Ubiquiti NS-5AC NanoStation AC 5GHz airMAX AC CPE , High-Performance 5dBi Antenna, 450+ Mbps Throughput, Outdoor Point-to-Point Wireless Access Point

The Ubiquiti NS-5AC NanoStation AC 5GHz airMAX AC CPE is a cutting-edge, high-performance outdoor wireless access point designed for demanding point-to-point and point-to-multipoint applications. With its robust design, long-range capabilities, and high throughput, this Ubiquiti access point is ideal for extending networks over vast distances while maintaining a reliable connection. Whether you’re setting up a wireless bridge or creating a new wireless coverage area, the NanoStation AC offers unmatched flexibility and performance.

With the increasing demand for faster, more reliable outdoor wireless networks, the Ubiquiti NS-5AC NanoStation provides an effective solution for a range of users, from service providers to enterprises. Utilizing advanced airMAX AC technology, this device is engineered to offer superior bandwidth and network performance, even in high-interference environments.

Unlock High-Speed Outdoor Connectivity with Ubiquiti NS-5AC NanoStation AC 5GHz airMAX AC CPE

The Ubiquiti NS-5AC NanoStation AC 5GHz airMAX AC CPE combines the powerful airMAX technology with 5GHz AC wireless speeds to deliver reliable, long-range connectivity in outdoor settings. This device boasts a 5dBi antenna and is capable of delivering over 450 Mbps throughput, making it one of the most efficient and reliable solutions for point-to-point wireless communication. It operates in the 5GHz spectrum, which is ideal for minimizing interference and ensuring a clean, fast wireless link.

The NanoStation AC is built to withstand the elements, offering robust weatherproofing for outdoor use. This device integrates seamlessly with other Ubiquiti products, making it an essential part of any scalable network deployment. Whether you’re expanding your Wi-Fi coverage or building a dedicated point-to-point connection, the NanoStation AC provides excellent performance and ease of setup.

Equipped with a sleek and compact design, the NS-5AC offers high gain and reliable backhaul connectivity for a wide range of network architectures. The airMAX AC protocol enhances spectral efficiency, providing superior scalability while maintaining minimal latency.

Key Features and Benefits

1. airMAX AC Technology
   One of the standout features of the Ubiquiti NS-5AC NanoStation is its integration of airMAX AC technology. This advanced protocol is designed to handle high-density environments with ease, providing faster speeds, less interference, and more stable connections. It improves spectral efficiency and optimizes the performance of the device in both point-to-point and point-to-multipoint configurations.

2. High-Speed 5GHz Wireless Connectivity
   Operating on the 5GHz band, the NS-5AC can support throughput speeds exceeding 450 Mbps, offering reliable performance for data-intensive tasks. This high-speed connection ensures that your network can handle heavy traffic with ease, without sacrificing reliability or coverage range.

3. Compact and Durable Design
   The NanoStation AC is designed for outdoor use, with weatherproof housing that ensures durability in challenging environmental conditions. Its compact form factor makes it an easy choice for installation in both residential and commercial applications.

4. Long-Range Performance
   With a powerful 5dBi antenna, the Ubiquiti NS-5AC delivers exceptional range, allowing users to set up point-to-point links over long distances. This makes it an excellent solution for bridging networks between buildings or connecting remote sites without the need for extensive infrastructure.

5. Ease of Setup and Scalability
   Ubiquiti products are known for their ease of deployment, and the NanoStation AC is no exception. With the airOS software and intuitive user interface, you can set up and manage your device effortlessly. Its compatibility with other Ubiquiti products also ensures scalability, allowing your network to grow seamlessly.

Applications and Use Cases

The Ubiquiti NS-5AC NanoStation AC 5GHz airMAX AC CPE is highly versatile and can be used in a wide range of applications:

• Point-to-Point Backhaul: Use the NanoStation AC to create a high-speed, reliable wireless bridge between two distant locations, perfect for connecting buildings or remote offices.
• Outdoor Wi-Fi Coverage: This device is ideal for extending Wi-Fi coverage in large outdoor areas like campuses, stadiums, parks, or industrial complexes.
• ISP Network Deployment: Service providers can use the NS 5AC to provide wireless internet to customers in areas with limited wired infrastructure, ensuring high-speed internet delivery.
• Campus Networks: Universities and businesses can set up multiple NanoStations to create a wide-reaching wireless network across multiple buildings.

Ports and Connectivity

The Ubiquiti NS-5AC NanoStation AC comes equipped with two Gigabit Ethernet ports. These ports ensure fast data transfer rates and seamless integration with other networking equipment. The NS-5AC also features PoE (Power over Ethernet) support, which simplifies the power and data connection, making it ideal for locations where a nearby power outlet is not available.

• Ethernet Ports:

  • 1 x Gigabit Ethernet Port (Data and Power)

  • 1 x Gigabit Ethernet Port (Data Only)

• PoE Support:

  • IEEE 802.3af PoE: Provides both power and data over a single Ethernet cable, reducing installation complexity.

• SFP Port:

  • While the NS-5AC lacks an SFP port, its robust performance over Ethernet makes it ideal for most backhaul applications.

Comparison with Similar Products

When comparing the Ubiquiti NS-5AC with similar Ubiquiti products like the NanoStation M5 and Rocket M5, here’s a quick rundown of their features:

While the NS 5AC offers a higher throughput of 450+ Mbps, it is slightly lower in antenna gain compared to the M5 and Rocket M5 models, which provide better range for long-distance deployments. However, the NS-5AC’s airMAX AC support ensures higher network efficiency and is better suited for dense environments.

Specifications Table

FAQ

1. What is the maximum throughput of the Ubiquiti NS-5AC NanoStation?
   The maximum throughput is 450+ Mbps, providing high-speed data transfer for demanding applications.

2. Can the NS-5AC NanoStation be used for point-to-point connections?
   Yes, the NS-5AC is specifically designed for point-to-point and point-to-multipoint wireless connections.

3. What is the range of the Ubiquiti NS-5AC NanoStation?
   The range depends on environmental factors, but the device can provide reliable connectivity over several kilometers.

4. Does the Ubiquiti NS-5AC support PoE?
   Yes, it supports Power over Ethernet (PoE), making installation more efficient.

5. Is the Ubiquiti NS-5AC weatherproof?
   Yes, the device is designed for outdoor use and is weatherproof, withstanding harsh environmental conditions.

6. How do I configure the Ubiquiti NS-5AC NanoStation?
   Configuration is simple and can be done through the intuitive airOS software interface.

7. Can I use the NS-5AC NanoStation for outdoor Wi-Fi coverage?
   Yes, it’s perfect for extending outdoor Wi-Fi coverage over large areas.

8. What kind of power supply does the NS-5AC require?
   The NS-5AC requires PoE (Power over Ethernet) to operate.

9. Is the Ubiquiti NS-5AC compatible with other Ubiquiti devices?
   Yes, it integrates seamlessly with other Ubiquiti devices using airMAX technology.

10. Can the NS-5AC NanoStation be mounted on a wall?
    Yes, it can be mounted on a pole or wall for flexible installation.

Conclusion

The Ubiquiti NS-5AC NanoStation AC 5GHz airMAX AC CPE is a powerful, reliable, and versatile solution for outdoor wireless networking. Whether you’re establishing a point-to-point connection, extending Wi-Fi coverage, or setting up a scalable network, this device offers the performance and ease of use that Ubiquiti is known for. With its high throughput, durable design, and advanced airMAX AC technology, the NS-5AC is a must-have for both residential and commercial wireless deployments.