Samsung and South Korean carrier SK Telecom today announced a new 5G smartphone dubbed Galaxy A Quantum.
The Samsung Galaxy A Quantum is the world's first 5G smartphone equipped with a quantum random number generator (QRNG) chipset, which is developed by SK Telecom's Switzerland-based subsidiary ID Quantique.
The QRNG chipset is the SKT IDQ S2Q000 and it enhances the security of the phone's data by using quantum encryption technology to generate random numbers and create unpredictable secure keys.
The chipset comprises an LED and a CMOS image sensor, which detects the light emitted by the diode and generates random numbers. These random numbers are then provided to services that require identification and certification, such as mobile payments apps, to generate encryption keys and enhance their security.
The QRNG chip aside, the Galaxy A Quantum is just a rebranded Galaxy A71 5G, which means you get an Exynos 980 SoC, a 6.7" FullHD+ Infinity-O Super AMOLED display and an in-screen fingerprint reader.
The Galaxy A Quantum boots Android 10-based One UI and has a total of five cameras in tow - a 32MP selfie shooter on the front and a 64MP primary camera at the back joined by 12MP ultrawide, 5MP macro and 5MP depth sensor units.
The Galaxy A Quantum packs a 4,500 mAh battery with 25W fast charging support and has three color options - Black, Silver, and Blue. It comes in a single 8GB/128GB configuration priced at KRW649,000 ($530/€490) and will be up for pre-booking in South Korea from May 15, with sales commencing on May 22.
Those who pre-order the Galaxy A Quantum will get a pair of Galaxy Buds for free, and those who buy it after the pre-booking period will get a discount coupon worth KRW50,000 ($40/€38) to purchase the Galaxy Buds.
Source (in Korean)
Well would like to see what happens after few years when phone will start to have prebulescent elderly problems how this tech will come with it or will be stuck with it :-)
Its just a theory mate, it is still not proven as photons can move randomly fully, it is close to that but not yet proven what they movement can't be predicted, neverless best what you can get for full randomness so far , as to make anything random e...
It's possible to generate genuine random numbers according to quantum theory. It does not violate any principle of information theory.