Aeronix's 802.16 High Performance Data Link is a small, lightweight, scalable data link with digital and analog video inputs for real time video surveillance applications

Aeronix's 802.16 High Performance Data Link is a small, lightweight, scalable data link with digital and analog video inputs for real time video surveillance applications

The 802.16 High Performance Wireless DDL combines state-of-the-art super-heterodyne radio technology and SDR architecture to implement a flexible and programmable solution for long-range IP wireless networking.

Aeronix's 802.16 UAV Mini Data Link is a fan cooled small, affordable, lightweight, modular, scalable data link that enhances a mini UAV's security and range. Aeronix can customize the packaging and functionality to meet customers' requirements.

At approximately 10 cubic inches, and less that 5 ounces, the 802.16 UAV Mini Data Link currently provides the capability of interflight communications (command and control, video, etc.) to and from a UAV.

Advanced Copperfield, the next generation of Finder hardware, is a modular ESM/ELINT system designed for use in airborne UAVs and in terrestrial and shipborne monitoring systems. The system detects, tracks, and identifies pulsed RF signals with high precision, and is modular enough to support multiple IF channels within a common hardware infrastructure.  Read more

A scalable software framework that enables rapid development of rich user interfaces - all the way from simple two-line displays to complex, dynamic TV GUIs.  Read more

Aeronix's 802.16 UAV Data Link is a sealed, small, affordable, lightweight, modular, scalable data link that enhances a mini UAV's security and range. Aeronix can cutomize the packaging and functionality to meet customers' requirements.

At approximately 24 cubic inches, and less than 12 ounces, the 802.16 UAV Data Link currently provides the capability of interflight communications (command and control, video, etc.) to and from a UAV.

The Aeronix Tactical 802.16 modem combines state-of-the-art super-heterodyne radio technology and SDR architecture to implement a flexible and programmable solution for long-range IP wireless networking.

The Radio Emulator is an integration and test tool for the laboratory that provides the capability to connect up to four IDM products together without having to use actual radios.

Aeronix FinderLite is an integrated multiband airborne system which detects, tracks and identifies pulsed RF and IF signals. It consists of RF and server subsystems, with optional interfaces for additional receivers, all housed in a single 9U rackmount enclosure.  Read more

Aeronix’s FinderPlus system is a multi-band airborne system which detects, tracks and identifies pulsed RF and IF signals. FinderPlus includes an RF front end, Omni antenna, Server/Receiver Module, Dual 160 MHz IF receivers, and a 1 GHz wideband IF receiver.  Read more

As 1553 bandwidth is filled and aircraft are integrating multifunction displays, moving maps, and multiple full rate video feeds, integrators are looking for an easy way to implement Gigabit Ethernet.

Designed and produced by Aeronix, Inc. of Melbourne, Florida, the Gigabit Ethernet Switch (GES) is intended for use in hostile military environments.

The Aeronix GES provides twelve Gigabit Ethernet ports and two RS-232 management ports. Its rugged monolithic design is intended to operate in severe environments without the need for forced air cooling. This allows integrators to worry about what to do with all of the data instead of how to move it around.

IDM workbench provides complete host emulation for operating any of the Symetrics IDM products, including WinIDM, Mini IDM, WDL IDM, and the IDM 501. With IDM workbench, users are able to perform early integration efforts, as well as exercise IDM products in a lab environment without relying on fully-developed host / OFP software.

Designed to "communicate with anything," the IDM interfaces to existing voice radios in military aircraft, manpacks, and mobile ground stations to transmit and receive digital data. IDMs support a wide range of protocols and are offered in a variety of form factors for easy integration into systems with limitations on space, power and cooling.  Read more

NetSim is a Windows-based application that provides a software simulation of a Combat Net Radio network.

The USB Radio Operations Cable (U-ROC) provides a standard USB interface to existing voice and data radios. Via the U-ROC, military ground kits can transmit and receive digital data over the air.

Provides end-user a rapid-application VMF message processing core.

The VMF TDL Protocol Analyzer provides the capability to fully decode any captured VMF TDL message traffic. The decoded data displays a summary of every over-the-air transmission, as well as a detailed decoding of the received data, down to the bit-level.

The VMF TDL Protocol Analyzer can process data recorded by a U-ROC or Mini IDM operating in promiscuous monitor mode, or data recorded by the NetSim application interfacing to WinIDM.

Designed to modernize legacy unguided weapons as well as provide a Tactical Data Link (TDL) for emerging Network Enabled Weapons, the WDL IDM combines the data link capability of the Mini IDM with a UHF/VHF radio in one Line Replaceable Unit (LRU). The WDL IDM provides customers with a low cost solution ideal for integration into Network Enabled Weapons.

Aeronix has developed the official F-35 Joint Strike fighter (JSF) MIL-STD-188-220 D Change Notice 1 Protocol Stack. The same code that flies in the JSF is now available on Microsoft Windows platforms under the moniker WinIDM. The WinIDM application provides a software-only implementation of the JSF VMF TDL, as well as providing legacy support for MIL-STD-188-220 B/C, AFAPD, and TACFIRE data links.