HPE JL165A
Aruba 6940 32-Port 40GbE QSFP+ Ethernet Switch – AC Front-to-Back Airflow
The HPE JL165A Aruba 6940 32-Port Ethernet Switch is a high-performance, fixed-configuration Layer 3 switch designed for demanding enterprise networks and data center deployments. With 32 QSFP+ ports supporting 40GbE, it offers massive throughput, low latency, and robust scalability in a 1U form factor.
Features
Built to handle today’s data-intensive applications, the Aruba 6940 JL165A provides 32 QSFP+ ports for high-speed uplinks or breakout to multiple 10GbE connections. Designed for scalability and operational flexibility, it supports advanced Layer 2/3 features, dynamic routing protocols, and virtualization-ready services.
Advanced Options
The JL165A also supports IRF (Intelligent Resilient Fabric), enabling multiple switches to operate as one virtual device, simplifying management while enhancing network resilience. Whether deployed at the enterprise core or as part of a spine-leaf architecture, the JL165A ensures uncompromising performance.
Product Key Features
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32 × 40GbE QSFP+ high-performance data center ports
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Front-to-back airflow for optimal rack cooling
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Layer 2 and Layer 3 advanced switching capabilities
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IRF stacking support for simplified management
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Hot-swappable redundant power supplies and fans
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Ideal for core, aggregation, and spine-leaf topologies
Reliability & Performance
With redundant hot-swappable AC power supplies and fans, the JL165A is engineered for always-on environments. Front-to-back airflow makes it ideal for modern data center cooling designs. Its robust hardware platform delivers wire-speed performance with ultra-low latency, while advanced features like ACLs, QoS, and VXLAN support ensure seamless integration into complex environments.
Key Features :
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32 × 40GbE QSFP+ ports
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Layer 2/3 switching with dynamic routing (OSPF, BGP, etc.)
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Front-to-back airflow for rack-optimized cooling
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Hot-swappable dual AC power supplies and fans
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IRF stacking for simplified multi-switch management
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High throughput and ultra-low latency architecture
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IPv4/IPv6 dual-stack and policy-based routing
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Comprehensive QoS, ACL, and traffic control
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