|
NIC 1000T PCI 2.2 ROHS TAA
Allied Telesis' AT-2916T is a highly reliable entry-level 32-bit Gigabit Adapter card with 9KB Jumbo frames support. A great product for your network upgrade needs. The adapter supports the calculation of TCP, UDP, and IP checksums through the hardware platform without time loss by the MAC controller for both the receive and the transmit path, which lead to overall system performance improvement. In addition, in order to reduce the load on the CPU, Allied Telesis' s AT-2916T can use interrupt moderation to group the huge amounts of interrupts caused by small packets transferred at Gigabit speed so that several data packets can be handled per interrupt. Allied Telesis' AT-2916T Gigabit Ethernet Adapter comes with a variety of reliability features. They aim at maintaining a connection as long as possible. This is reached by link aggregation; redundant switch failover and PCI hot plug. The on-board sensors and driver functions help to monitor the health of adapters and their ports enabling pro-active network management. Allied Telesis' AT-2916T adapter cards come with a set of software programs that can greatly assist users with their network setups and configurations. The offline user diagnostics program provides system administrators and engineers with a profound tool to analyze the network adapter and check specific data. The Network Control program for Windows 2000 and Windows XP provides user an easy time in controlling and configuring all their AT-2916T adapters. The AT-2916T Gigabit Ethernet Adapters can also support up to 64 IP address assignments in a single network connection by the means of frame tagging. Thus, multiple VLANs can be configured for one port. The VCT program can detect and report potential cabling issues such as cable opens, cable shorts or any impedance mismatches in the cable. It can accurately locate the distance to the cabling fault within a tolerance of one meter. This capability will enable the users or IT staff to quickly identify the failing mechanism and isolate the source of the problem.
|