AMD Geode Solutions. performance and commitment in an x86 solution. I need low power,

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1 I need low power, performance and commitment in an x86 solution. AMD Geode Solutions AMD Geode Solutions deliver performance and power that designers really need.

2 x86 Solutions Deliver SC Solutions Low-power versatility and optimum performance for a variety of highly efficient designs. processors represent the state of the art in low-power x86 solutions, combining industry-leading design methodologies with a unique architecture to deliver products with an optimized combination of power and performance. SC00/SC00/SC0/SC00/SC300 s Decrease time-to-market with a highly integrated lower-power solution that delivers PC performance for embedded devices. Bringing together innovative technologies like the flexible AMD GeodeLink high-speed interconnect and a fully accelerated graphics engine combined with exceptionally low power consumption AMD Geode x86 solutions give designers the freedom to produce highly efficient and versatile platforms for a wide variety of applications. x86 Everywhere x86 processor technology is rapidly moving beyond the traditional PC computing environment to provide powerful processing capabilities for an assortment of consumer electronics devices. x86 Everywhere means that the PC-based x86 instruction sets can now deliver virtually anywhere giving designers the freedom to create cross-platform devices that deliver more power and opportunity to end users. The AMD Geode processor strategy has been developed to leverage x86 Everywhere methodologies combining the software capabilities of Microsoft Windows and Linux operating systems and their associated software titles eliminating the barriers to truly integrated embedded computing while providing unprecedented protection of their software investments. Common Instruction Set Architecture No need to port No need for multiple validations Built-in OS integration Robust security Investment protection Windows and Linux SDRAM Bus IDE Bus PCI Bus Memory PCI Bus IDE I/F PCI/Sub-ISA Bus I/F D Graphics Accelerator CPU Core CPU Core Logic Scaling Super I/O Mixer Input Port (VIP) Host Interface CRT I/F TFT I/F TV I/F (VOP) Parallel Port ACCESS.bus I/F UART GPIO Audio Codec I/F DMAC Pwr Mgmnt UART UART3 & IR The right processor for virtually every vertical application. Computing Applications Thin Client Information Appliances POS Multimedia Applications Entertainment on Demand IP Based Delivery Handheld Automotive Industrial/Embedded Applications processors are optimized for computing applications, delivering tightly integrated CPU and graphics operations to provide versatile and low-power solutions with high benchmark performance. AMD Geode processors enable a variety of new and exciting multimedia products, combining high-performance application processing with excellent video support, all at power levels compatible with fanless and mobile systems. Low power consumption and high performance empower designers to leverage AMD Geode processor solutions for innovative, cutting-edge x86 applications within the embedded processor marketplace. LPC I/F Configuration Not in SC00 or SC300 Not in SC300 Not in SC00 IR not in SC00 The highly integrated SC processor family is built around the powerful AMD Geode x86 processor core, coupled with applicationspecific system-level peripherals including multi-input TV video processor, video input/output ports, core logic, and a Super I/O block. The SC processors feature advanced display interface support for audio, AC97 and AMC97. Combined with a small form factor and low power consumption, AMD Geode SC processor solutions are optimized for embedded Internet applications. 3-bit x86 processor, with MMX instruction set support 64-bit SDRAM interface D graphics accelerator PCI bus controller interface Audio interface, AC97 and AMC97 Rev..0 compliant Virtual System Architecture (VSA) technology support management, ACPI.0 compliant Two IDE channels for up to four external ATA-33 compliant devices OS Support Windows XPe, CE RTC

3 GX Solutions NX Solutions GX Low power, excellent performance for applications that require a small form factor. NX 500@6W* High-performance fanless operation with scalability and proven architecture to leverage full Internet capability. DDR SDRAM GX 533@.W * Clock Module 66MHz 64-bit DDR Memory x86-compatible CPU Core GeodeLink Interface Unit Graphics -way, 64KB Instruction Cache 4-entry L TLB/56-entry L TLB Fetch/Decode Control Predecode Cache 3-Way x86 Instruction Decoders Instruction Control Unit (7-entry) Branch Prediction Table AMD Geode CS5535 Companion Device Interface GeodeLink to PCI 33/66 MHz PCI BUS CRT/TFT CRT/TFT Bus Interface Unit Integer Scheduler (8-entry) FPU Stack Map / Rename FPU Scheduler (36-entry) L Cache 6-Way, 56KB AC97 PCI to GeodeLink Audio Codec I/F I/F CS5535 Companion Device ACCESS.bus I/F LPC I/F FPU Scheduler (88-entry) FStore FADD MMX 3D! FMUL MMX 3D! IDE Bus Flash I/F ATA-66 UDMA I/F GeodeLink Interface Unit UART 6550 Consumer IR Load / Store Queue Unit 8xx PC Legacy GPIO & Timers RTC & CMOS -way, 64KB Data Cache 3-entry L TLB/56-entry L TLB System Bus Interface Optimized for low-power applications such as set-top boxes, personal access devices, thin-client applications and other products that combine low power requirements with small form factors, the GX 533@.W processor provides the maximum mix of performance, power and size. The AMD Geode CS5535 companion device enables fast design-to-market cycles. x86 CPU with integrated graphics, DDR memory controller and FPU High-performance GeodeLink architecture 3-bit PCI-66 interface ACPI and APM compliant <.5W typical power consumption (.W for CPU core) Support for MMX and AMD 3D! technology extensions 3KB of level cache, 6KB instruction and 6KB data Integrated display controller for CRT and TFT 64-bit DDR memory controller Windows XP, XPe, CE Also available: AMD Geode GX 500@.0W* processor and AMD Geode GX 466@0.9W* processor Based on the AMD Athlon processor architecture, the NX 500@6W processor features advanced design, proven performance and excellent power management characteristics. Compatible with the Mobile AMD Athlon infrastructure including chipsets, BIOS, drivers, and more the NX 500@6W processor is an ideal solution for fanless applications where high performance and low power consumption are important. Pipelined floating-point execution unit Support for MMX, SSE, and AMD 3D! professional instruction sets 66MHz FSB 8Kbyte L cache, 56Kbyte L cache with hardware data prefetch 6W typical core power at.0ghz No fan required Long-term manufacturing and support Design stability for long-life applications Leverage PC components AMD! technology 453-pin Socket A compatible Organic PGA (OPGA) package Also available: AMD Geode NX 750@4W* processor and AMD Geode NX 50@6W* processor *The GX 533@.W processor operates at 400MHz. The GX 500@.0W processor operates at 366MHz. The GX 466@0.9W processor operates at 333MHz. *The NX 500@6W processor operates at GHz. The NX 750@4W processor operates at.4ghz. The NX 50@6W processor operates at 667MHz.

4 Selector Guides System Platforms and Development Boards Selector Guide The full range of processor solutions has been developed to give designers a broad range of capabilities and functionality. Use this chart to select the processor that s best suited to your application. Each processor solution works in conjunction with a specially created development board that provides highly efficient design and test functions to shorten time-to-market cycles and produce more streamlined end products. Peripherals s Availability Max Clock (MHz) ACPI compliant AMD! Typ. Core (W) PCI IDE UART Max GPIO Parallel Port RTC Audio Codec Interface (AC97) MMX AMD 3D! Macrovision Memory Interface Input Port Output Port DAC NTSC/PAL CRT Interface TFT Interface SC SDR SC SDR 4 80x04 SC SDR 4 80x04 SC SDR 3 80x04 SC SDR 3 80x04 GX 466@0.9W Note Note 4 3 DDR 3 600x00 GX 500@.0W Note Note 4 3 DDR 3 600x00 GX 533@.W Note Note 4 3 DDR 3 600x00 NX 50@6W* NX 500@6W* NX 750@4W* Notes:. UDMA 66. GX processor and CS5535 companion device Max Graphic Resolution Device Software NX 50@6W* NX 500@6W* NX 750@4W* GX 533@.W GX 500@.0W GX 466@0.9W CS5535 Micro ITX form factor DIMM memory support for DDR DRAM module of up to GB 5MB Spansion Boot Flash memory One PCI.3 expansion slot Flex ATX form factor Three PCI slots One ATA-5 (UltraDMA 66) IDE interface 8MB DDR SDRAM BootROM options.4 - Windows CE 4. - Windows XP Pro - Award BIOS Diagnostics Example code.4 - Windows CE 4. - Windows XP Pro - Windows XPe NX DB500 Development Board Selector Guide Development boards are designed to work with each component of the processor solutions family to provide more efficient designs and simplify the overall design cycle. Use this selector guide to choose the development board that s ideally suited to your design applications and the components you are using. Product Name SP4SC40 SP4SC3 Note GX DB533-C GX DB533-T NX DB500 Availability SC00 SC00/SC0 SC00 SC300 GXI with CS553OA Note 7 GX 533@.W with CS5535 NX 50@6W OS Support Note 3 Output I/O Connectors Typical Kit Contents NX 500@6W NX 750@4W Note 8 Windows XP/XPe Windows CE 4. Linux.4.x CRT TFT TV-Out Audio Out Channels Note PCI Slots LPC Slots Super /0 on Board Ethernet on Board Serial ATA Note 6 ATX ATX ATX ATX Supported UDMA Level UDMA-33 UDMA-33 UDMA-66 UDMA-66 Serial PS/ Keyboard/Mouse Parallel IR ATX UDMA-33 Notes:. All others are mono microphone and stereo headphone out.. For AMD Geode SP4SC3 system platform, video output is limited to one output at a time. 3. OS support typically includes BIOS and drivers for audio, display and bootloader if required. 4. Kit includes PCI VGA graphics card. 5. The GX DB533 has a total of three PCI slots, two at 3.3V and one at 5.0V. Two slots available at 66MHz or three slots available at 33MHz. 6. The AMD Geode NX DB500 includes AMD no longer recommends new designs with the GXI processor. 8. The AMD Geode NX 750@4W requires a fan. Note 4 4 /3 Note 5 /3 Note 5 Standard Documentation 5V to 3.3V PCI Card TFT Interface Card LPC Card with Super I/O PCI Ethernet Card SC00 SC0 SC00 SC300 SC00 One ISA and two 3.3V PCI slots LPC bus interface Hardware and socketing options SC00/SC300 processors ATX full-size form factor 9.6" x.0" Four 3.3V PCI slots and one Sub-ISA slot 64MB system memory, expandable to 56MB Socket for M-Systems DiskOnChip.4.7 Windows CE.NET XPe, Kernel.4.7 Windows CE 4.0 Windows XPe GX DB533-C GX DB533-T SP4SC3 SP4SC40 The GX 466@0.9W processor operates at 333MHz. The GX 500@.0W processor operates at 366MHz. The GX 533@.W processor operates at 400MHz. *The NX 50@6W processor operates at 667MHz. The NX 500@6W processor operates at GHz. The NX 750@4W processor operates at.4ghz. *The NX 50@6W processor operates at 667MHz. The NX 500@6W processor operates at GHz. The NX 750@4W processor operates at.4ghz. The GX 533@.W processor operates at 400MHz. The GX 500@.0W processor operates at 366MHz. The GX 466@0.9W processor operates at 333MHz.

5 ful, Compact x86 Thin Client Reference Design GX Thin Client Reference Design Kit Supply V V CORE V IO JTAG Debug DDR RAM V MEM Analog VGA Ethernet 0/00TX RTL839D Ethernet GX 533@.W* DOC w/ UUID FLASH PORT CS5535 Companion Device PCI PWR BTN & LED x A Host x Host x x A Serial LPC LPC Port ALC03 Audio Codec Headphone Microphone The GX thin client reference design kit (RDK) is a compact, low-power and high-performance system designed to help facilitate the next generation of thin client networked computing appliances. Building on AMD s philosophy of delivering low total cost of ownership, the GX thin client reference design kit is optimized to provide value through all phases of the design and development cycle, and serves as a powerful, near manufacture-ready reference design tool. CPU power to process multiple applications locally Small form factor approximately 5.5"W x "H x 5"D Low power consumption 6W typical, W standby with no fan Support for multiple operating systems Windows CE XPe Support multiple protocols, plug-ins, and local application (Web browser, multimedia player) RDP - Citrix ICA - Java - Macromedia Flash Design files available at *This processor operates at 400MHz. To connect with the right processor solution, connect with AMD today. For the AMD Geode processor solution that s right for your application, contact your authorized AMD distributor or visit AMD on the Web at Advanced Micro Devices, Inc. All rights reserved. AMD, the AMD Arrow logo, AMD Athlon, AMD!, and combinations thereof, Geode, GeodeLink, Virtual System Architecture and 3D! are trademarks of Advanced Micro Devices, Inc. Spansion is a trademark of Spansion LLC. MMX is a registered trademark of Intel Corporation in the U.S. and/or other jurisdictions. Microsoft and Windows are registered trademarks of Microsoft Corporation in the U.S. and/or other jurisdictions. Other names are for informational purposes only and may be trademarks of their respective owners. 3058A