PPR-1030 NF/SF SkiveTek® for Pentium 4, Socket 478

ppr-nfRegular price: $64.99Sale price: $39.00

ppr-sfRegular price: $69.99Sale price: $69.99

To place an order please email webmaster@ultraspec.us or call us 1-800-622-2537.

The Nexus PPR-1030 NF/SF is a full copper SkiveTek^® heat sink with an aluminum cover with easy mounting construction. The PPR-1030 comes in two versions:

Nexus PPR-1030 NF

This version which is equipped with the Nexus 70x70x25 fan with 2400 RPM and 19 dB(A) and is suitable for Intel Pentium 4, Socket 478 processors up to Prescott^® 89 Watt.

Nexus PPR-1030 SF

This version which is equipped with the Nexus 70x70x15 smart fan. So the fan speed of this model is temperature controlled. The RPM can vary between 1300 RPM (at 20°C, 17.9 dB(A), extremely quiet) and 6000 RPM (at 55°C, 48 dB(A), very powerful). The SF version is suitable for Intel Pentium 4, Socket 478 processors up to Prescott^® 103 Watt.

• Full copper base & fins

• SkiveTek^® Technology heat sink

• ExtraVent^® baseplate for direct cooling on the processor

• Easy installation, no tools needed

• Dimensions: 70x70x25 mm

• Rotation speed: 2400 RPM (+/- 10%)

• Noise level: 19 dB(A)

• 21.1 CFM

• 3-wire

• Intel Pentium 4 with HT Technology

• Core speed: 2.80A/E and 3E

• Thermal Power: 89 Watt

• Socket 478

• Temperature controlled fan

• Dimensions: 70x70x15 mm

• 3-wire

• Intel Pentium 4 with HT Technology

• Core speed: P4 3.20E and 3.40E

• Intel Pentium 4 with HT Technology, Extreme Edition

• Core speed: P4EE 3.20 and 3.40

• Thermal Power: 103 Watt

• Socket 478

• Balance Stars Stars-700

• Thermal conductivity: >7.5 W/m-k

• Thermal resistance: <0.06 °Cin²/W

• 10% Silver

 

What is the SkiveTek^®?

 

SkiveTek^® is one of the worlds most advanced technologies. This concept permits the production of heat sinks with a precise and super fine detail previously considered impossible. SkiveTek^® represents a process of shaping materials to produce high fin density thermal solutions. Base plate and fins are constructed out of one piece of pure aluminum or copper by cutting the material in thin layers, bending the fins in place. No bonding, welding, soldering or adhesive is involved; the joint between fin and base is continuous aluminum or copper.

SkiveTek^®- ultimate heat conductivity!