High-Performance Ethernet for Airflow-Limited Environments
Peak Throughput. Zero Throttling.
In today’s data-driven world, seamless network optimization and thermal management are critical for high-performance, high-data-throughput environments.
ATTO FastFrame AIR is engineered for high-performance deployments where airflow is restricted and reliability is non-negotiable. Utilizing an integrated precision blower and optimized channels, these adapters maintain peak performance under heavy loads without the risk of throttling.
ATTO FastFrame AIR adapters unify high-speed Ethernet performance with advanced thermal engineering and powerful management tools.
- Advanced Heat Baffling: An on-board blower assembly increases airflow and aids heat dissipation in constrained environments.
- Compact High-Performance: The half-height, 3/4 length form factor fits perfectly into space-constrained server racks and professional workstations.
- Ultra-Low Latency: RDMA over Converged Ethernet (ROCE) enables latency as low as 1µs while slashing CPU overhead.
- Infrastructure Offloads: Includes hardware-based stateless offloads for TCP/UDP/IP and NVMe over Fabric support for modern storage architectures.
- ATTO360™ Tuning: Instant optimization via specialized profiles and advanced diagnostics to eliminate connection bottlenecks.
ATTO FFRM-N422-AIR
Thermal Imaging of ATTO FastFrame AIR’s Effectiveness
32°C Heat Reduction
Test Confguration:
• Standard FastFrame N422 vs. FastFrame N422-AIR
• Identical system and workload conditions
Results:
Standard adapter temperature: 83°C
FastFrame AIR temperature: 51°C
Uncompromised performance from rack to desk.
The power of 25GbE and 100GbE — enhanced by ATTO360 Networking
- N422-AIR: Dual-port 25Gb/s SFP28 connectivity, optimized for Windows, Linux, and macOS. Learn More.
- N412-AIR: Dual-port 100Gb/s QSFP28 connectivity, featuring x16 PCIe 4.0 for maximum throughput. Learn More.
Whether you are populating high-density server racks or high-end workstations, ATTO FastFrame AIR delivers the dedicated airflow and extreme bandwidth necessary to keep your most data-intensive projects moving at peak velocity.