Buy Chelsio Communications High Performance Quad Port 10 GbE Unified Wire Adapter T540-CR in United States - Cartnear.com
Chelsio Communications High Performance Quad Port 10 GbE Unified Wire Adapter T540-CR
CTNR86476 0897709002769 CTNR86476Chelsio
2025-04-26
/itm/chelsio-communications-high-performance-quad-port-10-gbe-unified-wire-adapter-t540-cr-86476
USD
1043.96
$ 1,043.96 $ 1,098.91
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Model name: T540-CR
• Serial Port: No
• USB: No
• Network (RJ-45): No
• Host Interface: PCI Express x8
• Ethernet AUI: No
Chelsio's T540-CR is a quad port 10 Gigabit Ethernet Unified Wire adapter with a PCI Express 3.0 host bus interface, optimized for cloud computing, HPC virtualization, storage, and other data center applications. Since the Host Bus Interface is PCI Express 3.0, this card can support all 4 10G ports running at line-rate. The fifth-generation (T5) technology from Chelsio provides the highest 10GbE performance in the industry and dramatically lowers host-system CPU communications overhead with on-board hardware that offloads TCP/IP, iSCSI, FCoE and iWARP RDMA processing from the host system and frees up host CPU cycles for other applications. As a result, the system benefits from higher bandwidth, lower latency, and reduced power consumption.
• Serial Port: No
• USB: No
• Network (RJ-45): No
• Host Interface: PCI Express x8
• Ethernet AUI: No
Chelsio's T540-CR is a quad port 10 Gigabit Ethernet Unified Wire adapter with a PCI Express 3.0 host bus interface, optimized for cloud computing, HPC virtualization, storage, and other data center applications. Since the Host Bus Interface is PCI Express 3.0, this card can support all 4 10G ports running at line-rate. The fifth-generation (T5) technology from Chelsio provides the highest 10GbE performance in the industry and dramatically lowers host-system CPU communications overhead with on-board hardware that offloads TCP/IP, iSCSI, FCoE and iWARP RDMA processing from the host system and frees up host CPU cycles for other applications. As a result, the system benefits from higher bandwidth, lower latency, and reduced power consumption.
