Enabling innovative segments of the commercial space, including:

Flexible, resilient, high-speed IP communications and data are critical for business. From the rapid deployment of network links for live-video broadcasts, to the extension of internet access for hard to reach areas, BATS delivers cutting edge solutions to commercial entities across the globe.

The broadcast world relies on being the first to break the next big story and delivering pristine, reliable video to air. In order to be on the forefront of both local and national news and to ensure happy customers, media companies need a robust network to move massive amounts of data, voice communications and real-time HD video from assets in the field, to production trucks, trailers, and studios.

With the ability to establish reliable field communications, as well as multi-gigabit backhaul links, BATS offers organizations previously unrealized potential in delivering all-IP broadcast communications, data, and video for STL (studio-to-transmitter) networks.

With our flexible, low-latency solution; BATS technology can easily replace or aggregate existing satellite networks, serving as either a redundant link or primary network, giving media companies the tools they need to deliver content from the field to the studio.

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Service providers are often tasked with the challenge of enabling communications in difficult environments, including last mile connectivity for remote areas, or increased capacity for large events or disaster scenarios.

BATS technology is ideal for remote Wide Area Network (WAN) communications, due to its ability to give technicians flexibility in putting microwave links in high-wind areas. Without environmental hindrances, BATS presents a flexible solution organizations can deploy in a variety of scenarios.

With the use of BATS systems, subscribers and businesses are able to continue to conduct critical day-to-day communications. With the ability to be used in conjunction with existing fiber infrastructure or as a redundant voice and data communications link, BATS helps service providers deliver compelling connectivity solutions.

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The world of high frequency trading (HFT) relies on automated algorithms to rapidly trade stocks. The industry has exploded in popularity – in only five years, HFT trading currently constitutes the majority of daily trading volumes. In an industry where fractions of a second make all the difference, HFT companies are on the forefront of searching for the lowest latency solution between trading facilities, major exchanges and key market data centers.

As the market continues to explode, fiber networks prove increasingly inefficient for HFT. Although fiber networks have allowed for low latency optimized circuits between major financial centers, they still prove too slow for HFT firms. BATS has revolutionized the world of HFT. Through its use of optimized directional microwave links from virtually all low-latency microwave manufacturers, integrated BATS systems are able to cut down on latency and provide trading centers the ultra-fast speeds required to make optimum trades in a matter of seconds. BATS’ auto-aligning antennas help stabilize critical low-latency microwave network links to allow for true flexibility in building out optimized HFT networks – regardless of possible wind interference.

By allowing trading centers to setup up microwave links in high-wind environments, BATS gives HFT firms the competitive edge they’ve been searching for: the shortest possible path from point A to B.

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Organizations operating in the industrial space need reliable, high-speed communications solutions that are both flexible and hardened for extreme environments. These devices are required to assist in the deployment, control, and monitoring of production assets in the field.

Whether its remote operating earth movers, or other production equipment, or providing last mile SCADA connectivity to critical devices on the line; BATS delivers solutions that operate in the toughest environments, allowing operators access to communications and data no matter the scenario.