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ASUS OCP 2.0 MEZZ 10G-SFP MCI-10G / 82599-2S | 10GbE Fiber Adapter
ASUS
MPN: MCI-10G / 82599-2S
$151.99
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- OCP 2.0 mezzanine adapter design
- 10 GbE fiber networking support
- Dual SFP+ port configuration
- Intel 82599-class controller family
- Server-oriented internal expansion architecture
- Compact footprint for dense platforms
- Preserve PCIe expansion capacity with an OCP 2.0 mezzanine form factor
- Deliver 10 GbE fiber connectivity using dual SFP+ network ports
Preserve front-line server expansion while adding 10 GbE fiber connectivity. The ASUS OCP 2.0 MEZZ 10G-SFP is built for environments where every slot matters, delivering a mezzanine-based path to high-speed networking without crowding the main PCIe layout. That makes it a strong fit for dense compute nodes, storage appliances, and infrastructure platforms that need fast uplinks with a clean internal design.
With support for 10 GbE-class fiber networking and an Intel 82599-based controller family, this adapter is aimed at workloads that depend on consistent throughput and low overhead. It is the kind of component procurement teams choose when they need a server network path that justifies the rack space it occupies: compact, purpose-built, and aligned to enterprise deployment patterns. For teams standardizing on OCP 2.0 hardware, it offers a practical way to extend connectivity while keeping the platform architecture disciplined.
Ideal For
- Add 10 GbE uplinks to OCP 2.0 server platforms
- Equip dense compute nodes with fiber network connectivity
- Standardize mezzanine networking across rack-mounted infrastructure
- Preserve PCIe slots for storage, GPU, or accelerator expansion
Why This Product
- 1Uses an OCP 2.0 mezzanine design instead of consuming a standard PCIe slot
- 2Provides dual SFP+ connectivity for fiber-based 10 GbE deployments
- 3Built around Intel 82599-class networking hardware
- 4Better suited to dense server platforms than generic add-in cards
