1x 16 bits + 1x8bits or 3x up to 8 bits, 720p, ITU656 protocols  Up to 2 LCD interfaces : 1 up to  Several image signal processingo Chroma conversion, o Scaling (with some limitations, see “Manual” §2.2.2),o Rotation (nx90° + mirror)o Deinterlacing, contrast conversion Confidential Information CONTAINER Audio MP3. ASF. OGG. WAV/WAVE. MP4 (audio) MP4A. AAC. Embedded MP3 decoder from Thomson Licensing (optional) in hardware video decoder Multiple codecs and containers supported: CODEC Vidéo H.264/MPEG-4 AVC. VP8 CONTAINER Video MPEG-TS. MP4. 3GP/3G2. in hardware video encoder OpenMAX IL API support Up to 3 cameras interfaces : 1x 16 bits + 1x8bits or 3x up to 8 bits, 720p, ITUUp to 2 LCD interfaces : 1 up to 24 bits and 1 x 8 bits, 1080p, ITU-601 or ITUSeveral image signal processing: hroma conversion, (with some limitations, see “Hantro HW Post-Processor API 1.1 User Manual” §2.2.2), nx90° + mirror) einterlacing, contrast and brightness control, image cropping 10/39 Ref: OEM-2012-149 Up to 3 cameras interfaces : 1x 16 bits + 1x8bits or 3x up to 8 bits, 720p, ITU-601 or ITU-601 or ITU-656 protocols Processor API 1.1 User and brightness control, image cropping YUV to RGB

Confidential Information4 Vehicle Integration The FC7100 module can be integrated behind the LCD display, inside the headunit, or in a standalone Electronic Control Unit (ECU) locatethe vehicle and connected to the vehicle bus (e.g. CAN). Information 11/39 Ref: OEM-2012-149 module can be integrated behind the LCD display, inside the headunit, or in a standalone Electronic Control Unit (ECU) locatennected to the vehicle bus (e.g. CAN). module can be integrated behind the LCD display, inside the headunit, or in a standalone Electronic Control Unit (ECU) located somewhere in

Confidential Information4.1 FC7100 in a standalone ECU, interfaced to an entry headunit Information 12/39 Ref: OEM-2012-149 FC7100 in a standalone ECU, interfaced to an entry headunit

Confidential Information4.2 FC7100 in a standalone ECU, interfaced to a premium headunit LVDSoutLVDSinSmart Head UnitCD, FM Tuner, Audio Amplifier,Touch screenRF SignalGPS antennaInformation 13/39 Ref: OEM-2012-149 FC7100 in a standalone ECU, interfaced to a premium headunit FC7100LVDS switchUSB HubMCU(Vehicle Bus Gateway)HSPA module (option)Apple UCAudio Vehicle BUSSPIRGBI2CUSBUSBI2CLVDS serializerLVDSHDMI ReceiverITU 656Video ReceiverITU 656ITU 656Ethernet PHYECU MicSDCardUSBUSBHDMICompositeCompositeSteering wheel control /Keypad /Knob

Confidential Information4.3 Smart Display: the FC7100 is behind the LCD, in the same housingInformation 14/39 Ref: OEM-2012-149 Smart Display: the FC7100 is behind the LCD, in the same housing

Confidential Information4.4 FC7100 integrated into the headunit Information 15/39 Ref: OEM-2012-149

Confidential Information4.5 Rear Seat Entertainment network LVDS chip RGB LVDS I²C USB RGB ADC chip ADC chip I²S I²S LVDS chip RGB LVDS I²C USB RGB ADC chip ADC chip I²S I²S Information 16/39 Ref: OEM-2012-149 FC7100 FC7100 RSE system #1 RSE system #2 ethernet CD, FM tuner, Audio AmplifierControl Head unit uner, Audio Amplifier Control

4.6 Components Proposal for • SPDIF transceiver : SIRUS LOGIC • LVDS Serializer : Texas Instrument • LVDS Serializer : Texas Instrument • USB Hub : SMSC - USB82514 • HDMI transceiver : Analog Device • Analog Video In : Texas Instrument Confidential Information roposal for Vehicle Integration SIRUS LOGIC - CF8406 exas Instrument - DS90UB925Q s Instrument - DS90UB928Q USB82514 Analog Device - ADV7611 Texas Instrument - TVP5151 17/39 Ref: OEM-2012-149

5 FC7100 Hardware 5.1 Hardware overview 5.1.1 Main components 5.1.1.1 Processor The FC7100 design is based on the Parrot Aprovides all the necessary features for advanced embedded multimedia processing:• A Dual-core ARM Cortex• 128kB of internal RAM (@390MHz)• 128kB of internal ROM (@195MH• Off-chip DDR3 SDRAM memory controller• NANDFLASH memory controller with 32 bit BCH• Interfaces : SPI, SDIO, USB, parallel interface for LCD, PWM, UART, I²C, GPIO, I²S inputs and outputs, • 1 Ethernet controller • Graphical Processing Unit, with video encodin• Advanced Video Interface with LCD controllers, camera interfaces, video scalers and rotators, planes blender. 5.1.1.2 Power management unitThe P7MU is the analog companion chip of the Parrot 7. It provides the necessary features for powering a P7 with in addition several other analog functionalities:• Programmable DC/DC converters• LDO for DDR3 Termination• LDO for DDR3 Ref • 12-bit 1MS/s ADC • 2 instances of USB PHY 5.1.1.3 Radio Frequency FC7100 is proposed in a basic configuration with an external antenna for4.0 Low Energy and WiFi 802.11 Confidential Information The FC7100 design is based on the Parrot ASIC P7, the latest dual core processor chip from Parrot. It provides all the necessary features for advanced embedded multimedia processing:core ARM Cortex-A9 processor operating up to 780MHz 128kB of internal RAM (@390MHz) 128kB of internal ROM (@195MHz) chip DDR3 SDRAM memory controller NANDFLASH memory controller with 32 bit BCH Interfaces : SPI, SDIO, USB, parallel interface for LCD, PWM, UART, I²C, GPIO, I²S inputs and Graphical Processing Unit, with video encoding and decoding Advanced Video Interface with LCD controllers, camera interfaces, video scalers and rotators, Power management unit The P7MU is the analog companion chip of the Parrot 7. It provides the necessary features for with in addition several other analog functionalities: Programmable DC/DC converters LDO for DDR3 Termination FC7100 is proposed in a basic configuration with an external antenna for 2.4 GHz, allowing Bluetooth b, g & n communication. 18/39 Ref: OEM-2012-149 7, the latest dual core processor chip from Parrot. It provides all the necessary features for advanced embedded multimedia processing: Interfaces : SPI, SDIO, USB, parallel interface for LCD, PWM, UART, I²C, GPIO, I²S inputs and Advanced Video Interface with LCD controllers, camera interfaces, video scalers and rotators, The P7MU is the analog companion chip of the Parrot 7. It provides the necessary features for 2.4 GHz, allowing Bluetooth

With an additional 5.0GHz external antenna,feature can be added, with a third 5.1.1.4 Memory The FC7100 basic Memory configuration is 8 Gbits NAND Flash and 8 Gbits DDR3 RAM. These memory capacities can be increased 5.1.2 Hardware Architecture * Many other display and record interface option are available.See paragraph: 1.1.2.1 Display and rec Confidential Information With an additional 5.0GHz external antenna, WiFi 802.11 a & n can be added. Also GPS / Glonafeature can be added, with a third external antenna. c Memory configuration is 8 Gbits NAND Flash and 8 Gbits DDR3 RAM. These memory capacities can be increased Hardware Architecture * Many other display and record interface option are available.See paragraph: 1.1.2.1 Display and record interface option. 19/39 Ref: OEM-2012-149 WiFi 802.11 a & n can be added. Also GPS / Glonass c Memory configuration is 8 Gbits NAND Flash and 8 Gbits DDR3 RAM. These * Many other display and record interface option are available. ord interface option.

5.1.3 Electrical SpecificationsConditions unless otherwise noted: Tamb.= 25°C; Vcc = 3v3_Main = 3V35.1.3.1 Power Pin Parameter 3V3_MAIN (=Vcc) 3V3_PERM VDD_ETH VDD_SD1 VDD_SD2 5.1.3.2 Power Consumption • 3v3 Permanent (3V3_PERM):Feature Deep Low power Low Power Run/Standby mode • 3v3 MAIN: Feature Low Power Run/Standby mode BT Hands Free or Audio streaming modeWifi Streaming Video rendering Inrush Current Peak current at startup (duration) Confidential Information Electrical Specifications Conditions unless otherwise noted: Tamb.= 25°C; Vcc = 3v3_Main = 3V3 Min Typ Max 3,135 3,3 3,6 3,135 3,3 3,6 1,71 1,8 1,89 2,37 2,5 2,62 3,13 3,3 3,46 1,71 1,8 1,89 3,13 3,3 3,46 1,71 1,8 1,89 3,13 3,3 3,46 3v3 Permanent (3V3_PERM): Min Typ Max - 20 TBD - 30 TBD - 30 TBD Min Typ Max - 280 TBD - 900 TBD BT Hands Free or Audio streaming mode - 980 TBD - 1380 TBD - 1140 TBD - 9 TBD tartup (duration) - 74,8 TBD 20/39 Ref: OEM-2012-149 Unit V V V V V V V V V Unit µA µA µA Unit mA mA mA mA mA A µs

5.1.4 Pin Out Table Here below the FC7100 main connector (140 pins): Pin1USB_0_DN3USB_0_DP5USB_0_VBUS7Wake_Up_LPO9VDD_SD1 UART_5/6/7 INPUT113V3_MAIN133V3_MAIN153V3_MAIN17Power_Good193v3_PERM21ETH_RGMII_TXD_00 / 23ETH_RGMII_TXD_02 / 25ETH_RGMII_RXD_00 / 27ETH_RGMII_RXD_02 / 29ETH_RGMII_RX_CTL /31ETH_RGMII_TX_CTL / 33ETH_RGMII_RX_CLK / 3537SPI_11 / GPIO_088 / 39SPI_10 / GPIO_087 / 41SPI_09 / GPIO_086 / 43SPI_08 / 4547SPI_07 / GPIO_084 / 49SPI_06 / 51SPI_05 / 53SPI_04 /55SPI_01 / 57SPI_00 / 59I2C_1_CLK / GPIO_06261I2C_2_CLK / GPIO_06063UART_0_CTS / GPIO_05865UART_0_RX / GPIO_05567UART_0_TX / GPIO_05669UART_0_RTS / GPIO_05771CAM_1_DAT15 / CAM_0_DAT07 / GPIO_21673CAM_1_DAT14 / CAM_0_DAT06 / GPIO_21575CAM_1_DAT13 / CAM_0_DAT05 / GPIO_21477CAM_1_DAT12 / CAM_0_DAT04 / GPIO_21379CAM_1_DAT11 / CAM_0_DAT03 / GPIO_21281CAM_5_DAT07 / GPIO_01483CAM_5_DAT06 / GPIO_01385CAM_5_DAT05 / GPIO_01287CAM_5_DAT03 / SD_2_DAT02 / GPIO_01089CAM_5_DAT01 / SD_2_DAT00 / GPIO_00891LCD_1_DAT00 / CAM_2_DAT02 / GPIO_18393LCD_1_DAT01 / CAM_2_DAT03 / GPIO_18495LCD_1_DAT02 / CAM_2_DAT04 / GPIO_18597LCD_1_DAT03 / CAM_2_DAT05 / GPIO_18699LCD_1_DAT04 / CAM_2_DAT06 / GPIO_187101LCD_1_DAT06 / CAM_3_CLK / GPIO_189103LCD_1_DAT08 / CAM_3_DAT01 / GPIO_191105LCD_1_DAT10 / CAM_3_DAT03 / GPIO_193107LCD_1_DAT12 / CAM_3_DAT05 / GPIO_195109111 LCD_1 CAM_2LCD_1_CLK / CAM_2_DAT01 / GPIO_182113115 CAM_3LCD_1_DAT14 / CAM_3_DAT07 / GPIO_197117LCD_1_DAT16 / CAM_4_DAT00 / GPIO_199119LCD_1_DAT18 / CAM_4_DAT02 / GPIO_201121LCD_1_DAT19 / CAM_4_DAT03 / GPIO_202123LCD_1_DAT20 / CAM_4_DAT04 / GPIO_203125LCD_1_DAT21 / CAM_4_DAT05 / GPIO_204127LCD_1_DAT22 / CAM_4_DAT06 / GPIO_205129LCD_1_DAT23 / CAM_4_DAT07 / GPIO_206131LCD_1_RSTn_Touch / CAM_0_VS / GPIO_154133LCD_1_IT_TouchScreen / CAM_0_HS / GPIO_155135LCD_1_BKL_En / CAM_5_VS / GPIO_160137LCD_1_RSTn / CAM_5_HS / GPIO_161139GNDCAM_4LCD_1 GPIOCAM_2CAM_3GNDGNDLCD_1CAM_5GPIOSD2LCD_1I2C_2UART 0 GPIOCAM_1 CAM_0 (16 bits)SPI [0:7]Part 1 AAII2C_1SPI[8:11] AAIGNDPower_Good3V3_PERMEthernet RGMII GPIOGNDWake_UpPowerVDD_SD1_UART_5_6_7 3V3_MAINUSB_0Confidential Information Here below the FC7100 main connector (140 pins): Function Type Power DomainUSB_0_DNI/O USB 0 Data -USB_0_DPI/O USB 0 Data +USB_0_VBUSI 5v USB 0 VBUSWake_Up_LPOI 3V3 Wake Up Low PowerVDD_SD1 UART_5/6/7 INPUTP 1v8 / 3v3Power Supply SDIO1 and UART 5/6/73V3_MAIN3V3_MAIN3V3_MAINPower_GoodO 3V3 Power Good3v3_PERMP3V3Power Supply Permanent : 3v3ETH_RGMII_TXD_00 / GPIO_139 I/O VDD_ETH GPIO or Ethernet RGMII Tx Data 0ETH_RGMII_TXD_02 / GPIO_141I/OVDD_ETH GPIO or Ethernet RGMII Tx Data 2ETH_RGMII_RXD_00 / GPIO_145I/OVDD_ETH GPIO or Ethernet RGMII Rx Data 0ETH_RGMII_RXD_02 / GPIO_147I/OVDD_ETH GPIO or Ethernet RGMII Rx Data 2ETH_RGMII_RX_CTL / GPIO_149I/OVDD_ETH GPIO or Ethernet RGMII Rx ControlETH_RGMII_TX_CTL / GPIO_143I/OVDD_ETH GPIO or Ethernet RGMII Tx ControlETH_RGMII_RX_CLK / GPIO_144 I/O VDD_ETH GPIO or Ethernet RGMII Rx ClockPGnd GroundSPI_11 / GPIO_088 / AAI_26I/O3V3GPIO or SPI or AAISPI_10 / GPIO_087 / AAI_25I/O3V3GPIO or SPI or AAISPI_09 / GPIO_086 / AAI_24I/O3V3GPIO or SPI or AAISPI_08 / GPIO_085 / AAI_23 I/O 3V3 GPIO or SPI or AAIPGnd GroundSPI_07 / GPIO_084 / AAI_22I/O3V3GPIO or SPI or AAISPI_06 / GPIO_083 / AAI_21I/O3V3GPIO or SPI or AAISPI_05 / GPIO_082 / AAI_20I/O3V3GPIO or SPI or AAISPI_04 / GPIO_081 / AAI_19 I/O 3V3 GPIO or SPI or AAISPI_01 / GPIO_078 / AAI_16 / CAN1_RXI/O3V3GPIO or SPI or AAISPI_00 / GPIO_077 / AAI_15 / CAN1_TX I/O 3V3 GPIO or SPI or AAII2C_1_CLK / GPIO_062I/O 3V3 I2C 1 Clock or GPIOI2C_2_CLK / GPIO_060I/O 3V3 I2C 2 Clock or GPIOUART_0_CTS / GPIO_058I/O 3V3 UART 0 CTS or GPIOUART_0_RX / GPIO_055I/O 3V3UART 0 RX or GPIOUART_0_TX / GPIO_056I/O 3V3 UART 0 TX or GPIOUART_0_RTS / GPIO_057I/O 3V3 UART 0 RTS or GPIOCAM_1_DAT15 / CAM_0_DAT07 / GPIO_216I/O 3V3 CAM 1 Data 7 or CAM 0 Data 7 CAM_1_DAT14 / CAM_0_DAT06 / GPIO_215I/O 3V3CAM 1 Data 6 or CAM 0 Data 6 CAM_1_DAT13 / CAM_0_DAT05 / GPIO_214I/O 3V3 CAM 1 Data 5 or CAM 0 Data 5 CAM_1_DAT12 / CAM_0_DAT04 / GPIO_213I/O 3V3 CAM 1 Data 4 or CAM 0 Data 4 CAM_1_DAT11 / CAM_0_DAT03 / GPIO_212I/O 3V3 CAM 1 Data 3 or CAM 0 Data 3 CAM_5_DAT07 / GPIO_014I/O VDD_SD2CAM 5 Data 7 or GPIOCAM_5_DAT06 / GPIO_013I/O VDD_SD2 CAM 5 Data 6 or GPIOCAM_5_DAT05 / GPIO_012I/O VDD_SD2 CAM 5 Data 5 or GPIOCAM_5_DAT03 / SD_2_DAT02 / GPIO_010I/O VDD_SD2CAM 5 Data 3 or SDIO 2 Data 2 CAM_5_DAT01 / SD_2_DAT00 / GPIO_008I/O VDD_SD2 CAM 5 Data 1 or SDIO 2 Data 0 LCD_1_DAT00 / CAM_2_DAT02 / GPIO_183I/O 3V3 LCD 1 Data 0 or CAM 2 Data 2 LCD_1_DAT01 / CAM_2_DAT03 / GPIO_184I/O 3V3 LCD 1 Data 1 or CAM 2 Data 3 LCD_1_DAT02 / CAM_2_DAT04 / GPIO_185I/O 3V3 LCD 1 Data 2 or CAM 2 Data 4 LCD_1_DAT03 / CAM_2_DAT05 / GPIO_186I/O 3V3 LCD 1 Data 3 or CAM 2 Data 5 LCD_1_DAT04 / CAM_2_DAT06 / GPIO_187I/O 3V3 LCD 1 Data 4 or CAM 2 Data 6 LCD_1_DAT06 / CAM_3_CLK / GPIO_189I/O 3V3LCD 1 Data 6 or CAM 3 Clock LCD_1_DAT08 / CAM_3_DAT01 / GPIO_191I/O 3V3LCD 1 Data 8 or CAM 3 Data 1 LCD_1_DAT10 / CAM_3_DAT03 / GPIO_193I/O 3V3LCD 1 Data 10 or CAM 3 Data 3 LCD_1_DAT12 / CAM_3_DAT05 / GPIO_195I/O 3V3 LCD 1 Data 12 or CAM 3 Data 5 PGnd GroundLCD_1_CLK / CAM_2_DAT01 / GPIO_182I/O 3V3 LCD 1 Clock or CAM 2 Data 1 PGnd GroundLCD_1_DAT14 / CAM_3_DAT07 / GPIO_197I/O 3V3 LCD 1 Data 14 or CAM 3 Data 7 LCD_1_DAT16 / CAM_4_DAT00 / GPIO_199I/O 3V3 LCD 1 Data 16 or CAM 4 Data 0 LCD_1_DAT18 / CAM_4_DAT02 / GPIO_201I/O 3V3 LCD 1 Data 18 or CAM 4 Data 2 LCD_1_DAT19 / CAM_4_DAT03 / GPIO_202I/O 3V3LCD 1 Data 19 or CAM 4 Data 3 LCD_1_DAT20 / CAM_4_DAT04 / GPIO_203I/O 3V3LCD 1 Data 20 or CAM 4 Data 4 LCD_1_DAT21 / CAM_4_DAT05 / GPIO_204I/O 3V3LCD 1 Data 21 or CAM 4 Data 5 LCD_1_DAT22 / CAM_4_DAT06 / GPIO_205I/O 3V3LCD 1 Data 22 or CAM 4 Data 6 LCD_1_DAT23 / CAM_4_DAT07 / GPIO_206I/O 3V3 LCD 1 Data 23 or CAM 4 Data 7 LCD_1_RSTn_Touch / CAM_0_VS / GPIO_154I/O 3V3LCD 1 Resetn_Touch Screen LCD_1_IT_TouchScreen / CAM_0_HS / GPIO_155I/O 3V3LCD 1 IT Touch Screen LCD_1_BKL_En / CAM_5_VS / GPIO_160I/O 3V3LCD 1 Backlight Enable LCD_1_RSTn / CAM_5_HS / GPIO_161I/O 3V3 LCD 1 Resetn or CAM_5_HS PGnd GroundGNDGNDGNDGNDGNDP3V3 Power supply : 3v3 21/39 Ref: OEM-2012-149 DescriptionPower Supply SDIO1 and UART 5/6/7Power Supply Permanent : 3v3Ethernet RGMII Tx Data 0 Ethernet RGMII Tx Data 2 Ethernet RGMII Rx Data 0 Ethernet RGMII Rx Data 2 Ethernet RGMII Rx Control Ethernet RGMII Tx Control Ethernet RGMII Rx Clock CAM 0 Data 7 or GPIO CAM 0 Data 6 or GPIO CAM 0 Data 5 or GPIO CAM 0 Data 4 or GPIO CAM 0 Data 3 or GPIO SDIO 2 Data 2 or GPIO SDIO 2 Data 0 or GPIO CAM 2 Data 2 or GPIO CAM 2 Data 3 or GPIO CAM 2 Data 4 or GPIO CAM 2 Data 5 or GPIO CAM 2 Data 6 or GPIO CAM 3 Clock or GPIO CAM 3 Data 1 or GPIO CAM 3 Data 3 or GPIO CAM 3 Data 5 or GPIO CAM 2 Data 1 or GPIO CAM 3 Data 7 or GPIO CAM 4 Data 0 or GPIO CAM 4 Data 2 or GPIO CAM 4 Data 3 or GPIO CAM 4 Data 4 or GPIO CAM 4 Data 5 or GPIO CAM 4 Data 6 or GPIO CAM 4 Data 7 or GPIOLCD 1 Resetn_Touch Screen or CAM 0 VS or GPIO LCD 1 IT Touch Screen or CAM 0 HS or GPIOLCD 1 Backlight Enable or CAM 5 VS or GPIO CAM_5_HS or GPIO

Pin243V3_MAIN63V3_MAIN83V3_MAIN103V3_MAIN12USB_1_DP14USB_1_DN1618 BOOT20Power_En22VDD_ETH INPUT24ETH_RGMII_TXD_01 /26ETH_RGMII_TXD_03 / 28ETH_RGMII_RXD_01 /30ETH_RGMII_RXD_03 / 32ETH_RGMII_TX_CLK / 34ETH_MDC /36ETH_MDIO / 38SPI_16 / ETH_MII TXER / GPIO_13440SPI_17 / ETH_MII RXER / GPIO_13542SPI_18 / ETH_MII CRS / GPIO_13644SPI_19 / ETH_MII COL / GPIO_1374648AAI_14 / GPIO_133 / PWM_1450AAI_12 / GPIO_131 / PWM_1252AAI_11 / GPIO_130 / PWM_1154AAI_10 / GPIO_129 / PWM_1056SPI_03 / GPIO_080 / AAI_18 / CAN0_RX58SPI_02 / GPIO_079 / AAI_17 / CAN0_TX6062I2C_1_DAT / GPIO_06164I2C_2_DAT / GPIO_05966SD_1_CMD / UART_5_RX68SD_1_CLK / UART_5_TX70SD_1_DAT03 / UART_7_RX72SD_1_DAT02 / UART_7_TX74SD_1_DAT01 / UART_6_RX76SD_1_DAT00 / UART_6_TX7880CAM_1_DAT10 / CAM_0_DAT02 / GPIO_21182CAM_1_DAT09 / CAM_0_DAT01 / GPIO_21084CAM_1_DAT08 / CAM_0_DAT00 / GPIO_20986 GPIOCAM_1_CLK / GPIO_21788CAM_5_DAT04 / SD_2_DAT03 / GPIO_01190CAM_5_DAT02 / SD_2_DAT01 / GPIO_00992CAM_5_DAT00 / SD_2_CMD / GPIO_0079496 CAM_5 SD2CAM_5_CLK / SD_2_CLK / GPIO_00698VDD_SD2_CAM5 INPUT100 CAM_2LCD_1_DAT05 / CAM_2_DAT07 / GPIO_188102LCD_1_DAT07 / CAM_3_DAT00 / GPIO_190104LCD_1_DAT09 / CAM_3_DAT02 / GPIO_192106LCD_1_DAT11 / CAM_3_DAT04 / GPIO_194108LCD_1_DAT13 / CAM_3_DAT06 / GPIO_196110LCD_1_DAT15 / CAM_4_CLK / GPIO_198112LCD_1_DAT17 / CAM_4_DAT01 / GPIO_200114 GPIOLCD_1_DEN / GPIO_207116LCD_1_HS / CAM_2_CLK / GPIO_180118LCD_1_VS / CAM_2_DAT00 / GPIO_181120122CAM_0_CLK / LCD_0_CLK / GPIO_179124CAM_0_DAT08 / LCD_0_DAT08 / GPIO_163126CAM_0_DAT09 / LCD_0_DAT09 / GPIO_164128CAM_0_DAT10 / LCD_0_DAT10 / GPIO_165130CAM_0_DAT11 / LCD_0_DAT11 / GPIO_166132CAM_0_DAT12 / LCD_0_DAT12 / GPIO_167134CAM_0_DAT13 / LCD_0_DAT13 / GPIO_168136CAM_0_DAT14 / LCD_0_DAT14 / GPIO_169138CAM_0_DAT15 / LCD_0_DAT15 / GPIO_170140CAM_2CAM_0 LCD_0Power VDD_SD2 _CAM_5LCD_1CAM_3CAM_4UART 6CAM_1CAM_0 (16 bits)CAM_5 SD2I2C_1I2C_2SD1UART 5UART 7AAIPWMSPI [0:7] Part 2Ethernet MII SPI BOOTPWR_EnPower VDD_ETH & GPIOEthernetRGMII GPIOUSB_1 3V3_MAINConfidential Information Function Type Power Domain DescriptionPGnd Ground3V3_MAIN3V3_MAIN3V3_MAIN3V3_MAINUSB_1_DPI/OUSB 1 Data +USB_1_DNI/O USB 1 Data -PGnd GroundI3V3 Initial Flashing pin Power_EnI3V3Power EnableVDD_ETH INPUTI1v8 / 3v3Power Supply Ethernet 1v8 / 2v5 / 3v3 or GPIOETH_RGMII_TXD_01 / GPIO_140I/OVDD_ETH GPIO or Ethernet RGMII Tx Data 1ETH_RGMII_TXD_03 / GPIO_142I/OVDD_ETH GPIO or Ethernet RGMII Tx Data 3ETH_RGMII_RXD_01 / GPIO_146I/OVDD_ETH GPIO or Ethernet RGMII Rx Data 1ETH_RGMII_RXD_03 / GPIO_148I/OVDD_ETH GPIO or Ethernet RGMII Rx Data 3ETH_RGMII_TX_CLK / GPIO_138I/OVDD_ETH GPIO or Ethernet RGMII Tx ClockETH_MDC / GPIO_150 I/O VDD_ETH GPIO or Ethernet RGMII ETH_MDIO / GPIO_151 I/O VDD_ETH GPIO or Ethernet RGMIISPI_16 / ETH_MII TXER / GPIO_134I/O VDD_ETH SPI CLK or Ethernet MII SPI_17 / ETH_MII RXER / GPIO_135I/O VDD_ETH SPI MOSI or Ethernet MII SPI_18 / ETH_MII CRS / GPIO_136I/O VDD_ETH SPI SS or Ethernet MII SPI_19 / ETH_MII COL / GPIO_137I/O VDD_ETH SPI MISO or Ethernet MII PGnd GroundAAI_14 / GPIO_133 / PWM_14I/O 3V3GPIO or AAI AAI_12 / GPIO_131 / PWM_12I/O 3V3GPIO or AAI AAI_11 / GPIO_130 / PWM_11I/O 3V3GPIO or AAI AAI_10 / GPIO_129 / PWM_10I/O 3V3 GPIO or AAI SPI_03 / GPIO_080 / AAI_18 / CAN0_RXI/O 3V3GPIO or AAI SPI_02 / GPIO_079 / AAI_17 / CAN0_TXI/O 3V3 GPIO or AAI PGnd GroundI2C_1_DAT / GPIO_061I/O 3V3 I2C 1 Data orI2C_2_DAT / GPIO_059I/O 3V3 I2C 2 Data orSD_1_CMD / UART_5_RXI/O VDD_SD1 SDIO 1 Command SD_1_CLK / UART_5_TXI/O VDD_SD1 SDIO 1 Clock SD_1_DAT03 / UART_7_RXI/O VDD_SD1 SDIO 1 Data 3 SD_1_DAT02 / UART_7_TXI/O VDD_SD1 SDIO 1 Data 2 SD_1_DAT01 / UART_6_RXI/O VDD_SD1 SDIO 1 Data 1 SD_1_DAT00 / UART_6_TXI/O VDD_SD1 SDIO 1 Data 0 PGnd GroundCAM_1_DAT10 / CAM_0_DAT02 / GPIO_211I/O 3V3CAM 1 Data 2 CAM_1_DAT09 / CAM_0_DAT01 / GPIO_210I/O 3V3CAM 1 Data 1 CAM_1_DAT08 / CAM_0_DAT00 / GPIO_209I/O 3V3CAM 1 Data 0 CAM_1_CLK / GPIO_217I/O 3V3CAM 1 Clock CAM_5_DAT04 / SD_2_DAT03 / GPIO_011I/O VDD_SD2CAM_5_DAT04 CAM_5_DAT02 / SD_2_DAT01 / GPIO_009I/O VDD_SD2CAM_5_DAT02 CAM_5_DAT00 / SD_2_CMD / GPIO_007I/O VDD_SD2CAM_5_DAT00 PGnd GroundCAM_5_CLK / SD_2_CLK / GPIO_006I/O VDD_SD2CAM_5_CLK VDD_SD2_CAM5 INPUTP1v8 / 3v3Power Supply SDIO2 and Camera 5LCD_1_DAT05 / CAM_2_DAT07 / GPIO_188I/O 3V3LCD 1 Data 05 LCD_1_DAT07 / CAM_3_DAT00 / GPIO_190I/O 3V3LCD 1 Data 07 LCD_1_DAT09 / CAM_3_DAT02 / GPIO_192I/O 3V3LCD 1 Data 09 LCD_1_DAT11 / CAM_3_DAT04 / GPIO_194I/O 3V3LCD 1 Data 11 LCD_1_DAT13 / CAM_3_DAT06 / GPIO_196I/O 3V3LCD 1 Data 13 LCD_1_DAT15 / CAM_4_CLK / GPIO_198I/O 3V3LCD 1 Data 15 LCD_1_DAT17 / CAM_4_DAT01 / GPIO_200I/O 3V3LCD 1 Data 17 LCD_1_DEN / GPIO_207I/O 3V3LCD 1 Data Enable LCD_1_HS / CAM_2_CLK / GPIO_180I/O 3V3 LCD 1 HS or CAM 2 Clock LCD_1_VS / CAM_2_DAT00 / GPIO_181I/O 3V3 LCD 1 VS or CAM 2 Data 0 PGnd GroundCAM_0_CLK / LCD_0_CLK / GPIO_179I/O 3V3CAM 0 Clock CAM_0_DAT08 / LCD_0_DAT08 / GPIO_163I/O 3V3CAM 0 Data 08 CAM_0_DAT09 / LCD_0_DAT09 / GPIO_164I/O 3V3CAM 0 Data 09 CAM_0_DAT10 / LCD_0_DAT10 / GPIO_165I/O 3V3CAM 0 Data 10 CAM_0_DAT11 / LCD_0_DAT11 / GPIO_166I/O 3V3CAM 0 Data 11 CAM_0_DAT12 / LCD_0_DAT12 / GPIO_167I/O 3V3CAM 0 Data 12 CAM_0_DAT13 / LCD_0_DAT13 / GPIO_168I/O 3V3CAM 0 Data 13 CAM_0_DAT14 / LCD_0_DAT14 / GPIO_169I/O 3V3CAM 0 Data 14 CAM_0_DAT15 / LCD_0_DAT15 / GPIO_170I/O 3V3CAM 0 Data 15 PGnd GroundGNDGNDGNDGNDGNDGND3V3Power supply : 3v3GNDGNDP 22/39 Ref: OEM-2012-149 USB 1 Data + Initial Flashing pin Power EnablePower Supply Ethernet 1v8 / 2v5 / 3v3 or GPIO Ethernet RGMII Tx Data 1 Ethernet RGMII Tx Data 3 Ethernet RGMII Rx Data 1 Ethernet RGMII Rx Data 3 Ethernet RGMII Tx Clock Ethernet RGMII Ethernet RGMII Ethernet MII or GPIO Ethernet MII or GPIO Ethernet MII or GPIO Ethernet MII or GPIO AAI or PWM AAI or PWM AAI or PWM AAI or PWM AAI or SPI AAI or SPIor GPIOor GPIO SDIO 1 Command or UART 5 RX SDIO 1 Clock or UART 5 TX SDIO 1 Data 3 or UART 7 RX SDIO 1 Data 2 or UART 7 TX SDIO 1 Data 1 or UART 6 RX SDIO 1 Data 0 or UART 6 TXCAM 1 Data 2 or CAM 0 Data 2 or GPIOCAM 1 Data 1 or CAM 0 Data 1 or GPIOCAM 1 Data 0 or CAM 0 Data 0 or GPIOCAM 1 Clock or GPIOCAM_5_DAT04 or SDIO 2 Data 3 or GPIOCAM_5_DAT02 or SDIO 2 Data 1 or GPIOCAM_5_DAT00 or SDIO 2 Command or GPIOCAM_5_CLK or SDIO 2 Clock or GPIOPower Supply SDIO2 and Camera 5LCD 1 Data 05 or CAM 2 Data 7 or GPIOLCD 1 Data 07 or CAM 3 Data 0 or GPIOLCD 1 Data 09 or CAM 3 Data 2 or GPIOLCD 1 Data 11 or CAM 3 Data 4 or GPIOLCD 1 Data 13 or CAM 0 Data 6 or GPIOLCD 1 Data 15 or CAM 4 Clock or GPIOLCD 1 Data 17 or CAM 4 Data 1 or GPIOLCD 1 Data Enable or GPIO CAM 2 Clock or GPIO CAM 2 Data 0 or GPIOCAM 0 Clock or LCD 0 Clock or GPIOCAM 0 Data 08 or LCD 0 Data 0 or GPIOCAM 0 Data 09 or LCD 0 Data 1 or GPIOCAM 0 Data 10 or LCD 0 Data 2 or GPIOCAM 0 Data 11 or LCD 0 Data 3 or GPIOCAM 0 Data 12 or LCD 0 Data 4 or GPIOCAM 0 Data 13 or LCD 0 Data 5 or GPIOCAM 0 Data 14 or LCD 0 Data 6 or GPIOCAM 0 Data 15 or LCD 0 Data 7 or GPIOPower supply : 3v3

5.1.4.1 Pin number definition 5.1.5 RF connectors location Confidential Information Pin number definition RF connectors location 23/39 Ref: OEM-2012-149 GPS 5 GHz 2.4 GHz

5.2 Power supplies & managementFC7100’s processor’s digital I/O are mainly referenced to a 3Ethernet interface can be configured either in 1,8V, 2,5V or 3,3V.SDCard 1 & 2 can be configured either in 1,8Vor 3,3V voltage.Camera 5 (CAM_5) can be configured either in 1,8Vor 3,3V voltage.UART 5,6 & 7 can be configured either in 1,8Vor5.2.1 Absolute maximum ratingsOperating temperature range ................................Storage temperature range ................................DC input supply voltage (3v3 power domain)DC input supply voltage (2v5 power domain)DC input supply voltage (1v8 power5.2.2 External power supplies• 3V3_MAIN To operate, the module requires a unique 3V3 voltage power supply capable to deliver up to 4 A.Recommendation on power management (3v3_MAIN) near the connector: 1x47uF and 1x22uF capacitor. 3v3_PERM must always be present before (• 3V3_PERM In case where RTC (Real Time Clock) option is needed, for timepermanently supply the 3V3_PERM pin of the boardIn case where RTC option isn’t needed, the 3V3_PERM and the 3V3_MAIN can be connected together on a same 3,3V supply on the motherboard.• VDD_ETH For customers who want to configure the Ethernet interface with module requires to be powered with a • VDD_SD1_UART_5_6_7 For customers who want to configure the Ethernet interface with 1module requires to be powered with a • VDD_SD2_CAM5 For customers who want to configure the Ethernet interface with module requires to be powered with a Confidential Information Power supplies & management FC7100’s processor’s digital I/O are mainly referenced to a 3,3V voltage, Ethernet interface can be configured either in 1,8V, 2,5V or 3,3V. SDCard 1 & 2 can be configured either in 1,8Vor 3,3V voltage. Camera 5 (CAM_5) can be configured either in 1,8Vor 3,3V voltage. UART 5,6 & 7 can be configured either in 1,8Vor 3,3V voltage. Absolute maximum ratings ..........................................................................................................................................................................................DC input supply voltage (3v3 power domain) ................................................................DC input supply voltage (2v5 power domain) ................................................................DC input supply voltage (1v8 power domain) ................................................................External power supplies To operate, the module requires a unique 3V3 voltage power supply capable to deliver up to 4 A.Recommendation on power management (3v3_MAIN) near the connector: 1x47uF and 1x22uF ays be present before (and during) 3v3_MAIN power supply.In case where RTC (Real Time Clock) option is needed, for time-keeping, the motherboard must 3V3_PERM pin of the board with an independent 3V3 voltage.RTC option isn’t needed, the 3V3_PERM and the 3V3_MAIN can be connected together on a same 3,3V supply on the motherboard. want to configure the Ethernet interface with 1,8V, 2,5V or 3,3V I/O voltage, the ered with a 1,8V, 2,5V or 3,3V external power supply. want to configure the Ethernet interface with 1,8V, 2,5V or 3,3V I/O voltage, the to be powered with a 1,8V, 2,5V or 3,3V external power supply.want to configure the Ethernet interface with 1,8V, 2,5V or 3,3V I/O voltage, the to be powered with a 1,8V, 2,5V or 3,3V external power supply. 24/39 Ref: OEM-2012-149 ............................ -40°C to +85°C .............................. -40°C to +105°C .................................................... 3,6V .................................................. 2,75V .................................................. 1,95V To operate, the module requires a unique 3V3 voltage power supply capable to deliver up to 4 A. Recommendation on power management (3v3_MAIN) near the connector: 1x47uF and 1x22uF during) 3v3_MAIN power supply. keeping, the motherboard must 3V3 voltage. RTC option isn’t needed, the 3V3_PERM and the 3V3_MAIN can be connected , 2,5V or 3,3V I/O voltage, the . , 2,5V or 3,3V I/O voltage, the . , 2,5V or 3,3V I/O voltage, the .

5.3 External communication interfacesFC7100 module uses several means to interface with the system it is integrated in.5.3.1 Digital IO Pins The FC7100 I/Os belong to 3 differentThe transmission line must be adapted to 50 ohm, at all available frequenciesVDDO is the generic power supply name of the power domain. It can represent 3V3_MAIN, VDD_ETH, VDD_SD1 or VDD_SD2.5.3.1.1 3,3V power domain (Condition: VDD = 3.3v) Parameter Input Low Voltage VIL Input High Voltage VIH Low Level Output Voltage VOLHigh Level Output Voltage VOHMax Output Current Please note that it is forbidden to apply a VIH on an unpowered GPIO, so when its VDDO isn’supplied. 5.3.1.2 2,5V power domain (Condition: VDD = 2.5v) Parameter Input Low Voltage VIL Input High Voltage VIH Low Level Output Voltage VOLHigh Level Output Voltage VOHMax Output Current Please note that it is forbidden to apply a VIH on an unpowered GPIO, so when its VDDO isn’t supplied. 5.3.1.3 1,8V power domain (Condition: VDD = 1.8v) Parameter Input Low Voltage VIL Input High Voltage VIH Low Level Output Voltage VOLHigh Level Output Voltage VOHMax Output Current Confidential Information External communication interfaces FC7100 module uses several means to interface with the system it is integrated in.different digitals power domains: 1,8V, 2,5V or 3,3V power supplies.st be adapted to 50 ohm, at all available frequencies VDDO is the generic power supply name of the power domain. It can represent 3V3_MAIN, VDD_ETH, VDD_SD1 or VDD_SD2. Min Typ Max0 - 0,82,0 - VDDOLow Level Output Voltage VOL 0 - 0,4High Level Output Voltage VOH 2,4 - VDDO - Please note that it is forbidden to apply a VIH on an unpowered GPIO, so when its VDDO isn’Min Typ Max0 - 0,71,7 - VDDOLow Level Output Voltage VOL 0 - 0,4High Level Output Voltage VOH 2 - VDDO - Please note that it is forbidden to apply a VIH on an unpowered GPIO, so when its VDDO isn’t Min Typ Max0 - 0,541,26 - VDDOLevel Output Voltage VOL 0 - 0,4High Level Output Voltage VOH 1,4 - VDDO - 25/39 Ref: OEM-2012-149 FC7100 module uses several means to interface with the system it is integrated in. digitals power domains: 1,8V, 2,5V or 3,3V power supplies. VDDO is the generic power supply name of the power domain. It can represent 3V3_MAIN, Max Unit 0,8 V VDDO V 0,4 V VDDO V mA Please note that it is forbidden to apply a VIH on an unpowered GPIO, so when its VDDO isn’t Max Unit 0,7 V VDDO V 0,4 V VDDO V mA Please note that it is forbidden to apply a VIH on an unpowered GPIO, so when its VDDO isn’t Max Unit 0,54 V VDDO V 0,4 V VDDO V mA

Please note that it is forbidden to apply a VIH on an unpowered GPIO, so when its VDDO isn’t supplied. 5.3.2 I2C Supports 100kb/s, 400kb/s, 1Mb/s and 3,4Mslave mode, I2C is an Open Drain protocol. External pullsupplied if the corresponding VDDO to the I2C pads isn’t powered.• I2C_1 I2C_1 is a 3,3V signaling I2C link dedicated to be used on motherboard, It can operate as a master or as a slave, Note: On WB_FC7xxx development board, I2C_0 is used for Touch Panel Controller, external audio codec & audio power amplifier interface,• I2C_2 I2C_2 is 3,3V signaling at the connector end,It can operate as a master or as a slave, Note: On WB_FC7xxx board, I2C_1 is used for iPOD authentication chip communication, 5.3.3 UART The UARTs are Universal Asynchronous Receiverwith communication standards such as EIA, RSinterface is 3MHz, with flow control signals. • UART_0 : UART 0 is a standard UART interface (Rx & Tx signals), with flow control signals (RTS & CTS), • UART_5, 6 and 7 have only Rx and Tx signals, 5.3.4 5.3.4 5.3.4 5.3.4 5.3.4 5.3.4 5.3.4 5.3.4 PWM Up to 16 PWM outputs are available. They support frequencies from 0,06Hz to 65MHz with a programmable duty cycle or from 3,97kHz to 130MHz with a 50% duty cycle.5.3.5 SDIO SDIO_1 is a complete SD Card bus, compliant It supports SD High Capacity (SDHC), SD High Speed (SDHS) and SD eXtended Capacitystandard. It is also used as secondary flash update interface.Confidential Information Please note that it is forbidden to apply a VIH on an unpowered GPIO, so when its VDDO isn’t Supports 100kb/s, 400kb/s, 1Mb/s and 3,4Mb/s speeds in master mode and 100kb/s, 400kb/s in I2C is an Open Drain protocol. External pull-up to VDDO are needed. The pullsupplied if the corresponding VDDO to the I2C pads isn’t powered. C link dedicated to be used on motherboard, It can operate as a master or as a slave, Note: On WB_FC7xxx development board, I2C_0 is used for Touch Panel Controller, external audio codec & audio power amplifier interface, the connector end, It can operate as a master or as a slave, Note: On WB_FC7xxx board, I2C_1 is used for iPOD authentication chip communication,are Universal Asynchronous Receiver-Transmitter, commonly used in conjunctionwith communication standards such as EIA, RS-232, RS-422 or RS-485. The maximum speed of this interface is 3MHz, with flow control signals. UART 0 is a standard UART interface (Rx & Tx signals), with flow control signals have only Rx and Tx signals, Up to 16 PWM outputs are available. They support frequencies from 0,06Hz to 65MHz with a programmable duty cycle or from 3,97kHz to 130MHz with a 50% duty cycle. bus, compliant with SDIO v3.0 specification part. upports SD High Capacity (SDHC), SD High Speed (SDHS) and SD eXtended CapacityIt is also used as secondary flash update interface. 26/39 Ref: OEM-2012-149 Please note that it is forbidden to apply a VIH on an unpowered GPIO, so when its VDDO isn’t b/s speeds in master mode and 100kb/s, 400kb/s in up to VDDO are needed. The pull-up shouldn’t be Note: On WB_FC7xxx development board, I2C_0 is used for Touch Panel Controller, external audio Note: On WB_FC7xxx board, I2C_1 is used for iPOD authentication chip communication, d in conjunction 485. The maximum speed of this UART 0 is a standard UART interface (Rx & Tx signals), with flow control signals Up to 16 PWM outputs are available. They support frequencies from 0,06Hz to 65MHz with a upports SD High Capacity (SDHC), SD High Speed (SDHS) and SD eXtended Capacity (SDXC) cards

• SDIO_1 SDIO_1 is multiplexed with UART_5, 6 and 7,• SDIO_2 SDIO_2 is multiplexed with CAM5. SDIO_1 and SDIO_2 are compliant Default speed, To be compliant to UHS-1 mode, an external power supply to necessary. See section xx for an architecture example. The maximum bus speed depends of the layout length and impedance.The transmission line must be adapted to 50 ohm, at all available frequencies. It’s recommend support maximum total capacitor load UHS50 card. 5.3.6 USB 5.3.6.1 USB_0 USB_0 is a host or device USB interface compliant with USB2.0 High Speed Specifications.The VBUS_0 pin is an input signal.When USB_0 are host, the power Supply VBUS_0 (5V) must be generate by the motherboard. The pin “5” USB_0_VBUS of main connector must be conne5.3.6.2 USB_1 USB_1 is a host only USB interface compliant with USB2.0 High Speed Specifications.The power Supply VBUS (5V) must be generate by the motherboard.The module doesn’t need to receive this voltage.5.3.7 SPI FC7100 has 4 SPI interfaces. 5.3.7.1 SPI_0 SPI_0 is multiplexed with the Ethernet5.3.7.2 SPI_1, 2 and 3 SPI1,2 and 3 do operate as a master 5.3.8 MPEG TS FC7100 has 2 Transport Stream MPEG Confidential Information with UART_5, 6 and 7, with CAM5. DIO_2 are compliant Default speed, High Speed, SDR12, SDR25, SD50 1 mode, an external power supply to switch between 3v3 to 1v8 for an architecture example. ends of the layout length and impedance. The transmission line must be adapted to 50 ohm, at all available frequencies. It’s recommend capacitor load CL of about 15pF for UHS104 card and about 30pF for host or device USB interface compliant with USB2.0 High Speed Specifications.The VBUS_0 pin is an input signal. When USB_0 are host, the power Supply VBUS_0 (5V) must be generate by the motherboard. The pin “5” USB_0_VBUS of main connector must be connect to this external power supply VBUS.USB_1 is a host only USB interface compliant with USB2.0 High Speed Specifications.The power Supply VBUS (5V) must be generate by the motherboard. The module doesn’t need to receive this voltage. with the Ethernet interface (same VDDO voltage). as a master or a slave on a 3,3V bus. Its maximum clock frequency is 48 MHzFC7100 has 2 Transport Stream MPEG interfaces. 27/39 Ref: OEM-2012-149 High Speed, SDR12, SDR25, SD50 and DDR50 mode. switch between 3v3 to 1v8 is The transmission line must be adapted to 50 ohm, at all available frequencies. It’s recommend of about 15pF for UHS104 card and about 30pF for host or device USB interface compliant with USB2.0 High Speed Specifications. When USB_0 are host, the power Supply VBUS_0 (5V) must be generate by the motherboard. ct to this external power supply VBUS. USB_1 is a host only USB interface compliant with USB2.0 High Speed Specifications. Its maximum clock frequency is 48 MHz.

5.3.9 Ethernet Ethernet interface is compatible with a MII PHY interface from 802.3from HP/Marvell specification version 2.6.5.3.10 Audio interfaces FC7100 module provides digital audio interfaceThe digital audio interface of the FC7100 is composed of 16 pads, that can be configured in various combination, allowing the use of interfaces I2S input and output, TDM inputs and outputs, PCM inputs and outputs, SPDIF inputs and outputs, The configuration cannot exceed the fol• I2S inputs: 8 Stereo (4 of them can be configured as SPDIF• I2S outputs: 4 Stereo • TDM inputs: 1 Quad or 1 Octo• TDM outputs: 1 Quad or 1 Octo• PCM inputs/outputs: 2 • SPDIF inputs: 1 binary input (+ the 4 SPDIF/audio mentioned above)• SPDIF outputs: 1 binary output Providing a complete I2S interface (bit clock, left/right clock & master clock), FC7100 operates as master of the bus for an external audio codec on motherboard. If needed, FC7100 I2S interface can be set as slave if the motherboard psignals: master clock & Left/Right clock.Note: If FC7100 is configured as slave, all the I2S I/O will be synchronized on the motherboard clock. If another I2S master interface must be connected to FC7100, the FC7100 can synchronidata with the left/right clock. 5.3.11 Video interfaces FC7100 features input & output video flow management,5.3.11.1 Display interfaces FC7100 has two display interfaces:• LCD_1: o 24 bits, ITU_656 & ITU_601, 1080p, o 16 or 8 bits, ITU_656 & ITU_601o 3,3V signalling synchronization signals and can also be used with Data Enable signal only, • LCD_0: 8 bits, ITU_656 & ITU_601, 720p 5.3.11.2 Record interfaces FC7100 has three record interfaces • CAM_0: 8 bits, ITU_656 & ITU_601, 720pConfidential Information Ethernet interface is compatible with a MII PHY interface from 802.3-2008 or a RGMII PHY interface from HP/Marvell specification version 2.6. FC7100 module provides digital audio interface only. face of the FC7100 is composed of 16 pads, that can be configured in various combination, allowing the use of interfaces I2S input and output, TDM inputs and outputs, PCM inputs and outputs, SPDIF inputs and outputs, The configuration cannot exceed the folI2S inputs: 8 Stereo (4 of them can be configured as SPDIF-audio) TDM inputs: 1 Quad or 1 Octo TDM outputs: 1 Quad or 1 Octo SPDIF inputs: 1 binary input (+ the 4 SPDIF/audio mentioned above) ts: 1 binary output Providing a complete I2S interface (bit clock, left/right clock & master clock), FC7100 operates as master of the bus for an external audio codec on motherboard. If needed, FC7100 I2S interface can be set as slave if the motherboard provides the needed clock signals: master clock & Left/Right clock. Note: If FC7100 is configured as slave, all the I2S I/O will be synchronized on the motherboard clock.If another I2S master interface must be connected to FC7100, the FC7100 can synchroniFC7100 features input & output video flow management, FC7100 has two display interfaces: 24 bits, ITU_656 & ITU_601, 1080p, 16 or 8 bits, ITU_656 & ITU_601 targeting LCD Panel use: It includes Horizontal & Vertical synchronization signals and can also be used with Data Enable signal only,LCD_0: 8 bits, ITU_656 & ITU_601, 720p multiplexed with CAM_0, FC7100 has three record interfaces: 8 bits, ITU_656 & ITU_601, 720p 28/39 Ref: OEM-2012-149 2008 or a RGMII PHY interface face of the FC7100 is composed of 16 pads, that can be configured in various combination, allowing the use of interfaces I2S input and output, TDM inputs and outputs, PCM inputs and outputs, SPDIF inputs and outputs, The configuration cannot exceed the following: Providing a complete I2S interface (bit clock, left/right clock & master clock), FC7100 operates as rovides the needed clock Note: If FC7100 is configured as slave, all the I2S I/O will be synchronized on the motherboard clock. If another I2S master interface must be connected to FC7100, the FC7100 can synchronize the I2S targeting LCD Panel use: It includes Horizontal & Vertical synchronization signals and can also be used with Data Enable signal only,

or 16 bits, ITU_656 & ITU_601, 1080p(When CAM_0 is on 16 bits interface, CAM_1 cannot be used) • CAM_1: 8 bits, ITU_656 & ITU_601, 720p • CAM_5: 8 bits, ITU_656 & ITU_601, 720p • CAM_2, CAM_3 and CAM_48 bits, ITU_656, 720p 5.3.11.3 Display and record interface option.The input/ouput video interfaces are 1.1.4 Pinout Table) • LCD_1 : Many display and record interface option are available: Config #1 : LCD 24 bits (1080p) Config #2 : LCD 16 bits (1080p) + CAM 8 bits (720p) Config #3 : LCD 8 bits (720p) + 2 x CAM 8 bits (720p) Config #4 : 3 x CAM 8 bits (720p) ITU 8 ITU8 ITU 8 LCD_1 • CAM_0 and CAM_1 : Many display and record interface  Config #a : 2 x CAM 8 bits (720p) Config #b : 1 x CAM 16 bits (1080p) Config #c : LCD 8 bits (720p) + CAM 8 bits (720p) CAM_0 can be used on ITU601. CAM_0CAM_1Confidential Information 16 bits, ITU_656 & ITU_601, 1080p (When CAM_0 is on 16 bits interface, CAM_1 cannot be used) 8 bits, ITU_656 & ITU_601, 720p 8 bits, ITU_656 & ITU_601, 720p CAM_4 (when LCD_1 is not used) Display and record interface option. nput/ouput video interfaces are multiplexed on the main FC7100 connector. (See paragraph: Many display and record interface option are available: : LCD 24 bits (1080p) : LCD 16 bits (1080p) + CAM 8 bits (720p) : LCD 8 bits (720p) + 2 x CAM 8 bits (720p) : 3 x CAM 8 bits (720p) 24 bitsITU 656bitsITU656bitsITU 656bits8 bits8 bits8 bits 8 bitsConfig #1 Config #2 Config #316 bitsConfig #48 bits8 bits8 bits Many display and record interface option are available:: 2 x CAM 8 bits (720p) : 1 x CAM 16 bits (1080p) : LCD 8 bits (720p) + CAM 8 bits (720p) ITU 6568 bitsITU6568 bits8 bits16 bitsConfig #a Config #b Config #c8 bits8 bits8 bits 29/39 Ref: OEM-2012-149 on the main FC7100 connector. (See paragraph: option are available:

• CAM_5 :  Config #α : 1 x CAM 8 bits (720p) Config #β : 1 x SDIO interface (SD XC compatible) CAM In summary, all options are below • LCD 24 bits (1080p) + 3xCAM 8 bits (720p)• LCD 24 bits (1080p) + LCD 8 bits (720p) + 2xCAM 8 bits (720p)• LCD 24 bits (1080p) + CAM 16 bits (1080p) + • LCD 16 bits (1080p) + 4 x CAM 8 bits (720p)• LCD 16 bits (1080p) + CAM 16 bits (1080p) + 2 x CAM 8 bits (720p)• LCD 16 bits (1080p) + LCD 8 bits (720p) + 3 x CAM 8 bits (720p)• LCD 8 bits (720p) + 5 x CAM 8 bits (720p)• LCD 8 bits (720p) + C• LCD 8 bits (720p) + LCD 8 bits (720p) + 4 x CAM8 bits (720p) • 6 x CAM 8 bits (720p)• CAM 16 bits (1080p) + 4 x CAM 8 bits (720p)5.3.12 IO configuration The GPIO interface provides programmable general input/output confavailable on any edge or polarity event. Each source can be selected among all the GPIOs.Each pads have programmable : • Drive strength : can be programmed from 2.93mA to 17.24mA during pull16.17mA during pull down. • Slew Rate: The slew rate is defined as the maximum rate of change of the out • Keeper: enable or disable keeper mode. Holds last value on a tri • Pull-down or Pull-up: active an internal pull Parameter Pull Up impedance Pull Down impedance • Schmitt trigger: enable or disable Schmitt Trigger. Confidential Information : 1 x CAM 8 bits (720p) : 1 x SDIO interface (SD XC compatible) ITU 6568 bitsCAM_58 bitsConfig #α Config #β s are below : LCD 24 bits (1080p) + 3xCAM 8 bits (720p) LCD 24 bits (1080p) + LCD 8 bits (720p) + 2xCAM 8 bits (720p) LCD 24 bits (1080p) + CAM 16 bits (1080p) + CAM 8 bits (720p) LCD 16 bits (1080p) + 4 x CAM 8 bits (720p) LCD 16 bits (1080p) + CAM 16 bits (1080p) + 2 x CAM 8 bits (720p) LCD 16 bits (1080p) + LCD 8 bits (720p) + 3 x CAM 8 bits (720p) LCD 8 bits (720p) + 5 x CAM 8 bits (720p) LCD 8 bits (720p) + CAM 16 bits (1080p) + 3 x CAM 8 bits (720p) LCD 8 bits (720p) + LCD 8 bits (720p) + 4 x CAM8 bits (720p) 6 x CAM 8 bits (720p) CAM 16 bits (1080p) + 4 x CAM 8 bits (720p) provides programmable general input/output configurable. Interrupt lines available on any edge or polarity event. Each source can be selected among all the GPIOs. : can be programmed from 2.93mA to 17.24mA during pull. : The slew rate is defined as the maximum rate of change of the out: enable or disable keeper mode. Holds last value on a tri-state bus.: active an internal pull-down or pull-up. Min. Typ Max. 27 30 34 27 30 34 : enable or disable Schmitt Trigger. 30/39 Ref: OEM-2012-149 igurable. Interrupt lines available on any edge or polarity event. Each source can be selected among all the GPIOs. : can be programmed from 2.93mA to 17.24mA during pull-up and 2.68mA to : The slew rate is defined as the maximum rate of change of the output voltage. state bus. Unit kOhm KOhm

6 Mechanical 6.1 Outline dimensions Weight: 51 g Confidential Information 31/39 Ref: OEM-2012-149

6.2 Motherboard PCB layout The module’s interface is made through a 140 • 6.3 Connectors 6.3.1 FC7100 Main connector The module’s interface with host systems is made through a 1400.635mm pitch. • Module connector reference: MOLEX 52885• Motherboard connector’s Confidential Information Motherboard PCB layout The module’s interface is made through a 140-pin board to board connector with a FC7100 Main connector The module’s interface with host systems is made through a 140-pin board to board connector with a Module connector reference: MOLEX 52885-1474 Motherboard connector’s reference: MOLEX 55091- 1474 32/39 Ref: OEM-2012-149 pin board to board connector with a 0,635 mm pitch pin board to board connector with a

6.3.2 BT, WLAN and GPS external antenna connectorTheses RF connectors are of Confidential Information external antenna connectors Theses RF connectors are of ultra-small coaxial type: 33/39 Ref: OEM-2012-149

6.4 Thermal integration guidelines (TBC) The local maximum ambient air temperature (Tdissipation system (example: heatsink) (θsa is the thermal resistance thermal dissipation system to ambient) Thermal interface materials (TIM), which are used between the thermal dissipation system and the interface casing, can be of many kinds, imaterials, and special thermoplastic adhesives. Thermal dissipation system can be attached directly to the interface casing with using M3 hole fixation on the top of casing. 7 Available Tools 7.1 Workbench Confidential Information Thermal integration guidelines (TBC) The local maximum ambient air temperature (Tamb max = 85°C) can be supported by thermal heatsink) with: θθθθsa ≤≤≤≤ 1 °C/W thermal resistance thermal dissipation system to ambient) Thermal interface materials (TIM), which are used between the thermal dissipation system and the interface casing, can be of many kinds, including greases, gels, adhesives, tapes, silicon rubber materials, and special thermoplastic adhesives. Thermal dissipation system can be attached directly to the interface casing with using M3 hole 34/39 Ref: OEM-2012-149 = 85°C) can be supported by thermal Thermal interface materials (TIM), which are used between the thermal dissipation system and the ncluding greases, gels, adhesives, tapes, silicon rubber Thermal dissipation system can be attached directly to the interface casing with using M3 hole

8 Marking 8.1 Module Marking 8.1.1 Label 8.1.2 Position and Orientation on m 9 Caution for use 9.1 ESD Compliance Operator must use ESD protection gloves for Module Manipulation. In case of electrical discharge, Module must be scrapped9.2 Safety Mechanical shield is made of metal and have several draft angle cause Human injuries. Operator must be trained on how to manipulate it.Confidential Information Position and Orientation on module Operator must use ESD protection gloves for Module Manipulation. In case of electrical discharge, Module must be scrapped. Mechanical shield is made of metal and have several draft angle on RF connectors cause Human injuries. Operator must be trained on how to manipulate it. 35/39 Ref: OEM-2012-149 Operator must use ESD protection gloves for Module Manipulation. In case of electrical on RF connectors which can

9.3 Assembly Key mechanical dimensions are tested before shipment. In case of manual handling or operation, to avoid any issue with mechanical distance between legs and ensure a good insertion in the host side, packaging has been designed to ensure that operator will pick up the part by the most adequate area of the module. Operator should btrained and alerted about this specific behavior.9.4 Drop In case the part drop to the floor, Parrot doesn’t warrant the part. Part has to be scrapped. Same process applies in our manufacturing site. Confidential Information Key mechanical dimensions are tested before shipment. ndling or operation, to avoid any issue with mechanical distance between legs and ensure a good insertion in the host side, packaging has been designed to ensure that operator will pick up the part by the most adequate area of the module. Operator should btrained and alerted about this specific behavior. In case the part drop to the floor, Parrot doesn’t warrant the part. Part has to be scrapped. Same process applies in our manufacturing site. 36/39 Ref: OEM-2012-149 ndling or operation, to avoid any issue with mechanical distance between legs and ensure a good insertion in the host side, packaging has been designed to ensure that operator will pick up the part by the most adequate area of the module. Operator should be In case the part drop to the floor, Parrot doesn’t warrant the part. Part has to be scrapped.

10 APPROVAL / CERTIFICATIonS 10.1 Normative informationsF7100 module certifications identifications :CERTIFICATION ID Bluetooth QD ID:CE CE 0700FCC RKXFCCIC 5119ATELEC R : 202-T : D 14 10.2 FCC and IC requirements for module applicationIdentifications: FCC ID: RKXFC7100 IC : 5119A-FC7100 In accordance with FCC Part 15, the FC USA – User information This intends to inform how to specify the FCC ID of our module “FCBased on the Public Notice from FCC, the host deviccontains our module. The label should use wording such as: “Contains FCC ID: RKXFCexpresses the same meaning may be used.The label of the host device should also include the belpossible, this information should be included in the“This device complies with part 15 of the FCC rules. Operation is subject to the following two conditions. (1) This device may not cause h(2) This device must accept any interference received, including interference that may cause undesired operation. Caution: Changes or modifications not expressly approved by the party responsible for compliance could void the user’s autThis equipment has been tested and found to comply with the limits for a class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide a reasonable protection against harmful interferencuses and can radiate radio frequency energy and, if not installed and uses in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does Confidential Information APPROVAL / CERTIFICATIonS informations module certifications identifications : QD ID: CE 0700 RKXFCC7100 5119A-FC7100 -LSC072 : D 14-0041 202 FCC and IC requirements for module application rdance with FCC Part 15, the FC7100 is listed as a limited Modular Transmitter device.This intends to inform how to specify the FCC ID of our module “FC7100” on the final product:Based on the Public Notice from FCC, the host device should have a label which indicates that it The label should use wording such as: “Contains FCC ID: RKXFC7100”. Any similar wording that expresses the same meaning may be used. The label of the host device should also include the below FCC statements When it is not possible, this information should be included in the User Manual of the host deviceThis device complies with part 15 of the FCC rules. Operation is subject to the following two (1) This device may not cause harmful interference (2) This device must accept any interference received, including interference that may cause Caution: Changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment. This equipment has been tested and found to comply with the limits for a class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide a reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and uses in accordance with the instructions, may cause harmful interference to radio communications. However, there is no e that interference will not occur in a particular installation. If this equipment does 37/39 Ref: OEM-2012-149 100 is listed as a limited Modular Transmitter device. 100” on the final product: e should have a label which indicates that it 100”. Any similar wording that ow FCC statements When it is not User Manual of the host device: This device complies with part 15 of the FCC rules. Operation is subject to the following two (2) This device must accept any interference received, including interference that may cause Caution: Changes or modifications not expressly approved by the party responsible for This equipment has been tested and found to comply with the limits for a class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide a reasonable e in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and uses in accordance with the instructions, may cause harmful interference to radio communications. However, there is no e that interference will not occur in a particular installation. If this equipment does

cause harmful interference to radio or television reception, wich can be determined by turning the equipment off and on, the user is encouraged to try to correct the inmore of the following measures:1) Reorient or relocate the receiving antenna2) Increase the separation between the equipment and the receiver3) Connect the equipment into a an outlet on a circuit different from that to which the receiver is connected Consult the dealer or an experienced radio/TV technician for help CANADA – User information This intends to inform how to specify the Industry Canada (IC) ID of our module “FCfinal product: According to Canadian standards “RSSwhich indicates that it contains our module. The label should use wording such as: “Contains IC ID: 5119A-FC7100”. Any similar wording that expresses the same meaning may be used.The label of the host device should also include the below IC statements. When it is not possible, this information should be included in the User Manual of the host device:[English] “This device complies with Industry Canada licenceto the following two conditions:(1) This device may not cause interference, and(2) This device must accept any interference, including interference that may cause undesired operation of the device. This equipment complies with IC RF radiation exposure lienvironment. The antenna(s) used for this transmitter must be installed and operated to provide a separation distance of at least 20 cm from all persons, and must not be coconjunction with any other antenna or transmitter.separation distance of at least 20 cm [French] « Le présent appareil est conforme aux CNR d'Industrie Canada applicables aux appareiexempts de licence. L'exploitation est autorisée aux deux conditions suivantes : (1) L’appareil ne doit pas produire de brouillage, et (2) L’utilisateur de l'appareil doit accepter tout brouillage radioélectrique subi, même si le brouillage est susceptible d'en compromettre le fonctionnementCet appareil est conforme aux limites d’exposition auutilisation dans un environnement non contrôlé. Les antennes utilisées pour cet émetteur doivent être installées et doivent fonctionner à au moins 20 cm de distance des utilisateursplacées près d’autres antennes ou émetteursinstallateurs / intégrateurs doivent s’assurer qu’une distance deses antennes des utilisateurs. » Confidential Information cause harmful interference to radio or television reception, wich can be determined by turning the equipment off and on, the user is encouraged to try to correct the inmore of the following measures: Reorient or relocate the receiving antenna Increase the separation between the equipment and the receiver Connect the equipment into a an outlet on a circuit different from that to which the receiver is Consult the dealer or an experienced radio/TV technician for help.” User information This intends to inform how to specify the Industry Canada (IC) ID of our module “FCAccording to Canadian standards “RSS-210” and “RSS-Gen”, the host device should have a label which indicates that it contains our module. The label should use wording such as: “Contains IC 100”. Any similar wording that expresses the same meaning may be used.device should also include the below IC statements. When it is not possible, this information should be included in the User Manual of the host device: “This device complies with Industry Canada licence-exempt RSS standards.to the following two conditions: (1) This device may not cause interference, and (2) This device must accept any interference, including interference that may cause undesired This equipment complies with IC RF radiation exposure limits set forth for an uncontrolled environment. The antenna(s) used for this transmitter must be installed and operated to provide a separation distance of at least 20 cm from all persons, and must not be co-located or operated in r antenna or transmitter. Installers / integrators must ensureat least 20 cm exists between the device and its antenna and Le présent appareil est conforme aux CNR d'Industrie Canada applicables aux appareiL'exploitation est autorisée aux deux conditions suivantes : (1) L’appareil ne doit pas produire de brouillage, et L’utilisateur de l'appareil doit accepter tout brouillage radioélectrique subi, même si le susceptible d'en compromettre le fonctionnement » Cet appareil est conforme aux limites d’exposition aux rayonnements RF stipulées par utilisation dans un environnement non contrôlé. Les antennes utilisées pour cet émetteur doivent être lées et doivent fonctionner à au moins 20 cm de distance des utilisateurs, et ne doivent pas être placées près d’autres antennes ou émetteurs, ou fonctionner en conjonction doivent s’assurer qu’une distance de 20 cm au moins 38/39 Ref: OEM-2012-149 cause harmful interference to radio or television reception, wich can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or Connect the equipment into a an outlet on a circuit different from that to which the receiver is This intends to inform how to specify the Industry Canada (IC) ID of our module “FC7100” on the Gen”, the host device should have a label which indicates that it contains our module. The label should use wording such as: “Contains IC 100”. Any similar wording that expresses the same meaning may be used. device should also include the below IC statements. When it is not possible, exempt RSS standards. Operation is subject (2) This device must accept any interference, including interference that may cause undesired mits set forth for an uncontrolled environment. The antenna(s) used for this transmitter must be installed and operated to provide a located or operated in must ensure that a and users. Le présent appareil est conforme aux CNR d'Industrie Canada applicables aux appareils radio L'exploitation est autorisée aux deux conditions suivantes : L’utilisateur de l'appareil doit accepter tout brouillage radioélectrique subi, même si le s RF stipulées par IC pour une utilisation dans un environnement non contrôlé. Les antennes utilisées pour cet émetteur doivent être et ne doivent pas être en conjonction avec ceux-ci. Les au moins sépare l’appareil et

10.3 Japanese Radio Law and Japanese Telecommunications Business LawCompliance. This device is granted pursuant to the Japanese Radio Law (and the Japanese Telecommunications Business Law (This device should not be modified (otherwise the granted designation number will Identifications: R : 202-LSC072 T : D 14-0041 202 Confidential Information Japanese Radio Law and Japanese Telecommunications Business LawThis device is granted pursuant to the Japanese Radio Law (電波法) and the Japanese Telecommunications Business Law (電気通信事業法) This device should not be modified (otherwise the granted designation number will 39/39 Ref: OEM-2012-149 Japanese Radio Law and Japanese Telecommunications Business Law This device should not be modified (otherwise the granted designation number will become invalid)

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