ME910C1 HW User Guide [04.2016] 1VV03001351 Rev. 11 – 2019-06-21 Mod. 0805 2016-08 Rev.
ME910C1 HW User Guide SPECIFICATIONS ARE SUBJECT TO CHANGE WITHOUT NOTICE NOTICE While reasonable efforts have been made to assure the accuracy of this document, Telit assumes no liability resulting from any inaccuracies or omissions in this document, or from use of the information obtained herein. The information in this document has been carefully checked and is believed to be reliable. However, no responsibility is assumed for inaccuracies or omissions.
ME910C1 HW User Guide USAGE AND DISCLOSURE RESTRICTIONS I. License Agreements The software described in this document is the property of Telit and its licensors. It is furnished by express license agreement only and may be used only in accordance with the terms of such an agreement. II. Copyrighted Materials Software and documentation are copyrighted materials. Making unauthorized copies is prohibited by law.
ME910C1 HW User Guide APPLICABILITY TABLE PRODUCTS ME910C1-NA ME910C1-NV ME910C1-N1 ME910C1-E1 ME910C1-AU ME910C1-K1 ME910C1-J1 ME910C1-E2 ME910C1-WW ME910C1-P1 ME910C1-P2 NE910C1-E1 NE910C1-NA 1VV0301351 Rev.
ME910C1 HW User Guide Contents NOTICE 2 COPYRIGHTS ................................................................................................ 2 COMPUTER SOFTWARE COPYRIGHTS ...................................................... 2 USAGE AND DISCLOSURE RESTRICTIONS ............................................... 3 I. License Agreements ..................................................................... 3 II. Copyrighted Materials .................................................................
ME910C1 HW User Guide VAUX Power Output ................................................................... 35 RTC Supply ................................................................................ 35 5. DIGITAL SECTION .................................................................... 36 Logic Levels................................................................................ 36 Power On.................................................................................... 36 Power Off............
ME910C1 HW User Guide Codec examples ......................................................................... 79 8. GNSS SECTION......................................................................... 80 GNSS Signals Pin-out................................................................. 80 RF Front End Design .................................................................. 80 8.2.1. Guidelines of PCB line for GNSS Antenna .................................. 80 GNSS Antenna Requirements ............
ME910C1 HW User Guide 15. DOCUMENT HISTORY ............................................................ 104 1VV0301351 Rev.
ME910C1 HW User Guide 1. INTRODUCTION Scope Scope of this document is to give a description of some hardware solutions useful for developing a product with the Telit ME910C1 module. Audience This document is intended for Telit customers, who are integrators, about to implement their applications using our ME910C1 modules.
ME910C1 HW User Guide Text Conventions Danger – This information MUST be followed or catastrophic equipment failure or bodily injury may occur. Caution or Warning – Alerts the user to important points about integrating the module, if these points are not followed, the module and end user equipment may fail or malfunction. Tip or Information – Provides advice and suggestions that may be useful when integrating the module. All dates are in ISO 8601 format, i.e. YYYY-MM-DD.
ME910C1 HW User Guide 2. OVERVIEW The aim of this document is the description of some hardware solutions useful for developing a product with the Telit ME910C1 module. In this document all the basic functions of a m2m module will be taken into account; for each one of them a proper hardware solution will be suggested and eventually the wrong solutions and common errors to be avoided will be evidenced. Obviously this document cannot embrace the whole hardware solutions and products that may be designed.
ME910C1 HW User Guide Communications S.p.A. other than for circuitry embodied in Telit products. This document is subject to change without notice. 1VV0301351 Rev.
ME910C1 HW User Guide 3. PINS ALLOCATION Pin-out Pin Signal I/O Function USB HS 2.0 COMMUNICATION PORT Comment 5 / 3V Internal PD (FW upgrade and Data) B15 USB_D+ I/O USB differential Data (+) C15 USB_D- I/O USB differential Data (-) A13 VUSB I Enable pin for the internal USB transceiver. Asynchronous Serial Port Type (100K) (FW upgrade and Data with Flow Control) N15 C103/TXD I Serial data input from DTE CMOS 1.8V M15 C104/RXD O Serial data output to DTE CMOS 1.
ME910C1 HW User Guide SIM Card Interface A6 SIMCLK O External SIM signal – Clock 1.8 / 3V A7 SIMRST O External SIM signal – Reset 1.8 / 3V A5 SIMIO I/O External SIM signal – Data I/O 1.8 / 3V A4 SIMIN I External SIM signal – Presence (active low) CMOS 1.8 A3 SIMVCC - External SIM signal – Power supply for the SIM 1.8 / 3V Internal PU (47K) Digital Voice Interface (DVI) B9 DVI_WA0 I/O Digital Audio Interface (WA0) 1.8V B6 DVI_RX I Digital Audio Interface (RX) 1.
ME910C1 HW User Guide DIGITAL IO C8 GPIO_01 I/O GPIO_01 /STAT LED CMOS 1.8V C9 GPIO_02 I/O GPIO_02 CMOS 1.8V C10 GPIO_03 I/O GPIO_03 CMOS 1.8V C11 GPIO_04 I/O GPIO_04 CMOS 1.8V B14 GPIO_05 I/O GPIO_05 CMOS 1.8V C12 GPIO_06 I/O GPIO_06 CMOS 1.8V C13 GPIO_07 I/O GPIO_07 CMOS 1.8V K15 GPIO_08 I/O GPIO_08 CMOS 1.8V L15 GPIO_09 I/O GPIO_09 CMOS 1.8V G15 GPIO_10 I/O GPIO_10 CMOS 1.
ME910C1 HW User Guide GNSS Section GNSS Antenna R9 ANT_GNSS I R7 GNSS_LNA_EN O (50 ohm) External GNSS LNA Enable RF CMOS 1.8V Miscellaneous Functions R13 HW_SHUTDOWN* I HW Unconditional Shutdown 1.8V Active low R12 ON_OFF*/WAKE* I Input command for power ON and to wake from deep sleep mode 1.8V Active low R11 VAUX/PWRMON O Supply Output for external accessories / Power ON Monitor 1.8V F14 FORCED_USB_BOO T I Debug pin, connect to test point CMOS 1.
ME910C1 HW User Guide P2 VBATT_PA - Main power supply (Radio PA) Power E1 GND - Ground Power G1 GND - Ground Power H1 GND - Ground Power J1 GND - Ground Power L1 GND - Ground Power A2 GND - Ground Power E2 GND - Ground Power F2 GND - Ground Power G2 GND - Ground Power H2 GND - Ground Power J2 GND - Ground Power K2 GND - Ground Power L2 GND - Ground Power R2 GND - Ground Power M3 GND - Ground Power N3 GND - Ground Power P3
ME910C1 HW User Guide M4 GND - Ground Power N4 GND - Ground Power P4 GND - Ground Power R4 GND - Ground Power N5 GND - Ground Power P5 GND - Ground Power R5 GND - Ground Power N6 GND - Ground Power P6 GND - Ground Power R6 GND - Ground Power P8 GND - Ground Power R8 GND - Ground Power P9 GND - Ground Power P10 GND - Ground Power R10 GND - Ground Power M12 GND - Ground Power B13 GND - Ground Power P13 GND - Ground Power
ME910C1 HW User Guide C1 RESERVED - RESERVED D1 RESERVED - RESERVED F1 RESERVED - RESERVED B2 RESERVED - RESERVED C2 RESERVED - RESERVED D2 RESERVED - RESERVED B3 RESERVED - RESERVED C3 RESERVED - RESERVED D3 RESERVED - RESERVED E3 RESERVED - RESERVED F3 RESERVED - RESERVED G3 RESERVED - RESERVED K3 RESERVED - RESERVED L3 RESERVED - RESERVED B4 RESERVED - RESERVED C4 RESERVED - RESERVED B5 RESERVED - RESERVED C5 RESERVED - RESERVED C6
ME910C1 HW User Guide N7 RESERVED - RESERVED P7 RESERVED - RESERVED N8 RESERVED - RESERVED N9 RESERVED - RESERVED A10 RESERVED - RESERVED N10 RESERVED - RESERVED N11 RESERVED - RESERVED P11 RESERVED - RESERVED B12 RESERVED - RESERVED D12 RESERVED - RESERVED N12 RESERVED - RESERVED P12 RESERVED - RESERVED G14 RESERVED - RESERVED J14 RESERVED - RESERVED K14 RESERVED - RESERVED N13 RESERVED - RESERVED L13 RESERVED - RESERVED J13 RESERVED -
ME910C1 HW User Guide H13 RESERVED - RESERVED G13 RESERVED - RESERVED F13 RESERVED - RESERVED B11 RESERVED - RESERVED B10 RESERVED - RESERVED A9 RESERVED - RESERVED A8 RESERVED - RESERVED E13 RESERVED - RESERVED D13 RESERVED - RESERVED D14 RESERVED - RESERVED A14 RESERVED - RESERVED A12 RESERVED - RESERVED A11 RESERVED - RESERVED H15 RESERVED - RESERVED J15 RESERVED - RESERVED C14 RESERVED - RESERVED H3 RESERVED - RESERVED J3 RESERVED -
ME910C1 HW User Guide WARNING: Reserved pins must not be connected. Only D13-E13 pins can be connected together in order to be compatible with HE910 module. 1VV0301351 Rev.
ME910C1 HW User Guide LGA Pads Layout TOP VIEW A 1 B C D E F G H J K L M N P ADC_IN1 RES RES GND RES GND GND GND ANT GND VBATT VBATT_PA VBATT_PA R 2 GND RES RES RES GND GND GND GND GND GND GND VBATT VBATT_PA VBATT_PA GND 3 SIMVCC RES RES RES RES RES RES RES RES RES RES GND GND GND GND 4 SIMIN RES RES GND GND GND GND GND 5 SIMIO RES RES GND GND GND 6 SIMCLK DVI_RX RES GND GND GND 7 SIMRST DVI_TX RES RES RES GNSS_LNA
ME910C1 HW User Guide 4. POWER SUPPLY The power supply circuitry and board layout are a very important part in the full product design and they strongly reflect on the product overall performances, hence read carefully the requirements and the guidelines that will follow for a proper design. Power Supply Requirements The external power supply must be connected to VBATT and VBATT_PA pads and must fulfil the following requirements: Value Power Supply Nominal Supply Voltage 3.
ME910C1 HW User Guide NOTE: For PTCRB approval on the final products the power supply is required to be within the “Normal Operating Voltage Range”. 1VV0301351 Rev.
ME910C1 HW User Guide Power Consumption *Preliminary data Mode Average Mode Description (mA) Switched off 0.008mA Module supplied but switched off IDLE mode AT+CFUN=1 12 mA Normal mode: full functionality of the module AT+CFUN=4 11 mA Disabled TX and RX; module is not registered on the network AT+CFUN=5 2.3 mA Paging cycle #64 frames (0.64 sec DRx cycle) 1.4 mA Paging cycle #128 frames (1.28 sec DRx cycle) 1.1 mA Paging cycle #256 frames (2.
ME910C1 HW User Guide PSM Mode AT+CPSMS=1 0.
ME910C1 HW User Guide 1800 Current Profile at Max Power (33 dBm) Average Value at Max Power Current Profile at Low Power (< 0 dBm) Average Value at Low Power 1600 1400 1200 1000 800 600 400 200 0 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 Current consumption profile of Vbatt + Vbatt_PA in GPRS mode with 1TX+1RX configuration NOTE: The reported LTE CAT M1 values are an average among all the product variants and bands for each network wireless technology.
ME910C1 HW User Guide General Design Rules The principal guidelines for the Power Supply Design embrace three different design steps: the electrical design of the power supply the thermal design the PCB layout 4.3.1. Electrical Design Guidelines of the power supply The electrical design of the power supply depends strongly from the power source where this power is drained.
ME910C1 HW User Guide An example of linear regulator with 5V input is: Guidelines 4.3.1.2. +12V Source Power Supply Design Guidelines The desired output for the power supply is 3.8V, hence due to the big difference between the input source and the desired output, a linear regulator is not suited and shall not be used. A switching power supply will be preferable because of its better efficiency.
ME910C1 HW User Guide An example of switching regulator with 12V input is in the below schematic: 4.3.1.3. Battery Source Power Supply Design Guidelines The desired nominal output for the power supply is 3.8V and the maximum voltage allowed is 4.2V, hence a single 3.7V Li-Ion cell battery type is suited for supplying the power to the Telit ME910C1 module.
ME910C1 HW User Guide NOTE: DON'T USE any Ni-Cd, Ni-MH, and Pb battery types directly connected with ME910C1. Their use can lead to overvoltage on the ME910C1 and damage it. USE ONLY Li-Ion battery types. 4.3.2. Thermal Design Guidelines Worst case as reference values for thermal design of ME910C1 are: Average current consumption: 250 mA (LTE CAT M1 and NB1 modes) Average current consumption: 600 mA (GPRS and EDGE modes) Supply voltage: 4.
ME910C1 HW User Guide ME910C1 is wide enough to ensure a dropless connection even during an 0.6 A (LTE) or 2A (GSM) current peak. The protection diode must be placed close to the input connector where the power source is drained. The PCB traces from the input connector to the power regulator IC must be wide enough to ensure no voltage drops occur when an 2 A current peak is absorbed (valid only for product supporting GSM mode).
ME910C1 HW User Guide 1VV0301351 Rev.
ME910C1 HW User Guide VAUX Power Output A regulated power supply output is provided in order to supply small devices from the module, like: level translators, audio codec, sensors, and others. Pin R11 can be used also as PWRMON (module powered ON indication) function, because is always active when the module is powered ON and cannot be set to LOW level by any AT command.
ME910C1 HW User Guide 5. DIGITAL SECTION Logic Levels Parameter Min Max -0.3V 2.1V Input high level 1.5V 1.9V Input low level 0V 0.35V Output high level 1.6V 1.9V Output low level 0V 0.2V ABSOLUTE MAXIMUM RATINGS – NOT FUNCTIONAL Input level on any digital pin (CMOS 1.8) with respect to ground Operating Range - Interface levels (1.
ME910C1 HW User Guide Figure 1 illustrates a simple circuit to power on the module using an inverted buffer output. Figure 1: Power-on Circuit NOTE: Don't use any pull up resistor on the ON_OFF*/WAKE* line, it is internally pulled up. Using pull up resistor may bring to latch up problems on the ME910C1 power regulator and improper power on/off of the module. The line ON_OFF*/WAKE* must be connected only in open collector or open drain configuration.
ME910C1 HW User Guide A flow chart showing the proper turn on procedure is displayed below: “Modem ON Proc” START N VBATT>3.20V? Y Y PWRMON=ON ? N ON_OFF*/WAKE* = LOW GO TO “HW Shutdown Unconditional” Delay = 5 sec (see note below) ON_OFF*/WAKE*= HIGH PWRMON=ON ? N Y Delay = 1 sec GO TO “Start AT Commands”” “Modem ON Proc” END 1VV0301351 Rev.
ME910C1 HW User Guide A flow chart showing the AT commands managing procedure is displayed below: “Start AT CMD” START Delay = 300 msec Enter AT AT answer in 1 sec ? N GO TO “HW Shutdown Unconditional” Y GO TO “Modem ON Proc.” “Start AT CMD” END NOTE: In order to avoid a back powering effect it is recommended to avoid having any HIGH logic level signal applied to the digital pins of the ME910C1 when the module is powered off or during an ON-OFF transition. 1VV0301351 Rev.
ME910C1 HW User Guide For example: 1- Let's assume you need to drive the ON_OFF*/WAKE* pad with a totem pole output of a +3/5 V microcontroller (uP_OUT1): 2- Let's assume you need to drive the ON_OFF*/WAKE* pad directly with an ON/OFF button: 1VV0301351 Rev.
ME910C1 HW User Guide WARNING It is recommended to set the ON_OFF*/WAKE* line LOW to power on the module only after VBATT is higher than 3.20V. In case this condition it is not satisfied you could use the HW_SHUTDOWN* line to recover it and then restart the power on activity using the ON_OFF*/WAKE* line. An example of this is described in the following diagram. After HW_SHUTDOWN* is released you could again use the ON_OFF*/WAKE* line to power on the module.
ME910C1 HW User Guide WARNING: Not following the recommended shut-down procedures might damage the device and consequently void the warranty. The following flow chart shows the proper turn off procedure: “Modem OFF Proc.” START PWRMON=O N? N Y AT OFF Mode Key ON_OFF*/WAKE* = LOW Delay >= 3 sec AT#SHDN ON_OFF*/WAKE* = HIGH PWRMON=O N? N “Modem OFF Proc.” END Y N 1VV0301351 Rev.
ME910C1 HW User Guide Wake from deep sleep mode ME910C1 supports Power Saving Mode (PSM) functionality defined in 3GPP Release 12. When Periodic Update Timer expires, ME910C1 power off until the next scheduled wakeup time. Asynchronous event controlled by host can wake up from deep sleep mode by asserting ON_OFF*/WAKE* pin LOW for at least 5 seconds. Host can detect deep sleep mode by polling VAUX/PWRMON pin if previously configured.
ME910C1 HW User Guide OPERATING LEVELS Signal Status Min Max HW_SHUTDOWN* Input high 1.5V 1.9V HW_SHUTDOWN* Input low 0V 0.35V WARNING: The hardware unconditional Shutdown must not be used during normal operation of the device since it does not detach the device from the network. It shall be kept as an emergency exit procedure. A typical circuit is the following: 1VV0301351 Rev.
ME910C1 HW User Guide For example: Let us assume you need to drive the HW_SHUTDOWN* pad with a totem pole output of a +3/5 V microcontroller (uP_OUT2): In the following flow chart is detailed the proper restart procedure: NOTE: In order to avoid a back powering effect it is recommended to avoid having any HIGH logic level signal applied to the digital pins of the ME910C1 when the module is powered off or during an ON-OFF transition. 1VV0301351 Rev.
ME910C1 HW User Guide “HW SHUTDOWN Unconditional” START HW_SHUTDOWN* = LOW Delay = 1s Delay = 200ms Disconnect VBATT HW_SHUTDOWN* = HIGH PWRMON = ON Y N “HW SHUTDOWN Unconditional” END NOTE: Do not use any pull up resistor on the HW_SHUTDOWN* line nor any totem pole digital output. Using pull up resistor may bring to latch up problems on the ME910C1 power regulator and improper functioning of the module.
ME910C1 HW User Guide Fast power down The procedure to power off ME910C1 described in Chapter 5.3 normally takes more than 1 second to detach from network and make ME910C1 internal filesystem properly closed. In case of unwanted supply voltage loss the system can be switched off without any risk of filesystem data corruption by implementing Fast Shut Down feature. Fast Shut Down feature permits to reduce the current consumption and the time-topoweroff to minimum values.
ME910C1 HW User Guide NOTE: Consider voltage drop under max current conditions when defining the voltage detector thereshold in order to avoid unwanted shutdown. The capacitor is rated with the following formula: TIP: Make the same plot during system verification to check timings and voltage levels. 5.6.2. Fast Shut Down by Software The Fast Power Down can be triggered by AT command. Forced USB boot If standard firmware upgrade procedures are not possible, FORCED_USB_BOOT pin must be set to 1.
ME910C1 HW User Guide Communication ports 5.8.1. USB 2.0 HS The ME910C1 includes one integrated universal serial bus (USB 2.0 HS) transceiver. The following table is listing the available signals: PAD Signal I/O Function B15 USB_D+ I/O USB differential Data (+) C15 USB_D- I/O USB differential Data (-) A13 VUSB AI Power sense for the internal USB transceiver. NOTE Accepted range: 3.0V to 5.
ME910C1 HW User Guide 5.8.2. SPI The ME910C1 Module is provided by a standard 3-wire master SPI interface + chip select control. The following table is listing the available signals: PAD Signal I/O Function Type NOTE D15 SPI_MOSI O SPI MOSI CMOS 1.8V Shared with TX_AUX E15 SPI_MISO I SPI MISO CMOS 1.8V Shared with RX_AUX F15 SPI_CLK O SPI Clock CMOS 1.8V H14 SPI_CS O SPI Chip Select CMOS 1.
ME910C1 HW User Guide SPI Connections E15 SPI_MISO SPI_MOSI D15 Application F15 SPI_CLK ME910C1 H14 5.8.3. Processor SPI_CS Serial Ports The ME910C1 module is provided with by 2 Asynchronous serial ports: • MODEM SERIAL PORT 1 (Main) • MODEM SERIAL PORT 2 (Auxiliary) Several configurations can be designed for the serial port on the OEM hardware, but the most common are: • RS232 PC com port • microcontroller UART @ 1.
ME910C1 HW User Guide RS232 Signal PAD Name Usage 1 C109/DCD N14 Data Carrier Detect Output from the ME910C1 that indicates the carrier presence 2 C104/RXD M15 Transmit line *see Note Output transmit line of ME910C1 UART 3 C103/TXD N15 Receive line *see Note Input receive of the ME910C1 UART Pin 4 C108/DTR M14 Data Terminal Ready Input to the ME910C1 that controls the DTE READY condition 6 C107/DSR P14 Data Set Ready Output from the ME910C1 that indicates the module is ready
ME910C1 HW User Guide NOTE: According to V.24, some signal names are referred to the application side, therefore on the ME910C1 side these signal are on the opposite direction: TXD on the application side will be connected to the receive line (here named C103/TXD) RXD on the application side will be connected to the transmit line (here named C104/RXD) For a minimum implementation, only the TXD, RXD lines can be connected, the other lines can be left open provided a software flow control is implemented.
ME910C1 HW User Guide NOTE: Due to the shared functions, TX_AUX/RX_AUX port and SPI port cannot be used simultanously. In order to avoid a back powering effect it is recommended to avoid having any HIGH logic level signal applied to the digital pins of the ME910C1 when the module is powered off or during an ON/OFF transition. Refer to ME910C1 series AT command reference guide for port configuration. 5.8.3.3.
ME910C1 HW User Guide • 3 receivers An example of RS232 level adaptation circuitry could be done using a MAXIM transceiver (MAX218) In this case the chipset is capable to translate directly from 1.8V to the RS232 levels (Example done on 4 signals only). The RS232 serial port lines are usually connected to a DB9 connector with the following layout: General purpose I/O The ME910C1 module is provided by a set of Configurable Digital Input / Output pins (CMOS 1.8V).
ME910C1 HW User Guide The following table shows the available GPIO on the ME910C1: PAD Signal I/O Output Drive Strength C8 GPIO_01 I/O C9 GPIO_02 I/O 1mA INPUT – PD (100K) C10 GPIO_03 I/O 1mA INPUT – PD (100K) C11 GPIO_04 I/O 1mA INPUT – PD (100K) B14 GPIO_05 I/O 1mA INPUT – PD (100K) C12 GPIO_06 I/O 1mA INPUT – PD (100K) C13 GPIO_07 I/O 1mA INPUT – PD (20K to 100K) K15 GPIO_08 I/O 1mA INPUT – PD (100K) L15 GPIO_09 I/O 1mA INPUT – PD (18K) G15 GPIO_10 I/O
ME910C1 HW User Guide If the digital output of the device to be connected with the GPIO input pad of ME910C1 has interface levels different from the 1.8V CMOS, then it can be buffered with an open collector transistor with a 47K pull up to 1.8V supplied by VAUX/POWERMON R11 pad. NOTE: In order to avoid a back powering effect it is recommended to avoid having any HIGH logic level signal applied to the digital pins of the ME910C1 when the module is powered off or during an ON/OFF transition.
ME910C1 HW User Guide Device off Permanently off Not Registered Permanently on Registered in idle Blinking 1sec on + 2 sec off Registered in idle + power saving It depends on the event that triggers the wakeup (In sync with network paging) Connecting Blinking 1 sec on + 2 sec off The reference schematic for LED indicator, R3 must be calculated taking in account VBATT value and LED type. : External SIM Holder Please refer to the related User Guide (SIM Holder Design Guides, 80000NT10001a).
ME910C1 HW User Guide The following table is showing the ADC characteristics: Item Min Typical Max Unit Input Voltage range 0 - 1.8 Volt AD conversion - - 10 bits Input Resistance 1 - - Mohm Input Capacitance - 1 - pF The ADC could be controlled using an AT command. The command is AT#ADC=1,2 The read value is expressed in mV Refer to SW User Guide or AT Commands Reference Guide for the full description of this function. 1VV0301351 Rev.
ME910C1 HW User Guide 6.
ME910C1 HW User Guide GSM850, GSM900 EDGE (8PSK) E2 27 (+-2 dB) DCS1800, PCS1900 GPRS (GMSK) 4 30 (+-2 dB) DCS1800, PCS1900 EDGE (8PSK) E2 26 (+-2 dB) RX Sensitivity Measurement setup MODE (LTE) CAT M1 Throughput >95% According to 3GPP 36.521-1 (LTE) CAT NB1 Throughput >95% According to 3GPP 36.521-1 GPRS BLER <10%, CS2 According to 3GPP 51.010-1 ME910C1-NA/ ME910C1-NV MODE / Band REFsens (dBm) 3GPP REFsens (dBm) CAT M1 / Band 2 -108.0 -100.3 CAT M1 / Band 4 -107.0 -102.
ME910C1 HW User Guide ME910C1-E1 MODE / Band REFsens (dBm) 3GPP REFsens (dBm) CAT M1 / Band 3 -108.0 -99.3 CAT M1 / Band 8 -108.4 -99.8 CAT M1 / Band 20 -107.6 -99.8 CAT NB1 / Band 3 -115.6 -107.5 CAT NB1 / Band 8 -113.8 -107.5 CAT NB1 / Band 20 -114.8 -107.5 MODE / Band REFsens (dBm) 3GPP REFsens (dBm) CAT M1 / Band 3 -108.0 -99.3 CAT M1 / Band 5 -108.8 -100.8 CAT M1 / Band 8 -108.4 -99.8 CAT M1 / Band 28 -108.0 -100.8 CAT NB1 / Band 3 -115.6 -107.
ME910C1 HW User Guide CAT NB1 / Band 8 -113.8 -107.5 CAT NB1 / Band 28 -115.2 -107.5 ME910C1-K1 MODE / Band REFsens (dBm) 3GPP REFsens (dBm) CAT M1 / Band 3 -108.0 -99.3 CAT M1 / Band 5 -108.8 -100.8 CAT M1 / Band 8 -108.0 -99.8 CAT M1 / Band 26 -108.8 -100.8 CAT NB1 / Band 3 -115.6 -107.5 CAT NB1 / Band 5 -114.6 -107.5 CAT NB1 / Band 8 -113.8 -107.5 CAT NB1 / Band 26 -115.0 -107.5 MODE / Band REFsens (dBm) 3GPP REFsens (dBm) CAT M1 / Band 1 -106.8 -102.
ME910C1 HW User Guide CAT M1 / Band 26 -108.8 -100.8 CAT NB1 / Band 1 -114.0 -107.5 CAT NB1 / Band 3 -115.6 -107.5 CAT NB1 / Band 8 -113.8 -107.5 CAT NB1 / Band 18 -115.0 -107.5 CAT NB1 / Band 19 -114.8 -107.5 CAT NB1 / Band 26 -115.0 -107.5 ME910C1-E2 MODE / Band REFsens (dBm) 3GPP REFsens (dBm) CAT M1 / Band 3 -106.2 -99.3 CAT M1 / Band 8 -105.0 -99.8 CAT M1 / Band 20 -105.6 -100.8 CAT NB1/ Band 3 -113.4 -107.5 CAT NB1 / Band 8 -113.6 -107.
ME910C1 HW User Guide ME910C1-WW / ME910C1-P2 Band REFsens (dBm) 3GPP REFsens (dBm) CAT M1 / Band 1 -106.8 -102.3 CAT M1 / Band 2 -104.2 -100.3 CAT M1 / Band 3 -106.2 -99.3 CAT M1 / Band 4 -104.2 -102.3 CAT M1 / Band 5 -105.8 -100.8 CAT M1 / Band 8 -105.0 -99.8 CAT M1 / Band 12 -105.6 -99.3 CAT M1 / Band 13 -105.6 -99.3 CAT M1 / Band 18 -105.8 -102.3 CAT M1 / Band 19 -105.8 -102.3 CAT M1 / Band 20 -105.6 -99.8 CAT M1 / Band 26 -105.8 -100.3 CAT M1 / Band 28 -106.
ME910C1 HW User Guide CAT NB1 / Band 8 -113.4 -107.5 CAT NB1 / Band 12 -113.4 -107.5 CAT NB1 / Band 13 -113.6 -107.5 CAT NB1 / Band 18 -114.6 -107.5 CAT NB1 / Band 19 -114.2 -107.5 CAT NB1 / Band 20 -114.2 -107.5 CAT NB1 / Band 26 -114.2 -107.5 CAT NB1 / Band 28 -114.0 -107.5 GPRS / GSM850 -107.4 -104.0 GPRS / GSM900 -107.2 -104.0 GPRS / DCS1800 -109.6 -104.0 GPRS / PCS1900 -109.6 -104.0 ME910C1-P1 Band REFsens (dBm) 3GPP REFsens (dBm) CAT M1 / Band 1 -106.8 -102.
ME910C1 HW User Guide CAT M1 / Band 12 -105.6 -99.3 CAT M1 / Band 13 -105.6 -99.3 CAT M1 / Band 18 -105.8 -102.3 CAT M1 / Band 19 -105.8 -102.3 CAT M1 / Band 20 -105.6 -99.8 CAT M1 / Band 26 -105.8 -100.3 CAT M1 / Band 28 -106.2 -100.8 CAT NB1 / Band 1 -113.0 -107.5 CAT NB1 / Band 2 -113.4 -107.5 CAT NB1 / Band 3 -113.6 -107.5 CAT NB1 / Band 5 -114.4 -107.5 CAT NB1 / Band 8 -113.4 -107.5 CAT NB1 / Band 12 -113.4 -107.5 CAT NB1 / Band 13 -113.6 -107.
ME910C1 HW User Guide Antenna requirements The antenna connection and board layout design are the most important aspect in the full product design as they strongly affect the product overall performances, hence read carefully and follow the requirements and the guidelines for a proper design.
ME910C1 HW User Guide 80 MHz in LTE Band 8 60 MHz in LTE Band 19 71 MHz in LTE Band 20 110 MHz in LTE Band 28 Impedance 50 ohm Input power > 24dBm Average power VSWR absolute max ≤ 10:1 (limit to avoid permanent damage) VSWR recommended ≤ 2:1 (limit to fulfill all regulatory requirements) 1VV0301351 Rev.
ME910C1 HW User Guide ME910C1-E2 Item Value Frequency range Depending by frequency band(s) provided by the network operator, the customer shall use the most suitable antenna for that/those band(s) 140 MHz in PCS1900 170 MHz in LTE Band 3, DCS1800 Bandwidth 70 MHz in GSM850 80 MHz in LTE Band 8, GSM900 71 MHz in LTE Band 20 Impedance 50 ohm Input power > 24dBm Average power VSWR absolute max ≤ 10:1 (limit to avoid permanent damage) VSWR recommended ≤ 2:1 (limit to fulfill all regulatory requir
ME910C1 HW User Guide ME910C1-WW / ME910C1-P2 Item Value Frequency range Depending by frequency band(s) provided by the network operator, the customer shall use the most suitable antenna for that/those band(s) 250 MHz in LTE Band 1 140 MHz in LTE Band B2, PCS1900 170 MHz in LTE Band 3, DCS1800 445 MHz in LTE Band 4 70 MHz in LTE Band 5,12, 13, GSM850 Bandwidth 60 MHz in LTE Band 18 60 MHz in LTE Band 19 80 MHz in LTE Band 26 80 MHz in LTE Band 8, GSM900 71 MHz in LTE Band 20 110 MHz in LTE Band 28 I
ME910C1 HW User Guide 445 MHz in LTE Band 4 70 MHz in LTE Band 5, 12, 13 60 MHz in LTE Band 18 60 MHz in LTE Band 19 80 MHz in LTE Band 26 80 MHz in LTE Band 8 71 MHz in LTE Band 20 110 MHz in LTE Band 28 Impedance 50 ohm Input power > 24dBm Average power VSWR absolute max ≤ 10:1 (limit to avoid permanent damage) VSWR recommended ≤ 2:1 (limit to fulfill all regulatory requirements) 1VV0301351 Rev.
ME910C1 HW User Guide 6.4.1. PCB Design guidelines When using the ME910C1, since there's no antenna connector on the module, the antenna must be connected to the ME910C1 antenna pad (K1) by means of a transmission line implemented on the PCB.
ME910C1 HW User Guide • If EM noisy devices (such as fast switching ICs, LCD and so on) are present on the PCB hosting the ME910, take care of the shielding of the antenna line by burying it in an inner layer of PCB and surround it with Ground planes, or shield it with a metal frame cover.
ME910C1 HW User Guide 6.4.2. PCB Guidelines in case of FCC Certification In the case FCC certification is required for an application using ME910C1, according to FCC KDB 996369 for modular approval requirements, the transmission line has to be similar to that implemented on ME910C1 interface board and described in the following chapter. 6.4.2.1.
ME910C1 HW User Guide 6.4.2.2. Transmission Line Measurements An HP8753E VNA (Full-2-port calibration) has been used in this measurement session. A calibrated coaxial cable has been soldered at the pad corresponding to RF output; a SMA connector has been soldered to the board in order to characterize the losses of the transmission line including the connector itself. During Return Loss / impedance measurements, the transmission line has been terminated to 50 Ω load.
ME910C1 HW User Guide Line input impedance (in Smith Chart format, once the line has been terminated to 50 Ω load) is shown in the following figure: Insertion Loss of G-CPW line plus SMA connector is shown below: 1VV0301351 Rev.
ME910C1 HW User Guide 6.4.2.3. Antenna Installation Guidelines Install the antenna in a place covered by the LTE signal with CAT-M1 support. Antenna must not be installed inside metal cases Antenna must be installed according Antenna manufacturer instructions Antenna integration should optimize the Radiation Efficiency.
ME910C1 HW User Guide 7. AUDIO SECTION The Telit digital audio interface (DVI) of the ME910C1 Module is based on the I2S serial bus interface standard. The audio port can be connected to end device using digital interface, or via one of the several compliant codecs (in case an analog audio is needed).
ME910C1 HW User Guide 8. GNSS SECTION ME910C1 module includes a state-of-art receiver that can simultaneously search and track satellite signals from multiple satellite constellations. This multi-GNSS receiver uses the entire spectrum of GNSS systems available: GPS, GLONASS, BeiDou, Galileo, and QZSS. GNSS Signals Pin-out Pin R9 R7 Signal ANT_GNSS GNSS_LNA_EN I/O Function I GNSS Antenna (50 ohm) O GNSS External LNA Enable Type CMOS 1.
ME910C1 HW User Guide 8.3.1. GNSS Antenna specification Item Frequency range Gain Impedance Noise Figure of LNA DC supply voltage VSWR 8.3.2. • • • Value 1559.0 ~ 1610.0 MHz 20 ~ 30dB 50 ohm < 1.5 (recommended) DC 1.8 ~ 3.3V ≤ 3:1 (recommended) GNSS Antenna – Installation Guidelines The antenna must be installed according to the antenna manufacturer’s instructions to obtain the maximum performance of GNSS receiver.
ME910C1 HW User Guide Be aware of max bias current in case of unwanted short on antenna cable, decoupling inductor may be demaged. In case of LNA with 1.
ME910C1 HW User Guide 9. MECHANICAL DESIGN Drawing PIN B1 Lead Free Alloy: Surface Finishing Ni/Au for all solder pads Dimensions in mm 1VV0301351 Rev.
ME910C1 HW User Guide 10. APPLICATION PCB DESIGN The ME910C1 modules have been designed in order to be compliant with a standard leadfree SMT process Footprint TOP VIEW In order to easily rework the ME910C1 is suggested to consider on the application a 1.5 mm placement inhibit area around the module. It is also suggested, as common rule for an SMT component, to avoid having a mechanical part of the application in direct contact with the module.
ME910C1 HW User Guide PCB pad design Non solder mask defined (NSMD) type is recommended for the solder pads on the PCB. Solder Mask Copper Pad PCB SMD NSMD (Solder Mask Defined) (Non Solder Mask Defined) 1VV0301351 Rev.
ME910C1 HW User Guide PCB pad dimensions The recommendation for the PCB pads dimensions are described in the following image (dimensions in mm) Solder resist openings It is not recommended to place via or micro-via not covered by solder resist in an area of 0,3 mm around the pads unless it carries the same signal of the pad itself Inhibit area for micro-via 1VV0301351 Rev.
ME910C1 HW User Guide Holes in pad are allowed only for blind holes and not for through holes. Recommendations for PCB pad surfaces: Finish Layer Thickness (um) Electro-less Ni / Immersion Au 3 –7 / 0.05 – 0.15 Properties good solder ability protection, high shear force values The PCB must be able to resist the higher temperatures which are occurring at the leadfree process. This issue should be discussed with the PCB-supplier.
ME910C1 HW User Guide Solder Reflow Recommended solder reflow profile: WARNING: The above solder reflow profile represents the typical SAC reflow limits and does not guarantee adequate adherence of the module to the customer application throughout the temperature range. Customer must optimize the reflow profile depending on the overall system taking into account such factors as thermal mass and warpage..
ME910C1 HW User Guide Tsmax to TL – Ramp-up Rate 3°C/second max Time maintained above: – Temperature (TL) 217°C – Time (tL) 60-150 seconds Peak Temperature (Tp) 245 +0/-5°C Time within 5°C of actual Peak 10-30 seconds Temperature (tp) Ramp-down Rate 6°C/second max. Time 25°C to Peak Temperature 8 minutes max. NOTE: All temperatures refer to topside of the package, measured on the package body surface WARNING: THE ME910C1 MODULE WITHSTANDS ONE REFLOW PROCESS ONLY. 1VV0301351 Rev.
ME910C1 HW User Guide 11. PACKAGING Tray The ME910 modules are packaged on trays that can be used in SMT processes for pick & place handling.The first Marketing and Engineering samples of the ME910C1 series will be shipped with the current packaging of the xE910 modules (on trays of 20 pieces each).
ME910C1 HW User Guide Reel The ME910 can be packaged on reels of 200 pieces each. See figure for module positioning into the carrier. 1VV0301351 Rev.
ME910C1 HW User Guide Carrier Tape detail 1VV0301351 Rev.
ME910C1 HW User Guide Reel detail 1VV0301351 Rev.
ME910C1 HW User Guide Packaging detail Moisture sensitivity The ME910C1 is a Moisture Sensitive Device level 3, in according with standard IPC/JEDEC J-STD-020, take care all the relatives requirements for using this kind of components. Moreover, the customer has to take care of the following conditions: a) Calculated shelf life in sealed bag: 12 months at <40°C and <90% relative humidity (RH). b) Environmental condition during the production: 30°C / 60% RH according to IPC/JEDEC J-STD-033A paragraph 5.
ME910C1 HW User Guide 12. CONFORMITY ASSESSMENT ISSUES Approvals RED (ME910C1-E1, ME910C1-E2) GCF (ME910C1-AU, ME910C1-NA, ME910C1-WW, ME910C1-E1, ME910C1-E2, ME910C1-P2) PTCRB (ME910C1-NA, ME910C1-WW) FCC, IC (ME910C1-NA, ME910C1-NV, ME910C1-WW) RoHS and REACH (all versions) Approvals for major Mobile Network Operators FCC certificates The FCC Certificate is available here: https://www.fcc.
ME910C1 HW User Guide Le présent appareil est conforme aux CNR d'Industrie Canada applicables aux appareils radio exempts 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 fonctionnement.
ME910C1 HW User Guide This Class B digital apparatus complies with Canadian ICES-003. Cet appareil numérique de classe B est conforme à la norme canadienne ICES-003.
ME910C1 HW User Guide Le présent émetteur radio a été approuvé par ISDE pour fonctionner avec les types d'antenne énumérés ci-dessous et ayant un gain admissible maximal. Les types d'antenne non inclus dans cette liste, et dont le gain est supérieur au gain maximal indiqué, sont strictement interdits pour l'exploitation de l'émetteur. Type Ominidirectional type Antenna Gain 2.
ME910C1 HW User Guide The product has a FCC ID label on the device itself. Also, the OEM host end product manufacturer will be informed to display a label referring to the enclosed module The exterior label will read as follows: “Contains Transmitter Module FCC ID: RI7ME910C1P2” or “Contains FCC ID: RI7ME910C1-P2”.
ME910C1 HW User Guide The full text of the EU declaration of conformity is available at the following internet address: http://www.telit.com\red 1VV0301351 Rev.
ME910C1 HW User Guide 13. SAFETY RECOMMENDATIONS READ CAREFULLY Be sure the use of this product is allowed in the country and in the environment required. The use of this product may be dangerous and has to be avoided in the following areas: Where it can interfere with other electronic devices in environments such as hospitals, airports, aircrafts, etc. Where there is risk of explosion such as gasoline stations, oil refineries, etc.
ME910C1 HW User Guide 14. ACRONYMS TTSC USB HS DTE UMTS WCDMA HSDPA HSUPA UART HSIC SIM SPI ADC DAC I/O GPIO CMOS MOSI MISO CLK 1VV0301351 Rev.
ME910C1 HW User Guide CS RTC PCB ESR VSWR VNA 1VV0301351 Rev.
ME910C1 HW User Guide 15. DOCUMENT HISTORY Revision Date Changes 0 2017-01-16 First issue (preliminary) 1 2017-02-10 Power consumption and Pinout clarification 2 2017-07-20 Added par.11 – Conformity Assessment Issues 3 2017-08-02 Updated Applicable Product Table 4 2017-09-11 Added GNSS part; Updated RF sensitivity 5 2017-11-30 Added Section 5.
[04.2016] Mod. 0805 2016-08 Rev.
