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HotLava St Helens 80G4S-XL 4-Port SFP+ 10 Gigabit Ethernet Adapter 39Gbps

HL-80G4S-XL by HotLava
Original price $565.95 - Original price $565.95
Original price
$565.95 - $565.95
Current price $565.95

Compatible with Maxxwave Vengeance, MikroTik (with CHR + VMWARE), Cisco and most other supported devices!

The HotLava St. Helens 80G4S-XL is a quad-port 10GbE SFP+ NIC with an Intel XL710 controller. Gen3 PCIe x8.

Unprecedented Ethernet Performance

Product Highlights

  • Intel XL710 1/10G/40G Ethernet controllers and drivers
  • Up to 100% more throughput than other x8 lane 40GbE adapters
  • Configurable for 40G mode or 10G mode with breakout cable
  • 40 to 100 Gbps of aggregate throughput
  • Feature rich for virtualized systems
  • Supports 40GBASE-SR4 and 50 GBASE-LR4 transceivers
Product Benefits
  • World class silicon and drivers that delivers energy-efficient performance and reliability
  • Up to twice the throughput of other x8 lane dual-port 40GbE NICs
  • Provides the flexibility to function in 40G mode or 1G/10G mode with breakout cable
  • Provides a Unified Networking platform to support single adapter/wire for LAN and storage
  • Reduces CPU utilization and latency by enabling VMs to perform I/O directly to the physical network adapter, bypassing the hypervisor
  • Allows VMs to communicate across different networks without having to configure the physical switches and routers
  • Lowers latency and CPU utilization and increased bandwidth by automatically steering network data to the same core on which its application process resides
Product Specifications
  • Number of ports: 4
  • Slot Type: PCI-e 3.0, x8
  • Media Connector: SFP+
  • Dimensions: 4.91" x 2.71"
  • Max Power (2x40GBASE-CR4): 3.8W
  • Max Power (2x40GBASE-SR4): 7.8W
  • Max Power (2x40GBASE-LR4): 9.5W
  • Operating Temperature: 0 to 55°C with 100 LFM airflow
  • Storage Temperature: -40 to 70°C
  • Operating Humidity: 5 to 85% non-condensing
  • Storage Humidity: 0 to 85% non-condensing
  • Hardware Certifications: FCC A, CE, VCCI, EN300-386, RoHS 6