TinyOne Pro 868MHz Terminal User Guide
Contents
1. ON with high sensitivity LBT with detection for RF 87dBm ON with medium sensitivity LBT with detection for RF gt 82dBm ON with low sensitivity LBT with detection for RF 77dBm 3 Number of repetitions S223 This register is used in Addressed Secured mode It is the number of times the message will be repeated in case of non acknowledgement or the number of times the terminal will try to send the message in case of the radio link is not free when LBT functionality is activated This register is set to 2 as default It is enough in most of the configurations 4 Random waiting time S227 This register activates a random waiting time before every radio transmission except for acknowledge When LBT functionality is ON it is automatically activated The random waiting time is comprised between 0 and 64mS S227 value Random Waiting Time 0 default mmi 2 B E L il EM F Z m i rJ ri ee u Reproduction forbidden without Telit Communications S p A written authorization All Rights Reserved page 30 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 Network Configuration The configuration to use the M868 TinyPro in Addressed Secured mode is done with the S25x registers Through them you can Set the Network ID S250 Setthe Client Address S252 amp Setthe Network options S255 Set a default address for2. 2x Following the examination on technical file presented by the Company mentioned above and considering observations opiniond hereafter EMITECTH issues un avis FAVORABLE a POSITIVE opinion sur la conformit de l quipement susmentionn aux exigences essentielles de la directive 1999 5 CE an Zu conformity to essential requirements of 1999 5 EC directive of the above mentioned equipment e E ad Montigny le 03 octobre 2007 i Ltt Emich Li Lum _ Pour On Sehalfof EMITECH Yvon JUDEAUX Conseils amp Ing nierie Tests amp Mesures Formation Z Angers Bcaucous 15 rae de la Clase 49070 BE ALOE Siren 548 545 45 CSS Tel 2 4E 73 2 27 Fa 02 4 73 26 20 Email atlantique sesirech Ir URL sww emitechk fr Sue Scol 1 ue des Coaudmers CAP T3 ZA de l Clesreaeire 781 BG EHONTIGGNY LE EX SA au cupa de ED MEO ECS VERSAILLES 544 545 5645 APE EC SUY ans at ae AA 13 x Va er S p A written authorization All Rights Reserved page 47 of 48 2s Y a lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 T EMITECH AEC N 288 AF 35 07101227 1 2 2 ORGANISME NOTIFIE n 0536 NOTIFIED BODY n 0536 Conformit aux exigences essentielles Conformity to essential requirements Directive article Supporting document reference and origi 3 1 a s curit Electrique ng Rapport Report
3. ATP command put the terminal in stand by mode To wake up the terminal send a NULL 0x00 character Switch to Bootloader ATBL command escape from the main program and run the bootloader This command is useful to update the firmware by serial or radio link See the dedicated part for details Specific AT commands have been integrated in order to make measurements in continuous mode These commands are stopped by the sending of a character Command Description Min modulated carrier transmission Note 1 After an AT command ended by lt CR gt the serial link gives back result code which is OK or ERROR Note 2 command gives back OK These commands are effective after a maximum delay of 10 mS the back code OK indicates the good execution of the command and another command can be sent right after the back code OK y 4 Li Reproduction forbidden without Telit Communications S p A written authorization All Rights Reserved page 22 of 48 ee u lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 IV 2 Operating Mode There are 4 communication protocols available on the M868 TinyPro terminal Transparent mode this is the default communication protocol of the terminal The terminal transmits the data transparently without encapsulation or addressing It acts as a half duplex wired serial link type RS485 Addressed Secured
4. A data frame always begins with the two ASCII AT characters standing for ATtention Commands are coded over one or several characters and may include additional data A given command always ends up with a CR Carriage Return A T Command Additional data lt CR gt Note The delay between 2 characters of the same command must be less than 10 seconds The only exception to this data framing rule is the switching command from the operating communication mode to AT Mode In this case only the escape code must be started and followed by a silent time at least equal to the serial time out In this case only AT and CR shall not be used Below is the complete list of the AT commands available on the M868 TinyPro terminal Command Description Hayes Mode Activation command gives an instant access to the terminal s parameters configuration mode Hayes or AT mode whatever the current operating mode in process might be command should be entered as one string i e it should not be preceded by AT and followed by CR but two silent times which duration is configurable via S214 register Serial time out The time between two must not exceed the time out value Hayes mode inactivates radio functions Communication mode activation ATO command gives an instant access to the terminal s operating mode configured in S220 register ATO command is used to get out of Ha
5. i rJ 2 u Reproduction forbidden without Telit Communications S p A written authorization All Rights Reserved page 31 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 V Status answer Bit 4 default 0 defines if the M868 TinyPro returns a transmission status after sending a frame If set to 1 no answer the terminal will give no information if the frame has been received on the remote side or not If set to 1 answer it returns OK if the acknowledge has been received ERROR otherwise 2bytes Numeric Header Bit 5 default 0 Used when bit 2 is set to 1 it defines if the numeric header is on 1 byte 0 for less than 255 terminals or 2 bytes 1 for up to 65535 terminals This bit has no effect if the header is ASCII Bit 2 0 The frames sent and received will be as follows 0x01 Data if this bit is set to 0 0x00 0x01 Data if this bit 5 is set to 1 ACK Bit 6 default 0 Radio Acknowledge disable if 1 the radio Ack is disable and any secured radio frames are not acknowledged This is useful when several clients have the same ID in a network 3 Client Address S252 The user can set a Client number between 1 and 65535 The client numbers must all be different in a network The default value is O 4 Default transmission Address S256 If this register is different from 0 the frames received on the serial link will be sent to this address wi
6. N RA 26 07101227 1 afen du laboratoire Emitech Atlantique Article de la directive R f rence et origine du document justificatif Normes Standards EN 60950 01 AT1I 04 Jram Enitech Atlantique laboratory Protection de a sant protection af f he D claration de conformit RETTE NUS health RTTE Declaration of conformity EN 5037 3 1 b CEM EMC Bd Rapport Report N RA 22 07 10122 Taj du laboratoire Emitech Atlantique EN 301 489 3 V 1 4 1 from Emitech Atlantique F aboramon Utilisation efficace du E Rapport Report N RA 24 07101227 1 spectre radio lectrique du laboratoire Emitech Atlantique EN 300 220 2 V2 1I 1 Tes Ente hy Lori me fohbararari bective use al Perce electric s re d essais r alis es pour un equipememni Spe IF HIN i L fonctionnant dans ume bande large a 200 KHz et pour un r cepteur de classe 2 d clar par le pr sentateur PEST Colrieu cni f AW if pui pare A CMTE eor d FI dite i cru Iro pH EI j fea Atel A i fz uim f r Li FETE ver a This doormen cac ondy be phasoceopied fa dts entirety j i r ion Pe J 4 CES 2 D CO ES NV AE oe en 1 nl 7 1 HULS EXILENCES oer Feequirements R f rence du rapport de synth se EMITECH Reference of EMITECH synthesis report RT 33207 101227 document interne imnmiterna documenti Observations Observations Ll N ant Pointless LJ Le pr sent a
7. You must use the power supply and serial cable provided by Telit with the terminal Take care of the polarity for the power supply connection red wire Vcc black wire GND The ON OFF switching capability of the power supply is external to the terminal The radio environment should be closely studied prior to any installation with a spectrum analyzer in order to determine whether and where the installation will be optimal In case of outdoor installations IP casings are recommended In case of a ceiling installation the terminal should be mounted upside down for a better radiation A 1 m distance between two terminals should be respected under 25 mW power output at least 2 m at 100 mW and 3 m at 500 mW The terminals should be located as high and as free as possible so that a line of sight propagation is established between terminals The terminal should not be surrounded by metallic masses because of the disturbances caused by a reflection phenomena The electrical disturbances can come from various sources and should be avoided Engines High current devices Power relays transformers o Etc The radio disturbances should also be avoided O O O o System in the same frequency band such as cars remote control systems o Systems in a nearby frequency band such as high power 2 W talkie walkie systems Vibrations and or shocks can also be source of disturbances It is therefore advised to mount the terminals in silent blocks
8. a at S E a 37 IV 7 CONFIGURATION AND DOWNLOAD OVER THE AIR DOTA sssssssssssssessse nennen nennen nennen nnne neni nnn nsns sene rn nn rris nnne rr nn risen ser r nnn sse 39 CHAPTER VS ANNEXES aa madii a ca ete mU HE a dE HC oA tra ra dr ae ev a a a ait 40 V 1 TERMINALS INSTALLATION PRINCIPLES AND CAUTIONS ccsscccssssceessssecssssecessesecesssecessseccesaeecessseecsssseccssssecsesseasenaeecesueeeeseesecesaeeecesaseceenaeeesas 40 V2 CONNECTION TO A RS422 OR ISSAB5 INTERFACE 3 iimevtaskpkbimdk etat RE rcer SV Eur MD FdP uid once rence cine is inerte non een RPM RE secret entame MM UU 41 V3 ETSI 300 220 3 VERSION 1 3 1 STANDARDS SUMMARY svcccaiussvadanscnyudenvencnstadvnsnets RE Exe yk Rt poe ea ueste eiu pr pu AEE EESE E EEEE P I HER MEE E RUD en seen 42 V 4 EXAMPLES OF PROPAGATION ATTENUATION ccsscccssssecssssecesssecccsseececsaueccsseeccssseccsseecscssuccnsseescsaueecseueecssasececsueeccsaueeccsaeeecsaeeeeaeeessaeecessueeeenas 45 V 5 Zem i weTe dee a i e M T 46 come Reproduction forbidden without Telit Communications S p A written authorization All Rights Reserved page 4 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 CHAPTER I INTRODUCTION I 1 Aim of the Document The aim of this document is to present the features and the application of M868 TinyPro radio terminal The c
9. in this paragraph how to parameter the terminals in order to set up 2 different Addressed Secured configurations One classical configuration where all the terminals in the network can communicate to each others One specific configuration equivalent to a Client Server configuration also called Star network where communications are able only between the Server and the Clients CLASSICAL i CLIENT SERVER ATS220 9 ATS220 9 ATS220 9 up to customer choice up to customer choice ATS223 X ATS223 X i up to customer choice up to customer choice ATS227 X up to customer choice ATS226 1 2 or 3 ATS226 1 2 or 3 up to customer choice up to customer choice ATS227 1 ATS227 1 ATS25020 except 255 or 65535 in binary in binary ATS250z0 ATS252 1 to N ATS255z 0X0X00X1 in binary ATS256 X up to customer choice IV 6 Terminals reflashing M868 TinyPro terminals are re flashable through the serial link To reflash the terminal switch off the power supply open the casing put the PROG switch on ON position and switch on the power supply Then a specific software tool TinyTools is necessary Refer to its user manual 4 for detailed explanation r TRT r1 t L4 ILE i Lab 1 Reproduction forbidden without Telit Communications S p A written authorization All Rights Reserved page 37 of 48 lelit TinyOne Pro 868MHz Terminal User Gu
10. sends EFGH to 3 lt 3 EFGH gt with a retry Waiting time lt 1 EFGH gt as lt 3 Hello gt lt 0 Hello gt lt 3 Hello gt E Collision or error in blue data sent in red data received Basic Illustration of Addressed Secured mode with LBT P Terminal N 1 Terminal N 2 Terminal N 3 1 sends ABCD to 2 radio link free 1 sends EFGH to 3 radio link not free Waiting time lt 1 EFGH gt Reproduelion forbidden without Telit Communications s p A written authorization All Rights Reserved page 24 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 IV 3 Registers Detailed Use The parameters to be configured via Hayes mode are stored in the terminal permanent memory called S registers Those registers are always listed as follow S20x registers correspond to the radio parameters S21xregisters correspond to the serial parameters S22x registers correspond to the operating parameters S24x registers correspond to the stand by parameters S25xregisters correspond to the network parameters Radio Configuration The Radio configuration is set via the S20x registers Through them you can Change radio channel S200 Change the radio baud rate S201 Change the radio Output Power S202 Modify the carrier length S204 Change channelization S206 FFFFE The radio parameters are preferably set in the following or
11. transmission S256 The parameters are preferably set in the following order 1 Network ID S250 When in Addressed Secured operation M868 TinyPro terminals can communicate only if they are parts of the same network There can be up to 65535 networks defined but only one can work in a given area in each radio channel If you want to place more than one network in the same area use different radio channels and not different network numbers The default value is O 2 Network Options S255 When running in Addressed and Secured mode this register contains the option flags used to configure the operation This register is a group of 4 flag bits _ Bis 7 6 5 4 3 2 1 o Name JACK 2B Ret NH CR NV amp X Header Bit 0 default 1 if set to 1 the frames sent on the serial link will be preceded with a header showing the sender address This frame will be as follows for each settings of the bit 2 1 data if the header is ASCII 0x012data if the header is numeric If set to O the receiver will not know where the frame comes from amp Carriage Return Bit 1 default 0 if set to 1 the frame sent on the serial link will be followed by a CR character lt 0x0D gt amp Numeric Header Bit 2 default 0 Used when bit 0 is set to 1 it selects the type of header for transmission or reception to ASCII 0 or numeric 1 z s x L 1 s i 2 I D
12. 00827 Rev 3 14 01 2011 Serial link configuration The serial link configuration is set via the S21x registers Through them you can amp Set the serial baud rate S210 amp Set the parity S212 amp Set the number of stop bits S213 V Set the serial time out S214 Set the serial link type S215 amp Set the flow control type S216 After each modification in the serial settings the M868 TinyPro will answer OK with the current configuration and the changes will be effective immediately after The Serial parameters are preferably set in the following order 1 Serial Baud rate S210 This register selects the serial baud rate value It is linked to the time out register S214 They can be set with the following values 210 value Serial S214 baud rate minimum value 2400bps 9 2 6 38400 bps 8 Jg 115 200 bps 2 Euro MEE page 27 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 2 Serial timeout S214 The M868 TinyPro is not able to know when a frame reception is finished on the serial link but it needs this information to stop radio transmission in transparent mode or to start sending data in the other modes This timeout is the indicator used to decide when the data frame is finished if no character is received for a time equal to this timeout the data frame is seen as finished and the terminal
13. 11 4 Serial type management S215 The M868 TinyPro serial link can be configured to work in any of the 4 following modes RS232 821570 default value This is the standard full duplex serial link It works on up to 5 signals 3 without flow control RxD TxD RTS CTS and GND and uses 12V levels It is the only serial link type allowing flow control RS 422 821571 Full duplex link on 4 wires A B Y Z using voltage difference RS485 8215 2 Half duplex link on 2 wires A B using voltage difference RS485 Full 821523 Full duplex link on 4 wires A B Y Z using voltage difference Unlike the point to point RS422 protocol it can be used for multipoint operations 5 Flow control management S216 In all the modes the data coming from the serial link are stored in a buffer and then sent Thus it is necessary to have a flow control on the serial link to avoid a buffer overflow and the loss of data The M868 TinyPro manages three types of flow control Hardware or CTS RTS S216 0 the RTS signal from the M868 TinyPro will authorize the host to transmit data The other way will be controlled by the CTS signal entering the terminal amp Software or Xon Xoff 821621 the M868 TinyPro sends a Xoff character on the serial link to interrupt the transmission from the host and a Xon character to resume This control will only work from the M868 TinyPro to the host None S216 2 default the host m
14. 485 Can be also made by RS232 485 switch RS422 RS485 signals For RS422 use A or Rx B or Rx Y or Tx and Z or Tx For RS485 use only A or D and B or D Clear To Send signal into the Terminal Indicates if the Terminal can send serial data to the User Active on 0 3V to 15V or not Inactive on 1 15V to 3V page 16 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 gt RTS Request To Send signal going out of the Terminal Indicates that the user can transmit serial data Active on 0 3V to 15V or not Inactive on 1 15V to 3V This signal switches when the serial reception buffer s filling rate reaches a programmable threshold S218 or when the user finished transmitting serial data out on Time Out gt 6 40V 6 to 40 VDC power supply There is no internal ON OFF switch for the power supply The switch off capability should be external Internal LED Green informs about association blinks when searching for association stays ON when associated Red indicates data reception blinks each 5 seconds when receiving beacon Note In case of the S One stack green LED indicated transmission Reproduction forbidden without Telit Communications S p A written authorization All Rights Reserved page 17 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 III 3 Cables Description The associ
15. CTIONALITY Telit terminals and boards are provided with an embedded software which allows to choose between different communication protocols and to play on numerous parameters M868 TinyPro terminal is available with the following firmwares S ONE protocol stack 1 Standard firmware working in transparent or address secured mode M ONE protocol stack 2 Mesh Lite firmware allowing mesh networking refer to dedicated manual 5 for detailed explanation This Chapter is dedicated to the S ONE protocol stack NOTE The available memory space on the terminal is limited and for this reason Standard and Telemetry firmware are available in the separate installation packages There are 2 different modes available for S ONE protocol stack that are described in following paragraphs The configuration mode which allows to parameter the terminal It is set through the use of Hayes commands sent on the serial link The operating mode which is the functional use for data transmission CP TENE Reproduction forbidden without Telit Communications S p A written authorization All Rights Reserved page 20 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 IV 1 Configuration Mode Hayes or AT commands complies with Hayes protocol used in PSTN terminal standards This AT protocol or Hayes mode is used to configure the terminal parameters based on the following principles
16. FORMITY ASSESSMENT AEC N 288 AF 35 07101227 1 Evaluation de la conformit d un quipement radio lectrique selon l article 10 de la Directive R amp TTE 1999 3 CE Conformity assessment of a Radio equipment according to article 10 of Directive 1999 5 EC IF T l r r F T Societe Company Nom Mame ONE RF Technology Adresse Address Emerald Square B timent D Rue Evariste Galois 06410 SOPHIA ANTIPOLIS FRANCE Pel 43 97 21 3 5 10 Fax 04 9 71 33 11 Mail mfof one rf com Demande en date du Date of request 25 septembre 2007 25 September 200 concernant la conformit aux exigences essentielles de l quipement radio lectrique suivant concerning the conformity fo essential requirements af the following Radio equipment Identification de l quipement Equipment identification Marque et d signation commerciale Brand end Trade name VinyOne Pro S68MHz RF Modem M868 tinv pro Thr docu mau sd ETE be atoi amiei jap Fix eutirery pe fi me 5 Zh fie F Lienre Emetteur r cepteur Transceiver Uiilisation Ue Mobile Mobile Ce document ne doit tre photocopi que dans son int gralit Appl Te p revue Intended use Modem de transmission de donn es Dota transmission modem Apres examen du dossier technique presente par la Societe mentionn e ci dessus et compte tenu des observations not es ci apr s EMITECH met a j E E j D d p 3 1
17. a sce cee EU RUND te do MOD UU once ease seston cau ees aucune sete reenter UE 9 11 3 MECHANICAL CHARACTERS TRS ne een ee eee et yer eee 9 ILA DOC HARAQTERIGTIOS ee O etur IM NE on one 10 II 5 TIMING CHARACTERISTICS ccssccccsssceccsseecssssecsssseecsssseceesaeaceesseecsuseecsussecsssssecesssecseeaeecseuseecsussecseaseececseecsesaeacsaeaceseeecsuesecseasaceeauecesaeeesesaeess 10 11 6 FUNCTIONAL CHARACTERISTICS PRENDE m E 11 H7 DIGITAL GHARACTERISTIE ee rte nde de de UNE 13 IE S ORDERING INFORMATION a uM FAMEM DE dax da MUI MESE 14 CHAPTER Ill MECHANICS AND CONNECTION Inn nn nnnm nnnm nne nnne nnne nnne nnne nnne rsen n nnns 15 TTL LS Ze e Me emi tM REO I T UU Utm 15 Ine C ONNE CTION ann 16 HI ABLE DESCRIPTION eae eet ee A een oe ee Mte ELM D men ee ee ee ee UR MUN MEE 18 CHAPTER IV STANDARD FIRMWARE DESCRIPTION OF THE FUNCTIONALITY eere 20 Pes cU usd essc 21 IR UNO II ING Pp E 23 TY 23s REGISTERS DETAILED USE 25 IU M PREIS TER RTS S E O PH 33 IV 5 eocirwel i uuc nn 37 To zi C REFA SR ee
18. acts accordingly The default value is 5 milliseconds The Timeout value is of course in accordance with the serial baud rate it must be at least equal to the length of 2 characters See the table in the baud rate S210 part of this chapter For example for a 19200 bps baud rate the time to send 1 character 1 start bit 8 data bits 1 stop bit is 521 us giving a squared up timeout value of 2 ms You can set a higher value to this timeout if you have some gaps in the sending of a frame 3 Serial data format S212 and S213 These registers set the format of the characters sent on the serial link amp S212 Parity It can take three values 1 for No Parity 2 for Even Parity or 3 for Odd Parity The default value is 1 S213 Number of Stop bits 1 bit or 2 bits Default value is 1 The settings for the available configurations are Format type Parity Stop Bits S212 S213 8 N 1 8 E 1 8 0 1 8 N 2 D 1 1 1 2 2 8 E 2 8 data bits even parity 2 stop bits 8 O 2 8 data bits odd parity 2 stop bits le 7 N 2 These configurations are only possible in transparent using the 7 E 1 same settings as 8 N 1 7101 1 OO O 2 i LINE 4 B t L4 ILE i Lab Reproduction forbidden without Telit Communications S p A written authorization All Rights Reserved page 28 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 20
19. ated cable is connected to the terminal blocks of the mother board and goes out of the terminal through a cable gland The cable must be shielded and have an external diameter between 3 5 and 7mm The conductors must have a cross section of 0 22mm 24AWG Possible cable references Supplier Reference Description NEXANS SMBLO7x0 22 ALPHA WIRE 5118C TELIT 205 000 094 1 meter serial cable with subD 9 connector for RS232 and 2 points connector for power supply e Case of RS 232 Connector Sub D Color ENS 9 points Terminal Side PC Automate Side P 1 LE Bue ES 2 4 RS Reaves To sure oo OTS GoarToson 8 LEN E 3 EM Connector NETE Name pozze ome Open 000 eeo r emen 07 page 18 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 e Case of RS 422 Name Connector Name Automate Side 8 points Terminal Side S Z or Tx Transmit Data B or Rx Receive Data eRe p Saw a E ane LL 0007 e Case of the RS 485 Name Automate Side B Data 3 e e Brown RE 0 p vae nn Connector Name 8 Terminal Side Color Green ks RS232 422 485 GND and S215 2 LT PE e LC em NP DR Reproduction forbidden without Telit Communications S p A written authorization All Rights Reserved page 19 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 CHAPTER IV STANDARD FIRMWARE DESCRIPTION OF THE FUN
20. ce Telit aasre DECLARATION OF CONFORMITY Telit RF Technologies Rue Evarist Galois 06410 BIOT FRANCE declare under our sole responsibility that the product TinyOne Pro 868MHz Terminal Radio terminal for wireless data transmission in 868MHz ISM band to which this declaration relates is in conformity with all the essential requirements of the European Directive 1889B D5 EC R amp TTE The conformity with the essential requirements of the European Directive 18885 05 EC has been verified against the following harmonized standards RF spectrum efficiency R amp TTE art 3 2 EM 300220 2 Version 2 1 1 EMC R amp TTE art 3 1b EM 301488 3 Version 1 4 1 Electrical Safety and Health protection T aan IR amp TTE art 3 13 EN 60850 1 A11 and EN 50371 All the tests related ta this conformity have been done by the notified organism EMITECH 3 rue des Coudriers ZA de l bservatoire CAP 78 79180 MONTIGNY LE BRETONNEUX FRANCE Identification number 0536 Biot T4th April 2009 Xavier TATOPOULOS R amp D Manager ES T v KiL OWATTHOURS 2 LI LES i Et OTT Fe bl p 4 2 4 7 1 A La as Lo page 46 of 48 X lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 EMITECH VENT AIME 99909998 ORGANISME NOTIFIE n 0556 NOTIFIED BODY n 0536 AVIS D EVALUATION DE CONFORMITE OPINION OF CON
21. conds 204 This carrier is sent before each data frame and is used to synchronize the receiver Between 5 and 60mS Default 8 ms R W S206 Channelization Indicates channelization e 0 single channel default e 1 multi channel R W 9209 Radio Whitening Indicates the XOR value for radio data Character Between 0 and 255 Reproduction forbidden without Telit Communications s p A written authorization All Rights Reserved ee 33 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 Access Register Name Description Serial Link 210 Serial Speed Indicates the speed on the Serial Connection 1 1200 bits s 5 19200 bits s 2400 bits s 6 38400 bits s 4800 bits s T 57600 bits s 9600 bits s 8 115200 bits s The time out value must be compatible with the serial speed 212 Parity Serial Link Parity Type e 1 None default e 2 Even e 3 Odd R W S213 Number of Stop Serial Link S Tegeu Bits bits 1 bit S Tegeu 2 bits R W Serial Link Time TETE the value of the time out on the serial link The Out time out value must be compatible with the serial speed see S210 register description Between 2 and 100 milliseconds Default 5 terminal blocks or through the switch S215 Serial type Selects the type of serial link used 0 RS232 1 RS422 2 RS485 3 RS485 full duplex The selection between RS232 and the othe
22. der 1 Channelization S206 This register allows to change the functioning mode single or multi channel S206 value Functioning mode O single channel multi channel The default value for this register is S206 0 2 Radio baud rate S201 This register allows changing the radio baud rate S201 value Radio baud rate 4 8 kbps 9 6 kbps 19 2 kbps 38 4 kbps When multi channel functioning is chosen see register S206 this register is automatically set to 0 When single channel functioning is chosen the default value for this register is 3 TET s s M i f La 1 y 4 t i L4 d A VE f i 5 ai j z 4 4 x A Ta d H L i Hi T p m j nr r Reproduction forbidden without Telit Communications S p A written authorization All Rights Reserved page 25 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 3 Radio channel S200 This register sets the radio channel used for the communication S200 value Frequency 7 When multi channel functioning is chosen see register S206 S200 value can go from 0 to 9 and the default value is 0 When single channel functioning is chosen this register is automatically set to 10 4 Radio Output power 202 This register allows to choose the output power of the terminal between 25 100 and 500mW This parameter allows optimizing power consumption in fu
23. document and notes that the application of the device must comply with the safety standards of the applicable country and where applicable with the relevant wiring rules Telit reserves the right to make modifications additions and deletions to this document due to typographical errors inaccurate information or improvements to programs and or equipment at any time and without notice Such changes will nevertheless be incorporated into new editions of this document Copyright Transmittal reproduction dissemination and or editing of this document as well as utilization of its contents and communication thereof to others without express authorization are prohibited Offenders will be held liable for payment of damages All rights are reserved Copyright Telit RF Technologies 2010 WII 4 s 3 ns A ca rJ 2 ee u fs f ex 4 Reproduction forbidden without Telit Communications S p A written authorization All Rights Reserved page 3 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 CONTENTS Sua dH OD WG FION a a a at 5 LL AIM OP THE DOCUMENT ce ea ee e E a de 2 ne am en et ee 5 D 2 PR F RENCE DOCUMENT Eee de ee ee ee ee ee ee ee ee eee 5 Lo OG UII CHAN ELOD ns De 6 DO SSA Ve sins ee E 7 CHAPTER Il GENERALE CHARAC GER SCS aan amandes crimes 8 II 1 GENERAL REQUIREMENTS RENE RT E 8 IH 2 TEMBERATURECHARRETERISTIC S arrinin nin acc
24. dulation FSK Audio Frequency Shift Keying GFSK Gaussian Frequency Shift Keying GMSK Gaussian Minimum Shift Keying IF Intermediary Frequency ISM Industrial Scientific and Medical kbps kilobits s LBT Listen Before Talk LNA Low Noise Amplifier MHz Mega Hertz 1 MHz 1000 kHz PLL Phase Lock Loop PROM Programmable Read Only Memory NRZ Non return to Zero RF Radio Frequency RoHS Restriction of Hazardous Substances RSSI Receive Strength Signal Indicator Rx Reception SRD Short Range Device Tx Transmission SMD Surface Mounted Device VCO Voltage Controlled Oscillator VCTCXO Voltage Controlled and Temperature Compensated Crystal Oscillator Reproduction forbidden without Telit Communications S p A written authorization All Rights Reserved page 7 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 CHAPTER Il GENERAL CHARACTERISTICS II 1 General Requirements The M868 TinyPro terminal is a multi channel radio terminal delivering up to 500 mW in the 868 MHz ISM band unlicensed frequency band It allows point to point multipoint or mesh functioning modes The ERC recommendation 70 03 describes the different usable sub bands in the 868 MHz license free band in terms of bandwidth maximum power duty cycle and channel spacing It gives the following limitations ERC recommendation 70 03 Band Frequency band Maximum radiated Channel spacin
25. ev 3 14 01 2011 Access Register Name JA Description Network Control 250 Network ID Network Number Default 0 RAW 9252 Client Number Client Number on 2 Bytes Between 0 and 65535 Default 0 R W S255 Network Options Indicates the Network options 4 bits are used Default value 01 gt Bit N indicates whether the received frame begins with the Client ID 1 or not 0 gt Bit CR indicates whether the received frame ends with the Carriage Return character 0x0D 1 or not 0 gt Bit NH indicates whether the format in Transmission and in reception if the Bit N is activated is ASCII 12Data 0 or Numeric lt 0x01 gt Data 1 gt Bit Ret Indicates if the OK should be returned after each radio transmission 0 or not 1 gt Bit 2B In case of a Numeric Header bit NH 21 indicates if the header is on 1 bytes 0 or 2 bytes 1 Used if you have more than 255 terminals in your system Bit ACK Disable the radio acknowledgement 1 or enable 0 RAW 9256 Default Address Indicates the default address to which every radio frame will be sent Default 0 inactive P ET 4 s 5 s i Lad Reproduction forbidden without Telit Communications S p A written authorization All Rights Reserved page 36 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 IV 5 Configuration Example We will describe
26. g Duty cycle MHz power mW kHz C Annex1 g3 869 4 869 65 25 or wideband This band is free to use but the terminal and the user must respect the 10 duty cycle limitation This means that each terminal is limited to a total transmit time of 6 minutes per hour It is the responsibility of the user to respect it Furthermore the terminal complies with the ETSI 300 220 specific for SRD The main requirements are described in Appendix 1 Finally the terminal complies with the new European Directive 2002 95 EC concerning the Restrictive Usage of Hazardous Substances RoHS National Restrictions for non specific SR devices Annex 1 band g3 Reason Remark Russian No info Federation Reproduction forbidden without Telit Communications s p A written authorization All Rights Reserved 8 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 II 2 Temperature Characteristics Minimum Typical Maximum Operating Storage Temperature 40 85 II 3 Mechanical Characteristics Connection using terminal blocks inside the casing Exit through cable gland 117 without antenna x 64 x 40 300 Characteristics No LEDs are available 0 y Eie N E ET a 315 ihe c il v E 1 B Z y mel 7 Ps 4 gt Reproduction forbidden without Telit Communications S p A written authorization All Rights Reserved page 9 of 48 lelit TinyOne Pro 868MHz Termi
27. given in the table and illustrated in the figure below 47 74 MHz 87 5118 MHz frequ 174 230 MHz below 1 470 862MHz Oneraling dc 5d dBm 260n 38dBm Tu 30cm 2n hTdiBm an 57 dam SO 47 dim Spuricue emission Pega umet E Mier Frequency stability for low voltage battery operation section 8 8 os a N c ELA e A 4 i387 hg sv Kiowa THOUS iF z 8 gh v 12 Ev Sa os a E A Y i T a ad D le bef d A gt ee ER 44 2 Eur B Reproduction forbidden without Telit Communications S p A written authorization All Rights Reserved page 43 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 This requirement applies for battery operated equipment only The requirement is that when reducing the operating voltage to zero the equipment should stay on the desired frequency or cease to function altogether Duty cycle section 8 9 This requirement states the transmitter on off ratio measured during 1 hr period The duty cycle ratio is found in the table on page 4 Receiver spurious radiation section 9 1 For equipment with integral antenna the radiated emission from Ihe receiver shall be measured Equipment with external antenna connector shall be measured for both conducted Spurious emission and cabinet radiation If the carrier frequency is lt 470 MHz the equipment shall be measured for unwanted emissions from 9SkH
28. haracteristics will be described within three distinct chapters General characteristics describes the electrical and mechanical characteristics Mechanics and connections details the casing connector cabling and power supply Functionalities lists the operating modes registers and their use I 2 Reference documents me EE dc B Reproduction forbidden without Telit Communications S p A written authorization All Rights Reserved page 5 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 I 3 Document change log Revision Date ISSUE 0 29 04 09 ISSUE Z1 21 06 10 ISSUE 2 14 09 10 ISSUE 3 14 01 11 Reproduction forbidden without Telit Communications S p A written authorization All Rights Reserved Changes First Release Updated reference documents table ERC 70 30 recommendation table Added description of the behavior for internal LEDs Removed Terminal variant with fixed antenna Updated paragraph 3 1 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 I 4 Glossary ACP Adjacent Channel Power BER Bit Error Rate Bits s Bits per second 1000 bits s 1Kbps CER Character Error Rate dBm Power level in decibel milliwatt 10 log P 1mW EMC Electro Magnetic Compatibility EPROM Electrical Programmable Read Only Memory ETR ETSI Technical Report ETSI European Telecommunication Standard Institute FM Frequency Mo
29. ide 1vv0300827 Rev 3 14 01 2011 HI y E COGI INO page 38 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 IV 7 Configuration and Download Over The Air DOTA TinyPro terminal includes the new DOTA functionality This function is able to change or update the firmware of a remote terminal using a local terminal In this application the new firmware is sent through the radio link to another device without the need of any hardware intervention on the remote device All steps of the process can be done from a local radio terminal connected to a computer terminal to be updated or Hardly accessible remote i configured SW Firmware or settings are sent through the air without any access to the remote device Local terminal Completing DOTA the configuration over the air functionality gives access to the Hayes mode of a remote terminal Thanks to it you can adjust all the settings of a terminal without physical access to it Both functionalities are available through a specific software tool TinyTools Refer to its user manual 4 for detailed explanation Reproduction forbidden without Telit Communications S p A written authorization All Rights Reserved page 39 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 CHAPTER V ANNEXES V 1 Terminals Installation Principles and cautions
30. in order to stabilize it whenever necessary Distances obstacles and weather conditions can strongly affect radio communications and cause disturbances as well as communication breakdowns N ES E gt Li mm d m 2 y H M I Reproduction forbidden without Telit Communications S p A written authorization All Rights Reserved page 40 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 V 2 Connection to a RS422 or RS485 interface M868 TinyPro terminal is configured in RS232 mode by default it allows to directly connect it on a PC serial port To configure the terminal in RS422 or RS485 mode amp Go to Hayes Mode and configure S215 Register set to 2 for RS485 and to 1 for RS422 amp Power Off the terminal amp Connect RS485 or RS422 serial link to the terminal o Connect RS232 422 pin to GND or set RS232 485 switch to RS485 side SEER dj I SRI SS amp Power On the terminal N B 1 if you Power off Board and set RS232 422 pin open RS485 RS422 is inactivate and RS232 is activate page 41 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 V 3 ETSI 300 220 3 Version 1 3 1 standards summary ETSI EN 300 220 The ETSI EN 300 220 specifies in detail the requirements and test methods to be used for type approvals of licence free operated radio equipment The following is summary of the most imp
31. mode it is a kind of multipoint network protocol Each terminal can communicate with every terminal in the same network All the frames are addressed checked through a CRC and acknowledged Downloader over the air this is a specific communication protocol allowing re flashing of remote terminal Auto repeat mode this is a specific communication protocol in which the terminal sends back the frames it has received radio or serial without echoing It allows the user to easily test the terminal remotely For the classical communication protocols Transparent and Addressed Secured an additional functionality is available LBT Listen Before Talk It means that the transmitting terminal will scan the radio link and verify it is free no radio activity before sending its data to avoid collision Basic Illustration of Transparent mode Terminal N 1 Terminal N 2 Terminal N 3 1 sends ABCD lt ABCD gt lt ABCD gt lt ABCD gt 2 sends Hello Hello lt lt Hello gt p Hello lt in blue gt data sent lt in red gt data received 3 1 f en T Reproduction forbidden without Telit Communications S p A written authorization All Rights Reserved page 23 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 Basic Illustration of Addressed Secured mode Terminal N 1 Terminal N 2 Terminal N 3 1 sends ABCD to 2 2zABCD lt 1 ABCD gt OK ACK 1
32. nal User Guide 1vv0300827 Rev 3 14 01 2011 II 4 DC Characteristics Characteristics Transmission consumption 500mW 100mW 25mW 350 180 120 250 100 70 80 50 35 mA Reception consumption 30 25 20 mA II 5 Timing Characteristics Characteristics Power Up Sequence Rx to TX switching time 500mW 100mW Tx to RX switching time 500mW 100mW y Eie ABRE A 315 par e t v E B Z y D All Rights Reserved page 10 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 II 6 Functional characteristics The M868 TinyPro terminal allows 2 types of functioning single or multi channel Frequency band 869 400 869 650 MHz ERC Recommendation 70 03 Temperature range Functioning 40 C to 85 C Storage 40 C to 85 C Relative humidity Functioning 2096 to 75 RH Storage 096 to 9596 Transmission Single channel I Multi channel Channel number 1 10 a comer frequency 869 525MHz first channel at 869 4125MHz Channel soacind wideband 25 kHz pacing ERC Rec 70 03 ERC Rec 70 03 Radio bit rate up to 38 4 kbps 4 8 kbps Output Power SUE d p 27dBm 1dB 20dBm 2dB Modulation GFSK ACP 37dBm max Spurious out of the band Under the following limits E 40 page 11 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 Rece
33. nction of the desired range S202 value Output Power 25 mW 0 25mW 9 100 mW 500 mW When multi channel functioning is chosen see register S206 S202 value can go from 0 to 1 and the default value is 1 When single channel functioning is chosen S202 value can go from 0 to 2 and the default value is 2 5 Radio carrier length S204 This register sets the duration in milliseconds of the radio carrier sent before the data It serves as synchronization frame for the receiver s The default value is 8 milliseconds 8204 8 Usually this register isn t modified However in some hostile environment metallic parts vibrations it can be raised to 20ms to have a more reliable synchronization This will lower the over air throughput as it increase the non data use of the radio 6 Radio Whitening Character S209 This register sets the value XOR with each character of the radio frame in order to avoid long sequences of Os or 1s If the user application sends frames containing series of 0x00 or OxFF the receiver can unsynchronized itself thus the need for this whitening To mix a frame of these types use a value of 170 Hex OxAA Bin 10101010 2 H wi 5 s A nc an rJ an A ee u Reproduction forbidden without Telit Communications S p A written authorization All Rights Reserved page 26 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv03
34. ortant requirements The complete document can be downloaded from www eltsi fr Frequency error section 8 1 The maximum frequency error depends on type of use base mobile or portable and of the channel separation The requirement applies only when a channel spacing is specified Frequency band 1012 5kHz kHz Comment channel spacing 300 600 MHz 1 15 25 Figures is in kHz for 500 1000MHz baserrnabileipertable Carrier power conducted section 8 2 This requirement applies for equipment with external antenna connector The maximum power depends on equipment class The class is found in the table on page 4 Effective radiated power section B 3 This requirement applies for equipment with dedicated or integral antenna The test method is different from equipment with external antenna connector but the test limits are the same as above TX modulation section 8 4 This test apply to analogue speech systems only FM and AM Adjacent channel power section 8 5 This test is applicable for equipment operating in bands with specified channel separation and bandwidths For 25kHz channel spacing which is the narrowest channel spacing used in the S6BMHz band the test receiver bandwidth and filter shape for the adjacent channel is specified as follows There is special test instruments made for this kind of measurements for example the Rhode amp Swartz test receiver CMTA 84 The test should be used using test modulation
35. patterns D M3 package or D M2 data steam a 8f gt b e mom co i 5 a aS nn Reproduction forbidden without Telit Communications S p A written authorization All Rights Reserved page 42 of 48 MU LEE iN d i amp te 25 Te QUI E 474 er a A oy lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 The requirement for 25kHz channel spacing is 200nW 37dBm for normal test conditions and 640nW 32dBm for extreme test conditions Modulation bandwidth for wideband equipment 25kHz section 8 6 This test is applicable when no channel spacing is specified or channel spacing is larger than 2DkHz The power envelope shall be measured with a spectrum analyser REW 100 Hz VBW 10kHz using the maximum hold display function The bandwidth is defined as ihe bandwidth of the power envelope where the power is above the required spurious level The spurious level limit is 250nvy 36dBm Spurious emission section 8 7 The spurious emission is measurement of unwanted emitted signals The dawce shall be measured without modulation applied If the carrier frequency is lt 470 MHz the equipment shall be measured for unwanted emissions from 9SkHz to 4 GHz If tha carrier frequency is 2470 MHz the upper limit is 12 75 GHz All spurs except emission ai the intended channel and the adjacent channels shall be measured The requirement is
36. ption Single channel Multi channel 100dBm 2dB 105dBm 2dB T d Sensitivity for CER 10 38 4kbps 4 8kbps Saturation for CER lt 10 up to 10 dBm under 50 Ohms against adjacent channels jammer at 20 dBm against other channels jammer at 20 dBm 2 against out of the band spurious Single channel in optimal environment Line of Sight E page 12 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 II 7 Digital Characteristics Digital characteristics Micro controller Micro controller RISC 8 bits with Flash memory Programming Through serial link Through the air Download Over The Air RAM memory 2 Kbytes Flash memory 16 Kbytes Serial link characteristics Serial link type RS232 485 422 Serial speed 1200 to 115200 bits s Data bits 1 or 2 Parity None Even Odd Flow control type None Hardware RTS CTS Software Xon Xoff Oo page 13 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 II 8 Ordering information Selec
37. r modes is done with the RS232 RS485 hardware signal pin 6 on the RAW 9216 Flow Control Indicates flow control type e 0 Hardware CTS RTS e 1 Software Xon Xoff e 2 None default Ro dico forbidden without Telit Communications s p A written authorization All Rights Reserved page 34 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 Access Register Name Description Operation 9220 Function Mode Operating mode of the Terminal 1 Transparent 9 Addressed Secured 12 Downloader over the air 14 Auto repeat Number of Retries Number of retries in case of non Ack response to a message addressed secured mode mode or in case of non free radio link LBT Included between 0 and 255 255 means retry until success Default value 2 R W S226 LBT LBT ON OFF and sensitivity 0 OFF T ON with high sensitivity 2 ON with medium sensitivity Y ON with low sensitivity R W S227 Random Waiting Random waiting Time ON OFF Time e 0 OFF e 1 ON Low Power Type of Low power Indicates whether the low power control pin is used or not 0 No Low Power default 1 Stand By activated by Hardware pin 2 Stand By activated by Serial Reproduction forbidden without Telit Communications s p A written authorization All Rights Reserved ee 35 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 R
38. t the desired options from the list below to identify the appropriate Telit part number you need M 868 TinyPro 40 XX XX P Casing type Antenna option 67 Metallic IP67 RA Removable Antenna page 14 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 CHAPTER III MECHANICS AND CONNECTION III 1 Mechanical Characteristics e Mechanical Drawings 4 TL En M BoB ty PRDVZ TUE 8 EQUIPEMENT HODEM PLAN MECAMTUUE me EE dc B Reproduction forbidden without Telit Communications S p A written authorization All Rights Reserved page 15 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 III 2 Connections The terminal will communicate with the host through a cable connected to terminal blocks on the mother board inside the casing orange part on the following drawing gt TxD RxD gt DTR gt RS232 485 gt A B Y Z CTS serial link signals in RS232 format TxD is for the data going out of the Terminal while RxD is for the data coming into the Terminal The logic 1 is represented by signal between 3 and 15V Stand By signal into the Terminal Switches the Terminal in Low Power Mode 1 15V to 3V or in Normal Mode O 3V to 15V Used with the S215 Register selects the type of serial link open for RS232 default internal pull up 100 Kohms GND for RS422 or RS
39. thout any header detection done This register is useful to set a Network like system with up to 65534 clients and one server and or when the clients are not able to manage the frame header nn i HELL os wi oe i n LA Hi H TORET A f n T A j i 5 af a 2 oe 4 i y E p T 4 Li pi 2 re a 4 t A Reproduction forbidden without Telit Communications S p A written authorization All Rights Reserved page 32 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 IV 4 Registers List Numbers in bold indicate the default value Access Register Name Description General R S192 Serial Number Serial number of the terminal the one present on the sticker Read only register Radio R W S200 Channel Indicates the channel number depending on the channelization S206 Single channel value 10 Multi channel between 0 to 9 R W 201 Radio Baud Rate Indicates the radio bit rate depending on the channelization S206 Single channel between 0 to 3 Multi channel value 0 e 0 4800 bits s e 1 9600 bits s e 2 19200 bits s e 3 38400 bits s RAW 202 Output Power Radio power output in milliwatts depend of the channelization S206 Single channel between 0 to 2 Multi channel between 0 to 1 e 0 25 mW e 1 100mW e 2 500mW R W Radio Carrier Length Indicates the radio carrier length in millise
40. ust manage its outgoing data frames in order not to overflow the buffer This flow control is available for our virtual RS232 serial link Note 1 in Hayes mode the flow control is not active so as to be able to modify these registers without locking the serial link Note 2 in Addressed Secured mode the flow control works only by activating the default transmission address S256 0 Reproduction forbidden without Telit Communications s p A written authorization All Rights Reserved ee 29 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 Operating Mode configuration The Operating mode configuration is set via the S22x registers Through them you can amp Set the operating mode S220 amp Set the number of retries S223 amp Set the LBT S226 amp Set the random waiting time S227 The Operating Mode parameters are preferably set in the following order 1 Operating Mode S220 This is the most significant register it tells how the M868 TinyPro must run The available operating modes are Value Mode 1 jTransparent Mode default 9 Addressed Secured Mode Downloader over the air Auto repeat Mode 2 LBT S226 This register allows activating and setting up the LBT functionality The LBT sensitivity refers to the detected RF level over which the RF link is considered as occupied Value LBT Comment 0 OFF default no LBT noLBT
41. vis ne conceme que les exigences essentielles mentionn es ci dessus et ne constitue en aucune fa on une garantie sur les caract ristiques d interfoncrionnement de l quipement avec un r seau ouvert au public Th present opinion ix limited fo the essential requirements mentioned above and dows mol give any guarames ar iterworklhg capabilities af the equipment towards open public merworks Cet avis ne prend pas en compte les ventuelles dispositions particuli res de chaque Etat Membre concernant la bande de fr quence utilis e selon l article 6 4 de la directive Th s opinion does nor take nro accom the possible Ce document ne doit ire photocopie que dans son int gralit requirements of each Member States concerning the freque ncy band ped according to anche 6 4 of the directive Cet avis r sulte de l examen d un dossier et d essais effectu s sur un exemplaire des produits il n implique pas une appr ciation de l ensemble de la fabrication des produits en s rie This opinion result of technical construction file examination and or tests results performed on one sample it does not implicate a valuation of all manufactured equipments Emirech C28 Rev E 1 138 gt KiLOWATTHOURS Reproduction forbidden without Telit Communications S p A written authorization All Rights Reserved page 48 of 48
42. wireless solutions Teli TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 H LCS Il nm 2 a waa x 1A em LE A i d S n 1 f 5 zi zl E LE lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 This document is related to the following product License Free System lar Fraquamciaz 41 GHz Terminal TinyOne Pro B amp BMHz d e Reproduction forbidden without Telit Communications s p A written authorization All Rights Reserved page 2 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 DISCLAIMER The information contained in this document is the proprietary information of Telit Communications S p A and its affiliates TELIT The contents are confidential and any disclosure to persons other than the officers employees agents or subcontractors of the owner or licensee of this document without the prior written consent of Telit is strictly prohibited Telit makes every effort to ensure the quality of the information it makes available Notwithstanding the foregoing Telit does not make any warranty as to the information contained herein and does not accept any liability for any injury loss or damage of any kind incurred by use of or reliance upon the information Telit disclaims any and all responsibility for the application of the devices characterized in this
43. yes mode Answer OK or ERROR if the configuration is not complete Terminal s firmware version AT V command displays the terminal s firmware version number as follows Version Product vX YZn Reproduction forbidden without Telit Communications S p A written authorization All Rights Reserved page 21 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 Register interrogation ATSn command displays the content of Hayes register number n Refer to the register description table Some registers are standard for every Telit terminals while others are specific to some products Answer Sn x lt CR gt Register modification ATSn m command configures Hayes register number n with the value m e g ATS200 4 lt CR gt enters the value 4 in the register S200 The value is automatically stored in the EEPROM memory Answer OK or ERROR RSSI interrogation ATN command runs the received RF level measurement This RSSI reading is continuously displayed each second until a new character arrives on the serial link 4 levels are available 0 received level lt 87dBm 1 received level between 87 and 82dBm 2 received level between 82 and 77dBm 3 received level gt 77dBm Parameters reset ATR command resets all terminal s parameters to their default values Answer OK Stand By Activation When serial stand by is set the
44. z to 4 GHz If the carrier frequency is 2470 MHz the upper limit is 12 75 GHz The radiation limit is given in the table below ane 57dBm Abb drdBm Receiver spurious response or blocking section 9 2 The ETSI standard does not give any mandatory requirements to receiver spurious responsa or blocking Bru LEE iud d i 2 a je re A tee wr 74 er a A X page 44 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 V 4 Examples of propagation attenuation 433 MHz 868 MHz 2 4 GHz Factor Attenuation Attenuation Attenuation od 0 od 0 od lt 1dB 15 1 2dB 30 3dB 3dB 35 3 4dB 50 5 8dB 4 6dB 50 5 8dB 70 10 1208 15 20 dB 8 10 12 dB 15 dB 20 25 dB 5 35 50 0 9 85 20 25 dB 0 9 85 0 0 12 90 25 30 dB 29 e 5 8 dB 11 dB 15 20 dB Attenuations increase along with the frequency In some cases it is therefore difficult to determine loss and attenuation value Note The table above is only indicative The real values will depend on the installation environment itself a aaa ow ise T Reproduction forbidden without Telit Communications S p A written authorization All Rights Reserved page 45 of 48 lelit TinyOne Pro 868MHz Terminal User Guide 1vv0300827 Rev 3 14 01 2011 V 5 Declarations of Complian
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