Raveon RV-M9 User manual

Company Confidential 1Raveon Technologies Corp.
RV-M9
VHF-UHF GPS Transponder/Modem
Technical Manual
Version D2
September 2012
Raveon Technologies Corporation
2320 Cousteau Court
Vista, CA 92081
www.raveontech.com

Company Confidential 2Raveon Technologies Corp.
Table of Contents
1. General Information about the RF-7800W .................................................... 4
1.1. Congratulations! ............................................................................................................................ 4
1.2. NOTICE......................................................................................................................................... 4
1.3. Safety / Warning Information......................................................................................................... 4
1.4. FCC Compliance Information ........................................................................................................ 5
2. Overview....................................................................................................... 6
2.1. Features ........................................................................................................................................ 6
3. Operation ...................................................................................................... 6
3.1. System Mode................................................................................................................................. 6
3.2. 10/100Base-T –TCP/IP Socket Connections................................................................................ 7
3.3. Roles ............................................................................................................................................. 8
3.4. Login Authentication...................................................................................................................... 8
3.5. Session Modes.............................................................................................................................. 8
3.6. System Recovery .......................................................................................................................... 9
4. Specifications.............................................................................................. 10
4.1. RF And Performance Specifications............................................................................................ 10
4.2. General........................................................................................................................................ 10
4.3. User Input and Output Signals..................................................................................................... 10
4.4. GPS and Transponder Specifications.......................................................................................... 10
5. Electrical Inputs and Outputs ...................................................................... 11
5.1. LEDs............................................................................................................................................ 11
5.2. DC Power.................................................................................................................................... 11
6. Configuring the RF-7800W.......................................................................... 12
6.1. Command Mode Overview.......................................................................................................... 12
6.2. Setting a Parameter..................................................................................................................... 12
6.3. Reading a Parameter................................................................................................................... 12
6.4. Restoring Factory Defaults.......................................................................................................... 13
6.5. MODEM Commands.................................................................................................................... 14
6.6. GPS Related Commands ............................................................................................................ 17
6.7. Ethernet Related Commands ..................................................................................................... 19
6.8. Factory –Default Settings ........................................................................................................... 20
6.9. Commands Shown in Help Menu................................................................................................ 20
7. Setup and Initial Configuration.................................................................... 21
7.1. Programming Channels and Frequencies ................................................................................... 22
7.2. Position Transmission.................................................................................................................. 23
7.3. GPS Position and Status Reception............................................................................................ 23
7.4. Security Keyphrase...................................................................................................................... 23
32-Character Hex String...................................................................................................................... 24
ASCII String......................................................................................................................................... 24
7.5. Device Addressing....................................................................................................................... 24
ID Addressing Basics........................................................................................................................... 24
Time Slots............................................................................................................................................ 25
8. Operation .................................................................................................... 25
9. TFTP Bootloader......................................................................................... 26
9.1. Introduction.................................................................................................................................. 26
9.2. LEDs............................................................................................................................................ 26
9.3. Error - Bootloader Telnet Command-Line Interface (CLI)............................................................ 27
9.4. Manual TFTP Transfer Using Button........................................................................................... 29
9.5. Final steps................................................................................................................................... 29
10. Technical Information............................................................................... 30
10.1. Device Addressing....................................................................................................................... 30

Company Confidential 3Raveon Technologies Corp.
Addressing Basics............................................................................................................................... 30
Broadcast Transmissions .................................................................................................................... 30
The Address Mask............................................................................................................................... 31
Addressing Examples:......................................................................................................................... 31
10.2. TDMA Overview .......................................................................................................................... 32
10.3. Configuring TDMA Operation ...................................................................................................... 32
10.4. Debug Related Commands ......................................................................................................... 33
10.5. Tune-up and Alignment ............................................................................................................... 35
Periodic Calibration.............................................................................................................................. 35
Center Frequency................................................................................................................................ 35
TX Deviation........................................................................................................................................ 35
TX Modulation Balance........................................................................................................................ 36
11. RF-7800W Diagnostic Provisions............................................................. 37
11.1. Overview of Diagnostics.............................................................................................................. 37
11.2. Reading the Diagnostic Information............................................................................................. 37
11.3. Status and Statistics Command................................................................................................... 37
12. RF-7800W Messages.............................................................................. 38
12.1. RGI Polled Remote Position........................................................................................................ 38
12.2. NMEA Type Messages................................................................................................................ 38
12.3. $PRAVE Raveon Proprietary Message, Location-Status ........................................................... 39

Company Confidential 4Raveon Technologies Corp.
1. General Information about the RF-7800W
1.1. Congratulations!
Congratulations on your purchase of a RF-7800W GPS tracking radio.
Please take a few minutes to read this manual carefully. The information presented here
will allow you to derive maximum performance from your radio modem. After reading it,
keep the manual handy for quick reference, in case questions arise later on.
1.2. NOTICE
There are no user-serviceable points inside this transceiver. All service work must be
referred to your Authorized Service Center or Raveon Technologies Service Department.
1.3. Safety / Warning Information
WARNING - DO NOT operate theRF-7800W-U radio modem when bystanders are within
2 feet (.6 meters) of the antenna.
Blasting Caps and Blasting Areas
To avoid possible interference with blasting operations, turn off this radio or remove the
DC power when you are near electrical blasting caps, in a blasting area, or in areas
posted: “Turn off two-way radio.” Obey all signs and instructions.
Potentially Explosive Atmospheres
Turn off your radio prior to entering any area with a potentially explosive atmosphere. Do
not install this product for use in areas with potentially explosive atmospheres. Do not
remove, install, or charge batteries in such areas. Sparks in a potentially explosive
atmosphere can cause an explosion or fire resulting in bodily injury or even death.
Note: The areas with potentially explosive atmospheres referred to above include fueling areas such as
below decks on boats, fuel or chemical transfer or storage facilities, areas where the air contains chemicals
or particles, such as grain, dust or metal powders, and any other area where you would normally be advised
to turn off your vehicle engine. Areas with potentially explosive atmospheres are often but not always
posted.

Company Confidential 5Raveon Technologies Corp.
1.4. FCC Compliance Information
This device complies with part 15 of the FCC Rules. Operation is subject to the following
two conditions: (1) This device may not cause harmful interference, and (2) this device
must accept any interference received, including interference that may cause undesired
operation.
Changes or modifications not expressly approved by the party responsible for compliance
could void the user’s authority to operate the equipment.
NOTE: The manufacturer is not responsible for any radio or TV interference caused by
unauthorized modifications to this equipment. Such modifications could void the user’s
authority to operate the equipment.
This product also complies with FCC Part 22, 90 and Part 95 Subpart J of the FCC rules
and regulations.
The Federal Communications Commission (FCC), with its action in ET Docket 93-62, has
adopted a safety standard for human exposure to Radio Frequency (RF) electromagnetic
energy emitted by FCC-certified equipment. This product meets the uncontrolled
environmental limits as stated in OET-65C (01-01) when operated in accordance with the
operation guidelines described in this manual. Proper operation of this radio device
according to the instructions in this publication will result in user exposure substantially
below the FCC recommended limits.

Company Confidential 6Raveon Technologies Corp.
2.Overview
The RF-7800W GPS transponder is a rugged, high-speed UHF data modem with a built-
in 12-channel GPS receiver. It has ½ to 5 watts of RF power output, and operates as a
GPS transponder for tracking, and a radio modem for sending and receiving data.
The RF7800W Ethernet port provides both power (Power-Over-Ethernet) and
communications by means of an integrated Ethernet 10/100 Base-T interface.
For privacy and security, over-the air encryption is standard on every RF-7800W radio.
For radio network versatility, the RF-7800W incorporates a 16-bit identification code,
allowing up to 65,000 units to be identified in one system. For wide-area coverage, all
RF-7800W transponders may be set to store-and-forward messages from other RF-
7800W transponders.
2.1. Features
Transmissions include ID, position, speed, heading, voltage, temperature, input/output status, UTC time, and
proximity.
Ultra-fast 3mS TX-RX switching and 4-level GFSK modem allows truly “Real Time” tracking and status.
Outputs and accepts NMEA 0183 GLL, TLL, WPT, GSV, and PRAVE messages.
Built-in TDMA channel access allowing truly real-time tracking (200 transmission in 10 seconds)
Low power consumption.
16 bit addressing for up to 65,535 different unique IDs per channel.
10/100 Ethernet interface.
3.Operation
3.1. System Mode
The RF-7800W is generally configured in two different system modes; a Transmitter or a
Receiver. Transmitters may be either a PRIMARY and a SECONDARY.
The MODE command is used to read and set the System Mode. The table below shows
the default parameters that are configured when a unit’s MODE is programmed with the
MODE command.
System Mode:
TX
RX
TXRX P
TXRX S
Slot Number
1
N/A
1
2
Position TX
Yes
No
Yes
Yes
Able to receive
No
Yes
Yes
Yes
ID
1
2
1
2

Company Confidential 7Raveon Technologies Corp.
Any RF-7800W that is a TXRX may be either a PRIMARY or a SECONDARY. Primary
transmitters use TDMA slot 1 to transmit their GPS location in, and Secondary
transmitters use TDMA slot 2 to transmit their GPS locations in.
The second parameter of the MODE command is either a P or S for Primary or
Secondary. For example, to program a secondary transceiver, use the following
command:
MODE TXRX S
3.2. 10/100Base-T –TCP/IP Socket Connections
The RF-7800W user interface is provided via a 10/100Base-T Ethernet interface. All user
communications in and out of the unit use TCP/IP socket connections that are compatible
with Telnet client applications. By default, the RF-7800W is a TCP/IP Telnet server.
The RF-7800W can interact with up to five (3) Telnet connections (“sessions”) at any
given time –additional connection requests beyond this limit shall be rejected (terminated
and closed) by the RF-7800W. By default, all connection attempts require successful
completion of a login authentication challenge sequence before an interactive session will
be established. The “Primary IP” address that the RF-7800Wis configured to use is set
with the IPADD xxx.xxx.xxx.xxx command.
There are three levels of radio modem access or session “roles” with corresponding
privileges and features; they are: “ADMIN”, “USER”, and “DATA”. Three programmable
User Name and Password (“credentials”) combinations are maintained within the RF-
7800W, including one for each of the three roles defined above.The default credential
settings and their associated roles are as shown in the following table:
Default
Login Name
Default
Password
Default (fixed)
Role
admin
admin
ADMIN
user
user
USER
data
data
DATA
The following table shows an example session combination used to communicate with
user client applications:
Session #
Port
Port Designator
Role
Session Mode
1
23
PORT1
ADMIN
Command
2
23
PORT4
USER
Command
3
23
PORT5
DATA
Communication

Company Confidential 8Raveon Technologies Corp.
3.3. Roles
ADMIN The ADMIN role allows viewing and changing parameters within the unit,
but does not allow arbitrary over-the-air data transmission. Only one
ADMIN session is allowed at any given time.
USER The USER role allows viewing parameters within the unit, and querying
GPS position information; however, unit parameter values cannot be
changed. This role does not allow arbitrary over-the-air data
transmission.
DATA The DATA role allows exchange of arbitrary data over-the-air. This role
does not allow either viewing or changing parameters within the unit.
3.4. Login Authentication
The unit will respond to each of up to five coincident telnet connection requests with the
following authentication challenge prompt:
Login:
The client must enter the Login Name followed by a <return>. The unit will then respond
with:
Password:
The client must enter the password followed by a <return>.
Upon successful login authentication, the unit will respond with:
Prompt:
where the prompt can be set with command PROMPT XXXXXX. After three failed
attempts to enter a correct username/password combination, the session will be
terminated.
3.5. Session Modes
The RF-7800W ‘s Ethernet interface supports different Session Modes per connection:
Command Mode and Data Mode. The mode of any given connected telnet session is
determined by the role associated with the credentials (User Name and Password) that
were entered at the session start. Sessions authenticated with either the ADMIN or USER
credentials shall operate in Command Mode, whereas session authenticated with DATA
credentials shall operate in Data Mode.
When a given RF-7800W telnet session is in Data Mode, it will not accept user-
commands. It will output over-the-air data or GPS information whenever the unit receives
it. Arbitrary data may also be scheduled for transmission over-the-air by simply entering it
via a telnet session operating in this mode.

Company Confidential 9Raveon Technologies Corp.
3.6. System Recovery
If user forgets login credentials or IP information, there is a system in place to reset the
radio login information. Here’s how it works:
If the radio is quickly reset (within 10seconds of turning it on) the “System
Recovery IP address” is initiated upon next startup.
If System Recovery is initiated upon a restart, the recovery IP address
192.168.26.4 is active for 30 seconds.
If user logs in with this recovery IP then he or she will be prompted to reset to
defaults, to which they could type ‘Y’ to erase as prompted.
If a telnet session is initiated on the System Recovery IP address, the unit will immediately
revert back to factory defaults. The passwords and login text will be changed back to the
defaults, the primary IP address will revert back to factory default, and the frequency will
be changed back to factory default.
Caution: Do not attempt to login to the System Recovery IP address unless you want to
erase all settings within the unit.
After the unit has been running more than 30 seconds, the System Recovery IP address
is disabled.

Company Confidential 10 Raveon Technologies Corp.
4.Specifications
4.1. RF And Performance Specifications
Please consult the individual specification sheet for the RF and performance
specifications of your specific model of transponder.
4.2. General
All measurements made per TIA-603-B. Certain bands are for export only. Consult the specification sheet for you specific
Raveon product for regulatory approval information.
Frequency Range: ........................................................................................................ 450 –480MHz
No-tune bandwidth: ....................................................................................................................20MHz
Default Range ...........................................................................................................450-470MHz
4.3. User Input and Output Signals
Interface .........................................................................10/100Base-T Ethernet per IEE 802.3-2008
Network protocol ............................................................................................................. TCP/IP telnet server
Maximum number of connected telnet sessions ..............................................................................................5
Transceiver RF .................................................................................................................. 50 ohm N female
GPS Connection .......................................................................................................................... TNC female
Power ...........................................Power Over Ethernet (25 watts maximum power consumption)
POE .................................................................................................................. 802.3at, Class 4
Operating Voltage Range.....................................................................................................................42V-57V
4.4. GPS and Transponder Specifications
Number of channels.......................................................................................................................................12
Horizontal accuracy (24 hour static)...............................................................................<2.5m 50%, <5m 90%
Acquisition (-130dBm, 50%)..........................................................................<40sec cold start, <8sec hot start
Sensitivity .........................................................................................Tracking -150dBm, Acquisition -142dBm
NMEA output sentences ................................................................................... WPL, TLL, GLL, GSV, PRAVE
Position report rate, programmable...................................................................................... 1 to 9999 seconds
Position report resolution ..........................................................................................................0.0001 degrees
Voltage report resolution/accuracy.....................................................................................................0.1V/10%
Temperature resolution and accuracy (enclosure temperature).................................2 degrees C/4 degrees C
Number of digital inputs ...................................................................................................................................0
Velocity resolution and accuracy.........................................................................................1km / 1km per hour
GPS connector...........................................................................................................................................TNC
Active GPS antenna voltage (RF-7800W output voltage on SMA) ................................ 3.3V, 20mA maximum

Company Confidential 11 Raveon Technologies Corp.
5.Electrical Inputs and Outputs
The front panel of the RF-7800W modem has these features:
1. Power LED (solid green = on, green blink = telnet/HTTP connection)
2. Status LED (green = receiving data, red = transmitting data)
3. GPSLED (off = Mode does not require GPS, green blink = locking, solid green = locked)
4. Ethernet connector
5. Ethernet jack cover
5.1. LEDs
The LED’s visually show the current status of the radio.
Power LED (PWR) The state of this LED is usually solid green, showing power is on.
When a user logs in, the light will flash green with a 50% duty cycle.
Status LED (TX) This LED blinks red when the transmitter keys and is putting out RF
power. It blinks green during the reception of data or RF carrier or when there is RF
energy on the radio channel.
GPS LED (GPS)
Off: GPS off (in a mode such as MODE RX that does not require use of GPS).
Red: Can’t lock (only active when GPS is used as in MODE TX or MODE TXRX)
Solid Green: Locked to the GPS signals and position acquired.
5.2. DC Power
DC power for the modem comes from the Ethernet cable by way of the included Power
over Ethernet feature. The Power Sourcing Equipment (PSE) must be compliant with
IEEE 802.3at.

Company Confidential 12 Raveon Technologies Corp.
6.Configuring the RF-7800W
6.1. Command Mode Overview
The Ethernet port on the unit is used to send and receive data over the air, as well as to
configure the RF modem.
The user interacts with the radio via a TCP/IP telnet session, connecting to a
preconfigured IP port (the factory default is port 23). The behavior of any given connected
telnet session depends on the credentials entered during the authentication challenge at
the start of the session.
If the ADMIN role credentials are entered, the corresponding telnet session will be in
Command Mode. The RF-7800W may then be programmed and/or configured.
If the USER role credentials are entered, the corresponding telnet session will also be in
Command Mode as above; however, in this case, the radio cannot be programmed or
configured. The user can execute certain commands to read settings. Section 5.7 list
the commands, and which ones are available to the user session.
If the DATA role credentials are entered, the corresponding telnet session will be in data
Communication Mode. In this case, data entering the device via the telnet session is
transmitted over the air. Data received from another RF modem is output to the user via
the telnet connection.
The following descriptions detail the Command Mode modem behavior.
6.2. Setting a Parameter
RF-7800W modem parameters may be set via any ADMIN telnet session. To do so,
enter the proper command, a space, the corresponding parameter, and then a carriage
return. For example, to set the destination address of the RF-7800W modem to 1234,
enter the following command:
ATDT 1234 <CR>.
RF-7800W radios automatically save changed parameters to non-volatile EEPROM
memory whenever the parameter value is changed.
6.3. Reading a Parameter
To read the value of a particular setting, issue the command with no parameter via either
an ADMIN or USER telnet session. The modem will return the value followed by an “OK”.
For example, if the user enters the command to read the RF-7800W’s destination address
and its address was 1234, the user would issue the following command:
ATDT<CR>
and the modem will respond with:

Company Confidential 13 Raveon Technologies Corp.
1234 <CR><LF>
OK <CR><LF>
To get on-line help with a command, enter the command and put a question mark in for
the parameter. For example, to see what the ATDT command is used for, type ATDT ?
<CR>. The modem will respond by listing a brief description of the command. To see a
list of all commands, type HELP<CR>.
6.4. Restoring Factory Defaults
The AT&F command may be used to restore the unit back to the factory-default condition.
The table in Section 6.5 lists all of the radio modem related commands. Use this
command with caution, as it will erase all previously configured parameters. It will cause
the modem to revert back to the factory-defaults, as shown in the command table,
“Factory Default” column. The only parameters that it does not restore to default are the
radio calibration values R0-R9, and RA.

Company Confidential 14 Raveon Technologies Corp.
6.5. MODEM Commands
Command
Command Description
Parameters
Factory
Default
Available
to USER
ATCD
Carrier Detect Threshold –Read/set the carrier detect
threshold, in dBm. -113 means -113dBm. Version
firmware and higher.
-113
-120 to -60
N
ATDT
Destination Address to call–Sets address of the modem
to send data to. Note, in the RF-7800W this parameter is
entered in decimal format. Each digit may be a
0,1,2,3,4,5,6,7,8, or 9. Do not use A,B,C,D,E,or an F.
Range: 0-9999
0001
N
ATF
Display frequencies –Display all of the frequencies
programmed into all of the channel memories.
N/A
N
ATFT
Transmit Frequency –Program the transmit frequency
for this channel. Enter in Hz or in MHz. The frequency will
automatically be saved in non-volatile memory (flash) for
this current channel number.
Range: See product data
sheet. For MURS
products, frequency cannot
be changed.
See product
data sheet.
N
ATFR
Receive Frequency –Program the receive frequency for
this channel. Enter in Hz or MHz. The frequency will
automatically be saved in non-volatile memory (EEPROM)
for this current channel number.
Range: See product data
sheet. For MURS
products, frequency cannot
be changed.
See product
data sheet.
N
ATFX
TX and RX Frequency –Program the receive and
transmit frequency for this channel. Enter in Hz or MHz.
Same as issuing an ATFR and an ATFT command. User
cannot change frequency in the MURS version of the
product. Use ATHP to change channels in the MURS
version.
Range: See product data
sheet.
N/A
Y
ATHP
Channel Number –Select separate channels to minimize
interference between multiple sets of modules operating in
the same vicinity.
Range: 1 - 6
1
N
ATHS
Show History –Show a table of listing the most recent
receptions, and the IDs that the data was sent from
No parameter
Y
ATIC
Read Current Draw Read the current draw in mA.
Accuracy is within 20% of actual current draw.
Range: 0-9999
N/A
Y
ATL
Enable/Disable the LEDs –1 = LEDs always off. This
reduces some power consumption. 0 = LED operate
normally.
0 or 1
0
Y
ATMK
Address Mask –Configures local and global receive
address space. Each digit may be a
0,1,2,3,4,5,6,7,8,9,A,B,C,D,E,or F. In most applications,
this is kept at F000. Set to 0000 to ensure the unit receives
data from ALL other radios, regardless of the TOID in the
transmission.
Range: 0000 - FFFF
F000
Y
ATMY
Unit Address –Configures the individual; address for this
unit. Each digit may be a 0,1,2,3,4,5,6,7,8,9,A,B,C,D,E,or F.
Note: FF is interpreted as a group. See addressing section.
Range: 0000 - FFFF
0001
Y
ATPO
RF Power Output. Set or show the RF power output
setting. Value is in percent, from 0% to 100%. Use and RF
wattmeter to confirm the power setting, and adjust the %
accordingly to obtain the desired RF power level. For the
MURS version, the ATPO setting is limited to 40%.
0-110
100
Y
ATR0
Symbol Peak Deviation –Set the peak FM deviation of
the transmit symbols. Note: This can be a negative number
to invert the modulation.
Range: -1000 –1000
120**
N
ATR1
Select CD pin output signal –CD may be RF carrier
detect, or modem data detect.
Range : 0 - 2
2 = Always assert CD
1 = Data CD
0 = RF CD
1
N

Company Confidential 15 Raveon Technologies Corp.
ATR2
Over-The-Air bit rate -This is the data rate the radio
uses to send data over the air. All RF modems in the
network must use the same over-the-air baud rate.
Refer to section 0 for information on how to set the OTA
baud rate.
Range:
0 = 800 5 =
9600 2L
1 = 1200 6 =
19200 4L
2 = 2400 7 =
5142 2L
3 = 4800 8 =
9600 4L
4 = 8000 4L 9 =
2000 2L
10=14.4
k 4L
3
N
ATR3
Serial Port time out –Number of mS of no activityon the
serial port before transmitting the data in its buffer.
Range: 1 - 5000
20 (mS)
N
ATR5
Preamble length –The number of bytes to send over-the-
air in the pre-amble.
Range: 3 - 255
4**
(Varies based
on data rate
and radio type.
7 typical)
N
ATR8
Frequency Offset. Used to set the radio on the center of the
radio channel.
Range: -500 to +500
0**
N
ATRQ
Receiver Signal Level –Reads the Receiver Signal
strength this instant, and returns the level in dBm.
Range: -40 to –130
(dBm)
-
N
ATRS
RSSI (Receive Signal Strength Indicator) –Returns the
signal level of last received packet. The reading is in dBm.
Usable for relative comparison of signals, but absolute
value is within10dB at -90dBm.
No parameters.
Returns a number : -
50 to –140 (dBm)
varies by model.
none
N
ATSL
Serial Number –Reads and returns a unique serial
number for thjs unit.
Read Only
1 - 999999999
unique
Y
ATSH
Show –Display the configuration of the modem. This will
return a page of ASCII characters, showing the main
configuration parameters.
none
None
Y
ATSM
Sleep Mode Operation Enable –When set to 1, the DTR
input line controls the RF-7800W’s low-power operation.
When set to 0, the RF-7800W will not go into LPM,
regardless of the state of the DTR pin. When set to 2, the
modem is forced into a low-power mode, disabling the
receiver and transmitter. When set to 4, the receiver is off,
but the transmitter will still transmit GPS positions and
data.
Range: 0, 1, 2, 3, 4
0
N
ATST
Statistics –Show the unit’s operational statistics. See
Statistics section of user manual.
0, 1,2, 3, 4, or 5
None
N
ATTD
Transmit Test Data –When issued, the modem will begin
transmitting data. The type of data sent is set in the
parameter. Entering a <CR> will terminate the
transmission.
0 = Go back to normal
1 = Random
3 = 1010… at ¼ baud rate
4 = TX all 0s
5 = TX all 1s
6 = Test Points ON
7 = Transmit CW
8 = Transmit 1010101…
N
ATTE
Read product temperature –Read the internal
temperature of the unit’s circuit board in degrees Celsius.
-40 to +99
-
Y
ATTT
Max Packet Size –Set the maximum number of bytes in an
over-the-air packet.
1 - 512
500
N
ATVB
Read DC input Voltage–Returns the DC input voltage
reading, in mV (12500 = 12.5VDC input).
None
none
Y

Company Confidential 16 Raveon Technologies Corp.
ATVR
Firmware Version –Returns firmware version currently
loaded on the module.
Read Only, 3
characters
none
Y
AT&F
Restore Factory –Restore the factory default values. This
command will not erase the calibration values. After this
command executes, the modem will still be in the CONFIG
mode.
none
CONFIG
Show Configuration. Display the settings of every
parameter in the unit. If the parameter is 1, then the help
text is not displayed, If the parameter is 2, the configuration
is output in strictly the format used to program another unit.
None, 1, 2
-
BAND
Show/display the radio band. Displays the frequency
band that the radio is configured for, along with the upper
and lower frequency, in MHz.. BB is the band code, lll is the
lower frequency in MHz, and uuu is the upper frequency in
MHz.
None
BB, lll, uuu
N
MODEL
Read Model number. Read the model number.
None
-
PROMPT
Set Prompt. Set/read the command-line text prompt.
None
-
SHOW
Show/display an overview of the radio’s configuration.
None
-
** indicates values that are calibrated in the factory and are unit-specific. If the “Radio Type” is
changed, these will need to be re-calibrated.

Company Confidential 17 Raveon Technologies Corp.
6.6. GPS Related Commands
If you execute any of these commands, the new parameter is automatically stored in
EEPROM.
Command
Command Description
Parame
ters
Factory
Default
Available
to USER
FREEWHEEL
Freewheel time. Read/set the number of seconds
that the unit will continue to transmit when it does
not have GPS lock.
1-7200
0
N
GPS
GPS Operation Mode. Set the version’s operating
mode.
1 –9
2
N
GPS&F
Reset all GPS (- version) parameters. Set the
version’s Operating mode to GPS mode 4, and
sets all GPS parameters to factory defaults. It does
not erase frequency or other radio-related
parameters.
-
-
N
GPSDATA
GPS Data. Get the latest GPS position information
received from a remote unit in “RGI” format.
N/A
N/A
N
GPSAGING
GPS Reception Cache. Get or set the unit’s
maximum GPS age in seconds. 0=no max age.
0-999
30
N
IDLERATE
IDLE TX Interval. Set the number of seconds
between position transmissions when the unit is
idle (has not moved more than TRIGDX meters).
0-9999
seconds
10
N
KEYPHRASE
Privacy Security Encryption Key Phrase. Set
the privacy key for this device. It must be the same
key used on all other Raveon products in your
system. It secures radio transmissions from
unauthorized reception. Set it to 0 to disable
security encryption of data.
2-16
ASCII
character
s.
“HARRIS”
N
MODE
System Mode Macro. Parameters: TX, RX,
TXRX P, TXRX S. Sets TX mode, RX mode, TXRX
Primary or Secondary mode.
TX, RX,
TXRX P.
TXRX S
TX
Y
NMEAOUT
Enable/Disable NMEA messages. Configures the
M9 to output standard NMEA messages (GGA,
GLL, RMC) out its serial port. NMEAOUT 0
disables the messages. NMEAOUT 1 enables
them.
0, 1
1
N
NMEAMASK
Set/Read NMEA message bit mask. The
NMEAMASK register contains configuration bits to
enable various NMEA standard messages from the
internal GPS receiver that will be sent out the serial
port. The parameter is the decimal integer value of
the mask.
0-9999
258
(RMC,
GLL,
GGA)
N
NMEARATE
Set/Read NMEA message rate. Set/read the
number of seconds between NMEA messages
from the internal local GPS.
1-99
5
N
PREFIX
ID Prefix. Set an ID prefix. The prefix is 1-8
characters that will be put in front of the ID when
reporting an ID as a waypoint name. A dash means
no prefix. Default is a capitol letter V.
1-8
ASCII
character
s
Set it to
“0” for no
prefix.
V
N
REPEAT
Enable - Repeating. This simple command
enables the repeater feature of the RF-7800W ,
and configures it for standard operation. The user
may alternately use the ATX and ATRX
commands, but they are more complicated to use.
This command enables the unit to repeat all
messages it receives, as long as the first digit of
0 off
1
configure
repeater.
0
N

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the 4-digit ID matches its first digit. (It repeats IDs
0001 thru 0999).
SLOTQTY
Quantity of TDMA Slots. Normally this parameter
is set to 1. Each unit gets one slot. To facilitate
data transmission, it is possible to set this to a
number other than 1. For example, if set to 3, and
the ID of the unit is 0008, the unit will be allowed to
transmit in slots 8, 9, and 10.
1-9999
1
N
SLOTNUM
Change the TDMA slot number. Use this
command with caution! This will change the TDMA
slot assignment, leaving the ID (MYID) unchanged.
Typically, the ID and the slot number are the same.
Once this command is used, the TDMA slot
number for this transceiver to will no change if the
ID of the device is changed. Set SLOTNUM to -1
to force the Slot Number to be automatically set to
the MYID of the radio. This is the factory default
setting.
-1,
1-9999
(Decimal
number,
not hex)
N.A.
By default
the Slot
Number is
auto-set to
the MYID
N
SLOTTIME
TDMA Slot duration. Configure the width of a
TDMA slot. 50mS increments.
50 - 1000
100
N
TDMATIME
Set/read TDMA Frame time. The length of one
TDMA time frame, in seconds.
0-3599
10
N
TXRATE
GPS Report Rate. Set number of seconds
between GPS reports. This is also the rate at
which the internal GPS will measure position,
speed, etc. Even if the unit is not moving, the GPS
periodically measures position and speed to
determine if it has triggered a speed or position
transmission. Set to TXRATE and IDLERATE both
to 0 to totally disable position reporting.
0 - 9999
1
N

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6.7. Ethernet Related Commands
The following commands are used to configure the Ethernet interface on of the RF-
7800W.
Command
Command Description
Parameters
Factory
Default
IPADDR2,3
Internet Protocol Address. Get or set
the unit IP Address in dotted quad
decimal1notation.
[Value is stored after the user logs out.]
<aaa.bbb.ccc.ddd>
192.168.26.128
IPMASK2,3
Internet Protocol Address Mask. Get or
set the unit IP Address Mask dotted quad
decimal1notation.
[Value is stored after the user logs out.]
<aaa.bbb.ccc.ddd>
255.255.255.0
IPGATEWAY
Internet Protocol Gateway Address.
Get or set the unit IP Gateway Address in
dotted quad decimal1notation.
<aaa.bbb.ccc.ddd>
192.168.26.1
ADMINLOGIN
Administrator Role Login Name. Get or
set the unit ADMIN role login name.
1 to 10 ASCII
characters
admin
ADMINPWD
Administrator Role Password. Get or
set the unit ADMIN role password.
1 to 10 ASCII
characters
admin
USERLOGIN
User Role Login Name. Get or set the
unit USER role login name.
1 to 10 ASCII
characters
user
USERPWD
User Role Password. Get or set the unit
USER role password.
1 to 10 ASCII
characters
user
DATALOGIN
Data Role Login Name. Get or set the
unit DATA role login name.
1 to 10 ASCII
characters
data
DATAPWD
Data Role Password. Get or set the unit
DATA role password.
1 to 10 ASCII
characters
data
TCPPORT
Gets/Sets the TCP port number to use
for telnet sessions.
1-65525
23
ETHRATE
Gets/Sets the Ethernet port data rate.
100 or 10
100
Notes:
1. “Dotted quad decimal” notation is also known as “dotted decimal” notation.
2. Because changes to these settings may disable Ethernet access to the radio modem, requested changes to these settings must
be confirmed by user action. Immediately following entry of each of these parameter change requests, the RF-7800W will
respond with:
Enter YES<CR> to confirm this configuration change, or NO<CR> to cancel it.
3. Changes to these parameters may only be supported via the factory serial port interface.

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6.8. Factory –Default Settings
For the UHF RF-7800W model, the factory default settings are as shown in the command
tables above and the list below:
Radio channel 1frequency............................................460.X MHz
GPS Mode....................................................................14 (Polled with RGI command)
6.9. Commands Shown in Help Menu
The following commands show up when the HELP command is entered. Most of the
commands are actually hidden from the final user.
HELP
EXIT
ATL
ATPO
GPSDATA
KEYPHRASE
MODEL
MAC
ADMINLOGIN
USERLOGIN
DATALOGIN
ADMINPWD
USERPWD
DATAPWD
IPADD
IPGATEWAY
TCPPORT
ETHRATE
IPMASK
MODE
TFTP
TFTPIP
TFTPFN