Sound chip for children's audiobook

The use of sound chips has brought an additional dimension to the books. They offer an immersive listening experience that transforms reading into a new sonic adventure.

Excellent for adding value to the book, sound chips transform written content into innovative interaction. This makes reading more engaging for children of all ages.

At D4D, discover how sound chips can transform the way your children enjoy their favorite books.

Your sound chips for audiobooks

A sound chip is an integrated electronic device that is attached to printed communications media such as books.

Convenient to use, the sound chips are triggered with a simple gesture, producing a specific sound: specific messages, sound effects or music.

Offering the reader an immersive and attractive sound experience, the use of sound chips for audio books is particularly suitable for children. Indeed, this type of book can help stimulate a love of reading in young readers through an experience such as:

  • Multi-sensory stimulation: Sound chips add an auditory dimension to the reading experience, stimulating both sight and hearing. This can help improve understanding and retention of information.
  • Accessibility: For children who are still learning to read, audiobooks can make stories more accessible. They can listen to the story while following the words on the page.
  • Engagement: The sounds produced by the chips can make the story more lively and interesting for children, increasing their engagement and interest in reading.
  • Autonomy: Children can use audio books independently without needing to know how to read. This helps build their confidence and encourages them to engage in self-directed learning.
  • Etc.

D4D audio chip models

For the animation of your POS and your produced presentations, Dynamics for Display (D4D) manufactures sound systems and modules to animate your printed media.

We offer several models that are low profile and offer high audio quality, including:

Sound Module with Motion Sensor

Features

Description: Sound module on self-adhesive film, Speaker 0.25 watt, external motion sensor, individual duration of sound
Dimensions: 90 x 60 x 7 mm
Function: Individual sound in card format
Power supply: 3 x AG10 button cell batteries (included)
Runtime: About 300 activations with 10 seconds sound
Activation: Contact breaker and motion sensor
Fixing: Self-adhesive film
Delivery time: On request

Presentation

 

 

Sound Module with Slide Tongue Switch for Greeting Cards

Features

Description: Sound module on self-adhesive film, speaker 0.5 watt, integrated slide switch, individual duration of sound, multiple sounds possible
Dimensions: 113 x 46 x 5 mm
Function: Individual sound in card format
Power supply: 3 x AG10 button cell batteries (included)
Runtime: About 300 activations with 10 seconds sound
Activation: Contact breaker and slide tongue switch
Fixing: Self-adhesive film
Delivery time: On request

Presentation

 

Sound Module with Push Button

Features

Description: Sound module on self-adhesive film, speaker 0.25 watt, integrated push button, individual duration of sound
Dimensions: 86 x 50 x 7 mm
Function: Individual sound in card format
Power supply: 1 x CR 2032 Lithium button cell battery (included)
Runtime: About 300 activations with 10 seconds sound
Activation: Push button
Fixing: Self-adhesive film
Delivery time: On request

Presentation

 

How it works ?

Understanding how sound chips work helps harness their creative potential, improve user experience and open up new opportunities in marketing and education.

  • Integration of the device into the support: The sound chips are glued discreetly, using a double-sided adhesive film, inside the printed support.
  • Triggering: Activation can be done by pressure (when the holder is open) or by motion/light detection, etc. Once activated, the chip emits a recorded sound.
  • Power: The sound chips are battery operated.
  • Sound output: This device contains a small speaker of approximately 0.25 W to 0.5 watt and a memory that stores an audio recording. It can play a voice message, a melody or sound effects.
  • Personalization: The chips are programmable, allowing specific content to be saved for each medium. Depending on the sound module model, it is possible to record several sound messages.
  • Marketing and educational impacts: Sound chips add an interactive aspect to printed materials. They facilitate multisensory stimulation, physical interaction, accessibility, engagement, autonomy. Through these immersive and stimulating experiences, the use of sound chips attracts attention better, reinforces the impact of the message (advertising and marketing) and is perfect in audiobooks for children.

Les modèles de puces audio D4D

Pour l’animation de votre PLV et de vos présentations produites, Dynamics for Display (D4D) fabrique des systèmes et modules sonores pour animer vos supports imprimés. 

Nous proposons plusieurs modèles de faible épaisseur et offrant une haute qualité audio, notamment :

MODULE SONORE FAIBLE ÉPAISSEUR — HAUTE QUALITÉ SONORE — 1

  • De dimension 113 x 46 x 5 mm,
  • Pour brochure/mailing/marketing,
  • Alimenté par 3 piles boutons AG10,
  • Se fixe par un film adhésif,
  • Disposant d’un haut-parleur de 0,5 watt,
  • Interrupteur intégré,
  • Possédant une durée du message sonore selon un cahier des charges,
  • Possibilité plusieurs messages sonores.

MODULE SONORE FAIBLE ÉPAISSEUR — HAUTE QUALITÉ SONORE — 2

  • De dimension 90 x 60 x 7 mm,
  • Pour brochure/mailing/marketing,
  • Alimenté par 3 piles boutons AG10 (fournies),
  • Se fixe par un film adhésif,
  • Doté d’un haut-parleur 0,25 W,
  • Avec un déclenchement par détecteur de mouvement externe,
  • Possédant une durée du message sonore selon un cahier des charges.

MODULE SONORE FAIBLE ÉPAISSEUR — HAUTE QUALITÉ SONORE — 3

  • De dimension 86 x 50 x 7 mm,
  • Pour brochure/mailing/marketing,
  • Alimenté par 1 pile lithium CR2032,
  • Se fixe par un film adhésif,
  • Equipé d’un haut-parleur 0,25 W,
  • Avec un déclenchement par bouton-poussoir intégré,
  • Disposant d’une durée du message sonore selon un cahier des charges.
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