‹ Back to previous page

NLINE-UA429 ARINC USB

The NLINE-UA429 ARINC USB is a compact, rugged USB 3.1 Superspeed device enabling real-time ARINC operations for lab or field deployment.

Key Features

Supports 1–8 ARINC channels (4 shared RX/TX, 4 RX-only)
3 simultaneous RX modes for flexible monitoring
Advanced TX label scheduling for precise data control
Signal capture on first 2 RX channels for testing and cybersecurity
USB 3.1 Superspeed interface (backward compatible with USB 2)
Small, rugged in-line cable design for embedded or lab use
Extended temperature options available for harsh environments
Compatible with Windows 8/10 and Linux drivers
Includes AltaAPI SDK for easy integration and rapid development
Optional AltaView analyzer support for logging, decoding, and TX control

Request a Quote

SKU: NLINE_UA429_ARINC_USB Category: Uncategorized

NLINE-UA429™ is an innovative product of ARINC operations for USB 3.1 (Superspeed) connections, ideal for in-field applications or point-point lab usage. Full-Featured RX and TX Functions, Including Signal Capture! Commerical or Extended Temp!

Key Features

USB 3.1 <-> 1-8 ARINC Channels o 4 Channels RX or TX; 4 RX Only Channels
3 Simultaneous RX Modes, and Advanced TX Label Scheduling
USB 3.1 Interface. USB 2 Compatible, but Not Recommended
Ideal for Lab, Sims or Rugged Deployed
Extended Temp Parts Available
IRIG-B RX Decode, Triggers
Windows 8 & 10, and Linux Driver

Key Benefits

NLINE-UA429™ is an innovative product of ARINC operations for USB connections, ideal for in-field applications or point-point lab usage.

Alta has combined the industry’s most advanced 32-bit ARINC FPGA protocol engine, AltaCore™, with the same feature-rich application programming interface, AltaAPI™, as used with standard cards, often without even recompiling – the ultimate in code portability. AltaAPI SDK is provided at no-cost with all products. The SDK is a properly layered, abstract development tool for ARINC or 1553 products.

AltaView analyzer provides full data logging, label encode/decode, CVT displays, and TX controls. Also, capture raw signals for testing and security analysis.

Trust the Experts at Integrys

For more than 50 years, Integrys has been the industry leader in selecting and evaluating rugged and embedded computers, imaging and video technology and engineering solutions.

Specifications

USB 3.1 <-> 1-8 ARINC Channels: 4 Channels RX or TX (Shared); 4 RX Only Channels
3 Simultaneous RX Modes
Advanced TX Label Scheduling
Extended Temp Parts Available
Signal Capture on First 2 RX Channels
Windows 8 & 10, and Linux Drivers
USB 2.0 Compatible, but Not Recommended
5V @ 2 Amp Power (Normal with USB 3.1)
IRIG-B RX Decode, Triggers
Polling Interrupts
2 RX/2TX ARINC-717 Shared Channels – These Replace Two ARINC-429 Channels
Each Shared RX/TX has TX Electrical Load, and RX Drain When Powered-off. RX Only Option (-I) Recommended for Critical Systems

DB-26 for ARINC Signals, and USB Type-A Connector for USB Connections. Look for Trident Logo on Your Computer for Superspeed Ports!!
See Part Numbers Tab for 4 & 8 Channels Configurations, and Options such as AltaView Analyzer (-A) Extended Temp (-E), Memory Protect (-N), TX Inhibit (-I).

	Part Number	Description
	NLINE-UA429-4	USB Superspeed NLINE Appliance with 4 Shared Tx/Rx Channels of ARINC-429 and 2 Rx/2 Tx ARINC-717 Selectable Channels (Each 717 Rx/Tx Replaces Two 429 Channels).
	NLINE-UA429-8	USB Superspeed NLINE Appliance with 4 Shared Tx/Rx Channels and 4 Rx Channels of ARINC-429 and 2 Rx/2 Tx ARINC-717 Selectable Channels (Each 717 Rx/Tx Replaces Two 429 Channels).
	Options:	Example NLINE-UA429-8-AEIN
	-A	AltaView SW Enabled
	-E	Extended Temp (-40 to 85 Indust Components)
	-I	Tx Inhibit (RX Function Only)
	-N	NVRAM Write Disabled