Sierra Wireless AirPrime AR7558 Hardware Integration Manual Download

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4116922

1.1

March 9, 2015

AirPrime AR7558

Hardware Integration Guide

Summary of Contents for AirPrime AR7558

Page 1: ...4116922 1 1 March 9 2015 AirPrime AR7558 Hardware Integration Guide ...

Page 2: ... the aircraft is on the ground and the door is open Sierra Wireless modems may be used at this time The driver or operator of any vehicle should not operate the Sierra Wireless modem while in control of a vehicle Doing so will detract from the driver or operator s control and operation of that vehicle In some states and provinces operating such communications devices while in control of a vehicle ...

Page 3: ...red trademarks of Sierra Wireless Inc or one of its subsidiaries Watcher is a registered trademark of Netgear Inc used under license Windows and Windows Vista are registered trademarks of Microsoft Corporation Macintosh and Mac OS X are registered trademarks of Apple Inc registered in the U S and other countries QUALCOMM is a registered trademark of QUALCOMM Incorporated Used under license Other t...

Page 4: ... 4 Hardware Integration Guide Document History Version Date Updates 1 0 January 21 2015 Creation based on document 4114188 AirPrime AR7558 Hardware Integration Guide Rev1 0 1 1 March 9 2015 Some correction for power tolerance Rev1 1 ...

Page 5: ...Thermal Consideration 18 4 RF SPECIFICATION 19 4 1 LTE RF Interface 19 4 1 1 LTE Max TX Output Power 19 4 1 2 LTE RX Sensitivity 19 4 2 CDMA RF Interface 19 4 2 1 CDMA Max TX Output Power 20 4 2 2 CDMA RX Sensitivity 20 4 3 WCDMA RF Interface 20 4 3 1 WCDMA Max TX Output Power 20 4 3 2 WCDMA RX Sensitivity 20 4 4 WWAN Antenna Interface 21 4 4 1 WWAN Antenna Recommendations 21 4 5 Primary Antenna D...

Page 6: ...Port Switch 38 6 9 Secure Digital IO 38 6 10 I2 C 39 6 11 Voltage Reference 39 6 12 RESET 39 6 13 ADC 40 6 14 LED 41 6 15 Audio 41 6 15 1 Analog Audio 41 6 15 2 Digital Audio 42 6 15 2 1 PCM 42 6 15 2 2 I2S 45 6 16 SPI Bus 47 6 16 1 Characteristics 47 6 16 2 SPI Configuration 47 6 16 3 SPI Waveforms 47 6 16 4 SPI Pin Description 48 6 16 5 Application 48 6 17 HSIC Bus 49 6 17 1 HSIC Pin Description...

Page 7: ...are Integration Guide 7 4 Interface Circuit Recommendations 55 8 REGULATORY INFORMATION 56 8 1 Important Notice 56 8 2 Safety and Hazards 56 8 3 Important Compliance Information for USA OEM Integrators 56 9 REFERENCES 59 10 ABBREVIATIONS 60 ...

Page 8: ...40 Figure 16 LED Reference Circuit 41 Figure 17 Audio Block Diagram 41 Figure 18 PCM_FS Timing Diagram 2048 kHz Clock 43 Figure 19 PCM Codec to AR Device Timing Diagram Primary PCM 44 Figure 20 AR Device to PCM Codec Timing Diagram Primary PCM 44 Figure 21 PCM_FS Timing Diagram 128 kHz Clock 45 Figure 22 PCM Codec to AR Device Timing Diagram Auxiliary PCM 45 Figure 23 AR Device to PCM Codec Timing...

Page 9: ...14 WWAN Antenna Interface Pads 21 Table 15 AirPrime AR7558 WWAN Antenna Recommendations 21 Table 16 Primary Antenna ADC Characteristics 22 Table 17 Primary Antenna Diagnostics Ranges 22 Table 18 RX2 Antenna ADC Characteristics 23 Table 19 RX2 Antenna Diagnostics Ranges 23 Table 20 GNSS Characteristics 24 Table 21 GNSS Antenna Interface Characteristics 24 Table 22 GNSS Antenna Interface Pads 25 Tab...

Page 10: ...nce Characteristics 39 Table 51 Reset Interface Pads 39 Table 52 Reset Timing 40 Table 53 ADC Interface Pads 40 Table 54 ADC Interface Characteristics 41 Table 55 LED Interface Pad 41 Table 56 Analog Audio Interface Pads 41 Table 57 Analog Audio Interface Characteristics 42 Table 58 Digital Audio Interface Pads 42 Table 59 PCM Interface Configurations 42 Table 60 Primary PCM Timing 43 Table 61 Aux...

Page 11: ...ith the AirPrime AR5550 and AR855x They also have Global Navigation Satellite System GNSS capabilities including GPS and GLONASS The AirPrime AR7558 embedded modules are based on the Qualcomm MDM9615 wireless chipset and support the following bands Table 1 AirPrime AR7558 Embedded Module Product Description Band Support AirPrime AR7558 LTE CDMA2000 WCDMA GSM embedded module LTE B4 B25 B26 B41 CDMA...

Page 12: ... 849 Band 41 2496 to 2690 2496 to 2690 CDMA2000 1xRTT 1xEVDO Band Class 0 869 to 894 824 to 849 Band Class 1 1930 to 1990 1850 to 1910 Band Class 10 861 to 868 975 816 to 823 975 WCDMA HSPA II 1900 PCS 1930 MHz to 1990 MHz 1850 MHz to 1910 MHz V 850 CELL 869 MHz to 894 MHz 824 MHz to 849 MHz GSM GPRS EDGE GSM 850 869 to 894 824 to 849 PCS 1900 1930 to 1990 1850 to 1910 2 2 Communications Functions...

Page 13: ...4116922 Rev 1 1 January 21 2015 13 Hardware Integration Guide Functional Specifications 2 3 Block Diagram Figure 1 AirPrime AR7558 Block Diagram ...

Page 14: ...t the device Shall remain fully functional during and after environmental exposure Shall exhibit the ability to establish a voice SMS or DATA call emergency call at all times even when one or more environmental constraint exceeds the specified tolerance Unless otherwise stated full performance should return to normal after the excessive constraint s have been removed 3 2 Electrical Specifications ...

Page 15: ...ds must be used when handling the AirPrime AR7558 devices 3 3 Mechanical Specifications 3 3 1 Physical Dimensions and Connection Interface The AirPrime AR7558 embedded modules are a Land Grid Array LGA form factor device The device does not have a System or RF connectors All electrical and mechanical connections are made via the 303 pad LGA on the underside of the PCB Table 6 AirPrime AR7558 Embed...

Page 16: ...are Integration Guide Hardware Specifications 3 3 2 Mechanical Drawing Figure 2 AR55x Assembly Drawing Figure 3 AirPrime AR7558 Mechanical Dimensions Drawing Note The dimensions in this document s figures are preliminary and subject to change ...

Page 17: ...print is a 303 pad array of 0 9mm 1 45mm and 1 90mm pads The following drawing illustrates the device footprint The application footprint is recommended to mirror the device footprint as illustrated in the following drawing subject to change Figure 4 AirPrime AR7558 Footprint Figure 5 AirPrime AR7558 Recommended Application Land Pattern ...

Page 18: ...3 3 4 Thermal Consideration The AirPrime AR7558 device is designed to work over an extended temperature range In order to do this efficiently a method of sinking heat from the product is recommended Refer to application notes TBD for details Figure 6 AirPrime AR7558 Heatsink Contact Area ...

Page 19: ...nd 4 2110 MHz to 2155 MHz 23 dB 2 2 dB Band 25 1930 to 1995 Band 26 859 to 894 Band 41 2496 to 2690 22 5 dB 3 2 1 7 4 1 2 LTE RX Sensitivity The Minimum Receiver Sensitivity of the AirPrime AR7558 embedded modules are specified in the following table Table 8 AirPrime AR7558 Minimum LTE Receiver Sensitivity Band Frequency Band MHz Minimum RX Downlink Criteria Band 4 1710 MHz to 1755 MHz tbd tbd Ban...

Page 20: ...m CDMA Receiver Sensitivity Band Class Frequency Band Minimum RX downlink Criteria BC0 800 MHz 106 dBm Class A 104 dBm Class B Less than 0 5 FER BC1 1900 MHz 4 3 WCDMA RF Interface This section presents the WCDMA RF Specification for the AirPrime AirPrime AR7558 embedded modules 4 3 1 WCDMA Max TX Output Power The Maximum Transmitter Output Power of the AirPrime AR7558 embedded module are specifie...

Page 21: ...14 849 2496 2690 RX 869 894 1930 1990 2110 2155 1930 1995 859 894 2496 2690 Impedance RF 50 Ω VSWR max RX 2 1 TX 2 1 Maximum Voltage Primary Antenna 36 Volts RX2 Antenna 36 Volts LTE MIMO tbd Note RX2 Antenna port is RX only RX parameters in the above tables are also applicable Table 14 WWAN Antenna Interface Pads Pad Name Direction Function BA11 GND Primary Antenna Ground BA12 PRIMARY_ANT Input O...

Page 22: ...nt 7 for the syntax of AT ANTLIMT Table 16 Primary Antenna ADC Characteristics Min Nom Max Units ADC Voltage Range 0 0 9 1 8 Volts Resolution 15 Bit ADC Values 0 16383 Voltage ADC step 0 0011 Volts 1 Assumes 10kΩ Nominal DC resistance in the attached antenna and internal to AirPrime AR7558 device The following example illustrates the Antenna states and resistance values for a typical limit setting...

Page 23: ...esolution 15 Bit ADC Values 0 16383 Voltage ADC step 0 0011 Volts 1 Assumes 10kΩ Nominal DC resistance in the attached antenna and internal to AirPrime AR7558 device The following example illustrates the Antenna states and resistance values for a typical limit setting AT ANTLIMT 2 839 1088 Table 19 RX2 Antenna Diagnostics Ranges Antenna State Min ADC Max ADC Antenna Resistance Range Short 0 839 7 ...

Page 24: ...Vs Support for Predicted Orbits Yes Predicted Orbit CEP 50 Accuracy 5 m Standalone Time To First Fix TTFF Super Hot 1 s Warm 29 s Cold 32 s Number of channels tbd GNSS Message Protocols NMEA Note Acquisition Tracking Sensitivity performance figures assume open sky w active patch GNSS antenna and a 2 5 dB Noise Figure 5 2 GNSS Antenna Interface The specification for GNSS Antenna Interface is define...

Page 25: ... mA Max Antenna System Gain Antenna LNA Cable 20 24 dB Polarization Right Hand Circular Polarization 5 3 GNSS Antenna Diagnostics The GNSS Antenna Diagnostic feature measures the current drawn by an active GNSS antenna to determine the state of this antenna interface Based on the current draw an assessment of open short normal or over current is made If an over current is detected the bias for the...

Page 26: ...ciated ADC values Table 25 VGNSS_ANT Current Draw I mA Nominal 0 337 5 612 10 936 15 1242 20 1558 25 1877 30 2194 35 2494 40 2821 45 3188 50 3444 55 3747 60 4065 65 4292 70 4319 The graph below illustrates the relationship between current drawn on VGNSS_ANT vs the ADC readings used to monitor the GNSS Antenna status Figure 7 VGNSS_ANT vs ADC Readings Relationship ...

Page 27: ...ey current consumption values for various modes of the AirPrime AR7558 devices Table 26 AirPrime AR7558 Current Consumption Values Mode Parameter Typical Max Units On Call CDMA Maximum TX Output 1xRTT 1xEVDO tbd mA 0dBm TX Output 1xRTT tbd mA 0dBm TX Output 1xEVDO tbd mA On Call WCDMA Maximum TX Output WCDMA HSPA tbd mA 0dBm TX Output WCDMA tbd mA 0dBm TX Output HSPA tbd mA On Call LTE Maximum TX ...

Page 28: ...cs The Digital IO characteristics are defined in the table below These apply to GPIOs UART LED SDIO and PCM I2S Table 27 Digital IO Characteristics Parameter Comments Min Typ Max Units VIH High level input voltage CMOS Schmitt 0 65 VCC_1V8 VCC_1V8 0 3 V VIL Low level input voltage CMOS Schmitt 0 3 0 35 VCC_1V8 V VOH High level output voltage CMOS at pin rated drive strength VCC_1V8 0 45 VCC_1V8 V ...

Page 29: ...tentially damage the device or result in GPIOs being set to undetermined levels 5 6 Internal Device Frequencies The table below summarizes the frequencies generated within the AirPrime AR7558 This table is provided for reference only to the device integrator Table 28 Internal Device Frequencies Subsystem Feature Frequency Units Real Time Clock 32 768 kHz PCM Audio interface Primary PCM Master Mode...

Page 30: ...port USB bus powered operation DC power must be supplied via the VBATT input Table 30 Power Supply Pads Pad Name Direction Function If Unused EA2 VBATT Input Power Supply Input Must Be Used EB2 VBATT Input Power Supply Input Must Be Used EC2 VBATT Input Power Supply Input Must Be Used 6 1 1 Under Voltage Lockout UVLO The power management section of the AirPrime AR7558 includes an under voltage loc...

Page 31: ...ications of this interface Table 33 VCOIN Interface Specification VCOIN Min Typ Max Units DC Power Input Range TBD TBD TBD V Current Draw 1 1 2 0 μA The table below defines the VCOIN charging specifications Table 34 VCOIN Charging Specifications VCOIN Charging Specs Comments Min Typ Max Units Target regulator voltage 1 VIN 2 5 V ICHG 100 μA TBD TBD TBD V Target series resistance 2 800 2100 Ω Coin ...

Page 32: ...ould not be driven high external to the AirPrime AR7558 embedded module Table 36 ON OFF Internal Pull Up Signal Parameter Min Typ Max Units ON OFF Internal Pull up 200 kΩ 6 3 1 ON OFF Timing The ON OFF pin is a low pulse toggle control The first pulse powers the AirPrime AR7558 ON a second pulse instructs the AirPrime AR7558 to begin the Shutdown process The diagram below illustrates the recommend...

Page 33: ...is complete and when shutdown is completed by the AirPrime AR7558 devices This duration is network and device dependent i e in a CDMA network a power down registration is initiated by the AirPrime AR7558 device when the acknowledgement is received from the network power OFF completes Detection of power down can be accomplished by monitoring for one of the following WIND 10 output on the AT Command...

Page 34: ...m The following table lists the parameter that defines the wake interval period for the various devices Table 38 Period of Wake Intervals AR Series Device Network Standard Parameter AR7558 CDMA SCI WCDMA DRX LTE DRX The average current consumption of the AirPrime AR7558 while in this mode is defined in the Sleep Mode portion of the current consumption tables in section 5 4 Current Consumption The ...

Page 35: ... sleep mode 6 3 3 1 Sequence to Enter Deep Sleep Mode The following list defines the sequence needed by the application to allow the AirPrime AR7558 to enter Deep Sleep mode 1 AR7558 has registered on the WWAN network or callbox and is not in a call 2 End GNSS Tracking session 3 Turn off GNSS Antenna bias 4 Confirm WAKE_N is not held low pulled up in AirPrime AR7558 5 Issue AT command to request A...

Page 36: ...1 Input Data Terminal Ready UART1 UART1 Leave Open AF5 DSR1 Output Data Set Ready UART1 UART1 Leave Open DB2 RXD2 Output UART2 Receive Data UART2 Leave Open DA2 TXD2 Input UART2 Transmit Data UART2 Leave Open 1 If UART1 is implemented as a 2 wire interface RTS1 should be pulled low to disable flow control 6 6 Ring Indicator The Ring Indicator RI may be used to notify an external application of sev...

Page 37: ...lication Figure 13 Recommended UIM Holder Implementation UIM_DETECT is used to detect the physical presence of a SIM UIM card in the holder It has a 3 0uA to 30µA pull up to 1 8V inside the AirPrime AR7558 It should be set to GND if a SIM UIM is present All signals must be ESD protected near the UIM holder The capacitor and two resistors should be added as placeholders to compensate for potential ...

Page 38: ...eave Open Band indicator2 CF5 GPIO10 Pull Down Available GPIO Leave Open Band indicator3 Refer to the Digital IO Characteristics section for electrical characteristics of these signals 6 8 1 AT Port Switch The AirPrime AR7558 supports switching the active AT command port between USB and UART Table 46 AT Port Switch States Pad Name State AT Port AB5 AT_PORT_SW Low default Available on USB High Avai...

Page 39: ... Typ Max Units VCC_1V8 Voltage Level 1 746 1 8 1 854 V Output Current 25 mA The VCC_1V8 signal can be used to power external circuitry and or detect the power state of the AirPrime AR7558 device Using VCC_1V8 to determine the power state is recommended when the user application wants to disable VBATT VBATT should not be disabled before VCC_1V8 goes inactive To be able to detect the power state on ...

Page 40: ...mbol Parameter Min Typ Max Trdet Duration of RESIN_N signal before firmware detects it debounce timer 32 ms Trlen Duration reset asserted 40 ms Trdel Delay between minimum Reset duration and Internal Reset generated 500 ms RESIN_N RESOUT_N Trlen Trdel Trdet Figure 14 Illustration of Reset Timing When RESIN_N Trdel RESIN_N RESOUT_N Trdet Trdel Figure 15 Illustration of Reset Timing When RESIN_N Hel...

Page 41: ...e modified using the AT command AT LEDCTRL 6 15 Audio The AirPrime AR7558 supports both Analog and Digital audio interfaces The following diagram illustrates the Audio subsystem and identifies where various AT commands affect the audio subsystem Refer to document 7 for details of the AT commands Diagram tbd Figure 17 Audio Block Diagram 6 15 1 Analog Audio The AirPrime AR7558 provides a mono diffe...

Page 42: ...l Audio Interface Pads Pad Name Direction 1 PCM Function Direction I2S Function If Unused DB3 PCM_FS Output PCM Frame Sync Input Output I2S_WS Leave Open DA3 PCM_CLK Output PCM Clock Input Output I2S_SCLK Leave Open DC2 PCM_DOUT Output PCM Data Out Output I2S_DOUT Leave Open DD2 PCM_DIN Input PCM Data In Input I2S_DIN Leave Open 1 Direction when defined in Master mode 6 15 2 1 PCM The AirPrime AR7...

Page 43: ... Timing Parameter Description Min Typ Max unit T sync PCM_FS cycle time 125 µs T synch PCM_FS high time 488 ns T syncl PCM_FS low time 124 5 µs T clk PCM_CLK cycle time 488 ns T clkh PCM_CLK high time 244 ns T clkl PCM_CLK low time 244 ns T susync PCM_FS setup time high before falling edge of PCM_CLK 122 ns T hsync PCM_FS Hold time after falling edge of PCM_CLK 366 ns T sudin PCM_DIN setup time be...

Page 44: ...ming Parameter Description Min Typ Max unit T auxsync PCM_FS cycle time 125 µs T auxsynch PCM_FS high time 62 4 62 5 µs T auxsyncl PCM_FS low time 62 4 62 5 µs T auxclk PCM_CLK cycle time 7 8 µs T auxclkh PCM_CLK high time 3 8 3 9 µs T auxclkl PCM_CLK low time 3 8 3 9 µs T suauxsync PCM_FS setup time high before falling edge of PCM_CLK 1 95 ns T hauxsync PCM_FS Hold time after falling edge of PCM_...

Page 45: ...ry PCM 6 15 2 2 I2S The AirPrime AR7558 I2S interface can be used to transfer serial digital audio to from an external stereo DAC ADC The I2S interface is a 4 wire interface serial clock I2S_SCLK word select I2S_WS serial uplink data I2S_DIN and serial downlink data I2S_DOUT The AirPrime AR7558 I2S interface can be configured as a master or slave and either transmitter or receiver A high level tim...

Page 46: ... fixed position whereas the LSB position depends upon word length The transmitter always sends the MSB of the next word one clock period after WS changes Serial data sent by the transmitter may be synchronized with either the trailing H to L or leading L to H edge of the clock signal Serial data must be latched into the receiver on the leading edge of the serial clock signal 6 15 2 2 2 I2S_WS The ...

Page 47: ...nly mode operation SPI speed is from 128 kbit s to 26 Mbit s in master mode operation 4 wire interface 4 to 32 TBD bits data length 6 16 2 SPI Configuration Table 62 SPI Configuration Operation Maximum Speed SPI Mode Duplex 4 wire Type Master 26Mb s 0 1 2 3 full SPIx CLK SPIx IO SPIx I SPIx_CS For the 4 wire configuration SPIx I O is used as output only SPIx I is used as input only TBC by firmware...

Page 48: ...hold 0 3 ns t tse Tri state enable 5 5 ns t tsd Tri state disable 5 5 ns 6 16 4 SPI Pin Description Refer to the following table for the SPI interface pin description Table 64 SPI Pin Description Signal Pin I O I O Type Reset State Description SPI CLK CE4 O 1V8 Z SPI Serial Clock SPI MISO CE3 I 1V8 Z SPI Serial input SPI MOSI CD4 O 1V8 Z SPI Serial output SPI_CS CD5 O 1V8 Z SPI Chip Select 6 16 5 ...

Page 49: ...ibration pad for HSIC port signal 6 17 1 HSIC Pin Description Refer to the following table for the HSIC interface pin description Table 65 HSIC Pin Description Signal Pin I O I O Type Reset State Description HSIC_STB AA2 B 1V2 Z HSIC strobe signal HSIC_DATA AA3 B 1V2 Z HSIC data HSIC_CAL AA4 B 1V2 Z HSIC calibration pad 6 17 2 HSIC Waveforms The following figure shows waveforms for HSIC signal sam...

Page 50: ...onfiguration has the input and output data lines disassociated AirPrime AR755X Customer Application HSIC_Ready HSIC_STB HSIC_DATA HSIC_CAL 240ohm Figure 28 Example of HSIC Bus Application Note Trace length to 10cm maximum Skew between data and strobe signals 15ps and Connect HSIC_Ready to HSIC_RST_N of the HSIC device ...

Page 51: ...onitoring State Machine Table 66 Temperature Monitoring States State Description Threshold 1 Default Temp value C Functionality Normal Both PMIC and PA Thermistors are between TEMP_HI_NORM 85 All TEMP_LO_NORM 40 High Temperature Warning Either PMIC or PA Thermistor has exceeded TEMP_HI_WARN 95 All Warning message output on AT Command port High Temperature Critical Either PMIC or PA Thermistor has ...

Page 52: ...of the material used trace width W trace thickness T and height H between the trace and the reference ground plane In order to respect this constraint Sierra Wireless recommends that a MicroStrip structure be used and trace width be computed with a simulation tool such as AppCAD shown in the figure below and available free of charge at http www avagotech com Figure 30 AppCAD Screenshot for Microst...

Page 53: ...orners A smooth radius is recommended E g Use of 45 angles instead of 90 The ground reference plane should be a solid continuous plane under the trace The coplanar clearance G below from the trace to the ground should be at least the trace width W and at least twice the height H This reduces the parasitic capacitance which potentially alters the trace impedance and increases the losses E g If W 10...

Page 54: ...itical to achieving optimal performance of the AirPrime AR7558 devices when integrated into an application Recommendations Do not use a separate GND for the Antennas Connections to GND from the AirPrime AR7558 should be flooded plane using thermal reliefs to ensure reliable solder joints VBATT is recommended to be routed as a wide trace s directly from the 4V supply to the LGA pad 7 3 Antenna Reco...

Page 55: ...e AR7558 Input Reference Circuit The figure below is a reference circuit for a digital output signal from the AirPrime AR7558 device OVT VCC Output from AirPrime AR module Input to App Vref of APP VCC_1V8 Figure 35 AirPrime AR7558 Output Reference Circuit The open drain non inverting buffer used in the reference circuits above is the OnSemi NL17SZ07 Tip The NL17SZ07 is over voltage tolerant on the...

Page 56: ...s device can transmit signals that could interfere with this equipment In an aircraft the AR Series device MUST BE POWERED OFF Otherwise the AR Series device can transmit signals that could interfere with various onboard systems and may be dangerous to the operation of the aircraft or disrupt the cellular network Use of cellular phone in aircraft is illegal in some jurisdictions Failure to observe...

Page 57: ...1 0 EDGE 824 849 27 0 4 5 2 0 1850 1910 26 0 1 0 1 0 UMTS 824 849 25 7 4 5 2 0 1850 1910 25 7 1 0 1 0 LTE 1710 1755 25 0 5 0 5 0 1850 1915 25 0 1 0 1 0 814 849 25 0 4 5 2 0 2496 2690 25 7 7 0 7 0 Collocated transmitters 1 WLAN 2400 2500 29 5 5150 580 29 5 WiMAX 2300 2400 29 5 2500 2700 29 5 3300 3800 29 5 BT 2400 2500 15 5 1 Valid collocated Transmitter combinations WLAN BT WiMAX BT WLAN WiMAX BT ...

Page 58: ... 2015 58 Hardware Integration Guide Regulatory Information Note If this module is intended for use in a portable device you are responsible for separate approval to satisfy the SAR requirements of FCC Part 2 1093 and IC RSS 102 ...

Page 59: ...cdma2000 Spread Spectrum Mobile Stations C S0011 IS 98D 3GPP2 3 Universal Serial Bus Specification USB Implementers Forum 4 Universal Serial Bus CDC Subclass Specification for Wireless Mobile Communication Devices USB Implementers Forum 5 Universal Serial Bus Class Definitions for Communication Devices USB Implementers Forum 6 AirPrime AR Series Customer Process Guidelines Sierra Wireless 7 AirPri...

Page 60: ...breviation Description CDMA Code Division Multiple Access DRX Discontinuous Receive GNSS Global Navigation Satellite System GSM Global System for Mobile Communications HSPA High Speed Packet Access LTE Long Term Evolution SCI Slot Cycle Index USB Universal Serial Bus WCDMA Wideband Code Division Multiple Access WWAN Wireless Wide Area Network ...

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