The heat dissipation savior is here! TIC800G thermal conductive phase change material - why is it the "invisible armor" of photographer's SD cards?

Why do high-speed SD cards become "hot potatoes"?

With the increase in resolution and shooting speed, data pours into the SD card at a rate of every second. This intense read-write operation causes the main control chip and storage units of the SD card to generate an astonishing amount of heat.
If overheating occurs, it will directly lead to:
1. Triggering frequency reduction: To protect the hardware, the SD card will automatically reduce its read and write speeds, resulting in lagging in continuous shooting and interruption of video recording.
2. Data error risk: High temperatures are the enemy of the stability of electronic components, which may increase the risk of data write errors or loss.
3. Lifespan reduction: Prolonged operation under high temperatures will accelerate the aging of the internal components of the SD card.

So why is the TIC800G thermal conductive phase-change material such a perfect match for SD cards?

1. Accurate temperature control, continuous performance boost: By effectively regulating the temperature of the chip, it can prevent the SD card from reducing its speed due to overheating. This means that when you are recording high-definition videos for a long time or performing high-speed continuous shooting, you can enjoy a more stable and uninterrupted performance output.
2. Ultra-thin and flexible, without occupying space: The TIC800G thermal phase-change material can be made into very thin sheets, which can be easily inserted into the compact space inside the SD card without requiring any changes to the existing design. It is an ideal solution for addressing the heat dissipation problem of small electronic devices.
3. Interface filling, effective heat conduction: Its soft nature can effectively fill the air gap between the chip and the housing (air is a poor conductor of heat), establishing an effective "heat conduction bridge", significantly enhancing the overall heat dissipation efficiency.
4. Reliable and durable, safeguarding data security: By keeping the SD card operating at a certain temperature, it not only enhances the

stability for immediate use, but also protects the flash memory chips and the main control chip in the long term, prolonging the product's service life. This provides an insurance for your valuable data assets.

The invisible guardianship, the visible stability, unlocking the unknown potential

In today's era of rapid development in photography technology, stability and reliability have become a higher pursuit beyond mere parameters. The TIC800G thermal conductive phase change material, this "cooling guardian" working silently within the SD card, is precisely an embodiment of this pursuit. Although it is not visible externally, it is of vital importance and serves as a solid support to ensure that every professional creator does not miss any wonderful shots at critical moments.