Korean tech giant Samsung may have hit a snag with its latest innovation, the Galaxy Ring, as reports suggest the wearable device could be impossible to repair if certain components fail. iFixit Insights, A major concern is the design of the device, which could make repairs nearly impossible if the battery dies or there is damage to any internal parts.
According to the report, the problem lies in the Internal structure of the Galactic Ring. Teardown analysis reveals that accessing the ring’s internal components requires opening it from the inside, which could render the device inoperable. The way the circuit board inside the ring is configured appears to be at the heart of this problem.
Korean tech giant Samsung may have hit a snag with its latest innovation, the Galaxy Ring, as reports suggest the wearable device could be impossible to repair if certain components fail. iFixit Insights, A major concern is the design of the device, which could make repairs nearly impossible if the battery dies or there is damage to any internal parts.
According to the report, the problem lies in the Internal structure of the Galactic Ring. Teardown analysis reveals that accessing the ring’s internal components requires opening it from the inside, potentially rendering the device inoperable. The way the circuit board inside the ring is configured appears to be at the heart of this issue.|#+|
One of the main reasons behind this lack of repairability is reportedly the lithium-ion battery housed inside the Galaxy Ring. I fix it It highlights that this battery offers around 400 charge cycles, which is relatively standard for this type of device. However, once the battery reaches the end of its life, replacing it seems to be an insurmountable challenge. The report suggests that trying to access the battery would likely destroy the device, making repairs virtually impossible.
The ring’s internal structure adds to the complexity. A CT scan shared by the publication shows that the internal components are wrapped in a layer of epoxy resin. Beneath this protective layer lies the lithium-ion battery, along with the rest of the crucial circuitry. circuit board, which is connected to the battery, uses a push-in connector, a solderless method often used in compact electronic devices where space limitations or material properties prevent traditional soldering.
While snap connectors are useful in certain situations, they present a significant hurdle when it comes to repairability. The report emphasizes that reaching the circuit board without damaging the battery is nearly impossible due to this setup. As a result, any attempt to disassemble or repair the device could result in irreversible damage.
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Posted: Aug 23, 2024, 11:08 pm IST
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