PETSTIBLE Portable Digital Radio, DP-666,TEF6686,Radio Full Band,FM AM FM,Shortwave Radio RDS(white)

Description:

[MULTI-BAND RECEIVER] Tune into all your favorite stations with the DP-666 radio, designed with advanced algorithms for exceptional signal processing across FM, AM, and shortwave bands. [FEATURE-RICH EXPERIENCE] This device supports comprehensive... More

Description:

[Comprehensive Radio Functionality]: Experience full-band reception with the DP-666 radio, equipped with the high-performance automotive-grade TEF6686 chip. This radio offers excellent selectivity and ultra-high sensitivity, enhancing multipath,... More

Description:

[Comprehensive Radio Functionality]: Experience full-band reception with the DP-666 radio, equipped with the high-performance automotive-grade TEF6686 chip. This radio offers excellent selectivity and ultra-high sensitivity, enhancing multipath,... More

Description:

Antenna interface: full-band external antenna, standard SMA male screw female connector. Control method: default numeric keyboard input and knob tuning method, also supports touch screen firmware Display technology: 2.8-inch 320x240 resolution, IPS... More

Description:

DP-666 is a high-sensitivity radio based on NXP's high-performance automotive-grade TEF6686 chip, which has excellent selectivity and ultra-high sensitivity. This automotive tuner has a wide range of functions and advanced algorithms (CEQ, EMS, and... More

Description:

DP-666 is a high-sensitivity radio based on NXP's high-performance automotive-grade TEF6686 chip, which has excellent selectivity and ultra-high sensitivity. This automotive tuner has a wide range of functions and advanced algorithms (CEQ, EMS, and... More

Description:

DP-666 is a high-sensitivity radio based on NXP's high-performance automotive-grade TEF6686 chip, which has excellent selectivity and ultra-high sensitivity. This automotive tuner has a wide range of functions and advanced algorithms (CEQ, EMS, and... More

Description:

Control method: default numeric keyboard input and knob tuning method, also supports touch screen firmware Antenna interface: full-band external antenna, standard SMA male screw female connector. Display technology: 2.8-inch 320x240 resolution, IPS... More

Description:

Main control chip: ESP32-WROOM-32U, Flash 4MB, Wi-Fi + Bluetooth dual-core module Control method: default numeric keyboard input and knob tuning method, also supports touch screen firmware Antenna interface: full-band external antenna, standard SMA... More

Description:

Control method: default numeric keyboard input and knob tuning method, also supports touch screen firmware Antenna interface: full-band external antenna, standard SMA male screw female connector. Display technology: 2.8-inch 320x240 resolution, IPS... More

Description:

Antenna interface: full-band external antenna, standard SMA male screw female connector. Display technology: 2.8-inch 320x240 resolution, IPS full-view LCD screen, with resistive touch Main control chip: ESP32-WROOM-32U, Flash 4MB, Wi-Fi + Bluetooth... More

Description:

DP-666 is a radio built on PE5PVB's open source project TEF6686_ESP32. In addition to listening to radio stations, the project also supports a wealth of advanced features, such as: almost all RDS (Radio Data System) data display, automatic/manual... More

Description:

DP-666 is a high-sensitivity radio based on NXP's high-performance automotive-grade TEF6686 chip, which has excellent selectivity and ultra-high sensitivity. DP-666 is a radio built on PE5PVB's open source project TEF6686_ESP32. In addition to... More

Description:

DP-666 is a radio built on PE5PVB's open source project TEF6686_ESP32. In addition to listening to radio stations, the project also supports a wealth of advanced features, such as: almost all RDS (Radio Data System) data display, automatic/manual... More

Description:

[HIGH-SENSITIVITY RADIO]: Experience superior reception with our TEF6686 chip-based radio. Featuring excellent selectivity and ultra-high sensitivity, this automotive-grade tuner employs advanced algorithms for improved multipath handling, adjacent... More