Telit Communications S p A BG864 Gateway Bluetooth  802.15.4 User Manual SWS Gateway Product Description rev0

Telit Communications S.p.A. Gateway Bluetooth – 802.15.4 SWS Gateway Product Description rev0

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User Manual

SWS_Gateway Product Description

Rev. 0 – 2011/02/20

Contents

Overview ....................................................................................................................................... 5

1.1 Reference .................................................................................................................................................5

1.2 General System Architecture ................................................................................................................5

Configuration 1 (BG864-2.4) ....................................................................................................... 6

2.1 Main Building Blocks .............................................................................................................................6

2.2 Main Building Blocks features ..............................................................................................................7

2.3 Physical Characteristics .........................................................................................................................9

2.3.1

Dimensions .......................................................................................................................................................... 9

2.3.2

Environmental Characteristics ............................................................................................................................. 9

2.4 Interface Description ..............................................................................................................................9

2.4.1

Overview .............................................................................................................................................................. 9

2.4.2

Supply Voltage .................................................................................................................................................. 10

2.4.3

Battery source .................................................................................................................................................... 10

2.4.4

Switching the BG864-2.4 ON and OFF ............................................................................................................. 11

2.4.4.1

Switching ON Procedure ........................................................................................................................... 11

2.4.4.2

Switching OFF .......................................................................................................................................... 11

2.4.5

Antenna .............................................................................................................................................................. 12

2.4.5.1

Bluetooth Antenna specifications .............................................................................................................. 12

2.4.5.2

Short Range Antenna Specifications ......................................................................................................... 12

2.4.6

Serial Port .......................................................................................................................................................... 12

2.4.6.1

RS232 standard interface connector .......................................................................................................... 13

2.4.7

Mini USB type connector .................................................................................................................................. 13

2.4.8

LEDindicators .................................................................................................................................................... 14

2.4.8.1

Bluetooth LED indicator ........................................................................................................................... 14

2.4.9

Push Button ........................................................................................................................................................ 15

Configuration 2 (GG864-2.4) ..................................................................................................... 16

3.1 Main Building Blocks ...........................................................................................................................16

3.2 Main Building Blocks features ............................................................................................................17

3.3 Physical Characteristics .......................................................................................................................18

3.3.1

Dimensions ........................................................................................................................................................ 18

3.4 Interface Description ............................................................................................................................19

3.4.1

Power connector ................................................................................................................................................ 19

3.4.2

Supply Voltage .................................................................................................................................................. 19

3.4.3

Battery source .................................................................................................................................................... 19

3.4.4

Switching the GG864-2.4 ON and OFF ............................................................................................................. 20

3.4.4.1

Switching ON ............................................................................................................................................ 20

3.4.4.2

Switching OFF .......................................................................................................................................... 20

3.4.5

Antenna .............................................................................................................................................................. 20

3.4.5.1

Antenna Output ......................................................................................................................................... 20

3.4.5.2

Antenna Connectors .................................................................................................................................. 20

3.4.5.3

GSM Antenna Requirements .................................................................................................................... 20

3.4.5.4

Short Range Antenna Requirements ......................................................................................................... 21

3.4.6

Serial Port .......................................................................................................................................................... 21

3.4.6.1

RS232 standard interface connector .......................................................................................................... 21

3.4.7

Mini USB type connector .................................................................................................................................. 22

3.4.8

LED indicators ................................................................................................................................................... 22

3.4.8.1

GSM LED indicator .................................................................................................................................. 23

3.4.8.2

ARM LED indicator .................................................................................................................................. 23

3.4.8.3

Short Range LED indicator ....................................................................................................................... 24

3.4.9

Push Buttons ...................................................................................................................................................... 24

SW Specification ........................................................................................................................ 25

4.1.1

SW architecture .................................................................................................................................................. 25

4.1.1.1

SWS Gateway Application (Configuration 1 –no GSM) .......................................................................... 26

4.1.1.2

SWS Gateway Application (Configuration 2 – GSM) .............................................................................. 27

4.2 Host/gateway serial protocol ................................................................................................................29

4.2.1.1

Data-mode ................................................................................................................................................. 29

4.2.1.2

Command-mode ........................................................................................................................................ 30

4.3 Control Interface ..................................................................................................................................30

4.3.1

Stuff algorithm ................................................................................................................................................... 30

4.3.2

Message protocol ............................................................................................................................................... 31

4.3.3

Command and Response messages .................................................................................................................... 32

4.3.4

Commands/response description ........................................................................................................................ 35

4.3.4.1

Set Date/Time ........................................................................................................................................... 35

4.3.4.2

Get Date/Time ........................................................................................................................................... 35

4.3.4.3

Get Serial Number..................................................................................................................................... 36

4.3.4.4

Set GW SR parameters .............................................................................................................................. 36

4.3.4.5

Set DXT SR parameters ............................................................................................................................ 37

4.3.4.6

Set Gateway mode..................................................................................................................................... 38

4.3.4.7

Set GSM parameters ................................................................................................................................. 39

4.3.4.8

Set BT parameters ..................................................................................................................................... 40

4.3.4.9

Get Battery level ....................................................................................................................................... 40

4.3.4.10

Get HW/SW version ................................................................................................................................. 41

4.3.4.11

Get GSM parameters ................................................................................................................................. 41

4.3.4.12

Get GW SR parameters ............................................................................................................................. 42

4.3.4.13

Get DXT SR parameters ........................................................................................................................... 42

4.3.4.14

Scan for DXT ............................................................................................................................................ 43

4.3.4.15

Set Auto DXT Data ................................................................................................................................... 44

4.3.4.16

Get Status .................................................................................................................................................. 45

4.3.4.17

Set data mode ............................................................................................................................................ 46

4.3.4.18

SET Escape sequence from data mode ..................................................................................................... 46

4.3.4.19

Get DXT Data ........................................................................................................................................... 47

4.3.4.20

Add DXT list ............................................................................................................................................. 49

4.3.4.21

Get DXT list .............................................................................................................................................. 49

4.3.4.22

Remove DXT list ...................................................................................................................................... 50

4.3.4.23

Disable SIM PIN ....................................................................................................................................... 50

4.3.4.24

Turn Off SR .............................................................................................................................................. 51

4.3.4.25

Reboot ....................................................................................................................................................... 51

4.3.4.26

Standby ..................................................................................................................................................... 52

4.3.4.27

Deep Sleep ................................................................................................................................................ 52

4.3.4.28

Turn off ..................................................................................................................................................... 52

4.3.4.29

Reset .......................................................................................................................................................... 53

4.3.4.30

Get Auto DXT Data .................................................................................................................................. 53

4.3.4.31

Get Log File .............................................................................................................................................. 54

4.3.4.32

Get BT parameters .................................................................................................................................... 55

4.3.4.33

Scan for BT devices .................................................................................................................................. 56

4.3.4.34

Add BT host .............................................................................................................................................. 56

4.3.4.35

Reset BT host ............................................................................................................................................ 57

4.3.4.36

Set GPRS host parameters ........................................................................................................................ 57

4.3.4.37

Set FTP parameters ................................................................................................................................... 58

4.3.4.38

Set Wakeup parameters ............................................................................................................................. 58

4.3.4.39

Get GPRS host parameters ........................................................................................................................ 59

4.3.4.40

Get FTP parameters................................................................................................................................... 60

4.3.4.41

Get Wakeup parameters ............................................................................................................................ 60

4.3.4.42

Flash SR .................................................................................................................................................... 61

4.3.4.43

Get Battery voltage ................................................................................................................................... 61

4.4 AT command console (C2) ...................................................................................................................62

Appendix: configuration 1 (BT) ................................................................................................. 63

5.1 BT pairing using Windows Mobile .....................................................................................................64

Appendix: configuration 2 (GSM) - controlled and autonomous modes .................................... 67

6.1 Controlled mode ...................................................................................................................................67

6.2 Autonomous mode ................................................................................................................................69

Conformity Assessment Issues ................................................................................................... 71

Document Change Log .............................................................................................................. 73

1 Overview

Scope of the document is detail technical specification, HW and SW for the 2 gateways BG864-2.4

and GG864-2.4.

1.1 Reference

[1]

Universal Gateway Specification v2B (Schlumberger Water Services- Divers Long range RF

architecture)

[2] Telit.ppt

[3] ZE60 Software interface specification

[4] cr 280912.pdf (meeting report 28/09/2009)

[5] cr 151209.pdf( meeting report 15/12/2009)

[6] protocol ideas.pdf

1.2 General System Architecture

The proposed product satisfy the topology scenarios 1 and 2 as specified in [1]

Figure 1 Topology Scenarios

Telit provides the gateway in two different configurations

2 Configuration 1 (BG864-2.4)

JTAG

LED 1

UART

Mini-USB

Type B

USB

device

ZB Int.

Antenna

AP DATA

RS232

LED 3

UART

JTAG

1.8V 3.1V

ARM9

1.8V

MEMORY

3.1V

SPI BT

CONNECT.

SPI

#5 GPIO

#4 GPIO

BT Int.

Antenna

ZE60

3.1V

UART

#6 GPIO

Power

Supply

5.0V

3.1V 1.8V

Li-Ion

Batt.

LED 2

Battery

Charger

Battery

Monitor

TRANSC.

RTC

ON/OFF

button

RESET

button

LED 4

3.8V

Config. 1

Figure 2 Configuration 1 Block Diagram

2.1 Main Building Blocks

•

ARM9 ATMEL AT91SAM9260

•

Memories (Flash and RAM)

•

ZE60 (w/o internal antenna)

•

BT chip CSR BC63B239A04-IQD-E4

•

External connectors for:

Mini-USB device

RS232

Switch-slide Power-Supply

•

Internal antennas for:

ZE60

•

Rechargeable Li-Ion battery

continuos charging application will be allowed



the battery charging will be stopped

when battery is completely charged.

•

Status Leds for:

ZE60

Charger

ARM

•

Box

•

Power supply: external 4.5÷5.5V from mini-USB connector or 3.4÷4.2V from Li-Ion battery

•

Reset button

•

Operational Temperature: [-20°C +60°C]

•

Storage Temperature: [-40°C- +85°C]

2.2 Main Building Blocks features

•

ARM9 ATMEL AT91SAM9260

Based on the ARM926EJ-S™ ARM® Thumb® Processor

8-KByte Data Cache, 8-KByte Instruction Cache, Write Buffer

200 MIPS at 180 MHz

Memory Management Unit

EmbeddedICE™, Debug Communication Channel Support

External Bus Interface (EBI)

USB 2.0 Full Speed (12 Mbits per second) Device Port

USB 2.0 Full Speed (12 Mbits per second) Host Single Port in the 208-lead PQFP

Ethernet MAC 10/100 Base T

Fully-featured System Controller, including

Reset Controller, Shutdown Controller

Four 32-bit Battery Backup Registers for a Total of 16 Bytes

Clock Generator and Power Management Controller

Advanced Interrupt Controller and Debug Unit

Periodic Interval Timer, Watchdog Timer and Real-time Timer

Reset Controller (RSTC)

Clock Generator (CKGR)

Selectable 32,768 Hz Low-power Oscillator or Internal Low Power RC Oscillator on

Battery Backup Power Supply, Providing a Permanent Slow Clock

Power Management Controller (PMC)

•

Memories (Flash and RAM)

COMBO NAND SDRAM 128 MB FLASH/64 MB RAM

Memory will be shared for:

Code

Data

Logging files (no dedicated memory will be provide for logging applications)

•

ZE60

Frequency band: 2400 - 2483.5 MHz

Power Supply:+2.4V-+3.6V

Output Power: 19dBm ± 1 dB on the whole band (selectable by software for compliance)

Consumption typ@3.6V :

Transmission :125mA

Reception : 35mA

Stand-by (32.768 khz On) : 2µA

Sleep (wake up on interruption): 1µA

Channel spacing: 5 MHz

Channel number : 16 , Channel 11 (2405MHz)

→

Channel 26 (2480MHz)

Technology : DSSS

Modulation: O-QPSK with half sine pulse shaping

Radio bit rate: 250 kbps

Sensitivity for PER(1%): -98dBm typ

Serial link:

Full Duplex, from 1200 to 115200 bps

7 or 8 bits, with or without parity, 1 or 2 stop bits

Protocol Type: RS-232, TTL level

Temperature: - 40+ 85°C

Relative humidity @ 25°C: 20-75%

Size: Rectangular 26 x 15 mm

Height: 3 mm

Weight: 1,7 g

PCB thickness: 0.8 mm

Components: All SMD components, on one side of the PCB.

Mounting: SMD, Half moons on the 4 external sides

Number of I/O pins: 30

•

Bluetooth

Fully qualified Bluetooth® v2.1 + EDR Specification

Piconet and scatternet support

Minimum external components

Low-power 1.5V operation, 1.8V to 3.6V I/O

Integrated 1.8V and 1.5V regulators

UART to 4Mbaud

SDIO (Bluetooth Type A)/CSPI interface

Deep sleep SDIO operation

40-lead 6 x 6 x 0.9mm 0.5mm pitch QFN

Support for IEEE 802.11 coexistence

Green ( RoHS and no antimony or halogenated

flame retardants)

2.3 Physical Characteristics

2.3.1 Dimensions

The Telit BG864-2.4 dimensions are:

•

Length: 136 mm

•

Width: 57.6 mm

•

Thickness: 29.5 mm

Figure 3 - SWS-GW layout and dimensions

2.3.2 Environmental Characteristics

•

Operational Temperature: -20°C +60°C

•

Storage Temperature: -40°C +85°C

2.4 Interface Description

2.4.1 Overview

BG864-2.4 provides the following interface connectors:

•

RS232 serial interface

•

Mini-USB interface

•

ON/OFF Switch Slide

Furthermore, there are four led indicators (ARM, Bluetooth, Battery Charger and SR status) and one

push button (RESET).

Figure 4 – Interface overview

2.4.2 Supply Voltage

The BG864-2.4 can be supplied by an internal rechargeable Li-Ion battery or directly by the MINI-USB

port.

Power supply input is described in the following subsection and must fulfil the following requirements:

Li-Ion Batt. Supply Voltage Range 3.4÷4.2V

Mini USB Supply Voltage Range 4.5÷5.5V

Table 1 – Supply Voltage

Danger – Operating voltage range must never be exceeded; care must be taken

in order to fulfill Min/Max voltage requirements.

2.4.3 Battery source

Power is supplied by an internal rechargeable Li-Ion battery.

Battery voltage range is 3.4 ÷ 4.2V.

If the Gateway is connected via the Mini-USB to an external PC (or power supply) then the battery will

be automatically recharged by means of integrated battery charger circuitry.

The battery capacity should be sized on the customer’s application and battery life requirements.

Warning – Do not charge the Li-Ion battery out of temperature range of

÷45°C

Battery connector must be Molex 87439-0200 or compatible.

2.4.4 Switching the BG864-2.4 ON and OFF

The switch on/off slide button is used to turn ON or OFF the gateway

2.4.4.1 Switching ON Procedure

The BG864-2.4 switches on when slide switch is moved on the left.

BG864-2.4 operating system is operational after about 20 seconds from the power-on.

2.4.4.2 Switching OFF

The BG864-2.4 switches off when slide switch is moved on the right.

The BG864-2.4 can be switched off either by disconnecting the power supply from the MINI-USB port

and the battery or by software command.

It is suitable a software switch-off command before disconnect the power supply.

Note- When the slide switch is in OFF position and the battery is

connected, battery charge continues to function if BG864-2.4 is connect to

an external supply from the MINI-USB port

2.4.5 Antenna

In BG864-2.4 there are two internal antennas, one for Bluetooth and one for the Short Range

technology.

2.4.5.1 Bluetooth Antenna specifications

The Bluetooth antenna for BG864-2.4 has the following specifications:

Bluetooth ANTENNA SPECIFICATIONS

Frequency Range

2.4 GHz

Bandwidth

2.4 – 2.5 GHz

Peak

Gain

2.2 dBi

Average Gain

1.9 dBi

Impeda

nce

50 ohm

Peak Efficiency

74%

Average Efficiency

72%

VSWR

< 2:1

Table 2 – Bluetooth Antenna specifications

2.4.5.2 Short Range Antenna Specifications

The short range antenna for BG864-2.4 has the following specifications:

Short Range ANTENNA SPECIFICATIONS

Frequency Range

2.4 GHz

Bandwidth

2.4 – 2.5 GHz

Peak

Gain

2.2 dBi

Average Gain

1.9 dBi

Impedance

50 ohm

Peak Efficiency

74%

Average Efficiency

72%

VSWR

< 2:1

Table 3 – Short Range Antenna specifications

2.4.6 Serial Port

The RS232 standard interface serves to connect a PC, Data Terminal Equipment (DTE) or an

application, wich acts as host controller for the BG864-2.4 with all its functions.

Serial port connects directly the host controller with the UART-Debug of the ARM chip inside BG864-

2.4.

RS232 level translator is present on board.

2.4.6.1 RS232 standard interface connector

The connector mounted in the BG864-2.4 is a standard RS232 Sub-D 9pin female with the following

characteristics:

 Baud rate from 300 to 115.200 bit/s

 Autobauding (300 to 38.400 bit/s)

Pin-out (refers to DTE side):

Signal

Description

1 - NC

2 RXD RX Output

3 TXD TX Input

4 - NC

5 GND GROUND

6 - NC

7 - NC

8 - NC

9 - NC

Table 3 – serial port pin-out

To connect to a host controller, a pin-to-pin 9pin cable with D9 type connectors on both sides is

needed (1 male & 1 female). Shielding of this cable is recommended and its length shall not exceed

3 m.

2.4.7 Mini USB type connector

Pin-out of Mini-USB connector is shown in the following table:

Signal

1 USBCNX /

Charger Power Supply

2 DDM

3 DDP

4 -

5 GND

Table 4 – Mini USB pin-out

(FRONT VIEW)

Figure 5 - Mini-USB connector front view

2.4.8 LEDindicators

The BG864-2.4 has four led indicators:

1. Bluetooth status,

2. ARM status,

3. SR status

4. charger status.

Figure 6 - LED indicators

2.4.8.1 Bluetooth LED indicator

The follow table shows information on the status of the four led indicators:

LED ID LED STATUS DEVICE STATUS

SR Permanently OFF OFF

Blinking Comm. Session

Permanently ON Wake-up Session

ARM Permanently OFF OFF/Stand-by

Blinking Operating

Permanently ON Boot State

Permanently OFF OFF

Blinking Connected

Permanently ON Network Scan

BATT. CHARG. Permanently ON Battery charging

Permanently OFF Charge Complete

TABLE 5 – LED indicators

2.4.9 Push Button

In the surface of the BG864-2.4 box there is one hole to allowing with a sharp object to push the

reset button inside.

Reset Button is connected to the reset signal of the ARM processor. Pushing this button force the

reset and make the BOOT of the processor.

Figure 7 - Push Buttons

Note- The second hole near reset button’s hole is unused

3 Configuration 2 (GG864-2.4)

JTAG

LED 1

UART

L.R. Ext.

Antenna

ZB Ext.

Antenna

UART

Mini-USB

Type B

USB

device

AP DATA

RS232

JTAG

USB host

1.8V 3.1V

ARM9

1.8V

MEMORY

3.8V

GC/UC

864

SIM CARD

ZE60

3.1V

UART

#6 GPIO

5 - 15V

Power

Supply

3.1V 1.8V

#3 GPIO

No-Recharg.

Batt.

LED 2

TRANSC.

RTC

RESET

button

LED 4

WAKEUP

button

3.8V

PIC

#3 GPIO

3.1V

#3 GPIO

5.0V_B 5.0V_B

Config. 2

Figure 8 Configuration 2 Block Diagram

3.1 Main Building Blocks

•

ARM9 ATMEL AT91SAM9260

•

Memories (Flash and RAM)

•

ZE60

•

GSM module Unified FF (GC864)

•

SMA connectors for External antennas:

GSM

ZE60

•

external I/F connectors

Power supply

RS232

SIM card holder

Mini-USB

•

Status leds for:

GSM

ZE60

ARM

•

Box

•

Reset button and Wake-Up button

•

Power supply voltage 5-15V

•

Operational Temperature: [-20°C +70°C]

•

Storage Temperature: [-40°C- +80°C]

3.2 Main Building Blocks features

•

GC864 GSM module

Quad-band EGSM 850/900/1800/1900 MHz

Control via AT commands according to GSM 07.05, 07.07 and Telit enhancements

Serial Port multiplexer GSM 7.10

SIMM access profile

TCP/IP stack access via AT commands

Supply voltage range: 3.22-4.5V DC

Dimensions: 30x36.2x3.2 mm

Weight: 6.1 grams

RoHS compliant

Extended temperature range

- -40°C to 85°C (operational)

- -40°C to 85°C (storage)

Sensitivity:

- -107 dBm (typ.) @ 850/900 MHz

- -106 dBm (typ.) @ 1800/1900 MHz

Power consumption (typ.)

- Power off: <26 uA

- Idle(registered, power saving): 2.6 mA

- Dedicated mode: 200 mA

- GPRS cl.10: 370 mA

Output power

- Class 4 [2W] @ 850/900 MHz

- Class 1 [1W] @ 1800/1900 MHz

3.3 Physical Characteristics

3.3.1 Dimensions

The Telit GG864-2.4 dimensions are:

•

Housing Length: 136 mm

•

Overall Length: 136 mm

•

Width: 57,6 mm

•

Thickness: 29,5 mm

Figure 9 - SWS-GW layout and dimensions

3.4 Interface Description

3.4.1 Power connector

The power connector on the left side of the terminal is a Molex 2-pins connector (part no.: 43045-

0210).

Pin description:

•

GND = Ground reference

•

Input Power = 5 - 15 VDC

Warning - Power Cable connecting the the power source to the Gateway shall

not exceed 3 meters lenght

3.4.2 Supply Voltage

The external power supply must be connected to power supply input as described in the following

subsection and must fulfil the following requirements:

Nominal Supply Voltage

12 volts

Min Supply Voltage

5 volts

Max supply Voltage

15 volts

Table 5 – Supply Voltage

Danger – Operating voltage range must never be exceeded; care must be taken

in order to fulfill Min/Max voltage requirements.

3.4.3 Battery source

The external power supply could be sourced by an external no rechargeable battery.

Battery voltage range is 5 – 15V.

The battery capacity should be dimensioned on the customer’s application and battery life

requirements.

3.4.4 Switching the GG864-2.4 ON and OFF

3.4.4.1 Switching ON

The GG864-2.4 switches on automatically each time the power supply is connected the first time or re-

connected.

Note- When the power supply cable is disconnected, it is recommended to

wait approximately 5 seconds before applying the power again.

3.4.4.2 Switching OFF

The GG864-2.4 can be switched off either by disconnecting the power supply or by software

command.

It is suitable a software switch-off command before disconnect the power supply cable.

Warning – Please note that hardware power off should be done only after

a proper GSM logoff. Any GSM device is request to issue a “detach”

request at turning off.

3.4.5 Antenna

3.4.5.1 Antenna Output

Warning – BEFORE connecting the GG864-2.4 to a power supply source, suitable

antennas shall be connected and properly installed.

The antenna has to be installed with care to avoid any interference with other electronic devices

and has to guarantee a minimum distance from the body (20 cm). in case this requirement cannot

be satisfied, the system integrator has to assess the final product against the SAR regulation.

For a good efficiency of the antenna and a minimum interference with other electronic systems, a

space of min. 40 cm around the radiating part should be left free of electrically conducting materials.

The less distance and the fewer obstacles between the SWS-GW antenna and the antenna of the

GSM/GPRS network base station, the less power is radiated by the gateway and the better signal

quality is achieved.

3.4.5.2 Antenna Connectors

The GG864-2.4 includes two SMA bulkhead female, class 4 (2W) co-axial connectors for the two

external antennas.

3.4.5.3 GSM Antenna Requirements

The GSM antenna for GG864-2.4 device shall fulfill the following requirements

GSM ANTENNA REQUIREMENTS

Frequency Range

Standard Dual Band GSM/DCS frequency

range or Standard Quad Band GSM/DCS/OCS

frequency range if used for all four bands

Bandwidth

70 MHz in GSM850, 80 MHz in GSM &

170MHz in DCS & 140 MHz PCS band

Gain

< 3 dBi

Impedance

50 ohm

Input power

> 2 W peak power

VSWR absolute max

<= 10:1

VSWR recommended

<= 2:1

Table 6 – GSM Antenna requirements

3.4.5.4 Short Range Antenna Requirements

The short range antenna for GG864-2.4device shall fulfill the following requirements:

Short Ra

nge ANTENNA REQUIREMENTS

Frequency Range

2.4 GHz

Bandwidth

2.30 – 2.50 GHz

Gain

< 4 dBi

Impedance

50 ohm

VSWR recomme

nded

<= 1.5:1

Table 7 – Short Range Antenna requirements

3.4.6 Serial Port

The RS232 standard interface serves to connect a PC, Data Terminal Equipment (DTE) or an

application, witch acts as host controller of the SWS-GW with all its functions.

Serial port connects directly the host controller with the UART-Debug of the ARM chip of SWS-GW.

RS232 level translator is present on board.

3.4.6.1 RS232 standard interface connector

The connector mounted in the SWS-GW is a standard RS232 Sub-D 9pin female with these

characteristics:

 Baud rate from 300 to 115.200 bit/s

 Autobauding (300 to 38.400 bit/s)

Pin-out (refers to DTE side):

PIN Signal Description

1 - NC

2 RXD RX Output

3 TXD TX Input

4 - NC

5 GND GROUND

6 - NC

7 - NC

8 - NC

9 - NC

Table 8 – serial port pin-out

To connect to a host controller, a pin-to-pin 9pin cable with D9 type connectors on both sides is

needed (1 male & 1 female). Shielding of this cable is recommended and its length shall not exceed

3 m.

3.4.7 Mini USB type connector

Pin-out of Mini-USB connector is shown in the following table:

Signal

1 USBCNX

2 DDM

3 DDP

4 -

5 GND

Table 9 – Mini USB pin-out

3.4.8 LED indicators

The GG864-2.4 has three led indicators:

1. GSM status

2. ARM status

3. SR status (fourth led indicator is not connected in this configuration).

(FRONT VIEW)

Figure 10 - Mini-USB connector front view

Figure 11 - LED indicators

3.4.8.1 GSM LED indicator

The red LED shows information on the network service availability and call status.

LED STATUS DEVICE STATUS

permanently on a call is active

fast interrupt sequence

(period 0,5s, Ton 1s) Net search / Not

registered / turning off

slow interrupt sequence

(period 0,3s, Ton 3s) Registered full service

permanently off device off

TABLE 10 – GSM LED indicator

3.4.8.2 ARM LED indicator

The red LED shows information on the ARM status:

LED STATUS DEVICE STATUS

Permanently OFF

OFF/Stand-by

Blinking Operating

Permanently ON Boot State

TABLE 11 – ARM LED indicator

3.4.8.3 Short Range LED indicator

The red LED shows information on the network service availability and call status.

LED STATUS

DEVICE STATUS

Permanently OFF

Blinking OFF

Comm. Session

Permanently ON Wake-up Session

TABLE 12 – SR LED indicator

3.4.9 Push Buttons

In the box of GG864-2.4 there are two holes to push with a sharp object the two buttons inside:

•

Reset Button: is connected to the reset signal of the ARM processor. Pushing this button

force the reset and make the BOOT of the processor.

•

Wake-Up Button: is connected to the wake-up signals of the ARM processor. Pushing this

button wake-up the processor from a power mode state.

Figure 12 - Push Buttons

4 SW Specification

4.1.1 SW architecture

In the following picture is depicted SW architecture of Gateway in both configuration1 (BG864-2.4) and

configuration 2 (GG864-2.4).

Telit provides Linux Operating system with all low level drivers needed in the SWS gateway:

•

GPIO

•

Serial

•

USB device

And provides access for the main peripheral:

•

Bluetooth

It is provided all sw to initialize and setup Bluetooth communication and access to the Bluetooth

interface as a serial port where it is possible to send and receive data (SPP profile).

•

GSM/GPRS

Communication with GSM/GPRS is provided through the serial port where it is possible send and

receive data.

•

USB

•

ZE60

And to manage power modes.

SWS Gateway application is a customization of Gateway application with the scope of export the

serial protocol Interface to communicate with the external host.

It:

•

Manages the gateway

•

Route messages between peripherals

•

Wake up and power up the peripherals at preprogrammed intervals

Figure 13 Gateway SW architecture

For detailed specification of the communication protocol see next paragraphs.

4.1.1.1 SWS Gateway Application (Configuration 1 –no GSM)

In this configuration two operating modes are possible:

1. Autonomous gateway

In this mode gateway is in standalone mode, without any external devices connected to it and

communicates only via radio with DXT in the SR network, collecting data sent by each DXT in

a log file stored in flash.

Upload of log data files will be possible through specific command on serial protocol to retrieve

the file (see Get Log file).

Format of log files, naming convention and upload process have to be agreed with Alciom.

2. Slave mode

In slave mode, gateway is connected to other device that acts as a master and controls the

operations of the gateway.

Other devices can be:

•

Fixed PC by USB connection

•

Mobile devices, as PDA, phone, field equipment, through Bluetooth connection or RS232

serial connection.

In slave mode gateway supports communication protocol between host and gateway that has to

be the same through all the interfaces:

•

USB

•

RS232

•

Bluetooth

•

GSM/GPRS* (by socket connection- see sws gateway application conf 2)

As all the interfaces can be seen as serial interfaces a serial protocol will be developed. All the

interfaces will be available at the same time but communication will be with one of them at a time.

A specific command will be developed to set the communication mode and to switch to another

(see Set Gateway Mode command).

4.1.1.2 SWS Gateway Application (Configuration 2 – GSM)

In this configuration two operating modes are possible:

1. Autonomous gateway(

In this mode gateway is in standalone mode, without any external devices connected to it and

communicates only via radio with DXT in the SR network, collecting data sent by each DXT in a log

file stored in flash, and sending it at preprogrammed interval (once a day) through GPRS network to

an FTP server.

2. Controlled mode

In this mode, gateway is always connected to GSM/GPRS network , or always connected via USB or

RS232 to the server and wait commands from it.

In this mode all the command /answer should follow the serial protocol described in next paragraph.

If GPRS/GSM connection is active, same protocol as described in next paragraph will be available

through socket connection.

Sws Gateway

Short Range Functionalities

Interface

Data Interface

Control Interface

link

Host

4.2 Host/gateway serial protocol

The Host interacts with the SWS GW Application through a serial interface

This serial interface is internally split into two interfaces:

1. Control (or management) Interface. This interface receives commands from Host and sends

back information/responses.

2. Data Interface, that allows direct communication with DXT nodes joined to the SR network.

Control and Data Interfaces are mutually exclusive, they can be used one at a time.

4.2.1.1 Data-mode

If the data-mode is used, SWS Gateway is completely transparent. Data messages flow in both

directions as a raw bit stream.

Figure 7 – Gateway in data mode

DXT

SWS Gateway

Short Range

Functionalities

Data Interface

Control

Interface

Host

DXT

Short Range

network

DXT

The way data messages are used is totally user dependent. From a logical point of view the

responsible for data managing are applications running on Host and each DXT connected to the

gateway.

Figure 8 – Data Mode: data flow at application layer

4.2.1.2 Command-mode

If command-mode is used, the Host may send specific commands to SWS gateway in order to

configure it.

4.3 Control Interface

Once SWS GW Application has been started, the Control Interface will be available on the serial

interface ( it can be RS232, USB or Bluetooth)

The Control Interface receives from the Host the serial packets, converts them to internal control

messages and sends the responses to the Host.

All frame formats in this clause are routed in the order in which they are transmitted, that is, from left to

right. For every field the left most byte is the least significant byte and the right most byte is the most

significant byte (little endian).

The serial packets shall be formatted as illustrated in Figure 9 .

Figure 9

Every packet has a START byte and a STOP byte.

4.3.1 Stuff algorithm

When using START and STOP bytes in the Message, it must be ensured that they will not be

confused with the true START and STOP. To achieve this result, an escaping technique called “stuff

Message STOP

Variable 1 Byte 1 Byte

START

Short Range

Network

SWS

Gateway

Short Range

Functionalities

Application

DXT

Application

Host

algorithm” has to be used. Every time the Message field contains a byte equal to the START or the

STOP, the same byte must be preceded by a STUFF byte and incremented of an OFFSET. Every

time that in the Message field there is a byte equal to the STUFF byte it must be preceded by another

STUFF byte.

Values of START, STOP, STUFF and OFFSET bytes are shown in Table 4.1.

Name Value

START 0xab

STOP 0xcd

OFFSET 0x01

STUFF 0xef

Table 4.1

4.3.2 Message protocol

The message protocol is used by the Host to configure and to manage the SWS Gateway. It is an

acknowledged protocol, so that every time the Host sends a command to the Control Interface of the

Gateway, it will acknowledge the command with an ACK (Figure ).

Therefore there are two types of messages:

•

Command/Response messages

•

ACK messages

Gateway

Host

Command

Ack

Response

Figure 10

If the Command do not respect the protocol or if its parameters are out of range, the Control Interface

of the Gateway will send only a NACK (acknowledge with status set to ERROR) and no response.

Gateway

Host

Command

Nack

Figure 11

ACK and messages are:

2 bytes 1 byte

START Opcode Status STOP

Status message for ACK is 0x01, status message for NACK is 0x02.

4.3.3 Command and Response messages

Command and Response messages format is shown in the Figure 42.

Figure 42

The OpCode is the code of the Command sent by the Host or the Response sent by the Gateway. The

field BitMask explains which parameters are active in the Parameters field. Note that all the

parameters are always present in the packet, so a specific Command/Response has always the same

size. If a parameter is not active, the respective value will be not modified. If a parameter is mandatory

and an invalid BitMask field has been set, command will be not executed. Default values will be

loaded by Reset command.

The field Reserved is ignored, and its value shall be set to 0xFF.

The field Parameters holds the parameters of the command. It has a specific format for every

command depending on the OpCode. Every parameter could be optional (O) or mandatory (M), if it is

optional and the parameters is not enabled the Gateway will use a default value.

Every response has a Status field. All the parameters of responses are mandatory.

Every command has a 10 minutes timeout. When timeout expires and command is not executed yet,

error response will be received.

During execution of any command (after ACK message has been received and before response is

received), only Get Status and Reboot commands can be executed; other commands or bytes on

control interface are not considered.

Table 4.2 shows the list of commands and responses.

OP Code Command/Response Name Description

0x0001

Set date/time

Set RTC time

0x0002 Get date/time Get RTC time

0x0003 Get serial number Get gateway serial number

0x0004 Set GW SR parameters Set radio channel, network ID, encryption word

and

wakeup s

ession timings

in the GW

0x0005 Set DXT SR parameters Set radio channel, network ID, encryption word

and

cyclic w

akeup timings

in a DXT

0x0006 Set gateway mode Choose control interface (BT/USB/UART/GSM)

0x0007 Set GSM parameters Set APN, DNS and SIM PIN

0x0008 Set BT parameters Set BT local name and PIN

0x0009 Get Battery level Get Battery level (percentage)

000

Get hw/sw version

Get hardware/software version

0x000B Get GSM parameters Get GSM parameters

0x000C Get GW SR parameters Get SR parameters from the GW

0x000D Get DXT SR parameters Get SR parameters from a DXT

0x000E Scan for DXT Scan for active DXTs

0x000

Set

Auto

DXT Data

Set

parameters

of Get D

ata from DXTs when

2 Bytes

OpCode BitMask Reserved

2 Bytes 1 Byte

Parameters

Variable

is in autonomous mode

0x0010 Get Status Get SR/BT/GSM status

0x0011 Set data mode Set transparent communication to the local SR

module

0x0012 Set Escape sequence from

data mode Set Escape sequence from transparent

communication to the local SR module

0x0013 Get DXT Data Get DXT Data (over serial communication or FTP)

0x0014 Add DXT list Add a DXT in the list

0x0015 Get DXT list Get the DXT list

0x0016 Remove DXT list Remove a DXT from the list or clean it

0x0017 Disable SIM PIN Disable PIN SIM

0x0018 Turn off SR Turn off SR module in the GW

0x0019 Reboot Reboot gateway

0x001A Standby Put gateway in standby

0x001B Deep Sleep Put gateway in deep sleep

0x001C Turn off Turn off gateway

0x001D Reset Reset configuration and reboot GW

0x001E Get Auto Dxt Data Get parameters of Get Data from DXTs when GW

is in autonomous mode

0x001F Get Log File Get application log file (over serial communication

or FTP)

0x0020 Get BT parameters Get name and address of the local and host BT

device

0x0021 Scan for BT Scan for discoverable BT devices

0x0022 Add BT host Put BT in discoverable state and wait for pairing

with BT host

0x0023

Reset BT host

Delete pairing with BT host

0x0024 Set GPRS host parameters Set parameters for control interface on GPRS

0x0025 Set FTP parameters Set parameters of the FTP server

0x0026 Set Wakeup parameters Set date/hour of the next wake up (autonomous

mode for C2)

0x0027 Get GPRS host parameters Get parameters for control interface on GPRS

0x0028 Get FTP parameters Get parameters of the FTP server

0x0029 Get Wakeup parameters Get date/hour of the next wake up (autonomous

mode for C2)

0x002A Flash SR Flash SR through USB

0x002B Get Battery voltage Get Battery voltage and get temperature

Table 4.2

Table 4.3 shows the values of the Status codes for the responses.

Status Value Description

SUCCESS 0x0001 The command succeeded

ERROR

0x0002

Generic error

TIMEOUT 0x0003 Command timeout expired

DXT END 0x0004 Scan DXT process is complete

PASSWORD ERROR 0x0005 Wrong PIN/password

SR_NOT_READY 0x0006 SR module is not ready

SIM_PIN_ALREADY_DISABLED 0x0007 PIN is already disabled

BT_END 0x0008 Scan BT process is complete

NO_RESPONSE_FROM_DXTS 0x0009 DXT has been found but does

not respond during comm

session

Table 4.3

Table 2.4 shows the definition of BitMask.

Name Value Description

BIT_0 0b0000000000000001 The first parameter is enabled

BIT_1 0b0000000000000010 The second parameter is enabled

BIT_2 0b0000000000000100 The third parameter is enabled

BIT_3 0b0000000000001000 The fourth parameter is enabled

BIT_4 0b0000000000010000 The fifth parameter is enabled

BIT_5 0b0000000000100000 The sixth parameter is enabled

BIT_6 0b0000000001000000 The seventh parameter is enabled

BIT_7 0b0000000010000000 The eighth parameter is enabled

BIT_8 0b0000000100000000 The ninth parameter is enabled

BIT_9 0b0000001000000000 The tenth parameter is enabled

BIT_10 0b0000010000000000 The eleventh parameter is enabled

BIT_11

0b00001000

00000000

The twelfth parameter

is enabled

BIT_12 0b0001000000000000 The thirteenth parameter is enabled

BIT_13 0b0010000000000000 The fourteenth parameter is enabled

BIT_14 0b0100000000000000 The fifteenth parameter is enabled

BIT

_15

0b10000000

00000000

The eighteenth parameter

is enabled

Table 4.4

4.3.4 Commands/response description

4.3.4.1 Set Date/Time

Set RTC time.

OPCODE: 0x0001

field parameters is:

Day Month Year Hour Minutes

All the parameters are mandatory.

Field Size(bytes) Valid Range Description Default

Day 1 1-31 Day of the month N/A

Month 1 1-12 Month of the year N/A

Year 1 10-37 Year since 2000 N/A

Hour 1 0-23 Hour since midnight N/A

Minutes 1 0-59 Minutes after the hour N/A

When gateway is starting and RTC date is reset, default date is 1/1/2010 00:00. If a new date is set

and this is more recent than the old one, wakeup date for C2 configuration is automatically updated.

In C1 configuration, date is reset to default when gateway is turned off.

Set Date/Time Response

Field size Valid Range Description Default

Status 2 0x0001-0x0003 Result of the command N/A

4.3.4.2 Get Date/Time

Get RTC time.

OPCODE: 0x0002

field parameters is:

No parameter

Get Date/Time Response

Status

Month

Year

Hour

Minutes

Field size Valid Range Description Default

Status

0x0001

0x000

Res

ult of the command

N/A

Day 1 1-31 Day of the month N/A

Month 1 1-12 Month of the year N/A

Year 1 10-255 Year since 2000 N/A

Hour 1 0-23 Hour since midnight N/A

Minutes 1 0-59 Minutes after the hour N/A

4.3.4.3 Get Serial Number

Get Gateway serial number.

OPCODE: 0x0003

Parameter field=NULL

Get Serial Number Response

Field

size

Valid Range

Description

Default

Status 2 0x0001-0x0003 Result of the command N/A

S/N 12 String Serial number of GW N/A

4.3.4.4 Set GW SR parameters

Set SR parameters in the GW.

OPCODE:0x0004

field parameters is:

channel

Network

ID Old

Encryption

key

New

Encryption

key

Wakeup

session

duration

Comm

session

duration

Comm slot

duration

If a new encryption has to be set, old and new encryption keys are mandatory.

Parameters are set if SR module is not in wakeup session, comm session or comm slot.

Field size Valid Range Description Default

S/N

Status

channel

0x0

RF channel for SR network

0x0

Network ID 2 0x0000-0xFFFF Network ID for the SR network 0x1234

Old key 16 Any value Current Encryption word All 0x00

New key 16 Any value New Encryption word to be set N/A

Wakeup

session

duration

1 1-254 Wakeup session duration in sec 29

Comm session

duration 1 0-255 Comm session duration in sec 120

Comm slot

duration 1 0-255 Comm slot duration in sec 15

Set GW SR parameters response

Field size Valid Range Description Default

Status 2 0x0001-0x0003 or

0x0005-0x0006 Result of the command N/A

4.3.4.5 Set DXT SR parameters

Set SR parameters in a DXT.

OPCODE:0x0005

field parameters is:

Address

channel

Network

ID Old

Encryption

key

New

Encryption

key

Fast period

Slow

period

MAC address parameter is always mandatory.

If a new encryption has to be set, old and new encryption keys are mandatory.

If the SR module in the gateway is off or in idle, it performs a wakeup session and then starts a comm

slot with the DXT. If the SR module in the gateway is in comm session, scan is not performed. Comm

slot will be ended after settings and SR module in the gateway will be turn off.

NOTE: gateway will wait comm slot seconds for the dedicated wakeup response. If fast period will be

greater than comm slot seconds, setting and getting registers or data from a DXT could fail.

Generally, if slow period is greater than (wakeupSession/2 + 1), DXT could not wake up (see [3]).

Field

size

Valid Range

Description

Default

Address 8 MAC address from

00-15-4F-00-00-00- DXT MAC address N/A

Status

00-00 to 00-15-4F-

FF-FF-FF-FF-FE

channel 1 0x0B-0x1A RF channel for the DXT 0x0B

Netowrk ID 2 0x0000-0xFFFF Network ID for the DXT 0x1234

Old key 16 Any value Current Encryption word All 0x00

New key 16 Any value New Encryption word to be set N/A

Fast period 1 1-254 Cyclic wakeup in sec during comm

session 1

Slow period 1 1-254 Cyclic wakeup in sec during wakeup

session 14

Set DXT SR parameters response

Field size Valid Range Description Default

Status 2 0x0001-0x0003 or

0x0005-0x0006 Result of the command N/A

4.3.4.6 Set Gateway mode

OPCODE:0x0006

Where field parameters is:

mode

Mode parameter is mandatory.

Field Size Valid Range Description Default

Mode

0x00

0x03

Set command interface

0x00

Mode value:

0x00 = USB

0x01=Bluetooth (RFCOMM profile) (only for C1)

0x02=RS232 (115200 8N1)

0x03=GPRS (GW is a client, host is the server) (only for C2)

New configuration will be active only after next restart of the system. Only one interface can be active

at a time.

Status

USB interface is the default mode.

For C1, GPRS interface cannot be set.

For C2, BT interface cannot be set.

Only for configuration 1: If BT interface is active and no host device has been paired, control interface

goes to USB without restarting the gateway.

Only for configuration 2: If GPRS, BT or RS232 interface is active and USB cable from host is

connected, interface goes to USB without restarting the gateway. In this case, GPRS, BT or RS232

interface can be used only after the next reboot.

Set gateway mode response

Field Valid Range Description Default

Status 2 0x0001-0x0003 Result of the command N/A

4.3.4.7 Set GSM parameters

Set GSM parameters (only for C2). This command is not available when GPRS interface is active.

OPCODE:0x0007

Where field parameters is:

APN

password

DNS

Sim

No parameter is mandatory.

If DNS field is equal to 0.0.0.0, provider’s DNS is used.

Field size Valid Range Description Default

APN 30 String APN hostname apn.apn.com

APN login 30 String Username for APN login user

APN password 30 String Password for APN login 1234

DNS 4 IP address DNS server Provider‘s DNS

SIM PIN 2 0000-9999 SIM PIN 1234

Set GSM parameters response

Status

Field size Valid Range Description Default

Status 2 0x0001-0x0003 Result of the command N/A

4.3.4.8 Set BT parameters

Set BT parameters (only for C1). This command is not available when BT interface is active.

OPCODE:0x0008

Where field parameters is:

Old PIN code New PIN code Local name

If a new PIN has to be set, old and new PIN codes are mandatory.

Field size Valid Range Description Default

Old PIN 30 String Current BT PIN code 1234

New PIN 30 String New BT PIN code to be set N/A

Local name

30 String Name of the local BT device SWSGW_serial

Number

Set BT parameters response

Field

size

Valid Range

Description

Default

Status 2 0x0001-0x0003 or 0x0005 Result of the command N/A

4.3.4.9 Get Battery level

Read the battery level (percentage).

In C1 configuration, during the first battery charging or if battery has been just plugged,

gateway should be on until battery is fully charged.

OPCODE:0x0009

Status

Where field parameters is:

No parameters

Get Battery level response

Field size Valid Range Description Default

Status

0x0001

0x000

Result of the command

N/A

Level 1 0 (flat battery) -100

(charged battery)

Battery level (percentage) N/A

4.3.4.10 Get HW/SW version

OPCODE:0x000A

Where field parameters is:

No parameters

Get HW/SW version response

Field size Valid Range Description Default

Status 2 0x0001-0x0003 Result of the command N/A

HW version

15 String Hardware version N/A

SW version 15 String Software version N/A

4.3.4.11 Get GSM parameters

Get GSM parameters (only for C2)

OPCODE:0x000B

Where field parameters is:

No parameters

Get GSM parameters response

Status

APN

DNS

Status SW version

HW version

Status level

Field size Valid Range Description Default

Status 2 0x0001-0x0003 Result of the command N/A

APN 30 String APN hostname N/A

DNS 4 IP address DNS server N/A

4.3.4.12 Get GW SR parameters

Get SR parameters from the GW

OPCODE:0x000C

field parameters is:

No parameters

Parameters are read if SR module is not in wakeup session, comm session or comm slot.

Get GW SR parameters response

Status Channel NetworkID Wakeup

session

duration

Comm

session

duration

Comm

slot

duration

Field size Valid Range Description Default

Status 2 0x0001-0x0003 or

0x0006 Result of the command N/A

channel 1 0x0B-0x1A RF channel for SR network N/A

Network ID 2 0x0000-0xFFFF Network ID for SR network N/A

Wakeup

session

duration

1 1-254 Wakeup session duration in sec N/A

Comm session

duration 1 0-255 Comm session duration in sec N/A

Comm slot

duration 1 0-255 Comm slot duration in sec N/A

4.3.4.13 Get DXT SR parameters

Get SR parameters from a DXT.

OPCODE:0x000D

Where field parameters is:

Address

MAC address parameter is mandatory.

Field Size Valid Range Description Default

Address 8 MAC address from

00-15-4F-00-00-00-00-00

00-15-4F-FF-FF-FF-FF-FE

DXT MAC address N/A

If the SR module in the gateway is off or in idle, it performs a wakeup session and then starts a comm

slot with the DXT. If the SR module in the gateway is in comm session, scan is not performed. Comm

slot will be ended after the registers are read and SR module in the gateway will be turn off.

Get DXT SR parameters response

Status Fast period Slow period

Field size Valid Range Description Default

Status 2 0x0001-0x0003 or

0x0006 Result of the command N/A

Fast period 1 1-254 Cyclic wakeup in sec during comm

session N/A

Slow period 1 1-254 Cyclic wakeup in sec during wakeup

session N/A

4.3.4.14 Scan for DXT

Look for active DXTs.

OPCODE:0x000E

Where field parameters is:

No parameters

Scan is performed if SR module is in off or idle state. After Scan, SR module goes to Comm Session.

Scan For DXT response

Scan Response,

one for each device, will be received

Parameters field of

Scan Response.

Status Address

Next table shows the valid range for the values of the parameters of the

Scan Response

Field size Valid Range Description Default

Status 2 0x0001-0x0004 or 0x0006 Result of the command N/A

Address 8 MAC address from

00-15-4F-00-00-00-00-00

00-15-4F-FF-FF-FF-FF-FE

DXT MAC address N/A

When scan is completed, status byte is 0x0004 and the other parameters are meaningless.

4.3.4.15 Set Auto DXT Data

Set parameters of Get Data from DXTs when GW is in autonomous mode. (Only for C2)

OPCODE:0x000F

Where field parameters is:

DXT list

mode baro

block baro

mode diver

block diver

No parameter is mandatory.

Field size Valid Range Description Default

DXT list 1 0x00: All the active

DXTs in the network;

0x01: All the active

DXTs from the saved list

Active DXTs or DXT list 0x00

bode baro 1 0x00: No data; 0x01:

Last data;0x02: All data;

0x03 Specific data

Get Last Data / All Data / Specific Data

or don’t get data 0x01

block baro 2 0-6000 Specific block 0

mode diver 1 0x00: No data; 0x01:

Last data;0x02: All data;

0x03 Specific data

Get Last Data / All Data / Specific Data

or don’t get data 0x01

block diver 2 0-6000 Specific block 0

Set Auto DXT Data response

Status

Field size Valid Range Description Default

Status 2 0x0001-0x0003 Result of the command N/A

4.3.4.16 Get Status

Get SR/GSM/BT status.

OPCODE:0x0010

Where field parameters is:

No parameters

Get Status is accepted also during execution of another command.

Get Status response

Status Opcode SR Status BT Status (only

for C1)

GSM Status

(only for C2)

Field size Valid Range Description Default

Status 2 0x0001-0x0003 Result of the command N/A

Opcode 2 0x0000-0x0015 Opcocd of the command in

execution; if there is no command

in execution, 0x0000 is returned

N/A

SR Status 1 0x00-0x05

0x00: off / standby

0x01: idle

0x02: busy

0x03: wup session

0x04: comm session

0x05: comm slot

SR current status N/A

BT Status 1 0x00- 0x05

0x00: off

0x01: idle

0x02: discoverable

0x03: inquiry

0x04: paired

0x05: rfcomm

BT current status N/A

GSM Status 1 0x00-0x05

0x00: off

0x01: not registered

0x02: registered

0x03: starting GPRS

0x04: GPRS

GSM current status N/A

0x05: FTPput

4.3.4.17 Set data mode

OPCODE:0x0011

Where field parameters is:

No parameters

In transparent mode all the data received in serial interface will be sent directly, without interpreting

them, to the UART interface of the local ZE60 and should follow the format described in document

“ZE60 Software Interface Specifications”. It is task of ZE60 FW to manage this packet and translate in

RF frame in order to send to the specific DXT.

Set data mode response

Field

size

Valid Range

Description

Default

Status 2 0x0001-0x0003 Result of the command N/A

After response, transparent mode will be available in one second.

4.3.4.18 SET Escape sequence from data mode

OPCODE:0x0012

Where field parameters is:

Sequence

Escape sequence parameter is mandatory.

Field

Size

Valid Range

Description

Default

Sequence 3 When in transparent communication this

sequence is received from host, GW

returns to Control Interface

+++

The first char in the sequence is the most left one.

After escape sequence, local SR module is turned off and control interface will be available in one

second.

Set escape sequence response

Status

Field Valid Range Description Default

Status 2 0x0001-0x0003 Result of the command N/A

4.3.4.19 Get DXT Data

Send data from DXT over serial communication (C1 and C2) or FTP (only C2).

OPCODE:0x0013

Where field parameters is:

Address FTP/serial mode baro block baro mode diver block diver

All the parameters (except block parameters) are always mandatory. Block parameters are mandatory

if specific data is required.

Field Size Valid Range Description Default

Address 8 MAC address from

00-15-4F-00-00-00-00-00

00-15-4F-FF-FF-FF-FF-FF

00-00-00-00-00-00-00-00

DXT MAC address N/A

FTP/serial

0x00: serial, 0x01: FTP

Send

ing file mode

N/A

bode baro 1 0x00: No data; 0x01: Last

data;0x02: All data; 0x03

Specific data

Get Last Data / All Data / Specific

Data or don’t get data N/A

block baro

6000

Specific block

N/A

mode diver 1 0x00: No data; 0x01: Last

data;0x02: All data; 0x03

Specific data

Get Last Data / All Data / Specific

Data or don’t get data N/A

block diver 2 0-6000 Specific block N/A

If ZE60 module is off or in idle, it performs a wakeup session and then asks for data. If ZE60 module is

in comm session, scan is not performed.

FTP/serial can be only 0x00 for C1. If the Address is 00-15-4F-FF-FF-FF-FF-FF, data will be received

from all the connected DXTs. If the Address is 00-00-00-00-00-00-00-00, data will be received from all

the active DXTs from the saved list.

If you ask for baro and diver data, one comm slot is dedicated for baro and another one for diver.

Each comm slot will be executed only if there is enough time in the current comm session.

Status

Get DXT Data response (serial)

If received data length from DXTs is SIZE, (SIZE/256) packets are received. Every packet is:

Status NumTotPackets Num Len Data bytes

Field Size Valid Range Description Default

Status 2 0x0001-0x0003,

0x0006 or 0x0009 Result of the command N/A

NumTotPacket 2 0-65535 Total number of packets N/A

Num 2 0-65535 Number of the current packet (the first

packet has Num = 0) N/A

Len 1 0-255 Number of bytes to be considered in

the unstuffed Data bytes field – 1 N/A

Data

bytes

256

DXT data

bytes

N/A

In the Data bytes field could contain a certain number of DXT frames; each DXT frame is anticipated

by its MAC address (big endian).

If no DXT awakes during comm slot but it had been found during wakeup session, Status is 0x0009,

Len and NumTotPacket are equal to 0.

If DXT is awake during comm slot but it sends no data, DXT frame is 4 bytes long and these bytes are

equal to 0 (its respective data bytes will be made up of its MAC address and 4 bytes equal to 0)

Get DXT Data response (FTP) (only for C2)

Status

Field

Size

Valid

Range

Description

Default

Status 2 0x0001-0x0003,

0x0006 or 0x0009

Result of the command N/A

One file is sent to FTP server. Its name has this format:

date_hour.dat

It contains a certain number of DXT frames; each DXT frame is anticipated by its MAC address (big

endian).

If no DXT awakes during comm slot but it had been found during wakeup session, Status is 0x0009

and no file is sent to FTP server.

If DXT is awake during comm slot but it sends no data, DXT frame is 4 bytes long and these bytes are

equal to 0 (its respective bytes will be made up of its MAC address and 4 bytes equal to 0)

4.3.4.20 Add DXT list

Add a new MAC address in the saved list. This list can be used by Get DXT Data and during the

autonomous mode.

OPCODE:0x0014

Where field parameters is:

Address

Field Size Valid Range Description Default

Address 8 MAC address from

00-15-4F-00-00-00-00-00

00-15-4F-FF-FF-FF-FF-FE

DXT MAC address to add to the

list N/A

MAC address parameter is mandatory.

Add DXT list response

Field Valid Range Description Default

Status 2 0x0001-0x0003 Result of the command N/A

4.3.4.21 Get DXT list

Get the saved list.

OPCODE:0x0015

Where field parameters is:

No parameter

Get DXT list response

Status Address

When list is finished, status byte is 0x0004 and the other parameters are meaningless.

Status

Field Valid Range Description Default

Status 2 0x0001-0x0004 Result of the command N/A

Address 8 MAC address from

00-15-4F-00-00-00-00-00

00-15-4F-FF-FF-FF-FF-FE

DXT MAC address to add to the list N/A

4.3.4.22 Remove DXT list

Remove a MAC address or all the addresses from the saved list.

OPCODE:0x0016

Where field parameters is:

Address

Field Size Valid Range Description Default

Address 8 MAC address from

00-15-4F-00-00-00-00-00

00-15-4F-FF-FF-FF-FF-FF

DXT MAC address to add to the

list N/A

MAC address parameter is mandatory.

If address is 00-15-4F-FF-FF-FF-FF-FF, list is cleaned.

Remove DXT list response

Field Valid Range Description Default

Status

0x0001

0x0003

Result of the command

N/A

4.3.4.23 Disable SIM PIN

Disable PIN in the SIM inserted in the GW (only for C2). This command is not available when GPRS

interface is active.

OPCODE:0x0017

Where field parameters is:

Status

No parameter

Disable SIM PIN response

Field Valid Range Description Default

Status

0x0001

0x0003

or 0x0007

Result of the command

N/A

Status will be 0x0007 if SIM PIN is already disabled.

4.3.4.24 Turn Off SR

Turn off the SR module in the GW.

OPCODE:0x0018

Where field parameters is:

No parameter

Turn off SR response

Field Valid Range Description Default

Status 2 0x0001-0x0003 Result of the command N/A

4.3.4.25 Reboot

OPCODE:0x0019

Where field parameters is:

No parameter

Reboot is accepted also during execution of another command.

Reboot response

Field Valid Range Description Default

Status

0x0001

0x000

Result of the command

N/A

4.3.4.26 Standby

Only for C1. This command is not available when BT interface is active.

OPCODE:0x001A

Where field parameters is:

No parameters

Standby response

Field Valid Range Description Default

Status 2 0x0001-0x0003 Result of the command N/A

4.3.4.27 Deep Sleep

Only for C2.

OPCODE:0x001B

Where field parameters is:

No parameter

Deep sleep response

Field Valid Range Description Default

Status 2 0x0001-0x0003 Result of the command N/A

4.3.4.28 Turn off

Only for C1.

OPCODE:0x001C

Where field parameters is:

Status

No parameter

Turn off response

Field Valid Range Description Default

Status

0x0001

0x000

Result of the command

N/A

4.3.4.29 Reset

Reboot gateway with default configuration. SR registers also are reset. SR module has to be off.

OPCODE:0x001D

Where field parameters is:

No parameter

Reset response

Field Valid Range Description Default

Status 2 0x0001-0x0003 or 0x0006 Result of the command N/A

4.3.4.30 Get Auto DXT Data

Get parameters of Get Data from DXTs when GW is in autonomous mode. (Only for C2)

OPCODE:0x001E

Where field parameters is:

No parameter

Get Auto DXT Data response

Status DXT list mode baro block baro mode diver block diver

Status

Field size Valid Range Description Default

Status 2 0x0001-0x0003 Result of the command N/A

DXT list 1 0x00: All the active DXTs

in the network;

0x01: All the active DXTs

from the saved list

Active DXTs or DXT list N/A

bode baro 1 0x00: No data; 0x01:

Last data;0x02: All data;

0x03 Specific data

Get Last Data / All Data / Specific Data

or don’t get data N/A

block baro 2 0-6000 Specific block N/A

mode diver 1 0x00: No data; 0x01:

Last data;0x02: All data;

0x03 Specific data

Get Last Data / All Data / Specific Data

or don’t get data N/A

block diver 2 0-6000 Specific block N/A

4.3.4.31 Get Log File

Get Log application file over serial communication (C1 and C2) or FTP (only C2).

Log application file contains:

•

the last operations done by gateway

C1: the operations since boot are always reported

C2: if there is an error occurred during previous autonomous mode and this has never

been sent over FTP or serial communication, the operations since this error are

reported, else the operations since boot are reported

•

the actual status of the gateway

•

the DXT list

If control interface is not on serial port, gateway sends log info to RS232 serial port.

OPCODE:0x001F

Where field parameters is:

FTP/serial

FTP/serial parameter is mandatory.

Field

Size

Valid Range

Description

Default

FTP/serial 1 0x00: serial, 0x01: FTP Sending file mode N/A

Get log file response (serial)

If received data length is SIZE, (SIZE/256) packets are received. Every packet is:

Status NumTotPackets Num Len Data bytes

Field Size Valid Range Description Default

Status 2 0x0001-0x0003 Result of the command N/A

NumTotPacket 2 0-65535 Total number of packets N/A

Num 2 0-65535 Number of the current packet (the first

packet has Num = 0) N/A

Len 1 0-255 Number of bytes to be considered in

the unstuffed Data bytes field – 1 N/A

Data bytes 256 Data Log bytes N/A

Get log file response (FTP) (only for C2)

Status

Field Size Valid Range Description Default

Status 2 0x0001-0x0002 Result of the command N/A

One file is sent to FTP server. Its name has this format:

date_hour.log

4.3.4.32 Get BT parameters

Get BT properties (only for C1)

OPCODE:0x0020

Where field parameters is:

No parameter

Get BT parameter response

Status Local address Local name Host address Host name

Field Size Valid Range Description Default

Status 2 0x0001-0x0003 Result of the command N/A

Local address 6 Address of the local BT device N/A

Local name 30 String Name of the local BT device N/A

Host address 6 Address of the host BT device N/A

Host name 30 String Name of the host BT device N/A

If no host has been paired, host address is all-zero.

4.3.4.33 Scan for BT devices

Scan for discoverable BT devices. (Only for C1)

Local BT device is not discoverable. This command is not available when BT interface is active.

OPCODE:0x0021

Where field parameters is:

No parameter

Scan For BT response

Scan Response,

one for each device, will be received

Parameters field of

Scan Response.

Status Address Name

Next table shows the valid range for the values of the parameters of the

Scan Response

Field size Valid Range Description Default

Status 2 0x0001-0x0003 or 0x0008 Result of the command N/A

Address 6 BT address N/A

Name 30 String BT name N/A

When scan is completed, status byte is 0x0008 and the other parameters are meaningless.

4.3.4.34 Add BT host

Put gateway in discoverable state and wait for pairing (only C1). One host can pair with GW. If host

has not a serial profile, it is not paired. When this command is sent, actual BT host is deleted. This

command is not available when BT interface is active.

OPCODE:0x0022

Where field parameters is:

Timeout

Timeout parameter is mandatory.

Field Size Valid Range Description Default

Timeout 1 1-255 GW waits timeout seconds N/A

Add BT host response

Status Address Name

Field Size Valid Range Description Default

Status 2 0x0001-0x0003 Result of the command N/A

Address 6 Host address N/A

Name 30 String Host name N/A

4.3.4.35 Reset BT host

Delete actual BT host (only C1).

OPCODE:0x0023

Where field parameters is:

No parameter

Reset BT host response

Status

Field

Size

Valid Range

Description

Default

Status 2 0x0001-0x0003 Result of the command N/A

4.3.4.36 Set GPRS host parameters

Set parameters for control interface on GPRS (only C2). This command is not available when GPRS

interface is active.

OPCODE: 0x0024

Where field parameters is:

Host

GPRS Host

port

No parameter is mandatory.

Field size Valid Range Description Default

Host GPRS 30 String Hostname of the machine that

controls GW through GPRS host.name.com

Host port 2 0-65535 TCP/IP port used by GPRS host 6790

Set GPRS host parameters Response

Status

Field size Valid Range Description Default

Status 2 0x0001-0x0003 Result of the command N/A

4.3.4.37 Set FTP parameters

Set parameters for FTP server (only C2).

OPCODE: 0x0025

Where field parameters is:

FTP

server

name

FTP

password

FTP

folder

No parameter is mandatory.

Field size Valid Range Description Default

FTP server name 30 String FTP server hostname ftp.server.com

FTP login 30 String Username for FTP login user

FTP password 30 String Password for FTP login 1234

FTP folder 60 String Folder in the FTP server Temp/telediver

Set FTP parameters Response

Status

Field size Valid Range Description Default

Status 2 0x0001-0x0003 Result of the command N/A

4.3.4.38 Set Wakeup parameters

Set date/hour of the next wakeup (only C2).

OPCODE: 0x0026

Where field parameters is:

Day Month Year Hour Minutes Polling freq

No parameter is mandatory.

Field size Valid Range Description Default

Day 1 1-31 Day of the month 2

Month 1 1-12 Month of the year 1

Year 1 10-255 Year since 2000 10

Hour 1 0-23 Hour since midnight 0

Minutes 1 0-59 Minutes after the hour 0

Polling freq 2 1-65535 Polling frequency in minutes 1440

Set Wakeup parameters Response

Status

Field size Valid Range Description Default

Status 2 0x0001-0x0003 Result of the command N/A

4.3.4.39 Get GPRS host parameters

Get parameters for control interface on GPRS (only C2).

OPCODE: 0x0027

Where field parameters is:

No parameter

Get GPRS host parameters Response

Status

Host

GPRS

Host

port

Field

size

Valid Range

Description

Default

Status

0x0001

0x0003

Result of the command

N/A

Host GPRS 30 String Hostname of the machine that

controls GW through GPR

N/A

Host port 2 0-65535 TCP/IP port used by GPRS host N/A

4.3.4.40 Get FTP parameters

Get parameters for FTP server (only C2).

OPCODE: 0x0028

Where field parameters is:

No parameter

Get FTP parameters Response

Status

FTP

server

name

FTP

folder

Field

size

Valid Range

Description

Default

Status 2 0x0001-0x0003 Result of the command N/A

FTP server name 30 String FTP server hostname N/A

FTP folder

String

Folder in the FTP server

N/A

4.3.4.41 Get Wakeup parameters

Get date/hour of the next wakeup (only C2).

OPCODE: 0x0029

Where field parameters is:

No parameter

Get Wakeup parameters Response

Status Day Month Year Hour Minutes Polling

freq

Field size Valid Range Description Default

Status 2 0x0001-0x0003 Result of the command N/A

Day 1 1-31 Day of the month N/A

Month 1 1-12 Month of the year N/A

Year 1 10-255 Year since 2000 N/A

Hour 1 0-23 Hour since midnight N/A

Minutes 1 0-59 Minutes after the hour N/A

Polling freq 2 1-65535 Polling frequency in minutes N/A

4.3.4.42 Flash SR

Flash the SR module through the USB virtual serial port. After gateway sends ACK, use ZTC on the

USB virtual serial port. After flashing, in C1 configuration press reset button, in C2 configuration

unplug and plug again the power.

OPCODE: 0x002A

Where field parameters is:

No parameter

Flash SR parameters Response

Only ACK is sent.

4.3.4.43 Get Battery voltage

Get battery voltage and temperature (only for C2). Voltage is read one time during application boot.

Temperature is read one time: in autonomous mode or in GPRS controlled mode during application

boot, in controlled mode when this command is received by gateway.

OPCODE:0x002B

Where field parameters is:

No parameters

Get Battery Voltage response

Field size Valid Range Description Default

Status 2 0x0001-0x0003 Result of the command N/A

Voltage 2 0 – 23000 mV Battery voltage (mV) N/A

sign 1 0x00: positive

0x01: negative Temperature sign N/A

temperature 1 0 - 100 Temperature (°C) (absolute value) N/A

Status voltage sign temperature

4.4 AT command console (C2)

The “modem” u-boot command performs a pass-through between the modem serial port and the

RS232 port of the gateway.

Command is:

modem uart0 53 18 17

Example on RS232 port (start gateway and enter under u-boot console typing a key before kernel

booting; after “Modem is ready” print, you can send AT commands)

RomBOOT

CRC ok loading custom env

U-Boot 1.2.0 (Oct 20 2010 - 15:34:01)- 221 Telit

DRAM: 64 MB

Bank #1

Flash:NAND Numonyx NAND01G-B2C 128MB 1.8V 8-bit

Hardware ECC (ECC data size = 512 bytes)

Nb min erasable unit: 1024

min erasable Size: 131072

Size=134217728 bytes

Logical address: 0x40000000

Block 193 is factory bad (0x41820000)

Block 615 is factory bad (0x44ce0000)

Block 713 is factory bad (0x45920000)

Area 0: 40000000 to 403BFFFF (RO) Primary Bootstrap

Area 1: 403C0000 to 4043FFFF (RO) U-Boot code

Area 2: 40440000 to 404BFFFF (RO) U-Boot Environment

Area 3: 404C0000 to 407BFFFF User Area 1

Area 4: 407C0000 to 47FFFFFF User Area 2

usbser: usb console disabled (usbser_timeout = 0)

In: serial

Out: serial

Err: serial

Hit any key to stop autoboot: 0

U-Boot> modem uart0 53 18 17

Turning on modem

Modem is ready

Link with

host device

has been lost

Set Transparent Mode

command

Escape sequence

GW mode is RS232

Escape sequence

Set Transparent Mode

command

GW mode is USB GW mode is BT

No paired device

One paired device

Host device accepts serial

communication

Set Transparent Mode

command

Escape sequence

USB cable is

connected

USB cable is

connected

Link with

host device

has been lost

Command from USB

has been received

Standby command

has been received

5 Appendix: configuration 1 (BT)

Gateway is turned on by user

CI on USB

Transparent

mode on

USB

CI on

RS232

Transparent

mode on

RS232

Has host

device been

paired? (1)

GW in standby mode

waiting for host device (2)

CI on BT Transparent

mode on BT

GW is in standby

mode waiting for

commands from

USB

USB interface is the default mode, so:

•

When gateway is turned at the first time, control interface on USB is started.

•

When USB cable is disconnected and USB interface is active, gateway waits for cable

connecting.

•

If Set Gateway mode command (see 4.3.4.6) is sent during control interface, at the next boot

the new interface will be active.

•

To pass from control interface to transparent mode and vice versa takes at most one second.

•

In order to put gateway in standby mode, use Standby command (see 4.3.4.26). Gateway will

be woken up when a command is received on the active interface.

•

In the state (1), GW checks if there is a registered BT host device. In order to register a BT

host device, use Add BT host command (see 4.3.4.34).

•

When GW is in the state (2), if host device is reachable and accepts serial communication, GW

will be woken up from standby mode and launches CI on BT.

•

In order to turn off gateway, use Turn Off command (see 4.3.4.28). ARM led will turn off and

switch can be moved to “OFF” position after 5 seconds.

•

If battery is too low and power supply from USB is not provided, gateway automatically turns

off.

5.1 BT pairing using Windows Mobile

If a host with Windows Mobile is used, it should be configured in order to export an incoming port on

the BT serial profile.

The following steps configure the PDA (this procedure can be done only one time):

• Modify the Windows registry using NautizRegistry application: click on “start update”

• Under Start/settings/connections/Bluetooth, choose the name associated to the incoming BT serial port

in order to enable it (by default COM0 is show but it is not enabled, it is enabled only choosing it again)

• Now, SPP is configured. During AddBtHost, host can be registered by gateway:

• In order to enable the control interface on BT, send setGatewayMode and Reboot commands: at the

next reboot, if BT host is visible, gateway will open a serial connection with it (in this example, with the

COM0 serial port).

GSM error

USB cable is

connected

Set Transparent Mode

command

GW mode is RS232

Escape sequence

Set Transparent Mode

command

Set Transparent Mode

command

USB cable is

connected

USB cable is

connected

GW mode is USB

GW mode is GPRS

Escape sequence

6 Appendix: configuration 2 (GSM) -

controlled and autonomous modes

Gateway in configuration2 stays most of the time in deep sleep mode and it can be woken up from

RTC alarm o by wake up button. In the first case autonomous mode is activated while in the latest it

goes directly in controlled mode.

6.1 Controlled mode

Gateway is turned on by user

(wakeup button)

CI on USB

(1)

Transparent

mode on

USB

CI on

RS232

Transparent

mode on

RS232

CI on GPRS

(2)

Transparent

mode on GPRS

USB interface is the default mode, so:

•

When gateway is turned at the first time, control interface on USB is started.

•

When USB cable is disconnected and USB interface is active, gateway waits for cable

connecting.

•

If Set Gateway mode command (see 4.3.4.6) is sent during control interface, at the next boot

the new interface will be active.

•

At boot time, if USB cable is connected, control interface will be started always on the USB.

•

During functioning, if USB cable is connected, control interface on USB will be started in one

second. Old interface will be again active at the next reboot.

•

To pass from control interface to transparent mode and vice versa takes at most one second.

•

In order to put gateway in deep sleep, use Deep Sleep command (see 4.3.4.27). Gateway can

be woken up by user through wakeup button (controlled mode) or by RTC alarm (autonomous

mode).

•

During autonomous mode, interface on GPRS is enabled: if gateway is turned on in controlled

mode and USB cable is unplugged, control interface is active on GPRS

•

If reset button is pressed while gateway is going to deep sleep, system could reset two times

or go to deep sleep after a reset.

USB cable is

connected

USB is connected

USB cable is

conne

cted

USB cable is

connected

USB cable is

connected

There are active DXTs

There is no active DXT

A command is received before timeout

expires

Timeout has expired

FTP transfer has been

completed

GPRS link is down /

GSM error GPRS link is down /

GSM error

6.2 Autonomous mode

Gateway is turned on by RTC

Turning on SR and

GSM

DXT communication and

GSM registering

Control

interface on

USB: see

(1) in

controlled

mode

SR off, FTP transfer and

starting control interface on

GPRS

Waiting for a command on

GPRS control interface

Control

interface on

GPRS: see

(2) in

controlled

mode

SR off and starting control

interface on GPRS

Deep Sleep

When it is woken up from RTC:

•

If the USB cable is connected, gateway goes into controlled mode. Otherwise:

•

state “Turning on SR and GSM”:

SR and GSM modules are turned on in parallel from ARM9

•

State “DXT communication and GSM registering”:

gateway starts one wakeup session and then comm session, while GSM module is

registering to network

gateway collects data from DXTs on the basis of Set Auto Dxt Data command (see

4.3.4.15)

DXTs to be asked for data: all the active DXTs in the network or all the active DXT

present in the saved list (see 4.3.4.20, 4.3.4.21, 4.3.4.22)

each comm slot will be stopped when gateway will receive the

end of data

DXT-frame

from each DXT

•

state “SR off, FTP transfer and starting control interface on GPRS”:

DXT communication is finished and SR is turned off

FTP transfer: gateway connects to FTP server and sends one file with the format

described in 4.3.4.19. If a previous error has occurred, application log file is

automatically sent (see 4.3.4.31)

While data file is sent to FTP server, control interface on GPRS is started (gateway is

the client, host is the server)

FTP and GSM parameters are set by Set GSM parameters (see 4.3.4.7)

•

State “Waiting for a command on GPRS control interface:”

Once FTP transfer is finished, if a command is received within 45 seconds or had been

received during FTP transferring, gateway goes to controlled mode, otherwise it goes

back to deep sleep (next wake up time is automatically calculated on the basis of Set

GSM parameters - 4.3.4.7)

7 Conformity Assessment Issues

Configuration 1(BG864-2.4)

The SWS-GW conforms to the following European Union Directives:

•

R&TTE Directive 1999/EC (Radio Equipment & Telecommunications Terminal

Equipments)

•

Low Voltage Directive 73/23/EEC and product safety

•

Directive 89/336/EEC for conformity for EMC

In order to satisfy the essential requisite of the R&TTE 99/5/EC directive, the SWS-GW is

compliant with the following standards:

•

Radio Spectrum. Standards: EN 300 328

•

EMC (Electromagnetic Compatibility). Standards: EN 301 489-1

and EN 301 489-7

•

LVD (Low Voltage Directive) Standards: EN 60 950

NOTE: the device can be used in all EU and in other countries on 2.4 GHz ISM band. When

used in EU countries,

When operating outdoor in France, the emission shall be limited to 10mW in the 2454-

2483.5MHz range.

The power output of the BG864-2.4 has been limited to fulfill the R&TTE recommendation 300

328 in respect of Power Spectral Density (10mW/MHz).

Customers willing to operate the unit within the EU have to order the European version of the

product

For more information please contact Telit Customer Support TS-EMEA@telit.com

Configuration 2 (GG864-2.4)

The SWS-GW conforms to the following European Union Directives:

•

R&TTE Directive 1999/EC (Radio Equipment & Telecommunications Terminal

Equipments)

•

Low Voltage Directive 73/23/EEC and product safety

•

Directive 89/336/EEC for conformity for EMC

In order to satisfy the essential requisite of the R&TTE 99/5/EC directive, the SWS-GW is

compliant with the following standards:

•

GSM (Radio Spectrum). Standards: EN 301 511 and 3GPP 51.010-1

•

EMC (Electromagnetic Compatibility). Standards: EN 301 489-1 and

EN 301 489-7

•

LVD (Low Voltage Directive) Standards: EN 60 950

NOTE: the device can be used in all EU and in other countries on 2.4 GHz ISM band. When

operating outdoor in France, the emission shall be limited to 10mW in the 2454-2483.5MHz

range.

The power output of the BG864-2.4 has been limited to fulfill the R&TTE recommendation 300

328 in respect of Power Spectral Density (10mW/MHz).

Customers willing to operate the unit within the EU have to order the European version of the

product

For more information please contact Telit Customer Support TS-EMEA@telit.com

8 Document Change Log

Revision Date Changes Author

Rev 0 20/02/2011

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