The industry's new product -
LR-LINK Gigabit dual-port OCP3.0 network card has been launched in batches, providing a new OCP network card solution for high-density servers.
LR-LINK has more than 16 years of experience in Ethernet card research and development. It is one of the few companies in the industry with independent research and development capabilities for Ethernet cards. It has developed and launched more than 300 PCIe/PoE/OCP/MiniPCIe/M.2 and other network cards. Among them, There are more than 20 self-developed OCP network cards. The gigabit Quad-port OCP3.0 network card (product model:
LRES3023PT-OCP) developed based on the Intel I350 master control solution has been popular since its launch, with sales reaching 10,000+. On this basis, LR-LINK launched the same
Gigabit dual-port OCP3.0 network card——LRES3041PT-OCP, which has the same function as the Gigabit Quad-port network card to meet the needs of customers in diverse port application scenarios.
Seven highlights:
1. Support server out-of-band management (NCSI).
2. Support network protocol acceleration (FCoE).
3. Support fast packet processing (DPDK).
4. Support jumbo data frame, up to 9.2KB.
5. Support remote network boot (PXE/UEFI) and remote wake-up (WoL).
6. Use the virtual machine device queue technology to improve network usage efficiency and server resource utilization.
7. Compatible with Windows/Windows Server/Linux/CentOS/Ubuntu/Red Flag/Kylin and other operating systems.
Diverse application scenarios
LRES3041PT-OCP maintains the consistent high stability, high reliability, and high energy efficiency performance of LR-LINK network cards, and has the characteristics of convenient installation, high scalability and flexible maintenance that PCIe standard network cards do not have. At the same time, the mezzanine physical structure can be used in a 1U chassis, saving PCIe channel resources, providing simplified deployment, higher performance and density for high-density servers, and meeting network communication, Internet, cloud platform construction, commercial business systems, etc. The application requirements of the scenario, and can provide efficient transmission channels for application scenarios such as high-performance computing, edge computing, cloud computing, virtualization, database, and data analysis.