AMD Turion 64 X2 Dual-Core TL-60 TMDTL60HAX5DC Product Datasheet

Compatible with Existing 32-Bit Code Base
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Including support for SSE, SSE2, SSE3*, MMX™, 
3DNow!™ technology, and legacy x86 instructions 
*SSE3 supported by Rev. E and later processors

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Runs existing operating systems and drivers

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Local APIC on the chip

AMD64 Technology
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AMD64 technology instruction set extensions

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64-bit integer registers, 48-bit virtual addresses, 
40-bit physical addresses

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Eight additional 64-bit integer registers (16 total)

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Eight additional 128-bit SSE registers (16 total)

Enhanced Virus Protection
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No Execute (NX) bit in page-translation tables 
specifies whether code can be executed from the 
page

HyperTransport™ Technology to I/O Devices
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One 16-bit link supporting speeds up to 800 MHz 
(1600 MT/s) or 3.2 Gbytes/s in each direction

64-Kbyte 2-Way Associative ECC-Protected 
L1 Data Cache
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Two 64-bit operations per cycle, 3-cycle latency

64-Kbyte 2-Way Associative Parity-Protected 
L1 Instruction Cache
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With advanced branch prediction

16-Way Associative ECC-Protected 
L2 Cache
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Exclusive cache architecture—storage in addition 
to L1 caches

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Up to 1 Mbyte per L2 cache

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1 Mbyte and 512-Kbyte options

Machine Check Architecture
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Includes hardware scrubbing of major 
ECC-protected arrays

Packaging
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754-pin lidless micro PGA

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1.27-mm pin pitch

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29 x 29-row pin array

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40 mm x 40 mm organic substrate

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Organic C4 die attach

Integrated Memory Controller
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Low-latency, high-bandwidth

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72-bit DDR SDRAM at 100, 133, 166, and 200 MHz

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Supports up to two unbuffered SO-DIMMs

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ECC checking with double-bit detect and single-bit 
correct

Electrical Interfaces
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HyperTransport™ technology: LVDS-like 
differential, unidirectional

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DDR SDRAM: SSTL_2 per JEDEC specification

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Clock, reset, and test signals also use DDR 
SDRAM-like electrical specifications.

Power Management
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Multiple low-power states including Deeper Sleep 
(C3 with AltVID)

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System Management Mode (SMM)

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ACPI compliant, including support for processor 
performance states

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AMD PowerNow!™ technology is designed to 
dynamically switch between multiple low-power 
states based on application performance 
requirements.

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