A Brief History

AeroComm has played a major role in the short-range RF industry for over a decade with consistent advances in both performance and price. Our team made waves in 1994 by gaining FCC approval for the first 2.4GHz spread spectrum transceivers. Soon after, we introduced our groundbreaking $200 digital sequence commercial module.

In 1996 AeroComm shifted to frequency hopping for greater interference immunity in any environment. Its innovative design techniques resulted in superior modules using inexpensive materials-producing a cost-per-module that suited vastly more applications. AeroComm broke the $100 price barrier in 1998.

Responding to the growing demand for affordable yet versatile wireless, AeroComm quickly developed the first complete line of 2.4GHz OEM RF transceivers. These products were backed by the company's own fully-automated radio testing system, measuring all critical parameters and assuring the highest quality.

Current Business

Today we continue to support a myriad of applications where wireless was previously cost-prohibitive. Our robust proprietary technology, manufacturing and testing guarantee reliable communication, while lower frequencies (i.e. 900MHz) and fewer parts allow for reduced prices.

Additionally, AeroComm has adopted the motto of Instant Wireless — a commitment to facilitate fast and easy RF integration. Our comprehensive development tools and engineering support help OEMs reduce R&D schedules, expenses and uncertainties while accelerating time to market. The company's breakthrough RF232® transparent protocol further simplifies the wireless effort by making transceivers perform as wires.

Future Plans

Over the next ten years AeroComm will respond to the market's need for more powerful features in ever-smaller, less expensive transceivers. It is our ambition to make wireless practical for any application. We believe the keys to this goal are higher integration, higher intelligence (such as self-routing/healing protocols), sophisticated software and network expansion.