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Inspur Dual-Port 10G SFP+ YZCA-00431-102 Network Interface Card

Inspur Dual-Port 10G SFP+ YZCA-00431-102 Network Interface Card
  • Regular Price : 6,500৳
  • Product ID : 281
  • Status: In Stock
  • Brands: Inspur
  • Model: YZCA-00431-102
6,500৳
Ex Tax: 6,500৳

Key Features

  • Chipset: Intel 82599 X520
  • Ports: Dual SFP+ 10G Ethernet
  • Maximum Data Rate: 10 Gbps/Per Port
** অর্ডার করার পূর্বে কাস্টমার কেয়ার থেকে পন্যের স্টক ও ডেলিভারি সম্পর্কে জেনে নেয়ার অনুরোধ করা যাচ্ছে। আই টি পণ্যের মূল্য অস্থিতিশীল হওয়ায় কারণে যেকোন মুহূর্তে, যেকোন আই টি পণ্যের মূল্য পরিবর্তন হতে পারে। কল করুন: 01844678800, 01844678806, 01844678801

Inspur Dual-Port 10 Gigabit LAN 10G Network Interface Card (YZCA-00431-102 / YPCB-00431-1P2, 82599 X520) – High-Speed, Reliable Connectivity for Data Centers and Enterprise Networks

The Inspur Dual-Port 10 Gigabit LAN 10G Network Interface Card (NIC), featuring YZCA-00431-102 and YPCB-00431-1P2 model numbers, is designed for high-performance networking in enterprise environments. Powered by the Intel 82599 X520 chipset, this NIC delivers blazing-fast 10 Gbps speeds, offering dual 10 Gigabit Ethernet ports for scalable, reliable, and efficient data transfer.

Key Features:

  • Dual-Port 10G Ethernet: Provides two high-speed ports, each supporting up to 10 Gbps, ideal for enterprise networks, data centers, and high-demand applications.
  • Intel 82599 X520 Chipset: Delivers optimized performance with minimal latency, offering top-tier throughput and reliability for critical applications.
  • Low Latency & High Throughput: Perfect for tasks like virtualization, cloud computing, big data, and high-performance storage systems.
  • Compatibility & Flexibility: Fully compatible with a wide range of servers and networking environments, making it a versatile choice for any high-demand setup.
  • Advanced Networking Features: Supports TCP offload, Jumbo Frames, VLAN tagging, and more to improve network efficiency and reduce server CPU load.
  • Energy Efficient: Designed to offer high performance without compromising on power consumption, making it a sustainable solution for modern networks.

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