VIA Technologies VIA KT266A ChipsetMotherboard Manuel d'utilisateur

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Page 1 - Rīga 2003

RĪGAS TEHNISKĀ UNIVERSITĀTE Datorzinātes un informācijas tehnoloģijas fakultāte Datorvadības, automātikas un datortehnikas institūts Mā

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„Mātesplates” Guntis Bušs 10system builders to choose the processor that best fits their target price point. Itegrated AGP Graphics Engine Delivers

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„Mātesplates” Guntis Bušs 11 • VIA Apollo Pro266T The New Standard for Socket 370 Performance PCs The VIA Apollo Pro266T provides the highest perfo

Page 4 - Socket 370

„Mātesplates” Guntis Bušs 12Features & Benefits Summary Pazīmes Ieguvums 200/266MHz Memory Bus Maximizes the performance of Value PCs and Inter

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„Mātesplates” Guntis Bušs 13 • Mātesplates piemērs: Chaintech 6VJD2 Hardware - CPU Intel® Socket 370 - System frequency 66/100/133 Mhz - Chipset VI

Page 6 - • Intel 815EP

„Mātesplates” Guntis Bušs 14with Bus Mastering - Bus-Mastering software drivers for all common multitasking operating systems Embedded USB Control

Page 7 - • SiS630S & SiS630ST

„Mātesplates” Guntis Bušs 15Socket 478 Mātesplates ar Socket 478 centrālā procesora (CPU) spraudni var izmantot sekojošie procesori: Intel Pentium

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„Mātesplates” Guntis Bušs 16 • Intel 845GL The Intel® 845GL chipset enables a higher level of computing at value system price points. The integrat

Page 9 - • VIA Apollo PLE133T

„Mātesplates” Guntis Bušs 17 • Intel 850 mikroprocesoru kopa The Intel® 850E chipset extends the capabilities of the Intel® 850 chipset platform b

Page 10 - „Mātesplates” Guntis Bušs

„Mātesplates” Guntis Bušs 18 • SiS645 SiS645 HMAC overview The SiS645 Host & Memory & AGP Controller integrates a high performance host inte

Page 11 - • VIA Apollo Pro266T

„Mātesplates” Guntis Bušs 19SiS961 use the CPUSTP# signal to reduce processor voltage during C3 and S1 state. To resolve the PCI-133 bandwidth bottl

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„Mātesplates” Guntis Bušs 2Saturs Saturs ...

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„Mātesplates” Guntis Bušs 20 • SiS650 SiS650 Overview SiS650 IGUI Host Memory Controller integrates a high performance host interface for Intel Pent

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„Mātesplates” Guntis Bušs 21controllers features Dual Independent IDE channels supporting PIO mode 0,1,2,3,4, and Ultra DMA 33/66/100. It provides tw

Page 15 - Socket 478

„Mātesplates” Guntis Bušs 22 • VIA Apollo P4X266 The VIA Apollo P4X266 is the first chipset to harness the power of high bandwidth DDR SDRAM to

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„Mātesplates” Guntis Bušs 23• Ultra fast 266MB per second V-Link between North and South Bridge • Support for Advanced Communications Riser (ACR)

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„Mātesplates” Guntis Bušs 24 • VIA P4X400 Fusing the unequalled bandwidth of AGP 8X with the Intel® Pentium® 4 processor, the VIA Apollo P4X400 w

Page 18 - • SiS645

„Mātesplates” Guntis Bušs 25Super I/O LPC Super I/O LPC Super I/O LPC Super I/O IO APIC Yes Yes Yes Power Management ACPI/APM/PCI/ PM ACPI/APM/

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„Mātesplates” Guntis Bušs 26• Mātesplates piemērs: Shuttle AV49(N) Спецификация: Поддерживаемые процессоры: Socket 478 Intel Pentium 4 / Celeron в

Page 20 - • SiS650

„Mātesplates” Guntis Bušs 27Гибкий, динамически загружаемый EEPROM алгоритм Фильтрация адресов (Physical,Broadcast,Multicast) с использованием хеширо

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„Mātesplates” Guntis Bušs 281 разъем для FDD Переключатели: Стирание информации в CMOS (Clear CMOS ) аппаратная защита записи загрузочного блока BIO

Page 22 - • VIA Apollo P4X266

„Mātesplates” Guntis Bušs 29Socket A Mātesplates ar Socket A centrālā procesora (CPU) spraudni var izmantot sekojošie procesori: AMD Duron, Athlon,

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„Mātesplates” Guntis Bušs 3Ievads Mātes plates galvenokārt atšķiras ar procesora atbalstu, tas ir, kādus procesorus var lietot uz attiecīgās mātes p

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„Mātesplates” Guntis Bušs 30 • AMD-760™ AMD-760™ Chipset Overview The AMD Athlon™ processor powers the next generation of computing platforms, del

Page 25 - Features

„Mātesplates” Guntis Bušs 31• USB OHCI host controller supporting four ports • SM-Bus • IOAPIC support • Serial IRQ support • Power manageme

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„Mātesplates” Guntis Bušs 32o ATAPI o Two separate FIFOs for DMA accesses and read prefetch and write buffers for PIO accesses • OHCI-based USB

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„Mātesplates” Guntis Bušs 3366 MHz capable Southbridge that is compatible to the AMD-762 System Controller.

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„Mātesplates” Guntis Bušs 34 • AMD-760™ MPX The AMD-760™ MPX Chipset Product Overview Overview The AMD-760™ MPX chipset is a high performance two

Page 29 - Socket A

„Mātesplates” Guntis Bušs 35 AMD-762™ System Controller The AMD-762 system controller provides the bridging function between the high-speed host-pr

Page 30 - AMD-760™ Chipset Overview

„Mātesplates” Guntis Bušs 36o Suspend-to-RAM o Suspend-to-Disk o Soft Off states o Throttling o Device monitors o Hardware traps o Syste

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„Mātesplates” Guntis Bušs 37 • SiS746 Product Overview The SiS746 Host & Memory & AGP Controller integrates a high performance host interfa

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„Mātesplates” Guntis Bušs 38 Support AGP 8X/4X/2X Interface High throughout MuTIOL® Connect interfaced to SiS963 MuTIOL® Media I/ O Bi-directional 1

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„Mātesplates” Guntis Bušs 39 • VIA KT266A Building on the proven power and reliability of the VIA Apollo KT266, the VIA Apollo KT266A further rai

Page 34 - Overview

„Mātesplates” Guntis Bušs 4Socket 370 Mātes plates ar Socket 370 centrālā procesora (CPU) spraudni var izmantot sekojošie procesori: Intel Pentium I

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„Mātesplates” Guntis Bušs 40Offering up to 2.1GB/s of bandwidth, the 266MHz system bus perfectly complements the high performance DDR memory subsyste

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„Mātesplates” Guntis Bušs 41 • VIA P4X333 The VIA Apollo KT333 Building on the unprecedented power and reliability of the VIA Apollo KT266A, the

Page 37 - • SiS746

„Mātesplates” Guntis Bušs 42• Integrated 10/100 BaseT Ethernet and 1/10Mb HomePNA controller • Support for ATA 33/66/100 • 6 USB ports, UHCI compl

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„Mātesplates” Guntis Bušs 43 • VIA P4X400 VIA Apollo KT400 takes the AMD Athlon™ XP processor to the summit of system performance with enhanced su

Page 39 - • VIA KT266A

„Mātesplates” Guntis Bušs 44IDE ATA 33/66/100/ 133 ATA 33/66/100 ATA 133 with VT8233A South Bridge ATA 33/66/100 ATA 133 with VT8233A South Bridg

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„Mātesplates” Guntis Bušs 45• Mātesplates piemērs: Shuttle AK37GT/R Спецификация: Поддержка процессоров: Socket A Поддерживает процессоры AMD Dur

Page 41 - KT333 KT266A SiS 735

„Mātesplates” Guntis Bušs 46-- Поддерживает режим Mode-3 Игровой порт MIDI интерфейс Поддерживает различные режимы восстановления после пропадания

Page 42 - Benefits of VIA Apollo KT333

„Mātesplates” Guntis Bušs 47(Suspend LED) Прилагаются:CD-ROM диск: Драйверы VIA 4 в 1 Драйвер VIA Ethternet Драйвер High Point IDE (только для AK37G

Page 43 - KT400 KT333

„Mātesplates” Guntis Bušs 48• Mātesplates (divprocesoru) piemērs: Chaintech 7KDD Hardware - CPU: Dual AMD® Socket-A Athlon MP - System frequency: 20

Page 44 - Block Diagram

„Mātesplates” Guntis Bušs 49- UHCI compliant USB host controller with Root hub - Four USB1.1 ports with over-current protection - On-board NEC chip s

Page 45 - Спецификация:

„Mātesplates” Guntis Bušs 5 • Intel 810E2 Intel® 810E2 mikroprocesors iekļauj atjautīgu grafisko integrāciju un elastīgu I/O tehnoloģiju, lai apgā

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„Mātesplates” Guntis Bušs 50Slot 2 Mātesplates ar Slot 2 centrālā procesora (CPU) spraudni var izmantot Intel Xeon. Tās ir paredzētas vidēji augsta

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„Mātesplates” Guntis Bušs 51• Intel E7500 The Intel® E7500 chipset represents the next step in Intel® server chipset technology. The first in a fam

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„Mātesplates” Guntis Bušs 52The Intel® 82801CA I/O Controller Hub 3-S (ICH3-S) connects to the MCH through a point-to-point Hub Interface 1.5 connect

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„Mātesplates” Guntis Bušs 53 • Intel 860 As the next step in the evolution of Intel® Hub Architecture, the Intel® 860 chipset was specifically desi

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„Mātesplates” Guntis Bušs 54FEATURES BENEFITS Supports two Intel® Xeon™ processors with 512 KB L2 cache for dual-processing server platforms Deliver

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„Mātesplates” Guntis Bušs 55• ServerWorks Grand Champion LE (GC-LE) Features Summary of Benefits Pentium 4 and Pentium 4 Xeon SystemI/O  Host Br

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„Mātesplates” Guntis Bušs 56 ACPI power management and event detection support  Dual Channel ATA-100 hard disk controller

Page 53 - • Intel 860

„Mātesplates” Guntis Bušs 57 2 Way Multiprocessing Server Configuration Grand Champion LE Server GC-LE Server Motherboard The Grand Champion LE

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„Mātesplates” Guntis Bušs 58 • Mātesplates piemērs: Supermicro SUPER P4DPE-G2 (MBD-P4DPE-G2-B) Target Segment High-end server Form Factor Exten

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„Mātesplates” Guntis Bušs 59(400W) To ensure system stability, a 350W (minimum) ATX12V power supply (besides the 20 pins, both 4-pin and 8-pin +12v

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„Mātesplates” Guntis Bušs 6• Intel 815EP With the Intel® 815EP chipset, Intel delivers an external graphics solution for PC133/100 SDRAM platforms

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„Mātesplates” Guntis Bušs 60• Mātesplates piemērs: Supermicro SUPER P4DLR+ (MBD-P4DLR-O+) Target Segment High-end server Form Factor Extended AT

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„Mātesplates” Guntis Bušs 61CPU frequency settings - changeable by DIP switch Connector for LED overheat indicator Overheat backup fan connector fo

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„Mātesplates” Guntis Bušs 7 • SiS630S & SiS630ST The single chipset, SiS630ST & SiS630S, provides a high performance/low cost Desktop soluti

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„Mātesplates” Guntis Bušs 8SiS630ST & SiS630S Presentation,page 3 and 6) Integrated Communication Controller for LAN or HPNA use MII interface us

Page 61 - Litertūra

„Mātesplates” Guntis Bušs 9 • VIA Apollo PLE133T Powerful & Scaleable Integrated PlatformWith its rich built-in multimedia, communications, and

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