| Specification | Details |
|---|---|
| Model | F2083 |
| Product Type | Gaming Cool Pad |
| Product Size | 354 x 253 x 28 mm |
| Noise Level | < 20 dB |
| Weight | 634g |
| Fan Size | 125 x 125 x 15 mm (2 PCS) |
| Fan Speed | 800–1000 RPM ±10% |
| Voltage Range | 5V |
| Power Consumption | 3.5W |
| HAVIT F2083 LAPTOP GAMING COOLING PAD | NPR 2000 |
Gaming Cooling Pad HAVIT F2083
Key Features:
- Model: F2083
- Product Type: Gaming Cool Pad
- Product Size: 354 x 253 x 28mm
- Noise level: <20db
- Weight: 634g
- Fan size: 125 x 125 x 15mm(2PCS)
- Fan speed: 800-1000RPM±10%
- Voltage range: 5V
- Power consumption: 3.5W
₨ 2,000.00 ₨ 2,500.00
Havit F2083 Gaming Cool Pad – Dual Fan Powerful & Silent Laptop Cooling Solution
Enhance your laptop’s performance with the Havit F2083 Gaming Cool Pad, designed specifically for gamers and heavy users who demand efficient cooling and quiet operation. With its sleek and slim design (354 x 253 x 28mm), this gaming cooling pad delivers both style and performance.
Equipped with dual 125mm cooling fans, the Havit F2083 ensures improved airflow and consistent heat dissipation during intense gaming sessions, video editing, or long working hours. The adjustable fan speed of 800–1000 RPM ±10% provides balanced cooling power while maintaining ultra-quiet operation at less than 20dB, so you can focus without distraction.
Powered via a convenient 5V USB connection, this cooling pad consumes only 3.5W of power, making it energy-efficient and ideal for everyday use. Its durable construction and ergonomic design provide a stable base for your laptop while preventing overheating and extending device lifespan.
Key Features:
- Dual 125mm high-performance cooling fans
- Ultra-quiet operation (<20dB)
- Adjustable fan speed (800–1000 RPM ±10%)
- Energy-efficient 3.5W power consumption
- Slim and portable gaming design
- USB-powered (5V) for easy connectivity
The Havit F2083 Gaming Laptop Cooling Pad is the perfect cooling accessory for gamers, students, and professionals looking to improve laptop performance, reduce heat buildup, and maintain system stability.






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