• PRODUCTS

CNPS8X Optima
High Performance CPU Cooler

FDC (Fluid Distribution Chamber) flow structure

Flow efficiency has been maximized by increasing the air pressure via chamber formed between fan and the heat-sink and distributing it equally throughout the entire heat sink.

TAC(Turbulence Acceleration Convex) Fin

Heat sink’s bumpy shape has shortened the air movement distance between the fan and the heat pipe, thus minimizing the efficiency level differences between the heat pipes and increasing the heat transferring function via speeding up the hot air flow.

MLS (Multi-layer Slit) Fin

The Slit fin optimized for movement reduces resistance of air flow and covers wider surface area for heat transfer, which allows maximized heat sink function.

NCA (Near field Cooling Air Guide)

By distributing the air that is derived from the fan and not the hot air from heat sink, it cools down the surroundings of motherboard and provides more stabilized system.

DTH(Direct Touch Heat-pipe) Base

Direct Touch Heat-pipe (DTH) Base technology transfers the CPU’s heat directly to heat-pipes, there by minimizing heat resistance and maximizing cooling performance.

100mm Shark Fin Blade Fan Applied

Shark Fin Blade Fan is optimized for air flow and therefore it drastically decreases the air turbulence that is caused when the fan is operating. It also minimizes the noise and vibration and increases the fan power.

ZM-STG2M provided

The high performance super thermal grease ZM-STG2M maximizes heat transfer from the CPU to the base of CNPS8X Optima for intensified cooling performance.

Easy & Simple Installment

Provides easy and simple installment directions even for beginners and uses multi-clip supporter for great compatibility.
 
 
The cooler’s installation requires an unobstructed space of 110mm(L), 81mm(W), and 148.5mm(H), with the CPU as a central reference point. Please check if components such as ODD, VGA and PSU protrude into the required space.
 
 
Manufacturer Socket CPU CPU Compatibility
Intel 1156 Core i7 Supports all speeds
Core i5
Core I3
1155 Core i7 Supports all speeds
Core i5
Core i3
1151 Xeon E3 Supports all speeds
Core i7
Core i5
Core i3
1150 Xeon E3 Supports all speeds
Core i7
Core i5
Core i3
AMD AM4 Ryzen 7 Supports all speeds
(Socket AM4 mounting kit Inquiry)
Ryzen 5
Ryzen 3
A12
A10
A8
AM3+ FX Supports all speeds
AM3 PhenomⅡ X6 Supports all speeds
PhenomⅡ X4
PhenomⅡ X3
Sempron
AthlonⅡ X3
AthlonⅡ X2
FM2+ A10 Supports all speeds
A8
A6
Athlon X4
FM2 A10 Supports all speeds
A8
A6
A4
AM2+ Phenom X3 Supports all speeds
AM2 Athlon64 X2 Supports all speeds

Model

CNPS8X Optima

Dimension

110(L) x 81(W) x 148.5(H)mm

Weight

375g

Material

Pure Aluminum

Fan Dimension 100Ø x 25(H)mm
Bearing Type Long Life Bearing
Speed 1,200 ~ 2,100 ±10%

Noise Level

18.2 ~ 30.0dBA ±10%

Speed Control

PWM (Pulse Width Modulation)

Connector

4Pin

Input Voltage

12V

Thermal Grease

ZM-STG2M

Certifications

 
 
Avoid inserting objects or hands into the fan while it is in operation to prevent product damage and injuries.
 
Do not ingest the Thermal Grease, and avoid its contact with skin and eyes. If contact is made with skin, wash off with water. If ingested or irritation persists, seek medical attention.
 
To prevent possible injuries, gloves must be worn while handling this product.
 
Excessive force exerted on the fan may cause damage to the fan and/or system.
 
Use and keep product away from reach of children.
 
Check the components list and condition of the product before installation. If any problem is found, contact the retailer to obtain a replacement.
 
During transportation of the system, the cooler must be removed.
Zalman is not responsible for any damages that occur during the transport of a system.
 
Product design and specifications may be revised to improve quality and performance.
 
Zalman Tech Co., Ltd. is not responsible for any damages due to external causes, including but not limited to, improper use, problems with electrical power, accident, neglect, alteration, repair, improper installation, or improper testing.
 
Liquid metal thermal grease unlike the normal thermal grease it contains electrical conductivity and causes aluminum cooler to rust therefore please avoid using it. Corrosion and short circuits caused by using aluminum cooler are users" responsibility, so please read this carefully before using. (EX: Liquid Pro, Liquid Ultra etcs)