HPE Aruba JW834A Wireless Controllers

The Aruba 7200 series Mobility Controller features a next-generation central processor with up to eight cores and four threads each, providing 32 virtual CPUs equivalent performance. It supports up to 32,000 mobile devices and performs stateful firewall policy enforcement at 40 Gbps, with 16GB of extended DRAM memory. The controller includes 4x 10GBase-x (SFP/SFP+) and 2x dual media (10/100/1000BASE-T or SFP) ports, plus one 350W AC power supply.

The Aruba 7200 series Mobility Controller supports up to 32,000 mobile devices, making it ideal for large-scale enterprise deployments with extensive BYOD and 802.11ac device environments. This capacity ensures your wireless infrastructure can grow with your organization's needs.

AppRF is Aruba's unique application recognition and flow technology that runs on the 7200 series Mobility Controllers, providing unprecedented visibility into network applications by user. With AppRF, IT teams can identify and manage top web-based applications like Facebook and Box, enabling better traffic management and security policy enforcement across your wireless network.

Yes, the JW834A represents an upgrade from the 7240 model with enhanced processing power and extended 16GB DRAM memory. The improved architecture delivers greater throughput and device capacity, making it suitable for organizations that have outgrown their previous generation controllers.

The JW834A provides flexible high-speed connectivity with 4x 10GBase-x ports (SFP/SFP+) for fiber connections and 2x dual media ports supporting both 10/100/1000BASE-T (copper) and SFP (fiber) connections. This combination allows you to design a network architecture that matches your existing infrastructure and future growth requirements.

The Aruba 7200 series Mobility Controller performs stateful firewall policy enforcement at 40 Gbps, providing enterprise-grade security processing for high-volume traffic environments. This throughput capacity ensures that security policies don't become a bottleneck in your wireless network infrastructure.