DSP ULE Starter Kit Скачать руководство пользователя страница 4

ULE Starter Kit User’s Manual 

Rev1.0 

June 2015 

1.

 

 

 Introduction 

1.1

 

Other Documents 

A.

 

DHX91 DHAN Module Data Sheet (Downloadable from DSP Group Website) 

B.

 

HAN-FUN Protocol (Downloadable from www.ulealliance.org) 

1.2

 

Target Audience 

The  Starter  Kit  and  this  User’s  Manual  are  targeting  those  customers  familiar  with  running  IoT 
applications on a particular microcontroller (with a spare UART Interface!) and now are interested in 
adding  ULE  wireless  connectivity  capability  via  the  DHAN  module.  That  said,  the  DHAN  module 
can  be  used  for  standalone  (single-processor)  applications  and  also  can  interface  with  an  external 
microcontroller via I

2

C or SPI interfaces. If any of these use cases interest you, please don’t hesitate to 

contact  DSP  Group  at  the  link  shown  below.  “Ditto”  for  those  interested  in  developing  new  ULE 
Controller or Gateway devices. We can get you started with these applications as well! 

http://www.dspg.com/dhan-module/ 

1.3

 

Starter Kit Basics: A bit about DECT-ULE 

DECT-ULE uses a star topology. Each DECT-ULE system contains only one device at the hub 

of  the  star.  This  hub  is  typically  the  gateway  to  the WAN.  In  DECT  cordless  this  hub  is  called  the 
Base  Station.  In  the  IoT  context,  the  hub  is  called  a  ULE  Controller.  The  points  of  the  star  are 
traditional DECT cordless handsets and ULE Nodes or Devices – they can be integrated into a single 
system. Thousands of ULE Devices can be associated with a single ULE Controller.  

This Starter Kit incorporates a ULE Controller (BS Device) and a ULE Node (Device). The ULE 

Controller includes a graphical interface for control and status reporting. It does not provide a means 
to  connect  to  the  WAN.  The  Starter  Kit  promotes  development  of  ULE  Node  applications  per  the 
ULE Standard. Once completed and certified, your ULE Node can operate in any setting within range 
of a certified ULE Controller. The ULE Controller is a common element in many gateways and over-
the-top boxes that populate our homes and offices. 

Base Device

Addr=0

Device A

Addr=16

Device B

Addr=17

Device C

Addr=18

 

Figure 

1-1: Star Topology 

 

 

Содержание ULE Starter Kit

Страница 1: ...evision 1 0 Document Objective Instruct IoT device designers how to leverage the ULE Starter Kit to empower their low power sensor and control applications with ULE wireless connectivity Document is s...

Страница 2: ...ULE Starter Kit User s Manual Rev1 0 June 2015 2 Revision History Revision Date Author Description 1 0 June 2015 Levi Baseline Release...

Страница 3: ...TING THE ULE CONTROLLER UP AND RUNNING 9 4 RUNNING THE ULE NODE USING THE VAR APPLICATION 10 4 1 HARDWARE SETUP 10 4 2 INSTALLING THE VAR SIMULATOR 10 4 3 RUNNING THE VARCMNDSIMULATOR EXE 10 4 4 MESSA...

Страница 4: ...le 1 3 Starter Kit Basics A bit about DECT ULE DECT ULE uses a star topology Each DECT ULE system contains only one device at the hub of the star This hub is typically the gateway to the WAN In DECT c...

Страница 5: ...red configured for this latter case See the jumper configuration below for both cases It is suggested to initially power up the EVB with a 3V power supply clipped to the battery holder to get feedback...

Страница 6: ...cluded in the Kit usually loads on its own when it is plugged into the PC If not it can be copied from the CD included in the Kit Once the driver is loaded you should be able to see a COM port opened...

Страница 7: ...side and the Controller GUI simulator on the Controller side Register the ULE Node modify the operating frequency to comply with local regulations Use the VAR simulator to trigger events and send mai...

Страница 8: ...RT USB Laptop Running DSPG Test Application ULE Controller GUI The User designs an application board which integrates a favorite MCU sensors switches the DHAN module and a 2GHz antenna Prior to design...

Страница 9: ...ly completed CMBS Init Done The log window shown above is an abbreviated version of the incoming outgoing flow of information at the CMBS UART Interface A more detailed message log is recorded in a fi...

Страница 10: ...er Plugin Plugin HW Drivers SPI UART ULE GPIO GPIO Device application structure with CMND API payload GPIO events CMND API protocol 4 1 Hardware Setup Power up the DHX91 ULE EVB If you are using a Pow...

Страница 11: ...Open Go to the Message Type window pull down Get Version hit Generate Message button then Send You should see the req and resp between the VAR MCU and the DHAN CMND as shown below NOTE Please avoid ru...

Страница 12: ...de Side The CMND informs the MCU that it received an ACK from the ULE Controller 3 The incoming message as seen on the graphical Log on the ULE Controller side 4 The incoming message as seen parsed in...

Страница 13: ...LE Node is an AC Outlet and send it an ON command from the Controller GUI HAN Window Lower Left as shown below 4 Now check the VAR Log window and you will notice the report of an incoming ON message 4...

Страница 14: ...Link Status in HAN Test Window should now indicate In Link as shown below Step 5 Enter Value Length and Start address Value for your Region see table below example given is for transitioning to US an...

Страница 15: ...tector and hit the Delete Device button The Smoke will now disappear from the list b Power down the ULE Node you can leave the VAR running Power Back On c Go the VAR simulator on the Node side generat...

Страница 16: ...from the Wakeup Button and connect to an IO from your MCU for triggering wakeup of the ULE Node 5 1 UART connection on the DHX91 EVB Remove JP21 22 and connect RxD and TxD from external MCU to GPIO9 a...

Страница 17: ...tic of DHX91 EVB 5 4 Modifying the Application SW for ULE By cutting and pasting the commands into your App SW from the VAR Generate window shown once again below you should be able to repeat all the...

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