AMD Geode™ Solutions
LX Processor Family
LX Development Board
Other Geode Processors
AMD Development Boards and RDKs
Development Boards
Reference Design Kits (RDK)
AMD Embedded Solutions
Embedded Graphic Solutions
Handheld Products
Digital TV
General Product Information
AMD Based Embedded Product Catalog
Product Selection Guide
E86™ Embedded Processors
16 and 32 Bit Microcontrollers
Wired Ethernet
Networking
Support Services
Embedded Developer Support
Technical Support
Sales Support
General Information
Packaging Technology
Pb-Free Development Program

Other Geode Processors
NX Processor
Product Brief
Technical Specifications
Benchmarks
Data Book
AMD Geode™ Development Boards
NX DB1500 Development Board Product Brief
Technology Overviews
Performance-Power Rating Explained
GeodeLink™ Architecture
Geode Processor Support
AMD Geode™ Solutions Tech Docs
AMD Geode Processor Linux Drivers

AMD Geode™ NX Processor Family
Technical Specifications

Download the PDF

Designers now have the flexibility to create a broad range of x86-based applications using the AMD Geode™ NX processor best suited to each task. The complete family of NX processors provides an optimum blend of performance and low-power usage to drive a variety of x86 applications with greater efficiency and versatility.

Processor Core Architecture

  • 9-issue, superscalar, 32-bit micro architecture optimized for high-frequency operation
  • 3 parallel x86 Instruction Decoders
  • Dynamic scheduling with speculative out-of order execution
  • 2048-entry Branch Prediction Table and 12-entry Return Stack
  • 3 superscalar, out-of-order integer pipelines, each containing
    - Integer execution unit
    - Address generation unit
  • 3 superscalar, out-of-order multimedia pipelines
  • FADD, MMX® ALU, 3DNow!™ technology
    - FMUL, MMX ALU (includes Mul and MAC), 3DNow! technology
    - FSTORE
  • Level 1 64K-bit System Interface
  • Multilevel TLB (24/256-entry I, 40/256-Entry D)
  • 2 general purpose 64-bit load/store ports into D-cache
  • High-speed 64-bit System Interface

  • Deep internal buffering to support pipelines and external interfaces
    - Up to 72 x86 instructions in-flight
    - 32 outstanding load misses
    - 18-entry integer scheduler
    - 36-entry floating point scheduler
  • 22 million transistors
  • 85mm² die


Cache Architecture

  • Level 1
    - 128k
    - 64k instruction, 64k data
    - Each 2-way associative
  • Level 2
    - 256k
    - 16-way set associative
    - 64-bit L2 bus width






Download the PDF



©2008 Advanced Micro Devices, Inc.    |    Contact AMD    |    Terms and Conditions    |    Privacy    |    Trademark information    |    Site Map