Bat Wireless

Explore BAT Wireless embedded dual-band 4G LTE and GPS GNSS FPC combination antenna, supporting 700–2700 MHz cellular connectivity and 1575.42 MHz positioning in a compact customizable design. Modern connected devices increasingly need both wide-area communication and accurate positioning. A tracking terminal, vehicle device or IoT gateway may need to maintain a cellular data link while also receiving satellite positioning signals. Integrating separate antennas for these functions can increase installation complexity, occupy more internal space and make cable routing more difficult. The BAT Wireless Embedded Dual-Band 4G LTE and GPS GNSS FPC Combination Antenna is designed to combine cellular communication and positioning support in a compact FPC structure. The antenna supports 700–2700 MHz for 4G LTE communication and 1575.42 MHz for GPS/GNSS positioning , making it suitable for embedded devices that require both connectivity and location functions. Combining Cellular Connectivity a...

What Is a Combination Antenna A combination antenna integrates multiple wireless functions into a single antenna assembly. Instead of installing separate antennas for Cellular, GNSS, Wi-Fi or MIMO, one compact platform can support several RF functions at the same time. This type of antenna is increasingly used in connected equipment where installation space, cable routing and mechanical integration are limited. Typical wireless combinations can include: 4G LTE and GNSS 5G and GNSS Cellular and Wi-Fi Cellular plus GNSS plus Wi-Fi Multi-element MIMO configurations Other customized multi-radio combinations BAT Wireless provides combination antenna solutions for vehicle telematics, IoT gateways, routers, industrial equipment, security systems and other connected devices. Why Use a Combination Antenna The main advantage of a combination antenna is system integration. Modern wireless devices often include several radios. A vehicle telematics unit, for example, may need ...

Combination Antennas for Multi Band Wireless Connectivity and Space Saving Integration What Is a Combination Antenna? As wireless devices become more connected, a single piece of equipment may need to support several communication and positioning technologies at the same time. Cellular connectivity may handle data transmission, GNSS may provide positioning, while Wi-Fi can support local wireless networking. Installing a separate antenna for every wireless function can increase installation complexity and consume valuable device space. A combination antenna , also known as a combo antenna or multi-function antenna , integrates multiple antenna elements into a single housing. This allows several wireless functions to be supported through one compact antenna assembly. BAT Wireless Combination Antennas can support different combinations of Cellular, GNSS, Wi-Fi and other wireless technologies according to application and integration requirements. Why Use a Combination Antenna? The main ad...

How Combination Antennas Simplify Multi Band Connectivity for Modern Devices Modern connected devices rarely rely on a single wireless technology. A vehicle may require cellular communication and GNSS positioning, while an industrial gateway may combine 4G or 5G connectivity with Wi-Fi and other wireless functions. As more communication technologies are integrated into one device, antenna design can become increasingly complex. A Combination Antenna , also known as a multi-function or combo antenna, provides a practical solution by integrating multiple antenna functions into a single housing or antenna assembly. This approach can reduce the number of separate antennas installed on a device while simplifying mechanical integration, cable routing and installation. BAT WIRELESS Combination Antennas are designed for applications such as connected vehicles, industrial IoT, security and monitoring equipment, routers, gateways and communication terminals where multiple wireless connections n...

Why Combination Antennas Are the Smart Choice for Multi-Network Wireless Devices As connected devices become increasingly intelligent, they rarely rely on a single wireless technology. A modern device may require cellular communication for wide-area connectivity, GNSS for positioning, Wi-Fi for local networking, and Bluetooth for short-range communication—all within a compact enclosure. Integrating multiple antennas into a limited space presents significant design challenges. This is why Combination Antennas have become an increasingly popular solution for equipment manufacturers seeking reliable performance, simplified integration, and efficient use of space. What Is a Combination Antenna? A combination antenna integrates multiple wireless communication technologies into a single antenna assembly. Rather than installing separate antennas for each wireless function, manufacturers can deploy one compact solution that supports multiple communication standards simultaneously. Depending o...