| manufacturer | ANTEC |
| product group | Cooler/Fan |
| product type | Housing fan |
| colour | black |
| weight | 0.68 kg |
| height of packaging (single piece) | 335 mm |
| width of packaging (single piece) | 335 mm |
| depth of packaging (single piece) | 595 mm |
| package weight (single piece) | 13.5 kg |
| gross weight | 13.5 |
| scope of delivery | 3x fan |
| height | 25 mm |
| width | 120 mm |
| depth | 120 mm |
| dimensions (hxwxd) | 25 x 120 x 120 mm |
| quantity of fans | 1 |
| connector type | ARGB 3-pin |
| dimensions (hxwxd) fan | 25 x 120 x 120 mm |
| fan rotational speed | 800RPM± 10% - 1500RPM± 10% |
| noise level spinning (max.) | 28 dB (A) |
| fan bearing type | liquid-damped |
| air pressure | 1.7 mm H²O |
| rated fan current | 0.29 A |
| Description |
The Antec Connect 120 ARGB features a 9-blade design that boosts air intake and airflow for superior thermal performance. Equipped with a hydraulic bearing and eight anti-vibration rubber pads, it delivers quiet, stable, and long-lasting operation. Its intuitive interlocking system with daisy-chain support ensures easy installation and reduced cable clutter.- Minimalist square frame design: With seamless wireless connection between the fans via pin connectors and decorative covers.
- 9-blade design: Ensures efficient ventilation and strong airflow, so that the fan maintains high cooling performance even with increased air resistance.
- 8 silicone anti-vibration pads:
Reduce noise and resonance while increasing friction with the housing, stabilising the fan body.
- Hydraulic bearing: The hydraulic bearing has a larger oil supply than conventional oil bearings and features a unique oil return circuit. This significantly extends the service life compared to standard oil-sealed bearings and ensures quieter operation.
- Speed/lighting synchronisation with the motherboard: Includes a 3-pin ARGB connector and a 4-pin PWM connector. The dual connectors ensure optimised cable management.
- High-performance PWM: When connected to the motherboard, the fan speed can be controlled between 800 and 1500 RPM, adjusting to temperature changes to reduce noise or increase airflow as needed.
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