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ASUS P4GE-V/L - motherboard - ATX - Socket 478 - i845GE Specs

Storage Interfaces. Internal Interfaces. But talking to the support guys in beijing is like hitting yourself over the head with a plank. A few bucks is good! Storage Interfaces Interface. Connector s. Gigabit Ethernet controllers contribute even more traffic, Serial ATA con- nectivity is expanding rapidly, and the latest generation of high-definition audio from Intel drives more data than any standard preceding it. The goal was to develop an architec- ture that would deliver more bandwidth than existing interconnect solutions, reduce latency the delay incurred when one system component is waiting on another for infor- mationand lower pin counts, thereby facilitating simplified layout on four-layer motherboard Asus p4ge-vm bios 1014 and reasonable thermal characteristics. But Why HyperTransport?

HyperTransport technology isn't alone in its quest to squelch the bandwidth prob- lems plaguing today's fastest platforms. The parallel interconnect utilizes dual-unidirectional links with one clock signal per direction asus p4ge-vm bios 1014 8 -bit links and two per bit link. RapidIO isn't very flexible, either, support- ing bus widths of either 8- or bits.


As a result, RapidIO is well suited for embedded and telecomm applications, where its strengths outweigh weaknesses. PCI-E is another blossoming intercon- nect technology already popular on the latest chipsets from Intel.


It's serial in nature, but like RapidIO, uses dual bi- directional lanes to connect devices with point-to-point links. Unlike PCI, PCI-E enables asus p4ge-vm bios 1014 bandwidth through a central switch instead of dividing available throughput across connected devices. Because it's a serial interface, though, including all clock, command, status, data, and address information on a single signal line, PCI-E introduces latency that makes it ideal primarily for board- to-board connectivity. Current PCI-E devices boast a 2.

Asus p4ge-vm bios 1014 all of its advantages in speed and flexibility, PCI-E's latency issues generally preclude it from linking multiple proces- sors or other timing-sensitive devices. HyperTransport was designed with chip-to-chip, inside-the-box communica- tion in mind, an audience it shares with parallel RapidIO. For all intents and purpos- es, HyperTransport technology is in use today, together with the AMD64 initia- tive, because it's the only existing solution capable of replacing proprietary chip-to- chip interfaces in the context of your PC. Of course, both inter- connects are scalable and generally used in slower variations.


Each Hy- perTransport data path remember, there are two per link — one input and one output may be 2- 4- 8-,or bits wide. Hardware centering on those later revisions is usually asus p4ge-vm bios 1014 seen in servers and worksta- tions due to the cost and complexity of implementation, though.

ASUS P4GE-V - motherboard - ATX - Socket 478 - i845GE Series Specs

In sharp contrast, HyperTransport technology is able to real- ize significantly higher operating frequen- cies by employing an enhanced, low-swing, 1. Illustration courtesy of AMD. The twin wire lines carry signals that are equal in amplitude and timing but opposite in polarity, resulting in less line noise and a cleaner signal. According to the Hyper- Transport Consortium, each LVDS line can asus p4ge-vm bios 1014 up to 24 inches long, which makes it easier to design and manufacture mother- boards that employ the technology.

One of the inherent problems with PCI's shared bus approach is that at- tached devices must arbitrate for control, and only one can transfer over the bus asus p4ge-vm bios 1014 a time. HyperTransport eliminates that problem with its point-to-point topology. However, because each HyperTransport device communicates over dual, unidirec- tional data links, components in a HyperTransport link are arranged in a daisy-chain topology consisting of a host device, ending with a cave, and often including tunnels and bridges in between.

All of the data that traverses a Hyper- Transport link is bundled into packets for efficient transfer. Command information travels over the data path in 4- or 8-byte packets.

The data packet itself consists of an 8- or byte header and up to 64 bytes of payload. For every 8-bit data path, there's also one clock line.

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  • ASUS P4GE-V - motherboard - ATX - Socket 478 - i845GE Series Specs

A separate con- trol line determines the type of packets a link is carrying. So, if a peripheral device is transferring a asus p4ge-vm bios 1014 long data packet to the host and a second device is waiting on critical information, it can embed an 8- byte control packet into the first transfer and the host will initiate a second transfer to the idle peripheral even as the first trans- fer continues.P4GE-VM.

Select Other Model. Quickly access your product support. BIOS. Version V /12/ KBytes. P4GE-VM BIOS Support new. Celeron GHz ( FSB, L2 cacheKB), ALL, GO. Asus p4ge-vm bios 1014 GHz ( Socket, FSB, L2 cacheKB), ALL, GO. P GHz (Socket,

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