NXP-NANO Radio – Product Overview

The NXP-NANO is a compact, stylish portable radio built around the automotive-grade TEF6686 FM receiver IC and powered by an ESP32 main controller. It features a vibrant 2.4-inch IPS touch screen with superior clarity and wider viewing angles compared to standard LCDs.

Designed with a unique aesthetic, this radio showcases an original black-and-orange color scheme accented by blue function buttons that harmonize with its theme. The front panel houses two forward-facing speakers in dedicated acoustic chambers, delivering loud, clear sound with enhanced mid-to-high frequencies (bass is limited due to compact driver size).

Emphasizing everyday carry (EDC) appeal, the NXP-NANO combines striking design with true portability.

Key Specifications

Enclosure: Classic sandwich-style construction using PETG material—scratch-resistant, impact-tough, non-degrading, and significantly more durable than PLA.
Dimensions: 85 × 53 × 21 mm (8.5 × 5.3 × 2.1 cm)
Audio Output:
    3.5mm headphone jack
    Built-in MAX97220 headphone amplifier for rich, comfortable listening
    3W Class-AB power amplifier with strong bass response
FM Reception: High-performance TEF6686 tuner delivers exceptional stereo FM reception quality

Perfect for radio enthusiasts, makers, and EDC lovers who value both form and function in a pocket-sized audio device. Display & Tuning

Screen: 2.4-inch IPS full-view touch display (not a narrow-angle TN LCD), offering vivid colors and wide viewing angles.
Frequency Input: Supports direct numeric frequency entry via touchscreen—significantly faster and more convenient than traditional rotary encoders or tuning dials.

Frequency Coverage

FM (VHF): 65 MHz – 108 MHz
LW (Long Wave): 144 kHz – 519 kHz
MW (Medium Wave / AM): 522 kHz – 1710 kHz
SW (Short Wave): 1.8 MHz – 27 MHz (1800 kHz – 27000 kHz)
AIR Band: 118 MHz – 127 MHz

With comprehensive band support and intuitive touchscreen control, the NXP-NANO delivers both versatility and user-friendly operation for broadcast listening, amateur radio monitoring, and aviation band scanning.