Intel E1G44ET2 - Specificaties

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Algemeen
Toelichting type
-
Partnumber
E1G44ET2
Introductie model
2019
Op Kieskeurig sinds
September 2019
Releasedatum
August 2010
Algemene kenmerken
Eancode
0735858214605, 0675901042482, 5032037041591, 6953041344890, 7426901116146
Temperatuur, in bedrijf
0 - 55 °C
Temperatuur bij opslag
-40 - 70 °C
Aansluitingen en connectiviteit
Verbindingstechnologie
bedraad
LAN verbinding
Ja
Ethernet LAN ingang(en)
4
Aansluitingen
RJ-45
Inhoud en afmetingen
Diepte
16.74 cm
Breedte
6.94 cm
Diepte (mm)
167.4 mm
Breedte (mm)
69.4 mm
Aansluitingen en interfaces
Interface
Ethernet
Geschikte besturingssytemen
Windows Server 2012*, Windows 8*, Windows Server 2008 R2*, Windows 7*, Windows Server 2008*, Windows Vista*, Windows Server 2003 R2*, Windows Server 2003*, Linux* Stable Kernel version 3.x, 2.6,x, Red Hat Enterprise Linux* 5, 6, SUSE Linux Enterprise Server* 10, 11, FreeBSD 9*, , VMware ESX/ESXi*
Extra
Thermal Design Power (TDP)
8 watt

Toelichting specificaties

Dual- and quad-port Gigabit Ethernet server adapters designed for multi-core processors and optimized for virtualization.\n\nThe Intel® Gigabit ET, ET2, and EF Multi-Port Server Adapters are Intel’s third generation of PCIe GbE network adapters. Built with the Intel® 82576 Gigabit Ethernet Controller, these new adapters showcase the next evolution in GbE networking features for the enterprise network and data center. These features include support for multi-core processors and optimization for server virtualization.\n\nDesigned for Multi-Core Processors\nThese dual- and quad-port adapters provide high-performing, multi-port Gigabit connectivity in a multi-core platform as well as in a virtualized environment. In a multi-core platform, the adapters support different technologies such as multiple queues, receive-side scaling, MSI-X, and Low Latency Interrupts, that help in accelerating the data across the platform, thereby improving application response times.\n\nThe I/O technologies on a multi-core platform make use of the multiple queues and multiple interrupt vectors available on the network controller. These queues and interrupt vectors help in load balancing the data and interrupts amongst themselves in order to lower the load on the processors and improve overall system performance. For example, depending upon the latency sensitivity of the data, the low level latency interrupts feature can bypass the time interval for specific TCP ports or for flagged packets to give certain types of data streams the least amount of latency to the application.