RAM Memory Support
4PM880MN - ACORP
Socket 478, Intel P4 (HT / Prescott), VIA PM880 + 8237, FSB 400/533/800 MHz, Micro ATX, Dual DDR400, Built-in enhanced 2D/3D Graphic, 6 Ch AC'97 Sound, AGP 8X, Ultra DMA 66/100/133, SATA, WOA, WOL, Over Clock/Voltage, USB2.0, LAN on board, SPIII
The VIA ProSavage DDR PM880 is the first integrated core logic solution for the Intel Pentium 4 processor platform. Harnessing the industry-leading performance of DDR (Double Data Rate) SDRAM, the flexibility of VIA Modular Architecture Platform (V-MAP) d
Hyper threading technology
A chipset is the heart of the motherboard, pumping data between the processor, memory and I/O peripherals. Simply put, chipsets that support Hyper Threading Technology give PCs a turbo-charge, delivering the power users and PCs need to multi-task and incr Intel chipset designs have been optimized to support Hyper-Threading Technology, which brings additional intelligence to systems so that multiple tasks received from the processor can be managed and prioritized more effectively. The combination of an Inte nmatched system performance and responsiveness.
PCs based on the Intel® Pentium® 4 Processor with HT Technology run much faster and more efficiently. This gives today's multi-tasking user the ability to listen to music, watch movies, play games, capture streaming video off the Internet, and more - with
FSB 400/533/800 MHz
Frontside bus: the bus within a microprocessor that connects the CPU with main memory. The so-called dual independent bus (DIB) architecture allows a processor to use both this and the backside bus (which connects the CPU and the Level 2 cache) imultaneou
Dual DDR 400 MHz
Double Data Rate: a memory technology that works by allowing the activation of output operations on the chip to occur on both the rising and falling edge of a clock cycle, thereby providing an effective doubling of the clock frequency without increasing t
Ultra ATA/100 - expected to be the final generation of Parallel ATA interface before the industry completes its transition to Serial ATA - was announced in 2000. Also referred to as Ultra DMA mode 5, the new specification uses the same 40-pin, 80-conducto
PCI x 2
In its original implementation PCI ran at 33MHz. This was raised to 66MHz by the later PCI 2.1 specification, effectively doubling the theoretical throughput to 266 MBps - 33 times faster than the ISA bus. It can be configured both as a 32-bit and a 64-bi (IRQ’s) to be shared. This is useful because well-featured, high-end systems can quickly run out of IRQs. Also, PCI bus mastering reduces latency and results in improved system speeds.
Intel's release of version 2.0 of the AGP specification, combined with the AGP Pro extensions to this specification, mark an attempt to have AGP taken seriously in the 3D graphics workstation market. AGP 2.0 defines a new 4x-transfer mode that allows four l benefit wasn't seen until the implementation of 133MHz SDRAM and Direct Rambus DRAM (DRDRAM ) in the second half of 1999. AGP 2.0 was supported by chipsets launched early in 1999 to provide support for Intel's Katmai processor.
Form Factor Micro ATX
Introduced in the late 1990s, the Micro ATX is basically a smaller version of Intel's ATX specification, intended for compact, low-cost consumer systems with limited expansion potential.
The maximum size of the board is 9.6in square, and its designed to fit into either a standard ATX case or one of the new micro-tower desktop designs. The double-decker I/O shield is the same as that on the ATX design, but there's only provision for up to<
Intel Extreme Graphics
S3 Graphics ProSavage8™ core yields an unbeatable mix of power, flexibility and value. Supporting enhanced 128-bit 3D and 2D engines, effective AGP 8X equivalent internal bandwidth throughput through 128-bit data paths, 32MB of Frame Buffer capability and
RAM Memory Support
Manufacturer - downloads drivers, manuals and BIOS : ACORP
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