The AXIOM AXG95725 is a high-performance 10Gbs dual-port SFP+ NIC card designed for data centers and enterprise IT environments that demand reliable, high-speed network connectivity. Built by AXIOM, a trusted name in professional networking equipment, this card targets demanding workloads with steady throughput and robust compatibility.
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Dual 10Gbs SFP+ Ports: Two independent SFP+ interfaces deliver up to 10 Gbps per port for fast data transfers and scalable uplinks.
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PCIe x8 Interface: High-bandwidth PCIe x8 connection for low-latency, CPU-efficient integration into supported servers.
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Media Compatibility: Supports both MMF and SMF fiber media to fit a variety of fiber network deployments.
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Compliance: TAA compliant to meet government and enterprise procurement standards.
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Warranty: 3-year limited warranty for dependable long-term use.
With the AXG95725, you gain substantial headroom for virtualization, large-scale file transfers, and cluster interconnects. The dual-port design enables flexible traffic segmentation and potential link aggregation, helping to minimize bottlenecks in busy server racks. The PCIe x8 interface ensures ample bandwidth with efficient CPU utilization, supporting stable performance under heavy workloads. MMF/SMF compatibility simplifies upgrades and future-proofing across different fiber infrastructures, while the 3-year warranty provides peace of mind for mission-critical IT deployments.
Specs
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Ports: Dual SFP+ 10 Gbps
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Interface: PCIe x8
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Media Types: MMF and SMF
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Compliance: TAA compliant
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Warranty: 3-year limited
FAQs
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What is the AXG95725? A dual-port 10Gbs SFP+ NIC card from AXIOM with a PCIe x8 interface, designed for high-speed server connectivity.
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What fiber media does it support? It supports both MMF (multimode fiber) and SMF (single-mode fiber) media types.
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What is the interface for this card? It uses a PCIe x8 interface for the server slot.
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What warranty does it include? It includes a 3-year limited warranty.
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Who is this card ideal for? Ideal for data centers and demanding IT infrastructures that require stable, high-speed dual-port connectivity and flexible fiber options.
