Bitcube: Carbon Fiber & 40Gbps Portable SSD Enclosure
2800MB/s | Thunderbolt 4 / USB 3.2 Gen2 | Up to 8TB | Rugged.
It is a high-performance SSD enclosure, built with carbon fiber that saves you time and enhances the performance of your device, We like to use technical materials to design products. We used Kevlar fiber to build the Super Cable before. This time we use carbon fiber to build a SSD portable enclosure, which is lightweight, rugged and high-performance.
Bitcube only takes 87 seconds to transfer 236G data, about 2710MB/s. It can save you a lot of time, especially for creators,Dual Chip Controller. Built for compatibility with USB 4, Thunderbolt™ 4 and USB 3.2 Gen 2, this versatile drive enables you to efficiently collaborate across devices,The Bitcube offers versatile dual-mode compatibility with both Thunderbolt 3/4 and USB 4/3.2 Gen 2.
Bitcube is only 95 grams, which is about half the weight of the iPhone 14, It won't be portable if it's heavy, So we used carbon fiber material to reduce weight and make it rugged at the same time.Compact design, lightweight and rugged, it is easy to carry.Bitcube goes well with your other desktop devices,Bitcube is a good external hard drive for your MacBook, and the price is not expensive, if the MacBook pro has an extra 2TB, you need to pay an extra $600.
The Bitcube is built with carbon fiber and aluminum to sustain ultra-fast speeds under its heaviest workflows,An object that is good at absorbing radiation is also a good emitter , so a perfect black body would be the best possible emitter of radiation. There are no known objects that are perfect at absorbing or emitting all radiation of every possible frequency that may be directed at it.“
Aluminum only has better thermal conductivity, but it does not mean better heat radiation. It is often necessary to increase the contact area with the air to improve heat dissipation. But it also means that the temperature of the aluminum can rise very quickly, potentially scalding the user. In order to avoid such accidents and disputes, many enclosures on the market, the SSDs do not have real contact with aluminum. Fortunately, the temperature control of the current SSD has been done very well, and the performance will not be lost due to excessive temperature.
Usually people think that the faster the temperature rises, the better the heat dissipation, but it is wrong. Heat is a physical quantity, while temperature is an appearance. Different substances have different specific heat capacities, that is why water dissipates heat better than aluminum.Specific heat capacity （J/g°C）
According to Stefan-Boltzmann law, j*=εσΤ4, a larger temperature difference for the same substance can speed up heat dissipation, but the negative effect is that excessive temperature may cause burns. Or we can change to another material instead of aluminum,Carbon fiber is balanced, It dissipates heat well enough to keep the newer SSDs at high performance, at the same time, it will not heat up rapidly like aluminum and cause burns.
After half an hour of heavy running in the test, it didn't slow down, while the temperature was just under 122F/50C.Why use carbon fiber instead of aluminum for cooling.
You have to order one of these before it's too late!
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Electronics