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NXP Semiconductors JN516x-EK001 User Manual Download Page 84

Appendices

 

84

© NXP Laboratories UK 2015

JN-UG-3093 v1.5

2 of 2

Public

Issued

© NXP 2012

Declaration

We, NXP Laboratories (UK) Ltd declare under our sole responsibility that the essential Safety, EMC and radio 
test suites have been carried out and that the above products to which this declaration relates are in conformity 
with all the applicable essential requirements of EU Directives 1995/5/EC and 2011/65/EU.  

The product carries the CE Mark:

Sheffield, January 6

th

, 2014

Conrad Farlow, 
Senior Hardware Engineer, NXP Laboratories (UK) Ltd

Summary of Contents for JN516x-EK001

Page 1: ...JN516x EK001 Evaluation Kit User Guide JN UG 3093 Revision 1 5 11 February 2015...

Page 2: ...JN516x EK001 Evaluation Kit User Guide 2 NXP Laboratories UK 2015 JN UG 3093 v1 5...

Page 3: ...ier Boards DR1174 16 1 3 2 1 Power Source Selection 19 1 3 2 2 Pre assembled Boards 21 1 3 3 Lighting Sensor Expansion Boards DR1175 22 1 3 4 Generic Expansion Boards DR1199 24 1 3 5 LCD Expansion Boa...

Page 4: ...2 1 Toolchain JN SW 4041 or JN SW 4141 55 4 2 2 IEEE 802 15 4 SDK JN SW 4163 56 4 2 3 JenNet IP SDK JN SW 4165 56 4 2 4 ZigBee Home Automation SDK JN SW 4168 56 4 2 5 ZigBee Light Link SDK JN SW 4168...

Page 5: ...5168 USB Dongles 71 B 4 Installing the FTDI Device Driver for USB Connections 72 C Compliance Statements and Documentation 73 C 1 FCC Statements and Documentation 73 C 1 1 DR1128 FCC Documentation 75...

Page 6: ...Contents 6 NXP Laboratories UK 2015 JN UG 3093 v1 5...

Page 7: ...key concepts for an understanding of wireless networks Chapter 3 describes how to use the evaluation kit to set up and run the pre loaded Smart Home Demonstration Chapter 4 provides guidance on where...

Page 8: ...tion and User Guide JN UG 3064 SDK Installation and User Guide JN AN 1162 JenNet IP Smart Home Application Note Support Resources To access online support resources such as SDKs Application Notes and...

Page 9: ...using any of the following protocols IEEE 802 15 4 JenNet IP ZigBee PRO ZigBee Light Link Home Automation and Smart Energy profiles ZigBee RF4CE This chapter introduces you to the evaluation kit by d...

Page 10: ...RF4CE protocol A wireless network consisting of many nodes for example a wirelessly controlled heating system in a building e g using a ZigBee PRO profile A wireless network with IP connectivity for e...

Page 11: ...ts of the kit depend on whether the Raspberry Pi board or Linksys router is supplied The contents of the two variants of the kit are detailed separately in Section 1 2 1 and Section 1 2 2 The supplied...

Page 12: ...s 13 5 way 2 1mm daisy chain power extender cable 14 3 USB A to Mini B cables 15 2 packs of AAA batteries As noted above the four Carrier boards are pre fitted with expansion boards and JN5168 modules...

Page 13: ...68 standard power module two with integrated antenna JN5168 001 T00 one with uFL connector JN5168 001 T03 8 Generic Expansion Board DR1199 9 LCD Expansion Board DR1215 10 4 JN5168 high power modules w...

Page 14: ...d type Each module is mounted on a DR1179 Mezzanine Board which is mounted on the Carrier Board Figure 5 JN516x EK001 Evaluation Kit Linksys Edition Expansion Board Fitted Module Fitted Antenna Provis...

Page 15: ...aspberry Pi or Linksys see Section 1 3 8 1 3 1 Remote Control Unit DR1159 The Remote Control Unit part number DR1159 is designed around the JN5168 device and features a 16 button capacitive touch keyp...

Page 16: ...gure 6 DR1159 Remote Control Unit and DR1128 Programming Dongle Note 1 The Carrier Boards are supplied with the correct hardware configurations for the pre loaded JenNet IP Smart Home Demonstration On...

Page 17: ...e header 2 apertures for push through antennas see Section 1 3 6 1 Reset button User input button SW1 connected to DIO8 of module 3 green ultra low power LEDs for Power UART Tx and UART Rx 2 green LED...

Page 18: ...pply unit provided in the evaluation kit it is possible to power two or more boards from this one power supply by daisy chaining them together using the supplied cable In low power mode which uses jus...

Page 19: ...is hidden under the expansion board which must be removed in order to change the jumper setting there are two jumper positions BAT and REG Note If batteries are being used and the board is going to be...

Page 20: ...rs nearest to the 40 way header on the underside of the board In this mode only the JN516x module is powered this mode can be used to make low current measurements To select low power mode the Low PWR...

Page 21: ...hows a pre assembled board carrying a module with integrated antenna The expansion boards are described in Section 1 3 3 Section 1 3 4 and Section 1 3 5 The modules are described in Section 1 3 6 whic...

Page 22: ...s LEDs are independently controlled by PWM from an on chip multi channel PMW controller connected via the 2 wire Serial Interface see below Connected to the 2 wire Serial Interface I2 C of the module...

Page 23: ...Laboratories UK 2015 23 Figure 14 DR1175 Lighting Sensor Expansion Board Caution The LEDs on the Lighting Sensor Expansion Board are very bright at maximum intensity To avoid damage to your eyes do n...

Page 24: ...ed to DIO13 of module same as for the PWM output used on the Lighting Sensor Expansion Board to drive the three white LEDs D3 is connected to DIO16 of module D4 is an optional LED which is not fitted...

Page 25: ...r Guide JN UG 3093 v1 5 NXP Laboratories UK 2015 25 Figure 15 DR1199 Generic Expansion Board Layout Figure 16 DR1199 Generic Expansion Board SW1 SW2 SW3 SW4 D2 D1 D3 D4 FTDI Chip USB Port Potentiomete...

Page 26: ...nnected to DIO11 of module SW3 is connected to DIO12 of module SW4 is connected to DIO17 of module Note 1 For full details of the board refer to the Carrier and Expansion Boards Reference Manual JN RM...

Page 27: ...module to an antenna on the Carrier Board via a fly lead see below JN5168 001 T05 JN5168 001 M05 mounted on Mezzanine Board Two of these modules are supplied The module features a JN5168 001 wireless...

Page 28: ...68 001 TO6 high power module is intended only for use in the North American FCC and IC markets It is not compliant for use in Europe Note The JN5168 modules that are pre fitted to Carrier Boards are p...

Page 29: ...n the Carrier Board from the rear of the board until the collar is flush with the board The locating lugs of the antenna base piece should be parallel to the top or bottom of the board as illustrated...

Page 30: ...e other can be employed in some other capacity such as packet sniffing see below The JN5168 USB Dongle has the following features JN5168 001 wireless microcontroller mounted directly on the board Inte...

Page 31: ...ard and Linksys router are pre programmed with NXP firmware which allows the device to operate in a JenNet IP system The supplied device is used in conjunction with a JN5168 USB Dongle see Section 1 3...

Page 32: ...thernet bus possibly connected to the Internet Wi Fi network possibly connected to the Internet The possible Border Router implementations are illustrated in Figure 23 below Figure 23 Border Router Im...

Page 33: ...in the kit see below Figure 24 Raspberry Pi Board and Accessories Caution The external PSU acts as a disconnect device to isolate the equipment from the mains supply It should also be noted that it de...

Page 34: ...gle shown is also supplied in the kit see below Figure 25 Linksys Router and Accessories Caution The external PSU acts as a disconnect device to isolate the equipment from the mains supply It should a...

Page 35: ...n from a PC From within the WPAN from a wireless Remote Control Unit The demonstration system is depicted below More detailed information and instructions on how to run the demonstration are provided...

Page 36: ...Chapter 1 Introduction to the Evaluation Kit 36 NXP Laboratories UK 2015 JN UG 3093 v1 5...

Page 37: ...t on IEEE 802 15 4 which is also supported on its own For a more complete introduction to wireless networks refer to the manual for the relevant protocol see Section 4 3 2 1 Radio Frequency The JN5168...

Page 38: ...pre defined in the user application or chosen by the PAN Co ordinator but it must not clash with the PAN ID of a neighbouring network A wireless network protocol may also use its own network identifi...

Page 39: ...as its children the Co ordinator is referred to as a parent These child nodes can be Routers and or End Devices 3 Each Router may itself become a parent by allowing child nodes to join it which may th...

Page 40: ...Mesh Networks A Mesh network may contain the full range of node types Co ordinator Routers and End Devices Any routing node Router or Co ordinator can communicate directly with any other routing node...

Page 41: ...estination of outgoing messages Physical layer Provided by the PHY Physical layer of the IEEE 802 15 4 standard and concerned with interfacing to the physical transmission medium radio in this case A...

Page 42: ...Chapter 2 Wireless Network Concepts 42 NXP Laboratories UK 2015 JN UG 3093 v1 5...

Page 43: ...programmed as a WPAN Router The lights to be controlled are as follows Lighting Sensor Expansion Boards 3 Three White LEDs Generic Expansion Board 1 LED D2 Note 1 The procedures in this chapter provid...

Page 44: ...or Border Router The Raspberry Pi and Linksys devices are pre programmed with NXP firmware for JenNet IP The supplied device should be connected to a JN5168 USB Dongle This combination provides the Bo...

Page 45: ...A photograph of the Raspberry Pi board with the related components is shown in Figure 24 in Section 1 3 8 1 Step 1 Connect an IP router to the PC and power up both a Connect an IP router not supplied...

Page 46: ...er For the process of obtaining this address consult your IP router s documentation Step 6 Set up the rest of the demonstration system Continue the set up of the Smart Home Demonstration by following...

Page 47: ...ter as detailed in Section 3 2 Step 1 Access the JenNet IP Border Router Configuration interface from the PC a Launch a web browser on the PC b Access the JenNet IP Border Router Configuration interfa...

Page 48: ...batteries have been selected as the power source for the board with the jumper J4 in the BAT position as described in Section 1 3 2 1 You can alternatively power a board from the 12V DC power supply...

Page 49: ...ribed in Step 3 Step 5 Start the Remote Control Unit and add it to the whitelist a Remove the battery compartment slide cover on the rear of the Remote Control Unit and insert two of the supplied AAA...

Page 50: ...e node should now be able to join the network Step 6 Use the Remote Control Unit to control the lights on the boards a Press the Wake blue circle button located below the keypad to wake up the sleepin...

Page 51: ...s a set of controls that can be used to control all the network nodes simultaneously d Use the controls as follows Switch off the lights by clicking the Off box Switch on the lights by clicking the On...

Page 52: ...Chapter 3 Smart Home Demonstration 52 NXP Laboratories UK 2015 JN UG 3093 v1 5...

Page 53: ...r level programming than using one of the other supported protocols JenNet IP This is an NXP proprietary protocol which allows wireless networks to be implemented that can be accessed via IP e g from...

Page 54: ...W 41xx The SDK installers for the different protocols profiles are as follows IEEE 802 15 4 SDK JN SW 4163 JenNet IP SDK JN SW 4165 ZigBee Light Link and Home Automation SDK JN SW 4168 ZigBee Smart En...

Page 55: ...s JN51xx Flash programmer to load built applications into nodes Cygwin CLI Command Line Interface Application development for the JN516x device using any of the protocols is intended to be conducted i...

Page 56: ...tent Data Manager PDM API for storing and retrieving context data in non volatile memory 802 15 4 Stack API JN516x Integrated Peripherals API for interacting with on chip peripherals LPRF Board API fo...

Page 57: ...omponents ZigBee PRO APIs for developing wireless network applications Smart Energy API for incorporating SE functionality in applications JenOS APIs for interacting with the RTOS and system managemen...

Page 58: ...3064 SDK Installation and User Guide OR JN UG 3098 BeyondStudio for NXP Installation and User Guide JN UG 3087 JN516x Integrated Peripherals API User Guide JN UG 3007 JN51xx Flash Programmer User Guid...

Page 59: ...ng Use of this template is described in the IEEE 802 15 4 Stack User Guide JN UG 3024 Part Number Document Title Description Application Coding JN UG 3024 IEEE 802 15 4 Stack User Guide Introduces IEE...

Page 60: ...JenNet IP WPAN Stack User Guide JN UG 3080 If you are developing for the LAN WAN domain you should refer to the JenNet IP LAN WAN Stack User Guide JN UG 3086 In addition there are three key Applicatio...

Page 61: ...onstration JN AN 1190 JenNet IP Application Template Contains a template from which to start JenNet IP WPAN application coding JN AN 1110 JenNet IP Border Router Application Note Details how to design...

Page 62: ...ck User Guide Introduces essential ZigBee PRO concepts and details the ZigBee PRO APIs for developing applications JN UG 3075 JenOS User Guide Details the JenOS APIs used in ZigBee PRO application cod...

Page 63: ...1 ZigBee PRO Stack User Guide Introduces essential ZigBee PRO concepts and details the ZigBee PRO APIs for developing applications JN UG 3075 JenOS User Guide Details the JenOS APIs used in ZigBee PRO...

Page 64: ...concepts and details the ZigBee PRO APIs for developing applications JN UG 3075 JenOS User Guide Details the JenOS APIs used in ZigBee PRO application code to manage OS resources JN UG 3059 ZigBee PRO...

Page 65: ...on Application Coding JN UG 3074 ZigBee RF4CE Stack User Guide Introduces essential ZigBee RF4CE concepts and details the ZigBee RF4CE APIs for devel oping applications JN AN 1158 ZigBee RF4CE Demonst...

Page 66: ...Chapter 4 Where Next 66 NXP Laboratories UK 2015 JN UG 3093 v1 5...

Page 67: ...the use of individual keys by the demonstration and Figure 34 shows the keypad of the Remote Control Unit A complete list of the operations that can be performed from the keypad is provided in Table 1...

Page 68: ...ge to the All group only PRG ON OFF ON ALL I O I Remove nodes within radio range from the specified group the radio is put in a low power mode for this operation PRG DOWN OFF GRP ALL O A B C D Remove...

Page 69: ...lash Programmers The firmware re programming described in the sub sections below require the use of one of the following Flash programmers JN516x Flash Programmer built into BeyondStudio for NXP and d...

Page 70: ...move them 2 Insert the Programming Dongle onto the header in the battery compartment as illustrated below 3 Use one of the supplied USB A to Mini B cables to connect the USB Mini B port on the Program...

Page 71: ...port of your PC to the USB Mini B port of the Carrier Board When you make this connection for the first time you may be prompted to install the device driver for the FTDI chip which is located on the...

Page 72: ...de this location in the search c Using the Browse button navigate to the directory FTDI_drivers in the installed SDK on your PC If the SDK has been installed on drive C of your PC the path will be C J...

Page 73: ...e limits for a Class B digital device pursuant to Part 15 of the FCC Rules These limits are designed to provide reasonable protection against harmful interference in a residential installation This eq...

Page 74: ...with its antenna complies with FCC s RF radiation exposure limits set forth for an uncontrolled environment To maintain compliance follow the instructions below 1 This transmitter must not be co loca...

Page 75: ...any interference received including interference that may cause undesired operation We NXP Laboratories UK Ltd have determined that the above named equipment has been shown to comply with the applica...

Page 76: ...nce received including interference that may cause undesired operation We NXP Laboratories UK Ltd have determined that the above named equipment has been shown to comply with the applicable technical...

Page 77: ...any interference received including interference that may cause undesired operation We NXP Laboratories UK Ltd have determined that the above named equipment has been shown to comply with the applica...

Page 78: ...nce received including interference that may cause undesired operation We NXP Laboratories UK Ltd have determined that the above named equipment has been shown to comply with the applicable technical...

Page 79: ...rence received including interference that may cause undesired operation We NXP Laboratories UK Ltd have determined that the above named equipment has been shown to comply with the applicable technica...

Page 80: ...including interference that may cause undesired operation We NXP Laboratories UK Ltd have determined that the above named equipment has been shown to comply with the applicable technical standards Fu...

Page 81: ...rence received including interference that may cause undesired operation We NXP Laboratories UK Ltd have determined that the above named equipment has been shown to comply with the applicable technica...

Page 82: ...rictly prohibited for use with this device The required antenna impedance is 50 ohms Class B Devices The following Class B digital apparatus complies with Canadian ICES 003 Ces appareils num riques de...

Page 83: ...180 JN5168 001 M03 Module DR1198 JN5168 001 U00 USB Dongle DR1199 Generic Expansion Board DR1200 JN5168 001 M05 10dBm Module DR1215 LCD Expansion Board Linksys WRT160NL Router Conformity Assessment An...

Page 84: ...hat the essential Safety EMC and radio test suites have been carried out and that the above products to which this declaration relates are in conformity with all the applicable essential requirements...

Page 85: ...1 1 25 Jan 2013 Minor updates corrections made 1 2 15 Aug 2013 ZigBee Home Automation added and other modifications made 1 3 07 Jan 2014 LCD Expansion Board DR1201 replaced with DR1215 1 4 14 Feb 201...

Page 86: ...property or environmental damage NXP Semiconductors and its suppliers accept no liability for inclusion and or use of NXP Semiconductors products in such equipment or applications and therefore such...

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