ATIM ARM-N8-LD User Manual
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ATIM ARM-N8-LD User Manual

Nano transceiver modules
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Advanced radio modems
Nano transceiver modules
N8-LD/LP
User Guide
Concerned models:
ARM-N8-LD (Long distance)
ARM-N8-LP (Low power)
ARM-N8-SF (Sigfox)

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Summary of Contents for ATIM ARM-N8-LD

  • Page 1 Advanced radio modems Nano transceiver modules N8-LD/LP User Guide Concerned models: ARM-N8-LD (Long distance) ARM-N8-LP (Low power) ARM-N8-SF (Sigfox)

  • Page 2: Table Of Contents

    TABLE OF CONTENTS Document version history ..........................4 Disclaimer ................................ 4 Trademarks and copyright ..........................4 Declaration of compliance ..........................5 Environmental recommendations ........................5 Environment ............................5 Radio ..............................6 Radio regulations ............................7 Context ............................... 7 Information about the regulation and the conformity ................7 Generalities ..............................
  • Page 3 iii. UART Configuration (in yellow: by default) ....................20 Serial buffers ............................21 Mode SPI ..............................22 Operating mode ............................26 Transparent (serial/RF bridge: ARM-N8-LP/LD) ..................26 Sigfox Uplink (ARM-N8-SF) ........................32 Radio part ..............................34 Principal parameters (by default) ......................34 Header ..............................

  • Page 4: Document Version History

    Trademarks and copyright ATIM radiocommunications®, ACW ATIM Cloud Wireless® and ARM Advanced Radio Modem® are registered trademarks of ATIM SARL in France. The other trademarks mentioned in this document are the property of their respective owners. ATIM_ARM-N8-LD-LP_UG_EN_V2.0...

  • Page 5: Declaration Of Compliance

    Declaration of compliance All ARM Advanced Radio Modems® products comply with the regulatory requirements of the R&TTE Directive (1999/5/EC), article 3: 1 SAFETY (Article 3.1a of the 1999/5/EC Directive) EN62311:2008 Human Exposure Restrictions for Electromagnetic Fields EN61000-6-2: 2005 Electromagnetic compatibility (EMC) - Immunity for industrial environments 2 Electromagnetic compatibility (Article 3.1b of the 1999/5/EC Directive) EN 301489-3 v1.4.1, EN 301489-1 V1.9.2 3 Efficient use of the radio frequency spectrum (Art.3.2 of the 1999/5/EC...

  • Page 6: Radio

    General hazard – Failure to follow the instructions presents a risk of equipment damage. Electrical hazard – Failure to follow the instructions presents a risk of electrocution and physical injury. Direct-current symbol WARNING: do not install this equipment near any source of heat or any source of humidity. WARNING: for your safety, it is essential that this equipment be switched off and disconnected from mains power before carrying out any technical operation on it.

  • Page 7: Radio Regulations

    European Union. Nevertheless, restrictions regarding RF power or duty cycle can be applied. The ARM-N8-LD/LP is a radio module conceived to be integrated in another product, often final products. According to the R&TTE directive, the final product producer is responsible of the conformity declaration for this product. The ARM-N8xx module conformity declaration is available on demand at ATIM, however, it does not cover the product where it is integrated in.
  • Page 8 Spectrum access and Modulation/ Power/Magnetic ECC/ERC Frequency Band mitigation maximum occupied Notes Field Decision requirements bandwidth ≤ 100 kHz for 47 or ≤ 0.1% duty cycle or 25 mW e.r.p. more channels (note FHSS LBT (notes 1 and 5) 25 mW e.r.p. ≤...

  • Page 9: Generalities

    Generalities Presentation In order to answer more accurately to various user challenges, ATIM started a new device family called Nano- Modules composed of different modules using state of the art technologies like Ultra Narrow Band (UNB), Narrow Band (NB) and Chirp Spread Spectrum (CSS). This family has been developed for users requiring high communication range.

  • Page 10: Technical Features

    Technical features Electrical and mechanical characteristics Dimensions 30 x 18 x 2,5 mm (25 pins) Radio Regulation EN 300 220 V2.4.1 Operating Temp -20°C to +70°C Modulation 2GFSK/4GFSK Sensitivity -122dBm @1,2kbps BER10-3 Range >20 km (FEL) Frequency 863 – 870 MHz Output power max 500 mW (27 dBm) Data rate...

  • Page 11: Pins

    iii. Pins NAME FUNCTION AGND GROUND ANTENNA RF SIGNAL AGND GROUND AGND GROUND OSC1 QUARTZ INPUT OSC0 QUARTZ INPUT MOSI PORT SPI SLAVE DATA IN PORT SPI SLAVE CHIP SELECT MISO PORT SPI SLAVE DATA OUT SCLK PORT SPI SLAVE CLOCK SMSG OUTPUT MESSAGE RADIO PENDING DGND...

  • Page 12: Link Interfaces

    ✓ Test modes: Ping-pong, pure carrier, continuous request, RSSI reading Firmware update The software embedded on ARM-N8-LD/LP modules can be updated via the software ds30Loader (compatible with Windows/Mac/Linux) via UART. The file is available on demand. Figure 2 : Sofware for the firware’s update...

  • Page 13: Rf Features

    vii. RF features N8: 863 – 870MHz: 553 available channels (in short bandwidth) The ARM-N8 modules are usually, set on the channel 869.525MHz (channel 522 / 0x020A) speed of 1200bps. The range is done at 3m from the ground ½ wave antennas. Channels at Channels at 14dBm / 25mW...

  • Page 14: Memory

    Memory Function Memory type Placing Capacity (bytes) Bootloader + Firmware + Serial number Flash AT commands backup EEPROM Buffer serial Rx Buffer serial Tx Buffer Radio Rx Buffer Radio Tx Special Backup (on demand) Flash External ATIM_ARM-N8-LD-LP_UG_EN_V2.0...

  • Page 15: Hardware Integration

    Hardware integration Power supply The module power supply is between 2,7V and 3,6V. To guaranty a correct filter for the supply the filter LC Figure 3 must be put into place the closest to the pin VDD. Figure 3 : power supply filter Impedance of the antenna adaption The passive components to integrate between the antenna and the RF pin of the ARM-N8 module depends on the length of the electronic track, of the dielectric and the antenna that is chosen.

  • Page 16: At Command Configuration

    Figure 5 : Ground plan footprint AT command configuration The UART link is at 19200bps as standard, 8 bytes data, no parity, 1 stop byte, Without flow control. To go into AT command mode who must: ➢ Send three consecutives ‘+’characters: Manual mode with 3 individuals ‘+’ via terminal. In transparent mode, this method will send at the same time two ‘+’...

  • Page 17: Test Modes

    Test modes Function AT command enter ATT'ZZ' + ENTER Testing mode 'ZZ' : Keyboard commands: ZZ = 00 : Ping-Pong Master 'a' : exit current test mode ZZ = 01 : Ping-Pong Slave 'z' : increase radio emission power ZZ = 02 : Continuous reception 's' : reduce radio emission power ZZ = 03 : BER result 'q' : reduce the frequency from one channel...

  • Page 18: Version

    Figure 6 : Terminal in test mode Version From the command mode, it is possible to get these information’s via the command « ATV »: • Firmware version • Card version • Sigfox ID (if ARM-N8-Sigfox version) ATIM_ARM-N8-LD-LP_UG_EN_V2.0...

  • Page 19: Interfaces

    Interfaces Selection The SPI slave is automatically activated at the expense of the UART interface if pin !SS/SCS is at digital state 1 (3,3V) at the initialization (at startup or after quitting the command mode) of the modem. UART mode AGND AGND ANTENNA...

  • Page 20: Uart Configuration (In Yellow: By Default)

    iii. UART Configuration (in yellow: by default) Baudrate UART Data bytes ATS bit Parameters value register ATS bit Parameters value register 1200bps=0x00, 2400bps=0x01, 4800bps=0x02, 9600bps=0x03, 7 bits = 0x07 012 0:7 UART Baudrate 19200bps=0x04, 013 0:7 UART Data bytes 8 bits = 0x08 38400bps=0x05, 9 bits = 0x09 57600bps=0x06,...

  • Page 21: Serial Buffers

    Serial buffers The ARM-N8 module has two independent buffers: ➢ circular reception buffer of 512 bytes ➢ circular emission buffer of 256 bytes The reception buffer can memorize the beginning and the end of every finished frame at a dead time (Tf) of 3 x byte time at the UART speed.

  • Page 22: Mode Spi

    Mode SPI SLAVE AGND AGND ANTENNA AGND AGND AGND MASTER RESET MCU AGND SOSC1 RSSI SOSC0 U1TX MOSI MOSI / SDI2 U1RX U1RTS !SS / SCS MISO MISO / SDO2 U1CTS SCLK SCLK / SCK2 INT0 INPUTx SMSG / INT2 DGND DGND DGND...
  • Page 23 b. Serial Buffers The ARM-N8 module has two independent buffers: ➢ circular reception buffer of 512 bytes ➢ circular emission buffer of 256 bytes The reception buffer is capable of memorizing the start and the finish of every finalized frame at the end of the data transfer on the SPI bus (rising edge !SS).
  • Page 24 c. Functions Function code Address Data Function Dn-1 Return content Return content Return content read 0x01 0x00 - 0xFF 0x00 register register register register AT @H1+(n-1) @H1+(n) write Dn-1 write Dn write write D0 write D1 0x02 0x00 - 0xFF in register in register register AT...
  • Page 25 f. Get current radio message length g. Get byte in the radio buffer h. Provide byte in the radio buffer i. Restart ATIM_ARM-N8-LD-LP_UG_EN_V2.0...

  • Page 26: Operating Mode

    Operating mode Transparent (serial/RF bridge: ARM-N8-LP/LD) a. Configuration To activate this mode, you need to configure: ATS000=10 b. Operation In this mode, the stocked data in the serial buffer are fitted to be sent by radio. The radio transmissions are done in half duplex.
  • Page 27 c. Endless Mode Data reception on Rx-UART Radio modulation starting Data emission on radio PREAMBULE + SYNCHRO H + D1 + …. Data emission on Tx-UART for Data rate Radio ≥ Data rate UART Data emission on Tx-UART for Datarate Radio < Datarate UART Passage exit SMSG to 1 Data recovery via Master SPI Ta: if enabled, Time ‘Listen before talk’...
  • Page 28 Endless mode configuration Endless packet mode without LBT or AFA Packetization Mode Serial / RF value value ATS bit Parameters ATS bit Parameters register register 0 _ListenBeforeTalkEnabled 0 _AllTraffic 1 _AFAEnabled 1 _TxRF_PacketMode 2 _LongPreamble 2 _RxRF_PacketMode 3 _WOR_CS 3 _NC 0x80 0x07 4 _NC...
  • Page 29 d. Packetized mode (Default mode) Data reception on Rx-UART Data emission on radio PRBLE + SYNC H+D1+… CRC16 Data emission on Tx-UART Data recovery via Master SPI Passage exit SMSG to 1 Ta: if enabled, Time ‘Listen before talk’ 5ms (ATS092.bit0) Tb: if enabled and justified, Time random alias ‘Listen before talk’...
  • Page 30 Packet mode configuration Packet mode without LBT or AFA Serial packet mode / RF Register Register ATS bit Parameter ATS bit Parameter value value 0 _ListenBeforeTalkEnabled 0 _AllTraffic 1 _AFAEnabled 1 _TxRF_PacketMode 2 _LongPreamble 2 _RxRF_PacketMode 3 _WOR_CS 3 _NC 0x40 0x07 4 _NC...
  • Page 31 e. Compatible Mode So that there is not a problem in the compatibility with the old ARM generation (without ARM-NANO), the ARM-N8 can be interfaced by radio with these registers: The packetization of the data can be forced by configuring ATS020. (For this mode, the WOR mode, the ping pong test mode and continuous reception are not) Compatible mode configuration Baudrate Radio...

  • Page 32: Sigfox Uplink (Arm-N8-Sf)

    Sigfox Uplink (ARM-N8-SF) The ARM-N8-Sigfox modem references (firmware review starting by : See paragraph v page 18 command ATV: REV. X819 S/N: 6220FF5C 868MHZ 14DBM) are capable of sending messages on the Sigfox connected devices internet network. There are many ways to send data on the Sigfox network: •...
  • Page 33 g. Sending a life frame A life frame containing « VddIdle VddTx 0x64 » can be sent periodically by configuring the register ATS045 like this: Life frame emission period Register bit Parameters value 0x04 : 10 minutes 0x05 : 1 hour 0x06 : 24 hours 0x00 0x07 : 7 days...

  • Page 34: Radio Part

    Radio part Principal parameters (by default Baudrate Radio Principal radio channel Register Parameters Register value ATS bit Parameters value value 1200bps=0x01, 2400bps=0x02, 4800bps=0x03, Radio channel Tx - Rx 002 0:7 9600bps=0x04, 19200bps=0x05, Baudrate channels 38400bps=0x06, radio 863 to 870 57600bps=0x07, 115200bps=0x08, Radio channel Tx - Rx 003 0:7...
  • Page 35 Addresses In the Header long mode (bit 7, ATS093), the radio protocol inserts the expeditor and destination addresses in the header so that the radio frames are addressed. These data’s enables the distant modems (in long header mode) to filter the messages or not. Parameters radio 2 Register ATS bit Parameters...

  • Page 36: Radio Channels

    iii. Radio channels To respect the spectral congestion in the used band (863MHz to 870MHz), the channels are restricted according to the baudrate. The list of channels is in the annexes. Quantity of available channels Channel 19,2 38,4 57,6 115,2 Frequency (hexadecimal) kbps...

  • Page 37: Listen Before Talk (Lbt)

    Listen before talk (LBT) The LBT technique is principally made to improve the radio-electric spectral efficiency of the 863-870 MHz band. When a modem wants to emit, it listens to the network to see if another emission is being done at the same time (Presence or not of a magnitude signal bigger or equal to the detection limit).

  • Page 38: Adaptive Frequency Agility (Afa)

    Adaptive Frequency Agility (AFA) The AFA is a technique used to avoid emitting on a channel that is already used. If this function is activated, the receiver looks at the chosen channels permanently (principal channel and secondary channel) and uses the unoccupied one now the data is sent to avoid any interferences.

  • Page 39: Sleep Mode

    Sleep mode Sleep/wake-up sources There exists many wake up sources on the ARM-Nx module: 1. Digital input on the pin INT0 : maintain of INT0 at 1 (VDD) during 1,5ms minimum. Activated for ATS062 bit7 2. Receiving a character on Rx UART (without losing the wake up for data rate UART <57600bps). Activated for ATS062 bit4 = 1.
  • Page 40 Sleep mode configuration Power supply wake up sources pins Antenna wake up sources’ pins bit Parameters Register value bit Parameters Register value 0 _Reset SMSG 1 _AN0 _SCK2 2 _RSSI _SDO2 3 _U1TX _SCS 4 _U1RX _SDI2 5 _U1RTS _OSC0 6 _U1CTS _OSC1 7 _INT0...

  • Page 41: Wake On Radio (Wor)

    Wake On Radio (WOR) Principal To optimize the consumed current during the radio reception phase, the ARM-Nano module is capable of waking up periodically, go into reception mode for a little time and then go back into sleep mode. This functioning mode forces the sender to extend the preamble emission time to keep track of the wake-up receptors period.

  • Page 42: Wor Reception Method

    Note To make the modem configuration, the ATS064-065 parameter defines the wake-up period on the receptors side and the extra time on the preamble senders. You only need to then activate the long preamble (ATS092 bit2 senders’ side) and WOR (ATS063 bit7 receptors side). WOR reception method This method is based on a modulated carrier detection (CS - Carrier Sense) (ATS092.bit3=1) : When the wakes up to receive, the listen focuses on the RF signal level centered on the receivers frequency.

  • Page 43: Wake Up Events (Example)

    Wake up events (example) Emission side Receiving side ✓ Wake-up INT0 : ATS062 bit7 = 1 ✓ Wake-up INT0 : ATS062 bit7 = 1 ✓ Wake-up Rx UART : ATS062 bit4 = 1 ✓ Wake-up Rx RF : ATS063 bit7 = 1 ✓...
  • Page 44 Configuration register Power supply wake up sources’ pins Antenna wake up sources’ pins bit Parameter Register value bit Parameter Register value 0 _Reset SMSG 1 _AN0 _SCK2 2 _RSSI _SDO2 3 _U1TX _SCS 4 _U1RX _SDI2 5 _U1RTS _OSC0 6 _U1CTS _OSC1 7 _INT0 WOR period / Extra time preamble...

  • Page 45: Signalizations

    Signalizations It is possible to see certain events or functioning phases thanks to: • The green LED on the modem • Pin RSSI (pin 20 : see ¡Error! No se encuentra el origen de la referencia. ¡Error! No se encuentra el origen de la referencia.) LED ON when Tx or Rx radio only.

  • Page 46: Measured Current At 3,3V

    Measured current at 3,3V SYSTEM (MCU + RADIO) @ 3,3V / 25°C Value register ATS001 PLL IDLE SLEEP IDLE LED ON RTC ON 0x28 1,4µA 8,1mA 32mA +2,3mA +0,4µA 0x29 1,4µA 5,7mA 29,5mA +2,3mA +0,4µA 0x2C 1,4µA 17,5mA 40,7mA +2,3mA +0,4µA 0x2D 1,4µA...

  • Page 47: Consumed Current Optimization

    Consumed current Optimization Many factors impact the modems: 1. Radio Emission phase (adjustable output power with ATS004) 2. Receiving radio phase (adjustable via WOR) 3. LED activity (adjustable with ATS025) 4. Power calculation (maxi when PLL activated ATS001, bit2. When the SPI bus is used or for the data rates by UART >...

  • Page 48: Firmware Update By Bootloader

    Firmware update by bootloader Versions The bootloader version is known thanks to the color on the microcontroller The update package is available here: http://www.atim.com/download/UPDATE_PACK_ARM-NANO.zip Bootloader Mark Encryption Client Software Features Version Level ds30Loader None LP_BOR ds30SecureLoader / Encryption 2,7V Upgrader...

  • Page 49: Frequency Table

    Frequency table Channel 19,2 38,4 57,6 115,2 Freq. 2,4 kbps 4,8 kbps 9,6 kbps kbps kbps kbps kbps kbps dec. hex. 0000 863,0000 0001 863,0125 14dBm 14dBm 14dBm 0002 863,0250 14dBm 14dBm 14dBm 14dBm 0003 863,0375 14dBm 14dBm 14dBm 0004 863,0500 14dBm 14dBm...
  • Page 50 Channel 19,2 38,4 57,6 115,2 Freq. 2,4 kbps 4,8 kbps 9,6 kbps kbps kbps kbps kbps kbps dec. hex. 002A 863,5250 14dBm 14dBm 14dBm 14dBm 002B 863,5375 14dBm 14dBm 14dBm 14dBm 002C 863,5500 14dBm 14dBm 14dBm 14dBm 14dBm 002D 863,5625 14dBm 14dBm 14dBm...
  • Page 51 Channel 19,2 38,4 57,6 115,2 Freq. 2,4 kbps 4,8 kbps 9,6 kbps kbps kbps kbps kbps kbps dec. hex. 0056 864,0750 14dBm 14dBm 14dBm 14dBm 0057 864,0875 14dBm 14dBm 14dBm 0058 864,1000 14dBm 14dBm 14dBm 14dBm 14dBm 14dBm 14dBm 0059 864,1125 14dBm 14dBm...
  • Page 52 Channel 19,2 38,4 57,6 115,2 Freq. 2,4 kbps 4,8 kbps 9,6 kbps kbps kbps kbps kbps kbps dec. hex. 0082 864,6250 14dBm 14dBm 14dBm 14dBm 14dBm 0083 864,6375 14dBm 14dBm 14dBm 14dBm 0084 864,6500 14dBm 14dBm 14dBm 14dBm 14dBm 0085 864,6625 14dBm 14dBm...
  • Page 53 Channel 19,2 38,4 57,6 115,2 Freq. 2,4 kbps 4,8 kbps 9,6 kbps kbps kbps kbps kbps kbps dec. hex. 00AE 865,1750 14dBm 14dBm 14dBm 14dBm 00AF 865,1875 14dBm 14dBm 14dBm 14dBm 00B0 865,2000 14dBm 14dBm 14dBm 14dBm 14dBm 00B1 865,2125 14dBm 14dBm 14dBm...
  • Page 54 Channel 19,2 38,4 57,6 115,2 Freq. 2,4 kbps 4,8 kbps 9,6 kbps kbps kbps kbps kbps kbps dec. hex. 00DA 865,7250 14dBm 14dBm 14dBm 14dBm 00DB 865,7375 14dBm 14dBm 14dBm 00DC 865,7500 14dBm 14dBm 14dBm 14dBm 14dBm 14dBm 00DD 865,7625 14dBm 14dBm 14dBm...
  • Page 55 Channel 19,2 38,4 57,6 115,2 Freq. 2,4 kbps 4,8 kbps 9,6 kbps kbps kbps kbps kbps kbps dec. hex. 0106 866,2750 14dBm 14dBm 14dBm 14dBm 14dBm 0107 866,2875 14dBm 14dBm 14dBm 14dBm 0108 866,3000 14dBm 14dBm 14dBm 14dBm 14dBm 14dBm 0109 866,3125 14dBm...
  • Page 56 Channel 19,2 38,4 57,6 115,2 Freq. 2,4 kbps 4,8 kbps 9,6 kbps kbps kbps kbps kbps kbps dec. hex. 0132 866,8250 14dBm 14dBm 14dBm 14dBm 0133 866,8375 14dBm 14dBm 14dBm 14dBm 0134 866,8500 14dBm 14dBm 14dBm 14dBm 14dBm 0135 866,8625 14dBm 14dBm 14dBm...
  • Page 57 Channel 19,2 38,4 57,6 115,2 Freq. 2,4 kbps 4,8 kbps 9,6 kbps kbps kbps kbps kbps kbps dec. hex. 015E 867,3750 14dBm 14dBm 14dBm 14dBm 015F 867,3875 14dBm 14dBm 14dBm 0160 867,4000 14dBm 14dBm 14dBm 14dBm 14dBm 14dBm 0161 867,4125 14dBm 14dBm 14dBm...
  • Page 58 Channel 19,2 38,4 57,6 115,2 Freq. 2,4 kbps 4,8 kbps 9,6 kbps kbps kbps kbps kbps kbps dec. hex. 018A 867,9250 14dBm 14dBm 14dBm 14dBm 14dBm 018B 867,9375 14dBm 14dBm 14dBm 14dBm 018C 867,9500 14dBm 14dBm 14dBm 14dBm 14dBm 018D 867,9625 14dBm 14dBm...
  • Page 59 Channel 19,2 38,4 57,6 115,2 Freq. 2,4 kbps 4,8 kbps 9,6 kbps kbps kbps kbps kbps kbps dec. hex. 01B6 868,4750 14dBm 14dBm 14dBm 14dBm 01B7 868,4875 14dBm 14dBm 14dBm 14dBm 01B8 868,5000 14dBm 14dBm 14dBm 14dBm 14dBm 14dBm 01B9 868,5125 14dBm 14dBm...
  • Page 60 Channel 19,2 38,4 57,6 115,2 Freq. 2,4 kbps 4,8 kbps 9,6 kbps kbps kbps kbps kbps kbps dec. hex. 01E2 869,0250 14dBm 14dBm 14dBm 14dBm 01E3 869,0375 14dBm 14dBm 14dBm 01E4 869,0500 14dBm 14dBm 14dBm 14dBm 14dBm 14dBm 01E5 869,0625 14dBm 14dBm 14dBm...

  • Page 61: At Registers Table

    Channel 19,2 38,4 57,6 115,2 Freq. 2,4 kbps 4,8 kbps 9,6 kbps kbps kbps kbps kbps kbps dec. hex. 020E 869,5750 27dBm 27dBm 27dBm 27dBm 27dBm 020F 869,5875 27dBm 27dBm 27dBm 27dBm 0210 869,6000 23dBm 23dBm 23dBm 23dBm 23dBm 23dBm 0211 869,6125 23dBm...
  • Page 62 DEFAULT REGISTER DESIGNATION DESIGNATION VALUES READ /WRITE VALUES S000 Application1 OPERATING_MODE_UART2RF_BRIDGE = 0x10, OPERATING_MODE_MODBUS_MASTER_ONLY = 0x20, OPERATING_MODE_MODBUS_SLAVE_ONLY = 0x40, OPERATING_MODE_UART2SFX_BRIDGE = 0x50, OPERATING_MODE_UART_AND_RF_TO_SFX_BRIDGE = 0x60, OPERATING_MODE_PINGPONG_MASTER_INIT = 0x00, OPERATING_MODE_PINGPONG_SLAVE_INIT = 0x01, OPERATING_MODE_SPECTRUM_ANALYSER_INIT = 0x0A, OPERATING_MODE_PURE_CARRIER_INIT = 0x04, OPERATING_MODE_CONTINUOUS_RECEPTION_INIT = 0x02, OPERATING_MODE_RANDOM_MODULATED_CARRIER_INIT = 0x07, OPERATING_MODE_INFINITE_RDM_MODULATED_CARRIER_INIT = 0x08, S001...
  • Page 63 S014 Serial_Parity PARITY_ODD_DISABLE=0x00, 0x02 PARITY_ODD_ENABLE=0x01, PARITY_EVEN_DISABLE=0x02, PARITY_EVEN_ENABLE=0x03, S015 Serial_Stopbit STOPBIT_1=0x01, 0x01 STOPBIT_2=0x02, S016 Serial_FlowControl FLOWCONTROL_NONE=0x00, 0x00 FLOWCONTROL_CTSRTSBUFFERMODE=0x01, FLOWCONTROL_RTS1=0x02, FLOWCONTROL_RTS0=0x03, FLOWCONTROL_CTSRTSCMDLED=0x04, FLOWCONTROL_CTSRTSRADIOMODE=0x05, FLOWCONTROL_OUTCMDRS485=0x06, S017 Radio_DelayBeforeTX 0 - 255 ms 0x00 S018 Serial_DelayAfterTxSerialLSB 0x00 S019 Serial_DelayAfterTxSerialMSB 0x00 S020 Bridge_Settings unsigned char _AllTrafic:1; 0x07 unsigned char _TxRF_PacketMode:1;...
  • Page 64 S050 TestMode_TxDelay S051 TestMode_RxDelay S052 Radio_TimeOutNoRxLSB 0x00 S053 Radio_TimeOutNoRxMSB 0x00 S054 Serial_RS485ReturnTime 0x00 S055 Serial_Mode 0x01 S056 Radio_LBTDelayBeforeCarrierSense S057 Radio_LBTThresholdCarrierSense S058 Radio_TxPreamble S059 Radio_RxPreamble S060 Radio_LOCKCounter S061 Radio_UserGain 0x00 S062 WakeUpSourcePWR unsigned char _22_RESET :1; 0x00 unsigned char _21_AN0 unsigned char _20_RSSI unsigned char _19_U1TX unsigned char _18_U1RX unsigned char _17_U1RTS :1;...
  • Page 65 S078 RRC_Settings unsigned char _Enabled :1; 0xFF unsigned char _MasterMode :1; unsigned char _SlaveMode :1; unsigned char _TxOnTxTypeA :1; unsigned char _TxOnTxTypeB :1; unsigned char _TxOnTxTypeC :1; unsigned char _RefreshSettings:1; unsigned char _LimitedLevel :1; S079 RRC_Undefined 0xFF S080 RRC_PushTime 0xFF S081 Serial_ReturnTimeTxToRx 0x00...

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