The image shows an aviation-grade circular connector labeled "CEX | Veronte Avionics" from Embention with multiple pins and color-coded indicators.

Avionics CEX

I/O Expansion and Bus Management

Veronte Avionics CEX is a peripheral to ease the reduction of wire in autonomous vehicles at the time it permits to increase the number of devices in the system, enhancing the I/O connectivity and bus protection.

The image shows an aviation-grade circular connector labeled "CEX | Veronte Avionics" from Embention with multiple pins and color-coded indicators.

Avionics CEX

I/O Expansion and Bus Management

Veronte Avionics CEX is a peripheral to ease the reduction of wire in autonomous vehicles at the time it permits to increase the number of devices in the system, enhancing the I/O connectivity and bus protection.

I/O Extension

Wiring Optimization

Redundant CAN bus

Data Concentrator

IP66 & EMI Protection

Advanced I/O Management

Enhanced Control of I/O and buses.

I/O Expansion Module

It permits the expansion of the number of aircraft components and provides seamless integration with all kinds of peripherals. Veronte CEX adds PWM, RS232, RS485, ARINC, Analog, GPIO, etc. ports to the Veronte Ecosystem connected through a redundant bus.

Network Optimization

Enhance connectivity to ensure efficient communication and superior performance on drones and eVTOL. Interface remote peripherals through a redundant bus and distribute loads thanks to the message filtering and data concentrator capabilities.

Bus Protection

Ensure robustness against failures and aircraft certification with high reliability bus management. Enhance aircraft systems by ensuring robust data transfer and system integrity. thanks to the babbling idiot failure detection and peripheral isolation functionalities.

I/O Extension

Redundant CAN bus

Wiring Optimization

Data Concentrator

IP66 & EMI Protection

 Advanced I/O Management

Enhanced Control of I/O and buses.

I/O Expansion Module

It permits the expansion of the number of aircraft components and provides seamless integration with all kinds of peripherals. Veronte CEX adds PWM, RS232, RS485, ARINC, Analog, GPIO, etc. ports to the Veronte Ecosystem connected through a redundant bus.

Network Optimization

Enhance connectivity to ensure efficient communication and superior performance on drones and eVTOL. Interface remote peripherals through a redundant bus and distribute loads thanks to the message filtering and data concentrator capabilities.

Bus Protection

Ensure robustness against failures and aircraft certification with high reliability bus management. Enhance aircraft systems by ensuring robust data transfer and system integrity. thanks to the babbling idiot failure detection and peripheral isolation functionalities.

Wiring Optimization

Veronte CEX is seamlessly easy to integrate, providing a quick solution to improve connectivity and optimize wiring in large vehicles. Its user-friendly design ensures a quick and efficient integration process for improved overall performance.

I/O Expansion

Adds I/O interfaces, including RS232, RS485, ARINC, I2C, PWM, ECAP, Analog ports.

Data Concentrator

Possibility of condensing the connection of control, feedback, sensors… on a single board.

Redundant Robust Communications

Install devices at long distances with no signal degradation or EMI/EMC interferences.

Wiring Optimization

Veronte CEX is seamlessly easy to integrate, providing a quick solution to improve connectivity and optimize wiring in large vehicles. Its user-friendly design ensures a quick and efficient integration process for improved overall performance.

Bus Protection

High reliability bus management with failure detection. Robust to electrical and software faults.

Smart CAN Isolator

It allows the system to continue to operate in the event of a failure in a CAN Bus peripheral. Veronte CEX includes algorithms for message filtering and babbling idiot failure detection, filtering undesired data or isolating the whole peripheral.

Galvanic Isolation

The Veronte CEX hardware includes CAN Bus redundancy with galvanic isolation.  It isolates the device from the CAN Bus to prevent the propagation of the failure. It ensures the performance of the main communication bus in the vehicle.

Redundancy Management

The increased connectivity, combined with a robust redundancy system, ensures resilience to failures, contributing to overall system reliability and performance. Voting algorithms include arbiter functions for redundant architectures such as DRx.

The image displays an aviation circular connector labeled "CEX | Veronte Avionics" from Embention, featuring a black design with white labeling and color-coded wiring

Bus Protection

High reliability bus management with failure detection. Robust to electrical and software faults.

Smart CAN Isolator

It allows the system to continue to operate in the event of a failure in a CAN Bus peripheral. Veronte CEX includes algorithms for message filtering and babbling idiot failure detection, filtering undesired data or isolating the whole peripheral.

Galvanic Isolation

The Veronte CEX hardware includes CAN Bus redundancy with galvanic isolation. It isolates the device from the CAN Bus to prevent the propagation of the failure. It ensures the performance of the main communication bus in the vehicle.

Redundancy Management

The increased connectivity, combined with a robust redundancy system, ensures resilience to failures, contributing to overall system reliability and performance. Voting algorithms include arbiter functions for redundant architectures such as DRx.

The image displays an aviation circular connector labeled "CEX | Veronte Avionics" from Embention, featuring a black design with white labeling and color-coded wiring

Robust Construction

The image features an aviation circular connector labeled "CEX | Veronte Avionics" by Embention, showcasing a multi-pin design and color-coded rings on a robust metallic interface.

For Drones & eVTOL

Veronte CEX is a versatile component within the Veronte Ecosystem. It has been specially designed to meet the requirements of large drones and eVTOL. The wiring optimization capabilities combined with the robust construction and the advanced bus management makes it suitable for a wide variety of applications in autonomous vehicles, especially those having a large size.

Aircraft Certification

Embention is committed with drone and eVTOL certification by ensuring DO178C and DO254 compliance on avionics for autonomous aircraft. The Veronte CEX certification datapack includes a suite of documents required to pass an eVTOL or drone certification program. Environmental test for vibration, temperature, EMI/EMC are also conducted as per the DO160 and MIL-STD-810

For Drones & eVTOL

Veronte CEX is a versatile component within the Veronte Ecosystem. It has been specially designed to meet the requirements of large drones and eVTOL. The wiring optimization capabilities combined with the robust construction and the advanced bus management makes it suitable for a wide variety of applications in autonomous vehicles, especially those having a large size.

Aircraft Certification

Embention is committed with drone and eVTOL certification by ensuring DO178C and DO254 compliance on avionics for autonomous aircraft. The Veronte CEX certification datapack includes a suite of documents required to pass an eVTOL or drone certification program. Environmental test for vibration, temperature, EMI/EMC are also conducted as per the DO160 and MIL-STD-810.

The image features an aviation circular connector labeled "CEX | Veronte Avionics" by Embention, showcasing a multi-pin design and color-coded rings on a robust metallic interface.

3D Model

The Veronte Avionics CEX is a compact expansion system that enhances flight control capabilities. It allows the integration of multiple sensors and actuators, making it ideal for critical operations requiring high adaptability and reliability.


Size
37 x 41 x 60mm


Weight

115g


Temperature

-40º to 60ºC


Standards
DO178-C, DO254 & DO160-G


MTBF

10⁵


Power

5-15W | 6.5-60VDC

Specifications

I/O Expansion Plane | Multi | Heli | Autogiro | VTOL | USV | +
Data Concentrator Mission & payload | Assisted | Manual | Auto
Network Adaptative | Curve-based | Fly-by-camera
Wire Optimization Long distances | Robust to interferences
Bus Protection Failure detection | Babbling idiot failure
Bus Isolation Device isolation
Certification DO178-C, DO254 & DO160-G compliant
Device Interface Sensors, actuators, ESC, ADS-B, payload, etc.
Buses 2x CAN Bus | 2x RS232 | 1x RS485 | 1x I2C
ARINC 429 5x Rx | 1x Tx
Digital I/O 8x 5V PWM | 4x 5V ECAP
Analog I 2x 3.3V | 2x 5V | 2x12V | 2x36V
Power Outputs 1x 3.3VDC (100 mA) | 1x 5VDC (100mA)
CAN Bus Dual redundant | Galvanic isolation
CAN Terminal Resistor External terminal resistor
Data Concentrator I/O to CAN bus | I/O to serial
Sub-Networks Advanced architectures | Bus load reduction
Isolation Peripheral isolation
Failure Detection Babbling idiot failure | Bus failures
Filtering Message filtering
Redundancy Voting algorithms | Redundancy management
Circuit Protections ESD, over temp, short circuit, galvanic isolation
Power Protection Reverse polarity protection
Connector 68 Pin | Threaded | Robust to vibrations
Construction Anodized aluminium | IP68
Temperature -40 to 60oC
Weight 115g
Power Input 6 – 36VDC | Redundant power input
Power 3.5W

Price

CEX 2.0 1500€
CEX 1.2 600€