Best Audiobook Players to Buy in December 2025
64GB MP3 Player with Bluetooth 5.2, AiMoonsa Music Player with Built-in HD Speaker, FM Radio, Voice Recorder, HiFi Sound, E-Book, Earphones Included
- 64GB STORAGE HOLDS THOUSANDS OF SONGS; UPGRADE TO 256GB IF NEEDED!
- ENJOY CRYSTAL-CLEAR SOUND WITH UPGRADED BLUETOOTH 5.2 TECHNOLOGY.
- LIGHTWEIGHT DESIGN AND BUILT-IN SPEAKERS MAKE MUSIC ON-THE-GO EASY!
128GB MP3 Player with Bluetooth, Portable Music Player with Built-in Speaker, Enjoying Your Digital Music and Audiobooks Anytime,Includes FM Radio,Recorder,E-Book,and Comes with Earphones
- 🎶 HIFI LOSSLESS MUSIC WITH DSP CHIP FOR STUNNING AUDIO EXPERIENCE
- 💾 128GB STORAGE HOLDS THOUSANDS OF SONGS AND AUDIOBOOKS
- 🎧 BLUETOOTH 5.2 & 3.5MM JACK FOR VERSATILE LISTENING OPTIONS
144GB MP3 Player with Bluetooth and WiFi, Android Spotify Music Player for Pandora, Amazon Music, Audible. 4.02" Touchscreen, Speaker, Supports Play Store,Up to 512GB（Black）
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MASSIVE STORAGE: UP TO 512GB FOR ENDLESS MUSIC & VIDEOS!
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LONG BATTERY LIFE: ENJOY 30 HOURS OF MUSIC ON THE GO!
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SMART CONNECTIVITY: DUAL-BAND WI-FI & BLUETOOTH FOR SEAMLESS USE!
SavvyBloom Simple Music Player for Seniors, Audiobook Player Easy to Use with Large Button for Elderly with Dementia, Blind, Alzheimer's, No Need WiFi/Bluetooth, with 32GB TF Card, Cyan
- USER-FRIENDLY DESIGN: LARGE BUTTONS FOR EASY OPERATION BY SENIORS.
- NO WIFI NEEDED: 32GB MEMORY FOR OFFLINE MUSIC AND AUDIOBOOKS.
- SEAMLESS PLAYBACK: MEMORY FUNCTION RESUMES MUSIC FROM WHERE IT STOPS.
64GB MP3 Player with Bluetooth 5.3, Music Player with HiFi Sound for Sports Runners, 2.4" Screen MP3 Player Built in HD Speaker Voice Recorder FM Radio E-Book, Expanded Up to 128GB, Earphone Included
- MASSIVE 64GB STORAGE: HOLDS THOUSANDS OF SONGS; EXPANDABLE TO 128GB.
- LATEST BLUETOOTH 5.3: ENHANCED COMPATIBILITY AND LONGER CONNECTION RANGE.
- 56-HOUR BATTERY LIFE: ENJOY CONTINUOUS MUSIC WITHOUT FREQUENT RECHARGES.
Gueray CD Player Portable Bluetooth Desktop CD Player for Home with Timer Built-in HiFi Speakers with LCD Screen Display Boombox FM Radio USB Type-c
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VERSATILE CONNECTIVITY: ENJOY MUSIC VIA CDS, BLUETOOTH, USB, AND MORE!
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COMPACT DESIGN: SLEEK DESKTOP PLAYER WITH REMOTE FOR EASY USE ANYWHERE.
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ULTIMATE GIFT CHOICE: PERFECT FOR EDUCATION, RELAXATION, AND ENTERTAINMENT.
Fanvace 144GB MP3 Player with Bluetooth and WiFi, Android 13 OS MP3 & MP4 Players with 4" Touchscreen and Speaker, Spotify Music Players with Audible, FM Radio, Amazon Music, Play Store
- SEAMLESS USER EXPERIENCE: ENJOY FAST PERFORMANCE WITH ANDROID 13 OS.
- HIFI SOUND QUALITY: EXPERIENCE ORIGINAL SOUND WITH ADVANCED AUDIO TECH.
- MASSIVE STORAGE: 144GB BUILT-IN, EXPANDABLE UP TO 1TB FOR ALL YOUR MEDIA.
128GB MP3 Player - Clip MP3 Player with Bluetooth 5.3, Portable Music Player with FM Radio, Voice Recorder, Pedometer, Mini Design Ideal for Sport, Earphones Included (Clip Player)
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MASSIVE 128GB STORAGE + EXPANDABLE, STORE THOUSANDS OF SONGS!
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BLUETOOTH 5.3: ENJOY SEAMLESS WIRELESS MUSIC ANYTIME, ANYWHERE!
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ULTRA-PORTABLE CLIP-ON DESIGN: PERFECT FOR WORKOUTS & TRAVEL!
Healvaluefit Simple Music Player for Elderly, Easy Audiobook Player with 32GB TF Card & Card Reader for Dementia, Alzheimers, Visually Impaired, Low Vision Patients, Wired - GrayishWhite
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EASY ONE-TOUCH PLAYBACK: SIMPLIFIED MUSIC ACCESS FOR SENIORS & DISABLED.
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NO WI-FI NEEDED: JUST PLUG IN AND ENJOY, HASSLE-FREE OPERATION.
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AMPLE 32GB MEMORY: STORE OVER 5,000 SONGS FOR ENDLESS LISTENING ENJOYMENT.
To play an audiobook in .m4b format in Julia, you can use the AudioIO package. First, you will need to install the AudioIO package by running the command using Pkg; Pkg.add("AudioIO") in the Julia REPL.
Next, you can load the audiobook file by using the load function from the AudioIO package. For example, if your audiobook file is named "audiobook.m4b", you can load it by running the command file = "path/to/audiobook.m4b"; audiobook = load(file).
Once the audiobook is loaded, you can play it using the play function. Simply run the command play(audiobook) to start playing the audiobook.
You can also pause and resume playback by using the pause and resume functions from the AudioIO package.
Overall, by using the AudioIO package in Julia, you can easily play audiobook files in .m4b format and enjoy listening to your favorite books.
How to skip to the next track in a .m4b file in Julia?
To skip to the next track in a .m4b file in Julia, you can use the M4BTools.jl library which provides functions to read and write .m4b files in Julia. Here is an example code snippet that demonstrates how you can skip to the next track in a .m4b file:
using M4BTools
Open the .m4b file
m4b_file = open_m4b("path/to/your/file.m4b")
Get the current track number
current_track = get_current_track(m4b_file)
Skip to the next track
next_track = current_track + 1 set_current_track(m4b_file, next_track)
Close the .m4b file
close_m4b(m4b_file)
In this code snippet, we first open the .m4b file using the open_m4b() function from the M4BTools.jl library. We then get the current track number using the get_current_track() function, and calculate the next track number accordingly. Finally, we use the set_current_track() function to skip to the next track and then close the .m4b file using the close_m4b() function.
Make sure to replace "path/to/your/file.m4b" with the actual file path of your .m4b file.
What is the best way to store .m4b audiobooks in Julia?
The best way to store .m4b audiobooks in Julia would be to save them as binary data in a specified directory on your computer. You can use the open and write functions in Julia to read the .m4b file and write its contents as binary data to a file. Here is an example code snippet to store a .m4b audiobook in Julia:
file_path = "path/to/your/file/example.m4b" output_path = "path/to/save/directory/output.m4b"
infile = open(file_path, "r") outfile = open(output_path, "w")
data = read(infile, UInt8) write(outfile, data)
close(infile) close(outfile)
You can then access the stored .m4b audiobook in Julia by reading the binary data from the file using the open and read functions.
How to adjust the equalizer settings for .m4b audiobooks in Julia?
To adjust the equalizer settings for .m4b audiobooks in Julia, you can use the AudioIO.jl package which provides functions for manipulating audio signals. Here's a basic example of how you can adjust the equalizer settings:
using AudioIO
Load the .m4b audiobook file
audio, sample_rate = load("path/to/your/file.m4b")
Apply equalizer settings
eq_settings = [1.0, 1.2, 1.5, 1.2, 1.0] # Example equalizer settings equalized_audio = apply_eq(audio, eq_settings)
Save the equalized audio
save("path/to/save/equalized_file.m4b", equalized_audio, sample_rate)
In this example, we first load the .m4b audiobook file using the load function from the AudioIO package. We then define the equalizer settings as an array of scaling factors for different frequency bands. Finally, we apply the equalizer settings to the audio signal using the apply_eq function and save the equalized audio to a new .m4b file.
You can adjust the equalizer settings by changing the values in the eq_settings array to achieve the desired audio output. You can also experiment with different equalizer settings to find the best sound for your audiobook.
How to search for specific keywords in .b4b audiobooks in Julia?
To search for specific keywords in .b4b audiobooks in Julia, you can follow these steps:
- First, you will need to extract the text content from the audiobook files. You can use a library such as AudiobookDecoder.jl to decode and extract the text content from the audiobook files.
- Once you have extracted the text content, you can use the Julia programming language to search for specific keywords in the text. You can use functions such as "occursin" in Julia to check if a specific keyword exists in the text.
- Here is an example code snippet that demonstrates how to search for a specific keyword in the extracted text content:
using AudiobookDecoder
Load the .b4b audiobook file
audio_file = "path_to_your_audiobook_file.b4b" text_content = decode_audiobook(audio_file)
Define the keyword you want to search for
keyword = "specific_keyword"
Search for the keyword in the text content
if occursin(keyword, text_content) println("Keyword found in the audiobook!") else println("Keyword not found in the audiobook.") end
- Replace "path_to_your_audiobook_file.b4b" with the path to your .b4b audiobook file and "specific_keyword" with the keyword you want to search for.
- Run the code snippet in a Julia environment, and it will check if the keyword exists in the extracted text content of the audiobook file.
By following these steps, you can effectively search for specific keywords in .b4b audiobooks using the Julia programming language.
How to download .m4b audiobooks from the internet in Julia?
To download .m4b audiobooks from the internet in Julia, you can use the HTTP package to make a GET request to the URL of the audiobook file and then save the response content to a local file with a .m4b extension. Here is an example code snippet to download an audiobook file:
using HTTP
url = "http://example.com/example.m4b" response = HTTP.get(url)
if response.status == 200 open("example.m4b", "w") do file write(file, String(response.body)) end println("Audiobook downloaded successfully.") else println("Failed to download audiobook.") end
Replace the url variable with the actual URL of the .m4b audiobook file you want to download. Run the code in Julia, and it will download the audiobook file to your local directory with the name "example.m4b". Make sure you have the HTTP package installed in Julia before running this code. You can install it using the following command in Julia:
using Pkg Pkg.add("HTTP")
This code snippet should help you download .m4b audiobooks from the internet in Julia. If you have any issues or need further assistance, feel free to ask for help.
How to shuffle playback of .m4b files in Julia?
To shuffle playback of .m4b files in Julia, you can use the following steps:
- Load the .m4b files into a list or array:
files = ["file1.m4b", "file2.m4b", "file3.m4b"]
- Shuffle the order of the files using the Random module:
using Random shuffled_files = shuffle(files)
- Play the shuffled .m4b files in the new order:
for file in shuffled_files # code to play the file end
Make sure you have a method to play .m4b files in your Julia environment or use a package like FFmpeg.jl to playback audio files.