Cradlepoint A2400 Indoor Cellular Access Point
Plug-and-play indoor CBRS small cell radio

Overview:

The NetCloud Private Network solution includes plug-and-play Cellular Access Points (CAPs) that support the 4G LTE CBRS spectrum band 48. Sometimes referred to as small cells, these CAPs form the private Radio Access Network (RAN) that cellular endpoints and clients connect to and are authenticated through the Mobility Gateway. All indoor and outdoor CAPs work together to create contiguous private network connectivity across the entire customer landscape.

Notable Benefits

• Plug and play CAPs with automated provisioning and quick boot up.
• Sleek form factor with built-in antennas and aesthetics similar to a Wi-Fi AP.
• Utilizes dedicated spectrum and advanced interference management, significantly reducing the risk of connection drops and ensuring superior connectivity.
• Flexible power options with PoE+ or DC input.
• Time Division Duplex (TDD) modes 1 and 2 enable customizable uplink and downlink throughputs.

Ideal Wireless LAN Solution

When Wi-Fi doesn’t provide adequate coverage, reliability, or client mobility, a Private Cellular Network (PCN) is an ideal solution. Outside of smaller commercial locations, Wi-Fi’s “best effort” connectivity is not good enough at best, and often results in costly losses for larger footprint businesses due to connection dead zones, sticky clients, and limited coverage capabilities – especially outdoors. The NetCloud Private Networks A2400 Cellular Access Point inherently solves these issues by elegantly balancing deployment and management simplicity with powerful insights and control.

Reliability You Can Count On

NetCloud Private Networks excels in network determinism, client mobility, and overall reliability, markedly outperforming Wi-Fi. PCNs ensure predictable network behavior with guaranteed bandwidth, essential for critical applications. Unlike Wi-Fi, where client devices determine handoffs, potentially leading to connectivity gaps, NCPN manages client mobility seamlessly across multiple CAPs, ensuring devices maintain stable connections. This systemwide approach to managing connections enhances the reliability of the LAN, reducing downtime and maintaining consistent network performance.