airMAX Bullet AC IP67

The Ubiquiti airMAX Bullet AC IP67, with its model manufacture part number BulletAC-IP67, represents a significant evolution in the field of high-performance network broadcasting equipment. Designed and built by Ubiquiti Networks, a brand renowned for its innovative approach to networking technology, this device stands out for its robustness, efficiency, and adaptability, catering to a wide range of networking and communication needs.

At the heart of the airMAX Bullet AC IP67 is its advanced airMAX AC technology, which enhances performance and scalability. This technology employs a proprietary protocol that significantly reduces interference while simultaneously increasing throughput, making it ideal for high-demand network environments. The device operates in the 2.4 GHz and 5 GHz frequency bands, offering flexibility in network configuration and deployment. This dual-band capability ensures that it can accommodate a wide array of applications, from point-to-point (PtP) to point-to-multipoint (PtMP) setups, providing solutions for both short and long-distance communications.

The airMAX Bullet AC IP67 is designed to integrate seamlessly within the airMAX ac product lines. It features plug-and-play compatibility with airMAX antennas including sector, dish and omnidirectional types with type N female connector, facilitating a straightforward setup process for network expansions or new deployments. The device connects directly to the antenna without the need for special adapters, simplifying installation and maximizing performance.

It is designed to deliver a formidable performance with a throughput rate of over 300 Mbps on the 5 GHz band, effectively covering both the 2.4 and 5 GHz frequency bands. This device is notable for its robust build, featuring IP67 weatherproofing that ensures durability and reliability in various environmental conditions. This certification indicates that the device is fully protected against dust ingress and water. The robustness afforded by this rating makes the Bullet AC an ideal choice for outdoor deployments, where exposure to harsh environmental conditions is a significant concern. Its durable casing not only ensures protection from water and dust but also from UV radiation and wind, underscoring its capability to perform in diverse climatic conditions without compromise.

The device's physical design is both compact and efficient, making it easy to install in a variety of settings without requiring complex mounting hardware or significant space. The BulletAC-IP67's design is streamlined for ease of use, featuring a single Ethernet port for connectivity. This simplicity extends to its power requirements, as it supports 24V passive Power over Ethernet (PoE) with a maximum power consumption of 7W, enabling it to receive both power and data over a single cable, thus minimizing cable clutter and reducing the complexity of deployment. It boasts a maximum transmission (TX) power of 21 dBm, facilitating strong and reliable wireless connections. Connectivity is managed via a Gigabit Ethernet RJ45 port, underscoring its compatibility with high-speed network infrastructures​.

The Bullet AC IP67 is equipped with an N-type connector for Plug and Play Integration with antenna, offering flexibility in configuring network setups to suit various deployment scenarios. LED indicators provide real-time status information on power, Ethernet connectivity, and signal strength, enhancing ease of monitoring and troubleshooting​.

In terms of performance, the BulletAC-IP67 excels with high throughput rates and low latency, essential for applications requiring real-time communication and large data transfers. The device incorporates advanced RF technology and antenna gain control, which, in combination with airMAX AC technology, ensures optimal signal quality and network stability.

Ubiquiti's design integrates advanced ESD/EMP protection mechanisms, safeguarding the device against electrostatic discharge and electromagnetic pulses, thereby ensuring network integrity and device longevity. Moreover, its operating frequencies span a comprehensive range, including both US/CA and worldwide options, accommodating a broad spectrum of deployment requirements​.

Software-wise, the airMAX Bullet AC IP67 is equipped with Ubiquiti's airOS 8, a sophisticated operating system designed specifically for the airMAX product line. airOS 8 provides advanced features and functionalities, including powerful wireless settings, network management tools, and security configurations. Its intuitive user interface allows for easy setup and customization, ensuring that network administrators can optimize performance based on specific needs and conditions.

The Ubiquiti airMAX Bullet AC IP67 excels in providing high-speed, robust wireless connectivity across a variety of challenging and diverse environments. Its application ranges from bridging the digital divide in rural and remote areas by enabling point-to-point (PtP) or point-to-multipoint (PtMP) links for internet access, to forming the backbone of video surveillance networks in vast industrial complexes and outdoor spaces. The device's IP67 rating ensures durability against harsh weather, making it an ideal solution for outdoor deployments. Furthermore, its versatility extends to supporting temporary event connectivity, offering rapid deployment for high-traffic events such as festivals or sports competitions, where temporary yet reliable internet access is critical.

In industrial settings and critical infrastructure sites, the airMAX Bullet AC IP67's reliability supports the seamless transmission of operational data and remote monitoring communications, essential for maintaining continuous operations. For Wireless Internet Service Providers (WISPs), it offers a robust solution for creating backhaul links to extend services or enhance network backbone performance. Additionally, in emergency situations or disaster recovery efforts, its quick deployment capability and resilience to environmental extremes enable the establishment of emergency communication networks, facilitating efficient coordination among response teams and affected communities.