Table of Contents

ZME_MAKE

Table of Contents

Get the list of available commands:

zme_make -h

$ zme_make -h
usage: zme_make.py [-h]
                   {build,upload,upload_bin,boot,boardInfo,eraseNVM,writeNVM,dumpNVM,arduino_size,arduino_dummy,arduino_preproc,trace,radiotest,serialmonitor,pinmap} ...


ZWave>ME make tool for ZUno G2. Version:0.402b18 DBG_MODE:True Welcome :)




positional arguments:


  {build,upload,upload_bin,boot,boardInfo,eraseNVM,writeNVM,dumpNVM,arduino_size,arduino_dummy,arduino_preproc,trace,radiotest,serialmonitor,pinmap}


    build               Builds a sketch.


    upload              Uploads a sketch to board.


    upload_bin          Uploads a binarie file to board.


    boot                Uploads bootloader.


    boardInfo           Extracts metadata from connected Z-Uno board


    eraseNVM            Erases device NVM data completely.


    writeNVM            Writes data to device NVM memory.


    dumpNVM             Dumps NVM from device.


    arduino_size        Returns memory size allocated by sketch.


    arduino_dummy       Dummy function to meet requirements of Arduino build system.


    arduino_preproc     Makes the right name of sketch.


    trace               Trace packages.


    radiotest           Starts radio test on Z-Uno.


    serialmonitor       Starts serial monitor on defined port.


    pinmap              Creates custom pinmapping for vendor configuration.




options:


  -h, --help            show this help message and exit




        

      

    
BUILD


Description:




Build sketch *.ino file before upload




Usage:


      

        

          
          
          
        

        

          
$ zme_make build [-h] [-B BUILD_DIR] [-S SOURCE_DIR] [-T TOOLS_PATH] [-lcl LIBCLANG_PATH] [-D DEFINE] [-O OPTIONS] [-C CHIP_NAME] filename




        

      

    
Options:






Option
Value
Description






-h, --help

Show help message




-B, --build_dir
BUILD_DIR
The directory where all precompiled sketch files will be stored.




-S, --source_dir
SOURCE_DIR
Directories with the additional files




-T, --tools_path
TOOLS_PATH
Path to the directory where GNU Arm Embedded Toolchain is located.




-lcl, --libclang_path
LIBCLANG_PATH
Path to the directory where libclang is located.




-D, --define
DEFINE
global define flags.




-O, --options
OPTIONS
Additional build options, e.g., '-O clean'.




-C, --chip_name
CHIP_NAME
Z-Uno chip name. ZGM130S037HGN1 is default for Z-Uno 7 (rev6).




filename

Filename of the sketch to be built.






Example:


      

        

          
          
          
        

        

          
$ zme_make build -B ./build -T /usr/bin -lcl ./libclang -S ./hardware/arduino/zunoG2/cores -S ./hardware/arduino/zunoG2/libraries -S /usr/bin/arm-none-eabi/include -c ZGM130S037HGN1 RadioBlink.ino 


          ***** Building sketch:D:\ZunoG2\srcs\RadioBlink.ino *****


          -----------------------------------------------------------------------------------------------


preprocessing "RadioBlink.ino"           ..............................2) MODERN MCH+


MODERN MCH+


preprocessing "RadioBlink.ino"           ..............................                            OK


          Core version: 03.12 Channels:1


          --- Full rebuild because of preprocessing changes!


          Chip depending configuration. Chip:ZGM130S037HGN1


Gathering project files                  ..............................                            OK


compiling "em_wdog.c"                    ..............................                            OK


......


......


......


linking "RadioBlink_ino.elf"             ..............................                            OK


result "RadioBlink_ino.hex"              ..............................                            OK


signed "RadioBlink_ino_signed.bin"       ..............................                            OK


          -----------------------------------------------------------------------------------------------


          OTA firmware file: D:\ZunoG2\build\RadioBlink\\RadioBlink_ino_signed.bin


          -----------------------------------------------------------------------------------------------


          Code size:17976 bytes CRC16:cca2 compiled:93 file(s) elapsed:24.645s




        

      

    
UPLOAD


Options






Option
Value
Description






-h, --help

Show this help message and exit




-d, --device
DEVICE
Device/COM-port name




-B, --build_dir
BUILD_DIR
Directory in which all the sketches will be built




-p, --params
PARAMS
Optional board configuration parameters




-O, --options
OPTIONS
Additional build options. For example, "-O arduino_ide"




-fr, --frequency
{EU, RU, US, IN, HK, CN, JP, KR, IL, MY, ANZ, US_LR, US_LR_BK}
Modify frequency setting of the device




-i, --info
[INFO]
Prints board information if selected




-lb, --legacy_baud
[LEGACY_BAUD]
Use legacy baud rate (115200).




-lu, --lic_upload
LIC_UPLOAD
Checks ZME server for new license during upload




-c, --clean_nvm
CLEAN_NVM
Cleans user and system NVM.




-ub, --ultra_baud
ULTRA_BAUD
Use higher baud rate for file uploading




-ne, --no_exentended_sapi
[NO_EXENTENDED_SAPI]
Don't use large SAPI frames. ZME SAPI extension disabled.




-nab, --no_auto_baud
[NO_AUTO_BAUD]
Don't use auto baud detection. Use precise baud rate. Option is useful for devices without #DTR pin.




-a, --address
ADDRESS
Custom address for update process






Example


      

        

          
          
          
        

        

          
$ zme_make upload RadioBlink.ino -B ./build -p main_pow=50 -p sec=0 -fr EU -d COM9


Closing port                             ..............................                            OK


Openning port                            ..............................                            OK


Syncing with Z-Uno                       ..............................                            OK


Syncing with Z-Uno                       ..............................                            OK


--- Sketch addr:00030800


          DEVICE CFG


                Z-Wave Region:EU


                Security mode:00 Freqi:00 maxTxDb:32 adjTxDb:00 LRTxDb:00 UART:230400 extra_flags:00


Writing NVM data                         ..............................                            OK


          Elapsed:1.5935


          Sketch crc16:5d30 size:46f8 (17.74 kB)


Pushing sketch                           ..............................                            OK


Closing port                             ..............................                            OK




        

      

    
Example


      

        

          
          
          
        

        

          
$ zme_make build RadioBlink.ino -B %DIR_OUT%\ -T %CD%\gcc3.10\bin\ -lcl %CD%\libClang -S %CD%\github\hardware\arduino\zunoG2\cores -S %CD%\github\hardware\arduino\zunoG2\libraries -S %CD%\gcc3.10\lib\gcc\arm-none-eabi\10.3.1\include -S %CD%\github\hardware\arduino\zunoG2\cores -S %CD%\github\hardware\arduino\zunoG2\libraries -S %CD%\gcc3.10\lib\gcc\arm-none-eabi\10.3.1\include




          ***** Building sketch:D:\ZunoG2\srcs\RadioBlink.ino *****


          -----------------------------------------------------------------------------------------------


preprocessing "RadioBlink.ino"           ..............................2) MODERN MCH+


MODERN MCH+


preprocessing "RadioBlink.ino"           ..............................                            OK


          Core version: 03.12 Channels:1


          --- Full rebuild because of preprocessing changes!


          Chip depending configuration. Chip:ZGM130S037HGN1


Gathering project files                  ..............................                            OK


compiling "em_wdog.c"                    ..............................                            OK


......


......


......


linking "RadioBlink_ino.elf"             ..............................                            OK


result "RadioBlink_ino.hex"              ..............................                            OK


signed "RadioBlink_ino_signed.bin"       ..............................                            OK


          -----------------------------------------------------------------------------------------------


          OTA firmware file: D:\ZunoG2\build\RadioBlink\\RadioBlink_ino_signed.bin


          -----------------------------------------------------------------------------------------------


          Code size:17976 bytes CRC16:cca2 compiled:93 file(s) elapsed:24.645s




        

      

    
UPLOAD BIN


Usage:


      

        

          
          
          
        

        

          
$ zme_make upload_bin [-h] [-d DEVICE] [-lb [LEGACY_BAUD]] [-ub ULTRA_BAUD] [-e [EXENTENDED_SAPI]] [-nab [NO_AUTO_BAUD]] [-a ADDRESS] filename




        

      

    
Options






Option
Value
Description






-h, --help

show this help message and exit




-d, --device
DEVICE
Device/COM-port name




-lb, --legacy_baud
[LEGACY_BAUD]
Use legacy baudrate (115200).




-ub, --ultra_baud
ULTRA_BAUD
Use higher baudrate for file uploading




-e, --exentended_sapi
[EXENTENDED_SAPI]
Use large SAPI frames. ZME SAPI extension enabled.




-nab, --no_auto_baud
[NO_AUTO_BAUD]
Don't use auto baud detection. Use precise baudrate. Option is useful for devices without #DTR pin.




-a, --address
ADDRESS
Custom address for update process




filename

Binarie filename






Example


      

        

          
          
          
        

        

          
$ zme_make upload_bin -d COM11 .\build\RadioBlink\RadioBlink_ino_signed.bin


Closing port                             ..............................                            OK


Openning port                            ..............................                            OK


Syncing with Z-Uno                       ..............................                            OK


Syncing with Z-Uno                       ..............................                            OK


--- Sketch addr:00030800


          DEVICE CFG


                Z-Wave Region:EU


                Security mode:00 Freqi:00 maxTxDb:32 adjTxDb:00 LRTxDb:00 UART:230400 extra_flags:00


Writing NVM data                         ..............................                            OK


          Elapsed:1.5978


          Sketch crc16:5d30 size:46f8 (17.74 kB)


Pushing sketch                           ..............................                            OK


Closing port                             ..............................                            OK




        

      

    
BOOT


Usage:


      

        

          
          
          
        

        

          
$ zme_make boot [-h] [-c CATALOG] [-f FILENAME] [-d DEVICE] [-i [INFO]] [-lb [LEGACY_BAUD]] [-t [TEST]] [-ub ULTRA_BAUD] [-ne [NO_EXENTENDED_SAPI]] [-nab [NO_AUTO_BAUD]] [-a ADDRESS]




        

      

    
Options






Option
Value
Description






-h, --help

show this help message and exit




-c, --catalog
CATALOG
Bootloader calalogue. Utility asks board information and selects needed bootloader automatically. Recomended mode.




-f, --filename
FILENAME
Bootloader filename. This mode is only for experts!




-d, --device
DEVICE
Device/COM-port name




-i, --info
[INFO]
prints board information if selected




-lb, --legacy_baud
[LEGACY_BAUD]
Use legacy baudrate (115200).




-t, --test
[TEST]
Test written image by means of read back procedure. Reduce speed. Suitable for flash memory test.




-ub, --ultra_baud
ULTRA_BAUD
Use higher baudrate for file uploading




-ne, --no_exentended_sapi
[NO_EXENTENDED_SAPI]
Don't use large SAPI frames. ZME SAPI extension disabled.




-nab, --no_auto_baud
[NO_AUTO_BAUD]
Don't use auto baud detection. Use precise baudrate. Option is useful for devices without #DTR pin.




-a, --address
ADDRESS
Custom address for update process






Example


      

        

          
          
          
        

        

          
$ zme_make boot -d com11 -c \hardware\arduino\zunoG2\bootloaders\


BOOTLOADER


Closing port                             ..............................                            OK


Openning port                            ..............................                            OK


Syncing with Z-Uno                       ..............................                            OK


Syncing with Z-Uno                       ..............................                            OK


          Using bootloader:\hardware\arduino\zunoG2\bootloaders\zuno_bootloader_HW0704.bin


Writing NVM data                         ..............................                            OK


          Elapsed:15.1096


Loading image                            ..............................                            OK


Rebooting Chip                           ..............................                            OK


Checking image                           ..............................                            OK


Waiting for bootloader                   ..............................                            OK


Closing port                             ..............................                            OK




        

      

    
Board info


Usage:


      

        

          
          
          
        

        

          
$ zme_make boardInfo [-h] [-d DEVICE] [-p PARAMS] [-n NIF] [-q QR_CODE] [-lb [LEGACY_BAUD]] [-lu LIC_UPLOAD] [-ub ULTRA_BAUD] [-nab [NO_AUTO_BAUD]] [-dp DUMP_PRODUCT]




        

      

    
Options






Option
Value
Description






-h, --help

show this help message and exit




-d, --device
DEVICE
Device/COM-port name




-p, --params
PARAMS
Optional board configuration parameters




-n, --nif
NIF
Sends a set of NIF frames via radio




-q, --qr_code
QR_CODE
Prints QR-code to selected image file.




-lb, --legacy_baud
[LEGACY_BAUD]
Use legacy baudrate (115200).




-lu, --lic_upload
LIC_UPLOAD
Checks ZME server for new license during upload




-ub, --ultra_baud
ULTRA_BAUD
Use higher baudrate for file uploading




-nab, --no_auto_baud
[NO_AUTO_BAUD]
Don't use auto baud detection. Use precise baudrate. Option is useful for devices without #DTR pin.




-dp, --dump_product
DUMP_PRODUCT
Dumps product Z-Wave metadata into specified json-file. You'll able to use this file for SmartStart QR-code production in zme_prog7 utility.






Example


      

        

          
          
          
        

        

          
$ zme_make boardInfo -d com11


BOARD INFO


Closing port                             ..............................                            OK


Openning port                            ..............................                            OK


Syncing with Z-Uno                       ..............................                            OK


Syncing with Z-Uno                       ..............................                            OK


          ------------------------------------------------------------------------------------


                                        Z-Uno board information


          ------------------------------------------------------------------------------------




          FIRMWARE




                 VERSION:               03.12


                 BUILD_SEQUENCE:        00004328


                 BUILD_DATETIME:        2024-07-29T20:53:31(MSK)


                 SUPPORTED_HWREV:       0704


                 KEY HASH:              8e19cc54


                 SE VERSION:            00000000




          LIMITS




                 CODE:  456704 Bytes


                 RAM:   16384 Bytes




          HARDWARE




                 CHIP_FAMILY:    ZGM13 Module (00)


                 CHIP_TYPE:      ZGM130S037HGN1 (02)


                 CHIP_UID:       84 2E 14 FF FE 6A 28 9B


                 PROD_TIME:      2024-05-29T16:11:10(MSK)


                 PROD_SN:        2


                 LOCK:           UNLOCKED


                 EXT NVM:        0




          LICENSE




                 SUB_VENDOR:    0000


                 BITMASK:       0000000000000020


                 FEATURES:      [LONG_RANGE]


                 CRC16:         ff91




          NETWORK




                 HOMEID:        f65b8f92


                 NODEID:        9




          SECURITY




                S2 DSK:         46593-06376-32171-65094-27264-38172-33243-09871


                                _____


                S2 PIN:         46593


                QR-Code:        90010369013146593063763217165094272643817233243098710010040960179202200027700528000010078008030010403005


          ------------------------------------------------------------------------------------




          SKETCH




           -- NO VALID SKETCH --


          DEVICE CFG


                Z-Wave Region:EU


                Security mode:00 Freqi:00 maxTxDb:32 adjTxDb:00 LRTxDb:00 UART:230400 extra_flags:00


Reseting chip                            ..............................                            OK


DONE




        

      

    
Erase NVM


Usage:


      

        

          
          
          
        

        

          
$ zme_make eraseNVM [-h] [-d DEVICE] [-r [RAW_MODE]] [-a ADDRESS] [-s SIZE] [-ub ULTRA_BAUD] [-nab [NO_AUTO_BAUD]]




        

      

    
Options






Option
Value
Description






-h, --help

Show this help message and exit




-d, --device
DEVICE
Device/COM-port name




-r, --raw_mode
[RAW_MODE]
Big endian/Small endian conversion




-a, --address
ADDRESS
Address of memory in hexadecimals




-s, --size
SIZE
Size of memory area to dump




-ub, --ultra_baud
ULTRA_BAUD
Use higher baudrate for file uploading




-nab, --no_auto_baud
[NO_AUTO_BAUD]
Don't use auto baud detection. Use precise baudrate. Option is useful for devices without #DTR pin.






Example


      

        

          
          
          
        

        

          
$ zme_make eraseNVM -d com11


NVM Erase


Closing port                             ..............................                            OK


Openning port                            ..............................                            OK


Syncing with Z-Uno                       ..............................                            OK


Syncing with Z-Uno                       ..............................                            OK


Closing port                             ..............................                            OK


DONE




        

      

    
WRITE NVM


Usage:


      

        

          
          
          
        

        

          




        

      

    
Options






Option
Value
Description






DUMP NVM


Usage:


      

        

          
          
          
        

        

          




        

      

    
Options






Option
Value
Description






ARDUINO SIZE


Usage:


      

        

          
          
          
        

        

          
$ zme_make arduino_size [-h] [-B BUILD_DIR] filename




        

      

    
Options






Option
Value
Description






-h, --help

show this help message and exit




-B, --build_dir
BUILD_DIR
Directory in which all the sketches will be built






Example:


      

        

          
          
          
        

        

          
$ zme_make arduino_size -B D:\build\RadioBlink RadioBlink.ino 




.text   18168


.ram    1524




        

      

    
ARDUINO DUMMY


Usage:


      

        

          
          
          
        

        

          




        

      

    
Options






Option
Value
Description






ARDUINO PREPROC


Usage:


      

        

          
          
          
        

        

          




        

      

    
Options






Option
Value
Description






Trace


Usage:


      

        

          
          
          
        

        

          
$ zme_make trace [-h] [-d DEVICE] [-b BAUDRATE] [-fr {EU,US,ANZ,HK,MY,IN,IL,RU,CN,US_LR,US_LR_BK,EU_LR,JP,KR,FK}] [-tp TX_POWER] [-t {MODEM,PTI}] [-i INPUT] [-f FILTER] [-ir [INPUT_REENCODE]] [-o OUTPUT]


                         [-mp MAX_PACKAGES] [-mt MAX_TIME] [-p PROFILE] [-s SEND] [-r {off,payload,full,complex,hex_app}] [-dt {auto,z-uno,sapi}] [-nab [NO_AUTO_BAUD]]




        

      

    
Options






Option
Value
Description






-h, --help

show this help message and exit




-d, --device

Device file (UNIX) or COM-port (WINDOWS)




-b, --baudrate
BAUDRATE
Device's baudrate.




-fr, --frequency
{EU, US, ANZ, HK, MY, IN, IL, RU, CN, US_LR, US_LR_BK, EU_LR, JP, KR, FK}
Defines Z-Wave region (for MODEM mode ONLY).




-tp, --tx_power
TX_POWER
Defines Z-Wave tx power (for MODEM mode ONLY).




-t, --transport_type
{MODEM,PTI}
Select needed transport protocol




-i, --input
INPUT
Imports specified file instead of device. Utility supports *.rtp, *.json, *.zlf files.




-f, --filter
FILTER
Filters data.




-ir, --input_reencode
[INPUT_REENCODE]
Reencodes incoming data during print




-o, --output
OUTPUT
Dumps all received packages to specified file




-mp, --max_packages
MAX_PACKAGES
Stops when the packet counter reaches the set value




-mt, --max_time
MAX_TIME
Stops after reaching the specified time interval




-p, --profile
PROFILE
JSON file with Z-Wave protocol descriptions.




-s, --send
SEND
Sends Z-Wave message. You can send multiple messages using this parameter multiple times. You can use several modes to send messages: RAW, APP, SLP. RAW mode sends the Z-Wave message as is, everything written in the second parameter is sent without additional checks. Format: -s RAW,CH,HEXSTR Where CH is the channel through which the message is sent (0 - 100 kbps, 1 - 40kbps, 2-9.6kbps), HEXSTR is a hexadecimal string. Example: -s RAW,0,AABBCCDD00010203 sends arbitrary data via a 100 kilobit (#0) channel. APP mode generates an application-level Z-Wave package based on data provided by the user separated by commas. The user must specify the channel, home id, source node_id, destination node_id, command class.command and further parameters of this Z-Wave command, in addition, optional parameters can be specified by enumeration. Format: -s APP,CH,HOMEID,SRC_NODE_ID,DST_NODE_ID,CC.CMD,[Param1,...,ParamN][,Option1=Value1,...,OptionM=ValueM] Where: CH is the channel through which the message is sent (0 - 100 kbps, 1 - 40kbps, 2-9.6kbps), HOMEID is address of needed Z-Wave Network, SRC_NODE_ID - address of sender (fake address in this case), SRC_NODE_ID - address of receiver (fake address in this case). If you use a dot in the address, the message will be wrapped in a Multichannel, CC.CMD - Application level command class and its  command. You can use text or hexadecimal format. For example BASIC.SET or equivalently 2001. Param1...ParamN - parameters of desired command, Option1.. ptionM - options of encoder Examples: -s APP,1,FD0F1122,1,50,SWITCH_BINARY.SET,255 - sends SwitchBinary.set(255) to NodeID 50 in FD0F1122 network -s APP,1,FD0F1122,1,50,SWITCH_BINARY.SET,0,is_ack=True - sends SwitchBinary.set(0) to NodeID 50 in FD0F1122 network and requests ACK from this node -s APP,1,FD0F1122,1,50,SWITCH_BINARY.SET,0,is_ack=True,crc16_encap=True - sends SwitchBinary.set(0) to NodeID 50 in FD0F1122 network and requests ACK from this node and wraps payload to crc16 CommandClass SLP mode simply inserts a delay between the previous and next packet. Format: -s SLP,time_in_seconds Example: -s APP,1,FD0F1122,1,50,SWITCH_BINARY.SET,255,is_ack=True -s SLP,20.0 -s APP,1,FD0F1122,1,50,SWITCH_BINARY.SET,0,is_ack=True Sends a BinarySwitch.Set(255) then waits 20 seconds and sends a Binary BinarySwitch.Set(0) -r {off,payload,full,complex,hex_app}, --raw_mode {off,payload,full,complex,hex_app} Defines the raw data printing mode. "off" - data is disabled, "payload" - only payload (starting from the application-level command class), "full" - print the entire package as it is, "complex" - print the package and then its payload in parentheses, "hex_app" - hexadecimal payload data only -dt {auto,z-uno,sapi}, --device_type {auto,z-uno,sapi} Selects device type




-nab, --no_auto_baud
[NO_AUTO_BAUD]
Don't use auto baud detection. Use precise baudrate. Option is useful for devices without #DTR pin.






RADIO TEST


Usage:


      

        

          
          
          
        

        

          




        

      

    
Options






Option
Value
Description






SERIAL MONITOR


Usage:


      

        

          
          
          
        

        

          




        

      

    
Options






Option
Value
Description






PINMAP


Usage:


      

        

          
          
          
        

        

          
zme_make.py pinmap [-h] [-c {ZGM130S037HGN1,ZGM230SB27HGN,ZGM230SA27HGN,EFR32ZG23B020F512IM48,EFR32ZG23B010F512IM48,EFR32ZG23A010F512GM40}] [-s [SWD_AS_UART]] [-v VENDOR] [-pt PRODUCTTYPE_ID] [-pi PRODUCT_ID] [-pow POWER_MAX] [-efr EXTERNAL_MEMORY_FREQUENCY] [-m MAP] [-l [PINNAME_LIST]]




        

      

    
Options:






Option
Value
Description






-h, --help

Show help message




-c
{chip_name}
Selects the chip model




-s, --swd_as_uart 
SWD_AS_UART
Maps SWD pins to SAPI UART. SWDCLC=TX SWDIO=RX SWDO=DBG_TX




-v, --vendor
VENDOR
set Z-Wave Vendor ID




-pt, --producttype_id 
PRODUCTTYPE_ID
set Z-Wave Product Type ID




-pi, --product_id
PRODUCT_ID
set Z-Wave Product ID




-pow, --power_max
POWER_MAX
Maximum power of the end device




-efr, --external_memory_frequency
EXTERNAL_MEMORY_FREQUENCY
Frequency of the external NVM chip SPI interface in MHz




-m, --map
MAP
Maps selected pins. Format:   <pinname>=<port><pin>,..,<pinname>=<port><pin>,#<zunopinnumber>=<port><pin>. Where <port>=A..F - the cortex port, pin = 0..15




-l , --pinname_list

Outputs all pin names






        

          

Default mapping of defined names and Pin number


          


PWM pins name




analogWrite() Writes an analog value (PWM wave) to a pin. Can be used to light a LED varying brightnesses or drive a motor at various speeds








Name
Pin number #






PWM1
13




PWM2
14




PWM3
15




PWM4
16






ADC




analogRead()
Reads the value from the specified analog pin. The Z-Uno board contains a 4 channel, 10-bit analog to digital converter. This means that it will map input voltages between 0 and Vcc (about 3 V) into integer values between 0 and 1023.








Name
Pin number #






A0
3




A1
4




A2
5




A3
6






Serial




Serial() Used for communication between the Z-Uno board and another microcontroller or a computer via UART or USB.




Serial0






Name
Pin number #






RX0
25




TX0
24






Serial1






Name
Pin number #






RX1
8




TX1
7






Serial




default serial port for connect to PC (upload sketch and update device)








Name
Pin number #






RX2
27




TX2
26






SPI0






Name
Pin number #






SCK
0




MISO
1




MOSI
2




SS
8






SPI1






Name
Pin number #






SCK2
3




MISO2
4




MOSI2
7




SS2
8







        


        

          

Default mapping Pin number # ZUNO


          


ZGM230S* (Z-Wave 800 Series chips)





Pin number #
Chip port
Defined pin name
Description






0
PC00
SCK





1
PC01
MISO





2
PC02
MOSI





3
PD00
A0 / SCK2





4
PA06
A1 / MISO2





5
PA05
A2





6
PC04
A3





7
PA09
TX1 / MOSI2





8
PA08
RX1 / SS / SS2





9
PC09
SCL





10
PA10
SDA





11
PD03






12
PC05






13
PB01
PWM1





14
PB03
PWM2





15
PB04
PWM3





16
PB05
PWM4





17
PB06






18
PD01






19
PC06






20
PC02






21
PC03






22
PC04






23
PD02
BTN / SCL1





24
PA03
TX0





25
PA04
RX0 / SDA1





26
PA2
TX2





27
PA1
RX2





28
PB00

Pin for service green led




29
PB01

Pin for service red led







        

       
        

          ZGM130S* (Z-Wave 700 Series chips)
          






Pin number #
Chip port
Defined pin name
Description






0
PC00
SCK





1
PC01
MISO





2
PC02
MOSI





3
PD00
A0 / SCK2





4
PA06
A1 / MISO2





5
PA05
A2





6
PC04
A3





7
PA09
TX1 / MOSI2





8
PA08
RX1 / SS / SS2





9
PC09
SCL





10
PA10
SDA





11
PD03






12
PC05






13
PB01
PWM1





14
PB03
PWM2





15
PB04
PWM3





16
PB05
PWM4





17
PB06






18
PD01






19
PC06






20
PC02






21
PC03






22
PC04






23
PD02
BTN / SCL1





24
PA03
TX0





25
PA04
RX0 / SDA1





26
PA2
TX2





27
PA1
RX2





28
PB00
ledg
Pin for service green led




29
PB01
ledr
Pin for service service red led






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