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NLINE-EA429 Ethernet Converter

The NLINE-EA429 Ethernet Converter is a compact, rugged device enabling real-time ARINC operations over 10/100/1000 Ethernet. Perfect for lab testing or in-field avionics deployment.

Key Features

Supports 1–8 ARINC channels (4 RX/TX shared, 4 RX-only)
3 simultaneous RX modes and advanced TX label scheduling
Auto ARINC RX → Ethernet bridging with no programming required
Signal capture on the first two RX channels for testing and cybersecurity
Real-time Ethernet IP/UDP connectivity (10/100/1000 Mbps)
Small, rugged in-line cable package for embedded or lab use
Compatible with Windows, Linux, and VxWorks using standard sockets
Optional extended temperature, memory protection, TX inhibit, and AltaView analyzer support
Low-power, lab or field deployment ready

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SKU: NLINE_EA429_Ethernet_Converter Category: Uncategorized

NLINE-EA429™ is an innovative product of ARINC operations with a Real-Time Ethernet FPGA Interface. Ideal for in-field applications or point-point lab usage. Full-Featured RX and TX Functions, Including Signal Capture! Commercial or Extended Temp.

NLINE-EA429™ is an innovative product that provides “remoting” of ARINC operations on 10/100/1000 Ethernet IP/UDP local area networks (LAN). NLINE-E429 is a small, low-power, rugged device that provides connectivity for 1-8 ARINC 429/575/573/717 Channels – Ideal for remoting ARINC connections for in-field applications or point-point lab usage.

Key Features

10/100/1000 Ethernet <-> 1-8 ARINC Channels o 4 Channels RX or TX; 4 RX Only Channels
3 Simultaneous RX Modes, and Advanced TX Label Scheduling
FPGA Thin-Server, Real-Time UDP Ethernet
Auto RX Mode for ARINC->Ethernet Bridging
Ideal for Lab, Sims or Rugged Deployed
IRIG-B RX Decode, Triggers
Works with Almost Any OS. Standard Sockets.

Key Benefits

Alta has combined the industry’s most advanced 32-bit ARINC FPGA protocol engine, AltaCore™, with a real-time IP/UDP thin server. The customer can implement their application with the same feature-rich application programming interface, AltaAPI™, as used with standard cards – often without even recompiling – the ultimate in code portability.

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

10/100/1000 Ethernet <-> 1-8 ARINC Channels: 4 Channels RX or TX (Shared); 4 RX Only Channels
3 Simultaneous RX Modes
Advanced TX Label Scheduling
Auto ARINC RX -> Ethernet Bridging – No Programming!
Signal Capture on First 2 RX Channels
Windows 8 & 10, Linux, VxWorks – Almost Any OS – Standard Sockets
5-32 VDC Input Accepted (USB Type-A Connector – 2 Amp Required)
IRIG-B RX Decode, Triggers
Polling Interrupts
Extended Temp Parts Available
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 Power-Only, Overmolded RJ-45 for Ethernet.
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-EA429-4	Ethernet 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-EA429-8	Ethernet 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-EA429-8-AEIN
	-A	AltaView SW Enabled
	-E	Extended Temp (-40 to 85 Indust Components)
	-I	Tx Inhibit (RX Function Only)
	-N	NVRAM Write Disabled