49072011-1 L3 Harris FPP4 MUXbus Transition Board

L3 Harris / L-3 Communications 49072011-1 FPP4 MUXbus Transition Board Overview

Features:

• Processes 16- and 32-Bit Words Directly
• OSF/Motif Graphical User Interface
• Utilizes High-Performance Power PC VME SBCs
• Links Multiple Standard and/or User-Developed Algorithms

The L3 Harris 49072011-1 FPP4 MUXbus Transition Board may still be available for purchase and support from Artisan Technology Group beyond End-Of-Life (EOL) by the manufacturer (OEM).

FPP4 MUXbus Transition Board Price & Specs

L3 Harris / L-3 Communications 49072011-1 FPP4 MUXbus Transition Board Description

L3 Harris 49072011-1 FPP4 MUXbus Transition Board facilitates robust signal adaptation and data flow within specialized system architectures. Developed by L3 Harris, a company with a rich heritage in advanced electronics (formerly L-3 Communications), this board is designed for critical applications requiring reliable bus interfacing. It serves as a vital component for integrating FPP4 MUXbus signals, enabling seamless communication between various sub-systems in complex instrumentation or embedded control environments. This transition board is engineered to provide a dedicated interface, optimizing signal integrity for high-performance data exchange. It ensures reliable connectivity, bridging different functional modules within a larger system based on the FPP4 MUXbus standard. The 49072011-1 board plays a fundamental role in system expansion and configuration, supporting specialized data acquisition and control setups.

Functions

Facilitates data transfer between MUXbus systems and other electronic systems, providing signal conversion and protocol adaptation. Integrates into avionics systems via specialized connectors, ensuring reliable communication between disparate data networks. Includes interfaces for power supply, signal conditioning, and timing synchronization. Designed for high-speed, multi-channel data processing, supporting both analog and digital signal paths. Allows seamless integration with onboard equipment through modular connection points, reducing installation complexity and enhancing data exchange efficiency in complex aerospace environments.

Platforms

Designed for integration within digital multirate routing switcher frames (such as 5RU, 9RU, 15RU, and 28RU Platinum series frames), this transition board supports the MUXbus interface for modular interconnection and signal routing. It operates as a hardware interface board enabling communication between distributed input/output and crosspoint modules within a Platinum Frame system, facilitating audio, video, or data module integration and system expansion in mission-critical broadcast or communication applications. Connectivity is typically to other Platinum Frame submodules and system backplane buses.

Applications

FPP4 MUXbus transition board designed to interface between MUXbus backplane systems and external equipment through signal conditioning and routing capabilities. Provides electrical isolation, voltage level translation, and impedance matching for digital and analog signals. Features multiple connector configurations for flexible system integration with avionics, test equipment, or embedded computing platforms. Supports high-speed data transfer protocols and includes EMI/RFI shielding for harsh electromagnetic environments. Enables seamless communication between legacy MUXbus architectures and modern interface standards in military, aerospace, and industrial control applications.

Accessories

Requires integration with a compatible FPP4 MUXbus mainframe or chassis for operation; connects to the MUXbus backplane. Provides interface via a 15-pin D-sub DC power connector and a 9-pin D-sub connector for monitor and control functions. Physical RF connections are K-type female connectors; optical interfaces employ FC/APC connectors. Designed for transition or adaptation between MUXbus modules within the L3Harris system architecture.

Interfaces

MUXbus connector provides digital multiplexed data interface for avionics systems. Features military-grade multi-pin rectangular connector with screw-lock mechanism. Transition board design enables interface conversion between MUXbus protocol and standard digital I/O. Board-level mounting with edge connector or pin header interfaces for PCB integration. Supports 1553B-compatible signal levels and timing requirements. Operating temperature range -55°C to +85°C for military applications.

Specifications

Facilitates high-speed, multiplexed data bus (MUXbus) signal transition and integrity management for embedded processing platforms. Operates as an interface board within specialized FPP4-compatible real-time systems, connecting core processors to peripheral I/O modules. Features proprietary high-density connectors for MUXbus and control plane integration. Primarily used in mission-critical applications requiring robust data aggregation and distribution, such as avionics, defense, and industrial control systems where modularity and reliability are paramount.

This section includes content generated with the assistance of artificial intelligence (AI) tools. AI is used to increase efficiency and provide timely information. Please note that the content may not have been reviewed for accuracy or completeness. Use this information at your own discretion, and verify details independently as needed.

L3 Harris / L-3 Communications 49072011-1 FPP4 MUXbus Transition Board Manuals, Datasheets, Drivers, Links

• L3 Harris / L-3 Communications FPP523-64 Datasheet (pdf)
• View all L3 Harris products

L3 Harris / L-3 Communications 49072011-1 FPP4 MUXbus Transition Board Specs

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