Hyper-stacking super-stacking technology
Hyper-stacking technology uses a Data Link layer-based, high-speed auto-negotiation of network management agreements, which can trace the entire network equipment, iMax Networks devices automatically and quickly establish a management connection.
iMax Networks switches, the hardware master-slave without the points, can a device-based equipment, other equipment from the equipment to achieve a unified IP management and unified VLAN settings. Wide geographical distribution of the switching equipment into a single logical device. In addition, Hyper-stacking technology with other manufacturers of equipment compatible with the form of an ordinary switch.
Stackable switches, is to extend the common practice of port capacity. There are four machines common stack, stacked eight machines, etc., there are 24 machines to achieve a stack switch, has been considered as a great number of the stack. The Hyper-stacking technology to an IP address for up to 32 switches stacked together to achieve the management.
Hyper-Threading Hyper-Threading
Hyper-Threading is Intel's innovative technology is used to improve processor performance. This technique has been applied to the Intel Xeon processor family, but also embedded in a different desktop configuration.
Speed up the clock speed to enhance the computing performance of one of the main ways, however, when the clock technical evolution alone can not meet the demand, in order to enhance the performance between each clock cycle, more work must be completed, while the Hyper-Threading is among the key hub, which will allow more efficient use of processor execution resources, enhance efficiency and increase system productivity.
In addition, Hyperthreading allows processors to simultaneously perform two different tasks. For example, when a user opens the drawing software, but also the implementation of instruments, software, embedded CPU with Hyperthreading technology that can handle both integer and floating-point operations, allowing the computer just as there are two processors at the same time as synchronization operations.
Intel said to Hyper-Threading technology-driven system has the following advantages, including speeding up the multi-tasking operating environment, application of the system back to speed, so that users can be completed within a shorter time, more work, but also enhance the multi - threaded application performance, increase reserve of kinetic energy deal with peak workload in order to build a more secure, reliable and more easily managed computing infrastructure.
HyperCard Software
Macintosh (MACINTOSH) computers using the multimedia (MULTIMEDIA) Hypertext (HYPERTEXT) programs, user settings can be referred to as CARD objects to link with other CARD, and we can add event-driven (EVENT DRIVE) program designed to control of multimedia objects.
Hypermedia Multimedia
HYPERTEXT extension of a specification that allows HYPERLINK link to the text other than the graphics, video and sound, and objects.
HyperTransport Technology HyperTransport link
HyperTransport is AMD developed I / O (input / output) connectivity technology, which is known as "high-bandwidth I / O" framework is to help AMD's partners for the motherboard's integrated circuits provide high-speed, efficient energy point (point-to-point) connections. Each pair of lines, the maximum data transfer rate of 1.5GHz, can support a maximum peak bandwidth of 12.8GB per second.
HyperTransport I / O link is a program of InfiniBand and Ethernet compatibility 1Gb/10Gb technology, the difference is, InfiniBand and Gigabit Ethernet interfaces are high-performance network protocols and computer links to the computer (box-to-box ) solution, while the HyperTransport is "computer" (in-the-box) of the connection technology. |
