Neoway N58 Hardware User's Manual

Neoway N58 Hardware User's Manual

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Hardware User Guide
Issue 1.0 Date 2020-06-15

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Summary of Contents for Neoway N58

  • Page 1 Hardware User Guide Issue 1.0 Date 2020-06-15...
  • Page 2 All other trademarks and trade names mentioned in this document are the property of their respective holders. Notice This document provides a guide for users to use N58 Mini PCIe (Audio). This document is intended for system engineers (SEs), development engineers, and test engineers. THIS GUIDE PROVIDES INSTRUCTIONS FOR CUSTOMERS TO DESIGN THEIR APPLICATIONS.
  • Page 3: Table Of Contents

    N58 Mini PCIe (Audio) Hardware User Guide Contents Contents About This Document ...................vi Scope ..............................vi Audience ............................vi Change History ........................... vi Conventions ............................vi Related Documents ........................... vii 1 Introduction ....................8 1.1 Overview ............................8 1.2 Block Diagram ..........................8 1.3 Basic Features ...........................
  • Page 4 N58 Mini PCIe (Audio) Hardware User Guide Contents 5.3 ESD Protection ........................... 32 6 RF Features ..................... 33 6.1 Operating Bands ........................33 6.2 TX Power and RX Sensitivity ..................... 34 6.3 GNSS Features .......................... 35 7 Mechanical Features ................37 7.1 Dimensions ..........................
  • Page 5 Figure 4-2 Internal GNSS RF circuit ....................29 Figure 4-3 Active antenna connection ....................29 Figure 4-4 Encapsulation specifications of Murata RF connector ........... 30 Figure 7-1 N58 Mini PCIe dimensions (Unit: mm) ................37 Figure 7-2 N58 label ......................... 38 Figure 7-3 Packaging process ......................39 Figure 8-1 Mini PCIe connector .......................
  • Page 6 Table 2-1 IO definition ........................13 Table 5-1 Operating conditions of N58 Mini PCIe ................31 Table 5-2 Current consumption of N58 Mini PCIe (Typical) ............. 31 Table 5-3 Temperature feature of N58 Mini PCIe ................32 Table 5-4 N58 Mini PCIe ESD protection ..................32 Table 6-1 Operating bands of N58 Mini PCIe ..................
  • Page 7: About This Document

    About This Document Scope This document is applicable to N58 Mini PCIe. It defines the feature, indicators, and test standards of the N58 mini PCIe and provides a reference for the hardware design of each interface. Audience This document is intended for system engineers (SEs), development engineers, and test engineers.
  • Page 8: Related Documents

    N58 Mini PCIe (Audio) Hardware User Guide About This Document Related Documents Neoway_N58 Mini PCIe (Audio)_ Product_Specifications Neoway_N58_AT_Command_Mannual Copyright © Neoway Technology Co., Ltd...
  • Page 9: Introduction

    Chapter 1 Introduction 1 Introduction N58 is an industrial 4G module that is developed on UNISOC chipset. Its dimensions are 30 mm x 28 mm x 2.6 mm. This high-performance cellular module supports GSM, LTE-FDD, LTE-TDD (Cat 1) network modes and provides various hardware interfaces. It facilitates the application development for customers and applies to various IoT communication devices such as AMR, POC, POS, etc.
  • Page 10: Figure 1-1 Block Diagram

    N58 Mini PCIe (Audio) Hardware User Guide Chapter 1 Introduction N58 module ⚫ Power management unit ⚫ RF section ⚫ Digital interfaces (SIM1, PCM*, UART, USB, VREG_1V8, Wake up*, etc) ⚫ Analog interfaces (MIC, SPK) ⚫ SIM2 circuit (including a Micro-SIM card slot ) ⚫...
  • Page 11: Basic Features

    The table only lists the operating currents of LTE band1 and band41, for the operating currents of the other network modes in different states, see the N58 Mini PCIe Current Test Report. Sleep mode needs to supported by software and hardware simultaneously.
  • Page 12 N58 Mini PCIe (Audio) Hardware User Guide Chapter 1 Introduction One W_DISABLE interface, used to disable RF communication of the module. One WAKEUP_OUT interface, used to indicate whether the module is in sleep mode. One PON_RESET interface, used to reset the module.
  • Page 13: Module Pins

    Chapter 2 Module Pins 2 Module Pins 2.1 Pin Layout N58 Mini PCIe provides 52 pins and their definitions meet the standard of Mini PCI Express. Figure 2- 1 shows the pin definitions. Figure 2-1 N58 Mini PCIe pin definition...
  • Page 14: Pin Description

    N58 Mini PCIe (Audio) Hardware User Guide Chapter 2 Module Pins 2.2 Pin Description Table 2-1 lists the definition of IO types. Table 2-1 IO definition IO Type Digital input/output, COMS logic level Digital output, COMS logic level Digital input, COMS logic level...
  • Page 15 N58 Mini PCIe (Audio) Hardware User Guide Chapter 2 Module Pins Leave this pin floating if it is not used. Ensure that all GND pins 4, 9, 15, 18, 21, 26, 27, 29, 34, 35, 37, 40, 43, 50 connected ground.
  • Page 16 N58 Mini PCIe (Audio) Hardware User Guide Chapter 2 Module Pins Audio SPK interface signal SPK_P positive signal SPK_N negative Audio MIC interface MIC_P MIC signal positive MIC_N MIC signal negative PCM interface PCM_CLK PCM clock signal PCM_DIN PCM data input...
  • Page 17: Application Interfaces

    Chapter 3 Application Interfaces 3 Application Interfaces N58 Mini PCIe provides power supply, control, communications, peripheral, audio, LCD, RF, and other interfaces to meet customers' requirements in different application scenarios. This chapter describes how to design each interface and provides reference designs and guidelines.
  • Page 18: Vreg_1V8

    3.0 A. Ensure low resistance of power supply trace in design to avoid voltage drop. Never use a diode to make the drop voltage between a higher input and module power. Otherwise, Neoway will not provide a warranty for product issues caused by this. In this situation, the diode will obviously decrease the module performances, or result in unexpected restarts, due to the forward voltage of the diode will vary greatly in different temperature and current.
  • Page 19: Control Interfaces

    N58 Mini PCIe (Audio) Hardware User Guide Chapter 3 Application Interfaces 3.2 Control Interfaces Signal Function Remarks PON_RESET 22, 33 Module reset input Trigger by a low level WAKEUP_IN Sleep mode input Leave this pin floating if it is not used.
  • Page 20: Wakeup_In

    AIO USB data plus 90Ω impedance for differential traces. USB can be used to download firmware for N58 Mini PCIe and establish data communication for commissioning. The recommended USB circuit is shown in Figure 3-5. Copyright © Neoway Technology Co., Ltd...
  • Page 21: Uart

    N58 Mini PCIe (Audio) Hardware User Guide Chapter 3 Application Interfaces Figure 3-5 USB connection N 58 Mini PCIe USB Connector Ω USB _ DM USB_D- Ω USB _ DP USB_D+ ESD2 ESD1 Schematic Design Guidelines Reserve positions on USB_D+ and USB_D for ESD protection diodes in design. You can ⚫...
  • Page 22: Figure 3-6 Uart Connection

    Clear to send UART_RTS 25 Request to send N58 Mini PCIe provides one UART interface that supports hardware flow control. This interface supports a speed of 2 Mbit/s at most and it operates at 1.8 V level. Figure 3-6 UART connection...
  • Page 23: Usim

    USIM detect USIM card circuit N58 Mini PCIe provides one USIM card circuit for a Micro-SIM card slot. It is optional and compatible with 1.8 V/3.0 V level. The circuit internally connects the other USIM interface of the N58 Mini PCIe.
  • Page 24: Audio Interface

    MIC1_N MIC input negative N58 Mini PCIe supports one diffrerential MIC input. It embeds a MIC_BIAS internally and you do not have to add one. You can reserve a bias and filter network in your design. Copyright © Neoway Technology Co., Ltd...
  • Page 25: Figure 3-9 Reference Design Of Differential Mic Input

    It is recommended to select an electret MIC that embeds dual capacitors (e.g. 10 pF and 33 pF) ⚫ to reduce TDD noise. If you select other MIC components, confirm with Neoway FAE. PCB Design Guidelines MIC_P and MIC_N traces should be routed in differential mode.
  • Page 26: Analog Audio Output Interfaces

    N58 Mini PCIe (Audio) Hardware User Guide Chapter 3 Application Interfaces Keep the MIC_P and MIC_N traces far away from interference sources such as the DC-DC ⚫ power supply. 3.4.2 Analog Audio Output Interfaces Signal Function SPK_P Speaker output positive...
  • Page 27: Pcm Interface

    Avoid parallel layout between power traces and audio traces. Comply with differential rules. ⚫ 3.5 PCM Interface N58 Mini PCIe provides one PCM interface. This function is in development. The reference high level of the interface is 1.8V. Signal Function...
  • Page 28: W_Disable

    N58 Mini PCIe (Audio) Hardware User Guide Chapter 3 Application Interfaces status of the module Network status indicator LED_WWAN control 3.6.1 W_DISABLE The W_DISABLE pin supports 1.8V. It is used to control the RF communication function (flight mode). This function is in development.
  • Page 29: Antenna Interface

    Chapter 4 Antenna Interface 4 Antenna Interface 4.1 Interface Type N58 Mini PCIe provides two antenna interfaces. They are 2G/3G/4G main antenna and GNSS antenna. Figure 4-1 shows their positions on the PCIe module. Figure 4-1 N58 Mini PCIe antenna interface...
  • Page 30: Figure 4-2 Internal Gnss Rf Circuit

    LNA and then transmit the signal to the internal IC through the feeder. The N58 Mini PCIe module supplies 3.3 V for the active antenna internally and connects to it through a 47 nH inductor. The GNSS antenna can be an active ceramic antenna.
  • Page 31: Rf Connector

    N58 Mini PCIe (Audio) Hardware User Guide Chapter 4 Antenna Interface 4.3 RF Connector To adopt RF antenna connections, the GSC RF connector MM9329-2700RA1 from Murata is recommended. Figure 4-4 shows the encapsulation specifications. Figure 4-4 Encapsulation specifications of Murata RF connector...
  • Page 32: Electric Feature And Reliability

    Chapter 5 Electric Feature and Reliability 5 Electric Feature and Reliability This chapter describes the electric features and reliability of N58, including the current and voltage of each power pin, operating and storage temperature ranges, and ESD protection features. 5.1 Electric Features...
  • Page 33: Temperature Features

    N58 Mini PCIe (Audio) Hardware User Guide Chapter 5 Electric Feature and Reliability 5.2 Temperature Features Table 5-3 Temperature feature of N58 Mini PCIe Status Minimum Value Typical Value Maximum Value Operating -30° C 25° C 75° C Extended -35° C 85°...
  • Page 34: Rf Features

    N58 Mini PCIe (Audio) Hardware User Guide Chapter 6 RF Features 6 RF Features N58 supports network modes including GSM, FDD-LTE, TDD-LTE(Cat 1), and optionally supports GNSS. This chapter describes the RF features of N58. 6.1 Operating Bands Table 6-1 Operating bands of N58 Mini PCIe...
  • Page 35: Tx Power And Rx Sensitivity

    N58 Mini PCIe (Audio) Hardware User Guide Chapter 6 RF Features 6.2 TX Power and RX Sensitivity Table 6-2 RF TX power of N58 Mini PCIe Max Power Min. Power Band GSM850 33dBm+2/-2dBm 5dBm+2/-2dB EGSM900 33dBm+2/-2dB 5dBm+2/-2dB DCS1800 30dBm+2/-2dB 0dBm+2/-2dB...
  • Page 36: Gnss Features

    N58 Mini PCIe (Audio) Hardware User Guide Chapter 6 RF Features Table 6-4 N58 Mini PCIe LTE RX sensitivity Band Sensitivity LTE-FDD B1 ≤-96dBm LTE-FDD B2 ≤-96dBm LTE-FDD B3 ≤-96dBm LTE-FDD B4 ≤-96dBm LTE-FDD B5 ≤-96dBm LTE-FDD B7 ≤-95dBm LTE-FDD B8 ≤-96dBm...
  • Page 37 N58 Mini PCIe (Audio) Hardware User Guide Chapter 6 RF Features Hot start (in air) <2.0 s Cold start (in air) <35 s Update frequency <10 Hz CNRin/CNRout 3 dB Max. positioning altitude Max. positioning speed Max. positioning acceleration GNSS data type...
  • Page 38: Mechanical Features

    N58 Mini PCIe (Audio) Hardware User Guide Chapter 7 Mechanical Features 7 Mechanical Features This chapter describes the mechanical features of N58. 7.1 Dimensions Specifications N58 Mini PCIe Dimensions 51± 0.1 mm x 30.2± 0.1 mm 5.3± 0.15 mm (H*W*D)
  • Page 39: Label

    N58 Mini PCIe (Audio) Hardware User Guide Chapter 7 Mechanical Features 7.2 Label The label information is laser carvevd on the cover of the N58 module. The following figure shows the label of N58. Figure 7-2 N58 label The picture above is only for reference.
  • Page 40: Storage

    N58 Mini PCIe (Audio) Hardware User Guide Chapter 7 Mechanical Features Figure 7-3 Packaging process 7.4 Storage Temperature: 20°C to +26°C ⚫ Humility: 40% to 60% ⚫ Period: 120 days ⚫ Copyright © Neoway Technology Co., Ltd...
  • Page 41: Mounting

    Chapter 8 Mounting 8 Mounting N58 Mini PCIe adopts the standard PCI Express Mini Card 1.2 interfaces and can be mounted to a Mini PCIe connector. It is recommended to use 679100002 from Molex. The following figure shows its dimensions.
  • Page 42: Safety Recommendations

    ⚫ with other electronic equipment. Please follow the requirements below in application design: Do not disassemble the module without permission from Neoway. Otherwise, we are entitled to ⚫ refuse to provide further warranty. Please design your application correctly by referring to the HW design guide document and our ⚫...
  • Page 43: Abbreviation

    N58 Mini PCIe (Audio) Product Specifications A Abbreviation Abbreviation Abbreviation English Full Name Analog-Digital Converter Automatic Frequency Control Automatic Gain Control Analog Input Acknowledged multirate (speech coder) Analog Output Access Point Advanced RISC Machine The BeiDou Navigation Satellite System Bill of Material...
  • Page 44 N58 Mini PCIe (Audio) Product Specifications A Abbreviation Ethernet Control Model eDRX Extended DRX EGSM Enhanced GSM Electronic Static Discharge Equivalent Series Resistance Evaluation Kit Federal Communications Commission Frequency Division Duplexing Flexible Printed Circuit File Transfer Protocol FTPS FTP Secure...
  • Page 45 N58 Mini PCIe (Audio) Product Specifications A Abbreviation QVGA Quarter Video Graphics Array Random Access Memory Radio Frequency Read-only Memory Real Time Clock Secure Digital SDIO Secure Digital Input Output Subscriber Identification Module Serial Peripheral Interface SRAM Static Random Access Memory...

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