MEMO CX08 Pro Semiconductor Magnetic Phone Cooler & Radiator
MEMO CX08 Pro Semiconductor Magnetic Phone Cooler — Keep Your Device Ice-Cold During Intense Gaming
The MEMO CX08 Pro is a next-generation mobile phone cooling radiator engineered for serious mobile gamers. Combining a powerful semiconductor (Peltier) cooling element with a versatile magnetic + back-clip 2-in-1 mounting system, this compact cooler delivers rapid, near-freezing temperature reduction directly to the back of your phone — keeping it at peak performance even during the longest gaming sessions.
⚠️ Power Note: For optimal performance, use a power supply of 5V/3A or above. Maximum cooling (freeze-level) at ambient temperatures ≤26°C requires a 9V/2A input. Below recommended power, full cooling capacity will not be achieved.
Why Choose the MEMO CX08 Pro?
- True Ice-Level Cooling: Advanced semiconductor technology drives surface temperatures down rapidly — at ambient temps ≤26°C with a 5V/3A supply, the cold plate can reach freezing conditions, ensuring your phone never throttles mid-match.
- Magnetic + Back-Clip 2-in-1 Mounting: Effortlessly attach via built-in magnets (compatible with MagSafe-style cases) or use the adjustable back-clip to fit phones 62–105mm wide — iOS and Android universal.
- Lightweight & Compact Design: At just 94.5g and 62×62×31mm, the CX08 Pro sits flush behind your device without blocking your grip or obstructing the screen.
- Ultra-Silent Operation: Spiral air-duct engineering dramatically reduces wind noise, so you can game with the microphone on without interference.
- Easy-Clean Fan Access: The removable cover lets you quickly clean the fan blades, maintaining consistent cooling performance over time.
- Type-C Fast Charging Input: Modern Type-C interface (9V/2A input) for quick and convenient power connection.
- Certified Safe: CE, FCC, RoHS, and KC certified — meeting international safety and environmental standards.
Product Specifications
- Model: CX08 Pro
- Dimensions: 62 × 62 × 31 mm
- Weight: 94.5 g
- Charging Input: 9V/2A
- Charging Interface: Type-C
- Compatible Phone Width: 62–105 mm
- Certifications: CE, FCC, RoHS, KC
- Origin: Made in Mainland China
Who Is This For?
Whether you're a competitive PUBG Mobile, Genshin Impact, or Call of Duty Mobile player, or simply someone who needs their phone to stay cool during long video calls, streaming, or navigation — the MEMO CX08 Pro is designed for anyone who demands peak, uninterrupted smartphone performance.
For more information on how heat affects electronic device performance, see the U.S. Department of Energy's guidance on cooling technology.
Frequently Asked Questions
Q: Is the MEMO CX08 Pro compatible with both iPhone (iOS) and Android phones?
A: Yes! The CX08 Pro features an adjustable back-clip that fits phones ranging from 62mm to 105mm in width, making it universally compatible with virtually all iOS and Android smartphones on the market.
Q: What power supply do I need for maximum cooling performance?
A: The MEMO CX08 Pro requires a minimum of 5V/3A for effective cooling. For the strongest ice-level performance (especially at ambient temperatures ≤26°C), a 9V/2A power adapter via the Type-C port is recommended. Standard 5V/1A or 5V/2A chargers will power the unit but will not achieve maximum cooling output.
Q: How do I attach the CX08 Pro to my phone?
A: The CX08 Pro supports two attachment methods: (1) Magnetic mounting — it snaps securely to MagSafe-compatible cases or magnetic rings; (2) Back-clip mounting — an adjustable spring clip grips the back of your phone directly, even without a magnetic case.
Q: Is the CX08 Pro noisy during operation?
A: No. The CX08 Pro is engineered with a spiral air-duct design that significantly reduces wind noise during operation, making it suitable for use even while recording audio or using your phone's microphone during gaming or streaming.
Q: Can I clean the fan inside the CX08 Pro?
A: Yes — the CX08 Pro features a removable cover that provides easy access to the internal fan for routine cleaning, helping you maintain long-term cooling efficiency.