| Management number | 241247157 | Release Date | 2026/07/17 | List Price | US$7,812.30 | Model Number | 241247157 | ||
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The Aruba JL658A is a high-performance network switch designed to support growing and dynamic network environments. It offers 24 SFP+ ports for 1G and 10G connections, along with 4 SFP56 uplink ports capable of speeds up to 50G, making it versatile for access layer, aggregation, or top-of-rack roles in data centers. With a switching capacity of 880 Gbps and throughput of 654 million packets per second, it handles heavy network traffic efficiently while maintaining low latency around 1.49 microseconds at 10 Gbps.
Equipped with a quad-core ARM Cortex-A72 processor, 8 GB DDR4 memory, and 32 GB flash storage, this switch delivers the processing power needed for demanding network tasks. It supports stacking of up to 10 units, allowing seamless network expansion. Management is flexible with both cloud-based and local interfaces, and convenient USB-C console and USB Type A host ports simplify configuration. The 1U rack-mountable design fits standard racks and operates with typical power consumption of 85 watts, weighing 11.26 pounds.
This switch offers a broad range of connectivity options to support diverse network setups. The 24 SFP+ ports allow connection to devices requiring 1G or 10G speeds, while the 4 SFP56 uplink ports provide higher bandwidth options up to 50G, ideal for linking to core switches or servers. USB-C and USB Type A ports facilitate easy console access and peripheral connections. The stacking capability supports up to 10 switches, enabling a unified network fabric that simplifies management and expands capacity.
Designed for demanding network environments, the switch’s quad-core ARM Cortex-A72 processor and ample memory ensure it can handle complex tasks and high traffic volumes without bottlenecks. The low latency performance supports applications sensitive to delay, such as real-time communications and data center operations. Its robust switching capacity and packet throughput maintain network stability and responsiveness, even during peak usage.
This switch fits well in data centers, enterprise networks, and growing IT infrastructures that require scalable, high-speed connectivity. It is suitable for access layer deployments connecting end devices, aggregation layers consolidating traffic, or top-of-rack installations linking servers. Organizations looking to expand their network with stacking capabilities and flexible management will find this model a strong choice for maintaining efficient and reliable operations.
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