Intel Pentium 4 550 HT 3.4GHz (RK80546PG0961M) Processor

Rose Electronics-823 (43)
97.8% positive feedback
Price:
US $79.57
(inclusive of GST)
ApproximatelyS$ 104.05
Free shipping
Estimated delivery Mon, 26 May - Mon, 16 Jun
Returns:
30 days return. Seller pays for return shipping.
Condition:
Used

About this product

Product Information

The Intel Pentium 4 3.4 GHz CPU is geared specifically for high-quality digital imaging, entertainment, and music applications. It contains one core and two threads. In addition, this Intel Pentium 4 features a maximum FSB speed of 800 MHz with a bus/core ratio of 17. This Intel processor is equipped with a maximum L1 cache size of 16 MB, and the L2 Advanced Transfer Cache maximum capacity is 1 MB. The high-performance Intel processor can be used for home or business computer set-ups. The maximum TDP is set at 115 watts, with a maximum manufacturing process rate of 90 nm. The VID voltage range for this CPU is 1.2 volts to 1.425 volts, which is in the median for CPU voltage ranges. This Intel processor operates on a single-core system with a 32-bit instruction set, and it is compatible with the PPGA478 or PLGA775 motherboards. The advanced enhancement features available for this 3.4 GHz CPU are Hyper-Threading technology, Streaming SIMD extensions 2 (SSE2), and Streaming SIMD extensions 3 (SSE3).

Product Identifiers

BrandIntel
MPNRK80546PG0961M
UPC0617885300189
eBay Product ID (ePID)74060845

Product Key Features

Socket TypeSocket 478/N, Socket 604
Processor TypePentium 4

Additional Product Features

Platform CompatibilityPC
Installed Size1MB
Processor Quantity1
Product TypeProcessor
Bus SpeedFsb Speed-800MHz
Clock Speed3.4GHz
64-Bit ComputingYes
Processor ModelPentium 4 550 Ht
L2 Cache1MB
Compatible Slots1X Processor-Socket Socket 478/N, 1X Processor-LGA 775/Socket T Socket
Tdp115W
Multi-Core TechnologySingle-Core
Package TypeOem/Tray
TypeAdvanced Transfer Caché
Level 1 Size16KB
Architecture FeaturesHyper-Threading Technology, Streaming Simd Extensions 3, Intel 64 Technology, Streaming Simd Extensions 2, Hyper-Threading Technology, Streaming Simd Extensions 3
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