Cambium PMP 450 & ePMP Backhaul Family: ePMP Force 425 Access Point
The Cambium PMP 450 & ePMP Backhaul Family proudly introduces the ePMP Force 425 Access Point, a robust and versatile solution engineered to elevate the connectivity and performance of modern networks. As a member of the PMP 450 & ePMP Backhaul Family, the Force 425 Access Point is designed to deliver exceptional reliability, throughput, and scalability, making it an optimal choice for service providers, enterprises, and various infrastructure deployments.
Key Features:
1. HighPerformance Connectivity:
The ePMP Force 425 Access Point ensures highperformance connectivity, supporting data rates of up to 600 Mbps. Its powerful wireless link guarantees reliable and lowlatency connections, accommodating bandwidthintensive applications such as video streaming, VoIP, and largescale data transfers.
2. Flexible Deployment Options:
Offering flexible deployment options, the Force 425 Access Point can be configured for pointtopoint (PTP) or pointtomultipoint (PMP) applications, providing versatile connectivity solutions for backhaul, access, and distribution networks.
3. DualBand Operation:
Operating in both 5 GHz and 2.4 GHz frequency bands, the Force 425 Access Point offers versatility and adaptability in deployment. This dualband capability allows it to operate in different frequency environments, ensuring optimal performance and spectrum utilization.
4. Integrated GPS Synchronization:
Equipped with integrated GPS synchronization technology, the Force 425 Access Point facilitates precise timing synchronization across multiple access points. This synchronization minimizes interference and optimizes network capacity and performance.
5. Advanced Quality of Service (QoS):
The Force 425 Access Point supports advanced Quality of Service (QoS) features, enabling network operators to prioritize traffic and ensure optimal performance for critical applications. This guarantees a consistent and reliable user experience, even during peak usage periods.
6. Robust Security Features:
Security is paramount, and the Force 425 Access Point is equipped with robust security features to safeguard sensitive data and networks. It supports AES encryption and secure management interfaces, ensuring secure transmission and management of data.
7. Easy Installation and Management:
Designed for easy installation and management, the Force 425 Access Point features a userfriendly interface. With its intuitive webbased interface and centralized management tools like Cambium Networks’ cnMaestro™, network operators can effortlessly configure, monitor, and optimize their wireless networks.
8. Rugged and Weatherproof Design:
Constructed to withstand harsh environmental conditions, the Force 425 Access Point features a rugged, weatherproof enclosure. This ensures reliable operation in extreme weather conditions, making it suitable for outdoor deployments in challenging environments.
Applications:
Service Providers: Extend network reach and capacity with highspeed wireless backhaul, facilitating efficient delivery of broadband services to urban, suburban, and rural areas.
Enterprise Networks: Connect remote offices, branch locations, or temporary sites with reliable and secure wireless connectivity, enhancing overall network performance and flexibility.
Public Safety: Support critical communications for public safety agencies with robust and secure wireless backhaul, ensuring seamless connectivity for emergency response and operations.
Utilities and Energy: Enhance communication and data transfer capabilities in remote or challenging locations, improving operational efficiency and safety in the energy and utility sectors.
The ePMP Force 425 Access Point, a part of the Cambium PMP 450 & ePMP Backhaul Family, offers a reliable, highperformance, and scalable wireless backhaul solution for diverse network deployments. With its advanced features, flexible deployment options, and rugged design, the Force 425 Access Point delivers superior connectivity and performance, meeting the connectivity needs of modern networks.