Ear Speaker Samsung Galaxy S23 Plus

Ear Speaker for Samsung Galaxy S23 Plus: Call Audio Restoration

The ear speaker for Samsung Galaxy S23 Plus restores the upper sound output of the phone during normal phone conversations. This call earpiece replaces the damaged module to eliminate voice distortions or metallic noises. Ideal for technicians looking for a reliable replacement solution at the workbench.

Technical Specifications

• Part type: Call ear speaker
• Compatibility: Samsung Galaxy S23 Plus (SM-S916B, SM-S916B/DS, SM-S916U, SM-S916U1, SM-S916W, SM-S916N, SM-S9160)
• Quality: Compatible

When to Replace

• You cannot hear the caller's voice during phone calls
• Sound comes out distorted, muffled, or crackling during calls
• Ear audio volume is very low even at maximum level
• Call sound cuts out intermittently — confirm the diagnosis

Notes for the Technician

• Test before applying: connect the part to the equipment and confirm its operation before fixing or gluing it permanently. Thus, if there is any issue, the return or warranty is handled quickly and simply.
• Installation difficulty: Medium.
• Access to the ear speaker requires removing the back cover with heat and unscrewing the upper plastic shielding.
• Carefully clean the protection mesh of the chassis before seating the new module to prevent sound blocking.
• New adhesive for the back cover is sold separately.

What Distinguishes This Version

This compatible part was selected for repairs that require correct electrical contact and measures adjusted to the chassis. It is the appropriate choice for repair shops and technicians looking to restore sound without excessive costs.

Frequently Asked Questions

Does this ear speaker fit the standard Galaxy S23 or S23 Ultra?
No, this component is specifically designed for the internal structure of the Samsung Galaxy S23 Plus (SM-S916B), as physical dimensions vary across other models in the series.

Does replacing the ear speaker require soldering on the motherboard?
No, the component makes direct contact via pressure pins against the main board, requiring no micro-soldering.