Silicon Integrated Systems Corp. · TWSE:2363
Silicon Integrated Systems — Technical Presentation (March 2003)
38 slides from Silicon Integrated Systems's technical presentation, March 2003
Slide 1: SiS Newest AMD K7 Solution with FSB400 and DDR400
SiS Newest AMD K7 Solution ~~ With With FSB400 FSB400 and and DDR400 DDR400 ~~ Silicon Integrated Systems Corp. Integrated Product Division Technical Marketing Dept. Mar. 2003
Slide 2: Agenda
Agenda SiS K7 Product Positioning System Summary Leading Technology Performance Comparison Product Status and Driver Support
Slide 3: AMD Products Positioning
AMD Products Positioning Full Product Lines for Value PC, Mainstream PC, and Performance PC!! Performance AthlonTM 64 800 AGP8x Pin Compatible w/ 760 AthlonTM XP 400 DDR400, AGP8x AthlonTM XP 333 Pin Compatible w/ 746FX DDR400, AGP8x AthlonTM XP 266 DDR333, AGP8x Mainstream AthlonTM 64 800 AGP8x Ath
Slide 4: System Summary
System Summary System Architecture North Bridge Summary South Bridge Summary
Slide 5: SiS748/963L System Diagram
SiS748/963L System Diagram AMD AthlonTM XP/Duron CPUs FSB 400/333/266MHz AGP 8X/4X DDR400/DDR333/DDR266 Interface 3 DIMMs Unbuffered DDR Max. 1GB per DIMM AC’97 Codec MuTIOL® 1G Dual IDE ATA133/100/66/33 6 channel speaker 2 SATA Ports 1 PATA133 6 PCI Master AC97 6 USB 2.0/1.1 V.90 Modem MII 1/10Mb H
Slide 6: SiS748 North Bridge Summary
SiS748 North Bridge Summary SiS748 North Bridge Architecture Host Interface 400MHz Front Side Bus Support DDR400/333/266 DDR SDRAM AGP Memory Support AGP 8X/4X interface Interface Controller MuTIOL® 1G Interface • 1GB/s Bandwidth • Bi-Directional 16-bit Data Bus MuTIOL® 1G Interface
Slide 7: SiS963L South Bridge Summary
SiS963L South Bridge Summary SiS963L South Bridge Architecture MuTIOL® 1G Interface Support ATA133/100/66/33 USB2.0 for up to 6 ports IDE AC97 Power 6 channels of AC97 speaker outputs Controller Interface Management Support V.90 HSP Modem ACPI 1.0b Compliance MuTIOL® 1G Interface Ethernet PCI USB 2.
Slide 8: Leading Technology
Leading Technology MuTIOL® 1G Technology HyperStreaming Architecture SerialATA-SiS180
Slide 9: MuTIOL Technology
MuTIOL® Technology MuTIOL® 1G Delivering 1GB/s Bandwidth Bi-Directional 16-bit Data Bus at 533MHz Operating Frequency MuTIOL® Media I/O Family – Comparison Chart 1GB/s South 961 961B 962 963 963L Bridge MuTIOL® 533MB/s 533MB/s 533MB/s 1GB/s 1GB/s ATA 133 O O O O USB 2.0 O O O 1394a O O
Slide 10: MuTIOL 1G Technology
MuTIOL® 1G Technology --Sufficient Bandwidth for All DMA Master Devices Concurrent Accessing or K7 3.2 GB/s K8 6.4GB/s P4 4.3 GB/s NB 2.7 or 3.2 GB/s 2GB/s AGP 8X Controller Memory Controller MuTIOL Packet Layer SB SiS963 MuTIOL®1G 1GB/s MuTIOL® 1G MuTIOL Packet Layer 1.2GB/s MuTIOL Channels Layer U
Slide 11: MuTIOL 1G Technology Advantage
MuTIOL® 1G Technology Advantage --Sufficient Bandwidth for connecting Northbridge and Southbridge Device Layer: 1.2 GB ? >527 MB/s 2MB/s AC97 12MB/s MAC Bottleneck 400 Mb/s P1394 266MB/s @ 33Mhz 533MB/s @ 66Mhz 480 Mb/s USB 2.0 3x12 Mb/s USB 1.1 133 MB/s PCI 2X133 MB/s ATA133 SiS963L Ixx Vxx SiS MuT
Slide 12: What is HyperStreaming Technology?
What is HyperStreaming Technology ? • “HyperStreaming” is SiS Proprietary technology – Make streams of data flow all over the paths Efficiently Concurrently Smoothly Intelligently • Optimized system for – “Low Latency” with Single stream – “Pipelining” and “Concurrent Execution” with Multiple stream
Slide 13: Best Architecture -- SiS HyperStreaming
Best Architecture-- SiS HyperStreaming • Parallel architecture in full path – North-Bridge – Link between North-Bridge and South-Bridge – Device controllers – Host Interface – Memory Interface • Lower system latency • Parallel and cost effective channels • Isochronous channel for higher priority dat
Slide 14: SerialATA – SiS180
SerialATA – SiS180 -- Single Chip -- For Powerful IDE Devices Configuration
Slide 15: SiS180 + SiS963L IDE Configuration
SiS180 + SiS963L IDE Configuration • Compatibility Mode – IRQ14 for primary channel and IRQ15 for secondary channel – Maximum 4 IDE devices – Fix I/O port and IRQ – Resource Conflict @ over 4 IDE devices connected • Native Mode – Native mode support in new OS only (WindowsXP, Windows.Net Server) – I
Slide 16: SiS180 + SiS963L IDE Configuration - cont.
SiS180 + SiS963L IDE Configuration -cont. Compatibility Mode Device ID:5513 With Win98/WinMe Default IDE driver installed Option 1: Disable 2 PATA Controller in 963L and use 2S1P in 180 (Max. 4 devices) Device ID:0180 Option 2: Disable 2S1P controller in 180 and use 2 PATA controller in 963L (Max. 4
Slide 17: SiS180 + SiS963L IDE Configuration - cont.
SiS180 + SiS963L IDE Configuration -cont. Native Mode Device ID:5513 • With Native mode support OS Both 2 PATA controllers in 963L and 2S1P controllers in 180 can be enabled • Native mode support OS is WindowsXP and Windows.Net Server Device ID:0180 • Maximum Support 8 IDE devices
Slide 18: SiS180 Software RAID Support
SiS180 Software RAID Support • RAID0, RAID1, RAID0+1, and JBOD • GUI Utility to create RAID, delete RAID, show RAID configuration. • Support OS: WindowsXP and Windows2000
Slide 19: SiS180 Software RAID Support: RAID 0
SiS180 Software RAID Support RAID 0 (Striping): Data ABCDEF S/W A C E Disk1 RAID B D F Disk2 • RAID 0 implements a striped disk array, the data is divided into small blocks and each block is written to a separate disk drive. • I/O performance is improved by separate the I/O access via different chan
Slide 20: SiS180 Software RAID Support: RAID 1
SiS180 Software RAID Support RAID 1 (Mirror): A B C Disk1 Data ABC S/W RAID A B C Disk2 • RAID 1 implements a mirrored disk array, the data is written to one disk and copied to the replacement disk at the same time. • Data will be backup in the replacement disk, that means, no rebuild is necessary i
Slide 21: SiS180 Software RAID Support: RAID 0+1
SiS180 Software RAID Support RAID 0+1: A C E Disk1 Data ABCDEF S/W B D F Disk2 RAID A C E Disk3 B D F Disk4 • RAID 0+1 implements a mirrored disk array, which element is a striped array. The data is written in the format of striping and copied to the replacement disk array at the same time. • Provid
Slide 22: SiS180 Software RAID Support: JBOD
SiS180 Software RAID Support JBOD: Data AB S/W RAID A B Disk3 Disk1 Disk2 • JBOD combines two or more physical Disk to be single virtual DIsk. • Requires a minimum of 2 drives to implement
Slide 23: SiS180 Key Feature List
SiS180 Key Feature List • PCI Interface – PCI rev 2.3 Compliant – Support 33MHz/32bit PCI interface • Serial ATA Interface – Support Serial ATA rev 1.0 – Support Serial ATA spec. of 150MB/s transfer rate – Integrated 2 channel SATA PHY logic with 2 independent Serial ATA ports support • Parallel IDE
Slide 24: Performance Comparison
Performance Comparison SiS748 vs. KT400A Feature list Performance Comparison SiS748 vs. KT400A SiS748 DDR480 vs. DDR400
Slide 25: SiS748 VS KT400A Feature List
SiS748 VS KT400A ~ Feature List ~ 400MHz Front Side Bus 333MHz DDR400/333/266 Memory Type DDR400/333/266 8X AGP 8X North/South Bridge 1GB/s Bandwidth 533MB/s 6 PCI PCI Device/ Slot 6 PCI ATA 33/66/100/133 IDE ATA 33/66/100/133 USB 1.1/2.0 6 ports USB USB 1.1/2.0 6 ports
Slide 26: SiS748 VS KT400A: 3D Performance, Specview 7.0
SiS748 VS KT400A 3D Performance ~ Specview 7.0 ~ Awadvs-04 DRV-07 DX-06 Light-04 MedMCAD-01 ProCDRS-03 0.00 10.00 20.00 30.00 40.00 50.00 60.00 KT400A(166/200) 748(166/200) 748(200/166) 748(200/200) SiS748 KT400A CPU: AMD Athlon XP 2200+ CPU: AMD Athlon XP 2200+ DRAM: Kingston DDR400 256MB DRAM: Kin
Slide 27: SiS748 VS KT400A: 3D Performance, Quake
SiS748 VS KT400A 3D Performance ~ Quake 3 ~ 640x480x32bit 1024x768x32bit 288.4 287.1 748(200/200) 748(200/200) 748(200/166) 263.9 263.9 748(200/166) 748(166/200) 247.3 245.4 748(166/200) KT400A(166/200) 239.5 239.7 KT400A(166/200) 0.0 50.0 100.0 150.0 200.0 250.0 300.0 210.0 220.0 230.0 240.0 250.0
Slide 28: SiS748 VS KT400A: Winstone
SiS748 VS KT400A System Performance ~ Winstone ~ Ccws2002 Bcws2002 43.7 748(200/200) 33.3 748(200/200) 748(200/166) 41.3 748(200/166) 32.8 748(166/200) 39.1 748(166/200) 31.4 39.3 KT400A(166/200) 29.3 KT400A(166/200) 30.0 33.0 36.0 39.0 42.0 45.0 27.0 28.0 29.0 30.0 31.0 32.0 33.0 34.0 SiS748 KT400A
Slide 29: SiS748 VS KT400A: PC Mark2002
SiS748 VS KT400A System Performance ~ PC Mark2002 ~ CPU Memory HDD 0 1000 2000 3000 4000 5000 6000 7000 KT400A(166/200) 748(166/200) 748(200/166) 748(200/200) SiS748 KT400A CPU: AMD Athlon XP 2200+ CPU: AMD Athlon XP 2200+ DRAM: Kingston DDR400 256MB DRAM: Kingston DDR400 256MB VGA Driver: ATi9700 6
Slide 30: The Miracle of DDR480 Overclocking: DRAM Performance
The Miracle of DDR480 Overclocking -SiS748 DRAM Performance ~Sandra 2003~ Int ALU/RAM Bandwidth Float IPU/RAM Bandwidth 200/240 2747 200/240 2585 +2.88% +3.52% 200/200 2670 200/200 2497 2400 2525 2650 2775 2900 2300 2400 2500 2600 2700 SiS748 CPU: AMD Athlon XP 2200+ DRAM: Hynix DDR400 512MB CL3T VG
Slide 31: The Miracle of DDR480 Overclocking: 3DMark2001SE
The Miracle of DDR480 Overclocking -SiS748 3D Performance ~3DMARK2001SE~ 200/240 14910 +1.98% 200/200 14514 12000 13000 14000 15000 16000 SiS748 CPU: AMD Athlon XP 2200+ DRAM: Hynix DDR400 512MB CL3T VGA Driver: ATi9700 6.13.10.6218 HD: Maxtor Maxtor 40G 7200 ATA133
Slide 32: The Miracle of DDR480 Overclocking: Quake 3
The Miracle of DDR480 Overclocking -SiS748 3D Performance ~ Quake 3~ 800x600x32bit 1280x1024x32bit 200/240 271.1 200/240 250 +6.98% +6.83% 200/200 252.2 200/200 232.8 220 235 250 265 280 200 215 230 245 260 SiS748 CPU: AMD Athlon XP 2200+ DRAM: Hynix DDR400 512MB CL3T VGA Driver: ATi9700 6.13.10.621
Slide 33: The Miracle of DDR480 Overclocking: Winstone
The Miracle of DDR480 Overclocking -SiS748 System Performance ~Winstone~ Ccws2002 200/240 46.1 +6.71% 200/200 43.2 SiS748 37 39.5 42 44.5 47 CPU: AMD Athlon XP 2200+ DRAM: Hynix DDR400 512MB CL3T VGA Driver: ATi9700 6.13.10.6218 HD: Maxtor Maxtor 40G 7200 ATA133
Slide 34: The Miracle of DDR480 Overclocking: PC Mark2002
The Miracle of DDR480 Overclocking -SiS748 System Performance ~PC Mark2002~ 6541 CPU 6526 4944 Memory 4642 1754 HDD 1722 0 1000 2000 3000 4000 5000 6000 7000 SiS748 CPU: AMD Athlon XP 2200+ 200/200 200/240 DRAM: Hynix DDR400 512MB CL3T VGA Driver: ATi9700 6.13.10.6218 HD: Maxtor Maxtor 40G 7200 ATA1
Slide 35: Product Status and Driver Support
Product Status and Driver Support
Slide 36: Product Status
Product Status North NorthBridge- Bridge- 748: 748: South SouthBridge- Bridge- 963L: 963L: Sample Sample:: Now Sample Now SampleA0: A0: Now Now Mass Mass MassProduction Production:: Now MassProduction Production:: Apr. Apr. Now
Slide 37: Software Support
Software Support • SiS Unified VGA Driver - Backward compatible w/650/651/M650/740 family - Support Win98SE,WinME,Win2000 and WinXP • SiS Unified AGP Driver - Backward compatible w/630/730/635/735/645/650/648 family • SiS7012 Unified Audio Driver - Backward compatible w/635/735/961/962 Family • SiS
Slide 38: Thank You!
Thank You! More details products’ information, please visit SiS website at www.sis.com
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