8-Channel ARINC429 Bus Simulation Board

1. Standard PXIe/CPCI/PCIe/PCI bus 3U board
2. Supports 8-channel transceiver
3. Transmit and receive channels are independent
4. Both transmit and receive baud rates are configurable, ranging from 1Kbps to 200Kbps, supporting typical baud rates of 100Kbps, 50Kbps, 48Kbps, and 12.5Kbps
5. Transmit and receive word format is configurable
6. Supports odd parity/even parity/parity disabled
7. Word spacing is software-configurable, with a resolution of 0.5 bits, ranging from 8 to 65535.
Meets NI product model requirements
OEM/ODM customization supported
Product Description

8-Channel ARINC429 Bus Simulation Board 

Our 8-Channel ARINC429 Bus Simulation Board delivers advanced avionics communication testing capabilities for aerospace and defense applications. With over 12 a long time of industry ability, MXTD plans this high-performance board to meet requesting recreation prerequisites. The board bolsters different transport benchmarks counting PXIe, CPCI, PCIe, and PCI interfacing. You get free transmit and get channels with configurable baud rates from 1Kbps to 200Kbps. This makes it culminate for comprehensive ARINC429 convention testing and validation.

Specifications

Physical Specifications Details
PXI/CPCI 3U Card Size 160mm x 100mm x 20mm (±0.2mm tolerance)
PCIe/PCI Card Size 175mm x 106mm x 20mm (±0.2mm tolerance)
Interface Specifications Details
PXI/CPCI/PCI Interface 32-bit, 33MHz, 132MB/s
PXIe Interface x4, 4Gbps
Environmental Specifications Details
Commercial Grade Operating -20℃ to +60℃
Industrial Grade Operating -40℃ to +70℃
Storage Temperature -55℃ to +85℃
Relative Humidity 5%-90% (non-condensing)
Communication Specifications Details
Channels 8 transmit, 8 receive
Baud Rate Range 1Kbps to 200Kbps
Typical Baud Rates 100Kbps, 50Kbps, 48Kbps, 12.5Kbps
Parity Support Odd/Even/Disabled
Word Spacing Resolution 0.5 bits (range: 8 to 65535)

Model Variants

Model Bus Type Specifications
CPCI-2301 PXI/CPCI 8-channel receive/transmit, 429 communication
PCI-2301 PCI 8-channel receive/transmit, 429 communication
PCIe-2301 PCIe 8-channel receive/transmit, 429 communication
PXIe-2301 PXIe 8-channel receive/transmit, 429 communication

Applications

The board exceeds expectations in different aviation testing scenarios. Air ship framework integration testing benefits from its vigorous communication capabilities. Flying hardware approval gets to be streamlined with free channel control. Flight control framework testing depends on exact timing and information astuteness. Ground bolster gear recreation requires adaptable arrangement choices. Investigate and advancement groups utilize it for convention investigation and debugging.

Functionality

Transmit Channel Features

Each transmit channel works autonomously with devoted reset capability. The 2047x32bit buffer capacity guarantees smooth information stream. You can select between inside and outside trigger modes. Program controls transmission recurrence and outline interims. Trigger edge location underpins rising, falling, or double-edge setups. Real-time information overhauls keep up testing adaptability amid operation.

Receive Channel Capabilities

Independent buffer control improves testing accuracy. Each channel highlights 1Mx32bit get buffer capacity. Name and S/D number sifting optimize information administration. Timestamp usefulness gives microsecond-level exactness with 1μs determination. FIFO and revive capacity modes oblige diverse testing needs. Inquiry and hinder gathering strategies offer operational flexibility.

Key Features

Independent Channel Operation: Each of the 8 channels works independently for maximum testing flexibility.

Configurable Communication Parameters: Baud rates, word formats, and parity settings adapt to your specific requirements.

Multiple Bus Interface Support: Compatible with PXI, CPCI, PCIe, and PCI systems for broad integration capability.

Advanced Trigger Options: Internal and external triggering with customizable parameters enhance testing precision.

Comprehensive Protection: Surge protection on all input/output ports ensures reliable operation.

High-Capacity Buffers: Large transmit and receive buffers handle complex data scenarios effectively.

Time Stamping: Precise timing information supports detailed protocol analysis and debugging.

Custom Design

MXTD understands that every project has unique requirements. Our engineering team provides comprehensive customization services for the 8-Channel ARINC429 Bus Simulation Board. We modify hardware specifications to match your exact needs. Software customization includes driver development for specialized operating systems. Interface modifications accommodate proprietary connectors and form factors. Environmental specifications can be enhanced for extreme conditions. Our team works closely with you from concept to delivery.

Customization Process

Why Choose MXTD?

Deep Industry Ability: Over 12 years of encounter in estimation and control frameworks development.

Professional R&D Group: Talented engineers drive nonstop development and specialized advancement.

Quality Affirmation: Strict quality control forms guarantee reliable item unwavering quality and performance.

Comprehensive Back: Total after-sales benefit incorporates fast investigating and normal follow-ups.

Flexible Arrangements: Both standardized and customized items meet different client prerequisites quickly.

Reliable Conveyance: Associations with trusted coordinations suppliers ensure secure, followed, and guarantor shipping.

Multiple OS Back: Drivers accessible for Windows, Linux, VxWorks, RTX, and LabVIEW RT platforms.

Certifications and Certificates

Logistics and Transportation

FAQ

Q: What operating systems does the board support?

A: Standard support includes Windows 98/2000/2003/XP/7/10. Custom support available for Linux, VxWorks, RTX, and LabVIEW RT.

Q: Can I modify the baud rate during operation?

A: Yes, transmit and receive baud rates are software-configurable from 1Kbps to 200Kbps.

Q: Does the board include surge protection?

A: All input/output ports feature integrated surge protection for enhanced reliability.

Q: What trigger modes are available?

A: The board supports both internal and external trigger modes with configurable parameters.

Q: How accurate is the timestamp function?

A: Timestamp resolution is 1μs with a range from 1 to (2³²-1)μs.

Q: Can you customize the board for specific requirements?

A: Yes, we offer comprehensive OEM/ODM customization services for hardware and software modifications.

Contact us

Contact Us

Ready to enhance your avionics testing capabilities? Our 8-Channel ARINC429 Bus Simulation Board delivers the performance and reliability you need. Contact our technical team today to discuss your specific requirements and explore customization options.

Email: manager03@mxtdinfo.com

Our experienced engineers are ready to help you select the right configuration and provide technical support throughout your project lifecycle.

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