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Comparison Vinga CL3008B vs Vinga CL3007R

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Vinga CL3008B
Vinga CL3007R
Vinga CL3008BVinga CL3007R
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Main specs
Featuresfor CPUfor CPU
Product typeair coolerair cooler
Air flow directionsideways (dispersion)sideways (dispersion)
Max. TDP160 W160 W
Fan
Number of fans11
Fan size120 mm120 mm
Bearinghydrodynamichydrodynamic
Max. RPM1500 rpm1500 rpm
Speed controllerauto (PWM)auto (PWM)
Max. air flow65 CFM65 CFM
replaceable
Lighting
Lighting colourbluered
Noise level26 dB26 dB
Power source4-pin4-pin
Radiator
Heat pipes55
Heatpipe contactstraightstraight
Heatsink materialaluminiumaluminium
Plate materialaluminiumaluminium
Socket
AMD AM2/AM3/FM1/FM2
AMD AM4
Intel 775
Intel 1150
Intel 1155/1156
Intel 1151 / 1151 v2
Intel 1200
AMD AM2/AM3/FM1/FM2
AMD AM4
Intel 775
Intel 1150
Intel 1155/1156
Intel 1151 / 1151 v2
Intel 1200
General
Mount typebilateral (backplate)latches
Dimensions125x85x155 mm125x85x155 mm
Height155 mm155 mm
Added to E-Catalognovember 2018november 2018

Lighting colour

The colour of the backlight installed in the cooling system.

See above for more details on the backlight itself. Also note here that in the illumination of modern cooling systems there is both one colour (most often red or blue, less often green, yellow, white or purple), and multi-colour systems such as RGB and ARGB. The choice of a single-colour backlight depends mainly on aesthetic preferences, but the last two varieties should be touched upon separately.

The basic principle of operation of both RGB and ARGB systems is the same: the design provides for a set of LEDs of three basic colours — red (Red), green (Green) and blue (Blue), and by changing the number and brightness of the included LEDs, you can not only intensity, but and tint of light. The difference between these options differs in functionality: RGB systems support a limited set of colours (usually up to one and a half dozen, or even less), while ARGB allows you to choose almost any shade from the entire available colour range. At the same time, both of them can support backlight synchronization (see below); in general, this function is not required for RGB and ARGB systems, but it is used almost exclusively in them.

Mount type

Latches. The simplest and most convenient type of fastening, in particular due to the fact that it does not require the use of additional tools. Plus, you don't need to remove the motherboard for snap-on installation.

— Double- sided (backplate). This type of fastening is used in the most powerful and, as a result, heavy and large-sized cooling systems. Its feature is the presence of a plate installed on the opposite side of the motherboard — this plate is designed to protect against damage and so that the board does not bend under the weight of the structure.

Bolts. Fastening with classic bolts. It is considered somewhat more reliable than latches (see above), but less convenient, because. You can remove and install the cooling system only with a screwdriver. To date, bolts are mainly used to fasten case fans, as well as cooling systems for RAM and hard drives (see "Type", "Purpose").

Silicone mounts. The main advantage of silicone fasteners is good vibration absorption, which significantly reduces the noise level compared to similar systems using other types of fasteners. On the other hand, silicone is somewhat less reliable than bolts, so both types of fasteners are usually supplied in the kit, and the user chooses which ones to use.

— Adhesive tape. Fastening with adhesive tape (adhesi...ve tape), usually double-sided. The main advantages of this mount are ease of use and compactness. On the other hand, it is difficult to remove such a cooling system. In addition, adhesive tape is inferior in thermal conductivity to the same thermal paste.
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