Neomatica ADM300

Neomatica ADM300 is an optimal value-for-money GPS tracker for all sorts of vehicles. The device features an internal 100mA Li-ion battery, 2 analog and 2 digital inputs, 3-axis accelerometer, RS-485 interface, voice communication, microSD support, and more.

Make your Neomatica ADM300 devices a part of any infrastructure by connecting them via flespi telematics hub. Manage the device settings using flespi device management platform. Learn how to configure Neomatica ADM300 with flespi.

Protocol: neomatica Manufacturer: Neomatica Change log: neomatica

Usage specifics

Parameters (44)

Settings (2)

Commands (1)

Here’s the like of JSON you get

{
    "ident": "352625333222111",
    "position.altitude": 273.61,
    "position.hdop": 0.7,
    "position.latitude": 49.069782,
    "position.longitude": 28.632826,
    "position.satellites": 18,
    "server.timestamp": 1650636570.426424,
    "timestamp": 1650636570.426424,
    "device.type.id": "Neomatica ADM300",
    "channel.id": 1111,
    "protocol.id": "neomatica"
    "engine.ignition.status": true
    ...
}

How to consume this nice JSON

The easiest way is to make a REST API request like this

curl -X GET  --header 'Authorization: FlespiToken XXX' 'https://flespi.io/gw/devices/<device id>/messages'

Explore REST API Show more ways to consume data How to connect my Neomatica ADM300 to flespi

How to send commands to Neomatica ADM300?

You can send a specific command. Show all commands

You can use pre-defined settings to send instructions more conveniently. Show all settings

You can also

Modify messages

Add or remove parameters, inject data from LBS and reverse-geocoding services, etc.

Learn what plugins can do

Aggregate data

Determine trips and stops, catch events, detect geofence ins/outs, and more.

Learn about flespi analytics capabilities

Name

Type

Unit

Description

Sources

absolute.acceleration

number

Module of accelerometer vector

ain

number

volts

Voltage on the analog input

alarm.event

boolean

Alarm event triggered

alarm.mode.status

boolean

Device alarm mode status

battery.level

number

percentage

Internal battery level

battery.low.alarm

boolean

Battery low alarm event

battery.voltage

number

volts

Internal battery voltage

can.tag.number

number

User defined can tag number

can.tag.value

number

Can tag value, merge by parameter index

case.status

boolean

Case opened status

channel.id

number

ID of channel that received a message

counter.impulses

number

Impulses counter

device.id

number

ID of device that received a message

device.model

string

Device model ID string

device.name

string

Name of device that received a message

device.type.id

number

ID of device type of device that received a message

din

number

Digital inputs bitmask

dout

number

Digital outputs bitmask

event.enum

number

Protocol-specific event code

external.powersource.status

boolean

External power source connection status

external.powersource.voltage

number

volts

External power voltage

fuel.level

number

percentage

Fuel level percentage

glonass.position.satellites

number

Quantity of satellites from GLONASS used to calculate coordinates for given position information

gnss.vehicle.mileage

number

Vehicle mileage calculated by global navigation system (GNSS)

gps.position.satellites

number

Quantity of satellites from GPS used to calculate coordinates for given position information

gsm.signal.level

number

percentage

Mobile network (GSM, 3G, 4G, LTE, 5G, ...) signal strength level

gsm.sim.status

boolean

SIM card is active

ident

string

Device unique identifier like serial number, IMEI, etc

movement.status

boolean

Current movement state

pcb.temperature

number

celsius

PCB temperature

peer

string

IP:port from which device connecting to the channel

position.altitude

number

meters

Altitude value for position

position.direction

number

degrees

Heading angle at position detection moment

position.hdop

number

Horizontal dilution of precision

position.latitude

number

degrees

Latitude coordinate value

position.longitude

number

degrees

Longitude coordinate value

position.satellites

number

Quantity of satellites used to calculate coordinates for given position information

position.speed

number

km/h

Instant speed at position detection moment

position.valid

boolean

Is position information accurate and valid for given timestamp

protocol.id

number

ID of protocol

sensor.temperature

number

celsius

Temperature sensor value

server.timestamp

number

seconds

Timestamp when server received a message

software.version

string

Software version string

timestamp

number

seconds

Message timestamp

Title

Name

Description

Properties

Tracking period

period

move_int: In Motion

stop_int: At Stop

Report Message Composition

protocol

Configure additional blocks of the report message.

can: CAN-bus data

fuel: Fuel level sensors

in_a: Analog inputs

in_d: Impulse inputs

outs: Outputs, events on inputs

odometr: Odometer values

Title

Name

Description

Properties

Custom command Examples

custom

Send custom command to device

parameters: Optional parameters

command_name: Command name

Reboot the device

{"command_name":"RESET"}

Set period of tracking to 30 seconds in motion and 300 seconds without motion

{"parameters":"30,300","command_name":"PERIOD"}

Compose report message from the main data only. Do not include additional data

{"parameters":"0","command_name":"PROTOCOL"}

Neomatica ADM300

Here’s the like of JSON you get

How to consume this nice JSON

How to send commands to Neomatica ADM300?

You can also

Modify messages

Aggregate data

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