Aruba 8360 Switch 48x10GBase-T 4x100G QSFP28 2xAC PSU

• Enterprise campus core networking
• Data center aggregation layer
• High-density server connectivity
• Virtualized infrastructure deployments
• Private cloud networking
• Hybrid cloud connectivity
• Large enterprise headquarters
• Financial services network backbone
• Healthcare data center infrastructure
• Government digital transformation projects
• Manufacturing campus networks
• Education campus core switching

• 48 x 10GBase-T Ethernet ports
• 4 x 100G QSFP28 uplink ports
• Dual AC power supplies
• Enterprise-grade Aruba CX architecture
• Designed for campus core deployments
• Optimized for aggregation layer networking
• Supports high-bandwidth enterprise applications
• Improves east-west traffic performance
• Suitable for virtualization environments
• Enables scalable infrastructure expansion
• High availability hardware design
• Supports business continuity strategies
• Simplifies network modernization projects
• Enterprise-ready Layer 3 switching platform
• Designed for long-term IT investment protection

• Brand: Aruba
• Product Family: Aruba CX 8360 Switch Series
• Part Number: JL707A
• Product Type: Managed Ethernet Switch
• Model: 8360
• Ethernet Ports: 48 x 10GBase-T
• Uplink Ports: 4 x 100G QSFP28
• Power Supply: 2 x AC Power Supplies
• Management Type: Managed
• Series: Aruba CX 8360
• Deployment: Campus Core, Data Center, Aggregation Layer
• Primary Connectivity: Copper Ethernet and 100G Fiber
• Application: Enterprise Networking Infrastructure

WHY CHOOSE THIS PRODUCT?

• Organizations choose the Aruba JL707A when they require a high-capacity switching platform capable of supporting modern enterprise applications, virtualization, cloud connectivity, and bandwidth-intensive workloads without compromising reliability. The combination of forty-eight 10GbE access ports, four native 100GbE uplinks, and dual AC power supplies provides greater scalability and resilience than standard aggregation switches. It integrates seamlessly into Aruba CX environments, reduces future upgrade costs, supports infrastructure modernization strategies, and delivers strong long-term ROI for enterprises planning scalable, high-availability network architectures.