RFDesign Antenna 868-900MHz 2dBi Monopole (SMA)

868-900MHz quarter wave mono-pole antenna with SMA connector- Pin
This antenna is well suited for airborne UAV/FPV applications due to its light weight and small size

Frequency range: 860-900MHz
Gain: 2.1dBiVSWR: < 1.5
Impedance: 50R
Polarization: Vertical
Weight: 10g
Size: +-51mm long, 8mm diameter

Antenna 868-900MHz 3dBi Dipole (RPSMA)

This antenna is a half wave dipole antennas with a base connector that can swivel up to 90 degrees.   
It is well suited to ground station, or fixed installation applications.  
An additional feature of this type of antenna is reduction of local noise introduced into the antenna from electronics connected to the modem.

868MHz half wave dipole antenna with RPSMA connector.
This antenna is a half wave dipole antennas with a base connector that can swivel up to 90 degrees.   
It is well suited to ground station, or fixed installation applications.  
An additional feature of this type of antenna is reduction of local noise introduced into the antenna from electronics connected to the modem.

Specifications:

• Frequency range: 860-900MHz
• Gain: 3 dBi
• VSWR: < 1.5
• Impedance: 50R
• Polarisation: Vertical
• Size: 175+23mm long, 12mm diameter
• Weight: 28g

The Cube Red is a professional dual FMU flight control system that ensures operational reliability through its two dual-core, double-precision FPU processors. The newly added Ethernet interface and DSI out provide an unprecedented flight experience. An Isolated Static Air port minimizes disruptions from external airflow, ensuring stable static pressure. Also with Ardupilot firmware, you can utilize this unit with any type of UXV.

Features

• Powerful processing performance is provided by two STM32H7 dual-core processors, each equipped with double-precision FPU (Floating Point Unit) operations.

• Cube Red is equipped with 4 sets of IMUs and 3 barometers for redundancy, ensuring continuous safe operation during flight.

• Replaceable fully closed uppercase and isolated static air ducts provide stable pressure to barometers for accurate altitude measurement.

• Provides foams with different hardness options, catering to various flight purposes.

• The CAN FD port offers real-time high transmission rates.

• The Type-C Debugging interface has been updated to the future-proof USB Type-C standard.

What's Included

1x Cube Red (Beta Version)
1x ADSB Carrier Board (For Red Cube Only)
1x Power Brick Mini
1x The Cube Standard Cable Set V2.1
1x Waterproof Top Case
1x Air Tube Connector (M3)
1x CAN BUS Splitter
1x Foam (A)
1x Foam (B)
1x Ethernet Cable (mini I/O to RJ45; 30cm)
4x Mounting Screw
3x 3M Large Sticker
2x 3M Medium Sticker
4x 3M Small Sticker

• Carrier board for the Pixhawk Cube Black, Yellow, Purple, Orange & Blue
  Integrated 1090MHz ADS-B receiver/transmitter module

External multi-band L1/L2/E5b helical GNSS antenna, with a weight below 18 grams, ideal for lightweight applications like drones.

– Compatible with all simpleRTK2B boards as well as any other multi band GNSS receiver in the market
– Helical antennas are ideal for GNSS reception in strange attitudes (not always facing the sky)
– Integrates a SMA-male termination, no cable is needed although you can use our cable extenders

Be aware that if you plan to use the Pixhawk connector in the simpleRTK2B board, the helical antenna will block it, so you will need a cable extender.

2B Helical antenna

Antenna element

• Supported positioning signal bands:
  • GPS: L1, L2
  • GLONASS: G1, G2
  • BeiDou: B1, B2
  • Galileo: E1, E5b
  • QZSS: L1, L2
  • SBAS: WAAS, EGNOS, MSAS and GAGAN
• Polarization: RHCP
• Peak gain: 2dBi
• Axial Ratio @ zenith: <3dB
• Azimuth Coverage: 360 degrees
• Impedance: 50 ohm

Electrical

• Supply voltage: 3-16V
• Typical supply current @ 3V: 35mA
• Average LNA gain: 33dB
• Maximum Noise Figure: 1.5dB
• Maximum VSWR: 2

Mechanical

• Maximum length: 56mm
• Weight: 18g
• Mounting style: direct on SMA connector
• Connector: SMA male

Environmental

• Operating Temperature: -40 to +85°C
• Storage Temperature: -40 to +85°C
• IP Rating: IP67
• RoHS: Yes

Supports dual HDMI 1080P 60fps video input, which can be modified through the QGC interface.
Dual S.bus signal output for simultaneous control of autopilot and pan/tilt cameras.
The integrated digital transmission and image transmission can simultaneously transmit the flight data of the autopilot and the image output by the camera  to the remote controller.
Built-in QGC open source ground station with adaptable apm and px4 firmware for direct flight function.
Independent Mavlink commands camera buttons and scroll wheel channels.
Custom channel button and PWM value assignment.

Technical specifications

Air Unit and Controller hardware information:

Processor: SoC – Pinecone S1 AP: 4 x large core, Cortex A53, 2.2GHz 4 x small core, Cortex A53, 1.4GHz GPU: 4 core, Mali-
T860 SDR: A7 + DSP Storage: Sky: LPDDR3: 1GB Ground: LPDDR3: 2GB Sky / Ground: EMMC: 4GB
Transmission Distance: FCC 20km CE / SRRC 12km Image transmission delay: ≤ 110ms Image transmission: 720p@30fps 1080p@30 / 60fps transmission
Frequency Band: 2.4GHz ISM Receive sensitivity: -99dBm@20MHz BW Interference recovery: < 1s

Air Unit:

Appearance: core board + video daughter board + structure of RF daughter board
Among them, the video daughter board completes the input bridge function of theHDMI signal.
The RF daughter board completes the function of transmitting and receiving signals
M2 (E) connector connection between daughter board and core
Size: 78.5x30x13mm
Micro HDMI x 2: Input for external camera video signals
2 Pin interface x 1:5V-12V power input interface
3 Pin interface x 1:3.3V / 5V level UART interface
4 Pin interface x 1 : Two 3.3V level RC output connectors (S.bus in phase, S.bus inverting or PPM signal output, ground terminal control)
Micro USB x 1: for debugging upgrades, support OTG mode
Keyhole x 1: for frequency and status reset
Indicator x 2: used to indicate the frequency and picture status
MMCX antenna jack x 2: used for signal transmission and ground communication
Signal bandwidth: 20MHz / 10MHz
Power consumption: the average power consumption of the single-sided module is less than 4W

Controller:

Housing: plastic
Dimensions: 217 × 106.5 × 31mm (the whole machine does not contain external antenna and rocker)
Screen: 5.46 inch, 1080P, 16 million colors, capacitive touch screen
Audio: Built-in speaker × 1, built-in microphone × 2
Remote control: rocker × 2, scroll wheel × 1, bottom button × 6, with backlight, top button × 1 (right)
Communication : BT / WIFI / GPS 2.4G map transmission ground
Indicator light: Top tri-color lamp × 2 (left, right)
Interface: MicroUSB×1, TFlash×1 (supports maximum 64G expansion)
Antenna: Orientation (5dBi) × 1 detachable, omnidirectional (2dBi) × 1 detachable
Built-in wifi antenna, built-in GPS antenna, external GPS antenna interface
Power : Built-in 4950 mAh Lipo Battery
Charging : Support micro USB port 5v 2A current charging
Power consumption: The average power consumption does not exceed 4W (only picture transmission work, medium screen brightness, WiFi off, GPS off)

Used for connecting Here GNSS or Here+ GNSS Rover to GPS 2 port in PH2.1

only useful when using Here or Here+ as a secondary GPS for Pixhawk2.1

• Concurrent reception of up to 3 GNSS (GPS, Galileo, GLOSNASS, BeiDou)
• Industry Leading -167 dBm navigation sensitivity
• Security and integrity protection
• Supports all satellite augmentation systems
• Advanced jamming and spoofing detection

The Here3 GPS is a high precision GNSS system, which also supports RTK navigation mode, built with CAN protocol. It is also designed to be dust-proof and splash proof. Equipped with STM32F302 processor, the Here3 provides faster processing speed and better reliability.

The Here3 has built-in sensors such as compass, gyroscope, accelerator, and status LED. It runs on a Chibios real-time operation system. Its open source structure is ideally suited to developers who need specialized requirements on their navigation system.

Cost efficient high precision and RTK supported GNSS chip (base station needed for RTK). Positioning accuracy down to centimetre-level in ideal environment.

Brand new design with improved visibility on signal LEDs. Better dust proof and water repellent design (No guarantee to be water proof under any situation due to complexity of operation environment).

High data rate, upgrade ability, noise immunity, and real-time features benefited from CAN protocol

Equipped with STM32F302 high-performance processor in real-time operation system. Framework developed by Hex provides additional stability. Supports future firmware updates.

Supporting ground control station available. Easy update from Mission Planner.

Built-in a complete set of Inertial Measurement Unit (compass, gyroscope, and accelerator), which satisfy advanced navigation needs.

Cable set for the Pixhawk Mini Carrier Board, set of 6 cables

Pixhawk Original I2C Splitter JST GH 4 Pin

• I2C Splitter with 6 ports
• 4 pin JST GH connectors for Pixhawk 2.1 and modern autopilots

The Cube Orange + IS an autopilot is the latest and most powerful model in the Cubepilot ecosystem. Designed for hobby users, commercial system integrators and UAS manufacturers the Cube Orange autopilot is part of a wide ecosystem of autopilot modules and carrier boards. All Cube models are compatible with all carriers which allows users to choose an off the shelf carrier board that best suits their needs. System designers are able to integrate the Cube directly into their designs via published carrier board specifications.

Cube Orange/+ Features

Faster H7 SOC with 1MB ram

Upgraded triple redundant IMU sensors for extra redundancy

2 sets of IMU are vibration-isolated mechanically, reducing the effect of frame vibration to state estimation

IMUs are temperature-controlled by onboard heating resistors, allowing optimum working temperature of IMUs

The entire flight management unit(FMU) and inertial management unit(IMU) are housed in a reatively small form factor (a cube).

Fully Cubepilot carrierboard compatible, all inputs and outputs go through a 80-pin DF17 connector, allowing a plug-in solution for manufacturers of commercial systems. Manufacturers can design their own carrier boards to suit their specific needs now and in the future.

Specifications

Processor

32bit ARM® STM32H753 Cortex®-M7（with DP-FPU; Cube Orange+ uses ARM® STM32H757

400 Mhz/1 MB RAM/2 MB Flash

32 bit STM32F103 failsafe co-processor

Sensors

Three redundant IMUs (Accelerometers/Gyroscopes), Two Barometers, One Magnetometer

All sensors connected via SPI.

ICM 20649 integrated accelerometer / gyro, MS5611 barometer on base board

CubeOrange: - InvenSense ICM20602 IMU,ICM20948 IMU/MAG, MS5611 barometer on temperature controlled, vibration isolated board

CubeOrange+: - Invensense ICM42688 IMU, ICM20948 IMU/MAG, MS5611 barometer on temperature controlled, vibration isolated board

AK099916 MAG

Power

Redundant power supply with automatic failover

Servo rail high-power (7 V) and high-current ready

All peripheral outputs over-current protected, all inputs ESD protected

Interfaces

14x PWM servo outputs (8 from IO, 6 from FMU)

S.Bus servo output

R/C inputs for CPPM, Spektrum / DSM and S.Bus

Analogue / PWM RSSI input

5x general purpose serial ports, 2 with full flow control

2x I2C ports

SPI port (un-buffered, for short cables only not recommended for use)

2x CAN Bus interface

3x Analogue inputs (3.3V and 6.6V)

High-powered piezo buzzer driver (on expansion board)

High-power RGB LED (I2C driver compatible connected externally only)

Safety switch / LED

Package contains:

• 1 x The Cube Orange + (IMU V8) with the carrier board
• 1 x Power Brick Mini
• 1 x Buzzer Cable
• 2 x CAN Cable
• 2 x I2C Cable
• 1 x Power Brick Mini Cable
• 1 x GPS1 GH Cable
• 1 x Micro USB Cable
• 1 x I2C Board
• 4 x Screws
• 3 x 3M Large Sticker
• 2 x 3M Medium Sticker
• 4 x 3M Small Sticker

RF Design–TXMOD RFD868 V2 (RC transmitter module) #RF067

***Please contact before ordering, to insure delivery times***

Please check local regulations before Use

The RFDesign TXMOD is an all in one long range telemetry data and RC control system.
Designed to work in conjunction with any Radio Controller capable of accepting JR Transmitter Modules, the RFD TX Module can transmit the PPM stream from the controller to the vehicle via the RFD868x long range telemetry modem while also receiving telemetry data received from the aircraft.
The module’s built in WiFi link allows for simple webpage based configuration and broadcasting of telemetry data to a computer or smart device.
It is a JR style module that plugs into any RC transmitter that has can accept JR style modules (Frsky Taranis, JR, Frsky Horus)
It provides a bridge between the RC transmitter and aircraft while carrying RC PPM data and mavlink telemetry streams at the same time.
 

Features:

Long range using RFD868x telemetry modem

2.4GHz WiFi AP / Client modes with TCP + UDP packet support

Easy configuration by web-based wizard built in

Direct plug in to any RC transmitter with JR style modules (eg. Taranis X9D, Horus, ...)

Wide range 5-18V input supply

Optimised for use with Mavlink/Mission Planner

Applications:

Long range remote control (RC) via PPM

Ground control station (GCS) telemetry gateway over WiFi

Dimensions:

52.05 x 66.94 x 38mm

Delivery scope: TX only

RFD 868+ MHz telemetry Bundle

Long Range telemetry or data-communication Modem-Set the brand RFDesign Pty Ltd.

The Bundle contains all the necessary antennas and cables. Information for commissioning, for example, with the autopilot, the Pixhawk product range can be found here:

ArduPilot Support Radio Modem

Features:

• Long range> 40km depending on antennas and GCS Setup
• 1 Watt (30dBm) transmit power (adjustable up to)
• Low pass filter
20dB low Noise amplifier, high IP3 (updated RFD868+).
• RX SAW Filter.
• All I/O ESD protected and filtered
• The Open Source Firmware SiK (V1.x), field upgradeable, easy to configure.
• Small, light.
• Compatible with 3DR/ Hope-RF Radio modules

Additional Features/ Software:

• Frequency hopping spread spectrum (FHSS)
• Transparent serial connection
• Point-to-point or Multipoint network
• Configuration by simple AT commands for local Radio, RT commands for remote Radio
• User-configurable serial data rates and air data rates
• Error correction routines, Mavlink Protocol frames (user-selectable)
• Mavlink Radio Status Reporting (Local RSSI, Remote RSSI, Local noise, Remote Noise)
• Automatic antenna Diversity switching on a packet basis in real time
• Automatic throttling based on radio temperature to avoid Overheating

Technical Data:

• Frequency Range: 868-869 MHz
• Output power: 1W (30dBm), controllable in 1dB steps (+/- 1dB @ = 20dBm typical)
• Air data transfer rates: 4, 8, 16, 19, 24, 32, 48, 64, 96, 128, 192 and 250 kbit/s (user selectable, 64 kStd)
• +UART-data transfer rates: 9600, 19200, 38400, 57600, 115200, 400k, 921k Baud (user selectable, default 64k)
• Transmit Power: Max. 1W (30dBm)
• Receive sensitivity:> 121 dBm at low data rates, high data rates (TBA)
• Size: 30 mm (wide) x 57 mm (long) x 12.8 mm (thick) - Including RF shield, heatsink and connector-extremities
• Weight: 14.5 g
• Mounting: 3 x M2,5 screws, 3 x header pin solder points
• Power supply: +5 V nominal, (+3.5 V min, +5.5 V max), ~ 800 mA peak at maximum power
• Temp. Range: -40 to +85 ° C, ready for operation 123 ° C tested from -73 to +

Scope of delivery:

• 2 x RFD868+ wireless modem
• 1 x antenna, 868-900MHz quarter wave monopoly 2.1 dBi
• 1 x antenna, 868-900 MHz Right-angle quarter-monopoly 2.1 dBi
• 4 x antennas, 868-900 MHz half-wave dipole 3dBi
• 1 x FTDI USB cable

Software / GCS support:

• The software solution is an Open Source development called "SiK". It has been re-implemented to the new processor architecture to meet the on the 32-Bit ARM processor core available.
• A boot loader and an interface to the further development and on-the-spot Upgrade of the Modem Firmware via the serial interface.

Most of the parameters via AT commands configurable, for example, baud rate (air / Uart), frequency band, power levels.
The built-in support for the configuration of the radio equipment RFD900/RFD868 is supported by APM Planner/ Mission Planner.
The default settings are 57600 Baud, N, 8, 1 and 64 k-air data rate.

NOTE:
Please see with your country Telecommunication rules for using this item, the user is the only respocible for using properly the device.

RFDesign Antenna 868-900MHz 2dBi Monopole (SMA)

868-900MHz quarter wave mono-pole antenna with SMA connector- Pin
This antenna is well suited for airborne UAV/FPV applications due to its light weight and small size

Frequency range: 860-900MHz
Gain: 2.1dBiVSWR: < 1.5
Impedance: 50R
Polarization: Vertical
Weight: 10g
Size: 51mm long, 8mm diameter

RF Design RFD 868+ Radio Modem- please check local regulations before use

RFD868x New Features:

• New Processor, ARM 32 bit core.
• Air data rate: 250bit/s.
• RC PPM Passthrough with telemetry at the same time.
• Fully ESD protected + filtered – Every IO port is protected and filtered.
• Original SiK point to point firmware implemented.
• Note: Currently due to the bandwidth limitations of the 868 modems Asynchronous Mesh and Multipoint Firmware are not officially supported for the 868X modems and correct operation of this code cannot be guaranteed

Features:

• Long range >20km depending on antennas and GCS setup *80km demonstrated by Edge Research labs on a balloon !, 57km in India, on Dipoles.
• 2 x RP-SMA RF connectors, diversity switched.
• up to 1 Watt (+30dBm) transmit power. adjustable 0 to 30dBm in 1dBm steps – ensure you comply with all local regulations.
• Transmit low pass filter.
20dB Low noise amplifier, high IP3.
• RX SAW filter.
• All I/O ESD protected and filtered.
• Re implemented SiK and Multipoint SiK firmware, field upgradeable, easy to configure.
• Small, light weight.
• Note: Not compatible with older modems

Interfaces:

• RF : 2 x RP-SMA connectors
• Serial: Logic level TTL (+3.3v)
• Power: +5v, ~800mA max peak (at maximum transmit power)
• GPIO: 6 General purpose IO (Digital, ADC, PWM capable).

Specifications:

• Frequency Range:  868-869 MHz
• Output Power: 1W (+30dBm), controllable in 1dB steps ( +/- 1dB @=20dBm typical )
• Air Data transfer rates: 4, 8, 16, 19, 24, 32, 48, 64, 96, 128, 192 and 250, 500 kbit/sec ( User selectable, 64k default )
• UART data transfer rates: 9600, 19200, 38400, 57600, 115200, 400k, 921k baud  ( User selectable, 57600 default )
• Output Power: 1W (+30dBm)
• Receive Sensitivity: >121 dBm at low data rates, high data rates (TBA)
• Size: 30 mm (wide) x 57 mm (long) x 12.8 mm (thick) – Including RF Shield, Heatsink and connector extremeties
• Weight: 14.5g
• Mounting: 3 x M2.5 screws, 3 x header pin solder points
• Power Supply: +5 V nominal, (+3.5 V min, +5.5 V max), ~800 mA peak at maximum power
• Temp. Range: -40 to +85 deg C, tested operational from -73 to +123 deg C.

Software / GCS Support:

• The software solution is an open source development called “SiK”.  It has been re implemented to suit the new processor architecture available on the 32bit ARM processor core.  
• A boot loader and interface is available for further development and field upgrade of the modem firmware via the serial port.
• Most parameters are configurable via AT commands, Eg. baud rate (air/uart), frequency band, power levels.
• Integrated support for configuring the RFD900 radios is supported by APM Planner.
• The default settings are at 57600 baud, N, 8, 1, and 64k air data rate.
• The RFD868/900x manual is here: RFD900x Manual
• The RFD868/900x SiK software manual is here : RFD900x Peer-to-peer Manual

Software features include:

• Frequency hopping spread spectrum (FHSS)
• Transparent serial link
• Point to Point, or Multipoint networking
• Configuration by simple AT commands for local radio, RT commands for remote radio
• User configurable serial data rates and air datarates
• Error correction routines, Mavlink protocol framing (user selectable)
• Mavlink radio status reporting (Local RSSI, Remote RSSI, Local Noise, Remote Noise)
• Automatic antenna diversity switching on a packet basis in realtime
• Automatic duty cycle throttling based on radio temperature to avoid overheating

Compliance :

• The RFD868 is designed to be compliant with the following standards:
• FCC Part 15.247 (Frequency hopping and digitally modulated intentional radiators)
• AS/NZS 4268:2012 (Radio equipment and systems – short range devices)
• The modem is designed for system integrators who will integrate the modem into their own projects and product prototypes.  
• The user is responsible for compliance with local regulations for radio transmitters.

RF Design RFD 868+ Radio Modem- please check local regulations before use

RFD868x New Features:

• New Processor, ARM 32 bit core.
• Air data rate: 500kbit/s.
• AES Hardware accelerated encryption. *Fully working*
• RC PPM Passthrough with telemetry at the same time.
• Fully ESD protected + filtered – Every IO port is protected and filtered.
• Original SiK point to point firmware implemented.
• Note: Currently due to the bandwidth limitations of the 868 modems Asynchronous Mesh and Multipoint Firmware are not officially supported for the 868X modems and correct operation of this code cannot be guaranteed

Features:

• Long range >40km depending on antennas and GCS setup *80km demonstrated by Edge Research labs on a balloon !, 57km in India, on Dipoles.
• 2 x RP-SMA RF connectors, diversity switched.
• up to 1 Watt (+30dBm) transmit power. adjustable 0 to 30dBm in 1dBm steps – ensure you comply with all local regulations.
• Transmit low pass filter.
20dB Low noise amplifier, high IP3.
• RX SAW filter.
• All I/O ESD protected and filtered.
• Re implemented SiK and Multipoint SiK firmware, field upgradeable, easy to configure.
• Small, light weight.
• Note: Not compatible with older modems

Interfaces:

• RF : 2 x RP-SMA connectors
• Serial: Logic level TTL (+3.3v)
• Power: +5v, ~800mA max peak (at maximum transmit power)
• GPIO: 6 General purpose IO (Digital, ADC, PWM capable).

Specifications:

• Frequency Range:  868-869 MHz
• Output Power: 1W (+30dBm), controllable in 1dB steps ( +/- 1dB @=20dBm typical )
• Air Data transfer rates: 4, 8, 16, 19, 24, 32, 48, 64, 96, 128, 192 and 250, 500 kbit/sec ( User selectable, 64k default )
• UART data transfer rates: 9600, 19200, 38400, 57600, 115200, 400k, 921k baud  ( User selectable, 57600 default )
• Output Power: 1W (+30dBm)
• Receive Sensitivity: >121 dBm at low data rates, high data rates (TBA)
• Size: 30 mm (wide) x 57 mm (long) x 12.8 mm (thick) – Including RF Shield, Heatsink and connector extremeties
• Weight: 14.5g
• Mounting: 3 x M2.5 screws, 3 x header pin solder points
• Power Supply: +5 V nominal, (+3.5 V min, +5.5 V max), ~800 mA peak at maximum power
• Temp. Range: -40 to +85 deg C, tested operational from -73 to +123 deg C.

Software / GCS Support:

• The software solution is an open source development called “SiK”.  It has been re implemented to suit the new processor architecture available on the 32bit ARM processor core.  
• A boot loader and interface is available for further development and field upgrade of the modem firmware via the serial port.
• Most parameters are configurable via AT commands, Eg. baud rate (air/uart), frequency band, power levels.
• Integrated support for configuring the RFD900 radios is supported by APM Planner.
• The default settings are at 57600 baud, N, 8, 1, and 64k air data rate.
• The RFD868/900x manual is here: RFD900x Manual
• The RFD868/900x SiK software manual is here : RFD900x Peer-to-peer Manual

Software features include:

• Frequency hopping spread spectrum (FHSS)
• Transparent serial link
• Point to Point, or Multipoint networking
• Configuration by simple AT commands for local radio, RT commands for remote radio
• User configurable serial data rates and air datarates
• Error correction routines, Mavlink protocol framing (user selectable)
• Mavlink radio status reporting (Local RSSI, Remote RSSI, Local Noise, Remote Noise)
• Automatic antenna diversity switching on a packet basis in realtime
• Automatic duty cycle throttling based on radio temperature to avoid overheating

Compliance :

• The RFD868 is designed to be compliant with the following standards:
• FCC Part 15.247 (Frequency hopping and digitally modulated intentional radiators)
• AS/NZS 4268:2012 (Radio equipment and systems – short range devices)
• The modem is designed for system integrators who will integrate the modem into their own projects and product prototypes.  
• The user is responsible for compliance with local regulations for radio transmitters.
  
  Delivery contains: 1 unit of 868xRadio Modem