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The smallest mini PC from Smartvote

30.05.2013

There is a large selection of mini PCs that double as a TV box and connect to your TV. There are devices both monolithic and with an external Wi-Fi antenna, which solves the problem of poor reception in devices of this type. The dimensions of such devices exceed the dimensions of the "flash drive" several times. However, Smartvote has unveiled its Android 4.1 mini PC, which is more like a flash drive. The dimensions of the device are 68 x 29 x 12 mm, and the weight is 30 g.

The SmartCandy mini PC is based on the Rockchip RK3066 single-chip system, which includes a 9 GHz dual-core ARM Cortex-A1,6 processor. The amount of RAM is 1 GB, and the built-in flash memory is 8 GB (there is a slot for microSD memory cards). The device does not have wireless modules. This problem is solved by connecting an external Wi-Fi module (included) to the micro-USB port. Also included in the package is a micro-USB to USB adapter.

Interestingly, the manufacturer's website mentions slightly different specifications. Specified processor Telechips, clocked at 1 GHz, RAM 512 MB, built-in flash memory 4 GB, and OS Android 4.0.1.

The SmartCandy Mini PC is priced at $35. For an additional $3, you can purchase an external Ethernet module and a three-port USB 2.0 host controller connected via a micro-USB port.

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The Parker solar probe passed through one of the most powerful coronal mass ejections recorded in the history of space exploration. The device's equipment for the first time recorded the interaction between charged particles ejected by the Sun and tiny dust particles inhabiting interplanetary space.

Using the large-format WISPR camera, Parker tracked the interaction of coronal mass ejection particles and dust, analyzing changes in brightness in the images. Because dust particles scatter and reflect light, areas with high concentrations of dust particles glow more brightly. The scientists calculated the average brightness in WISPR images during orbital motion and demonstrated changes in luminosity within the coronal ejection.

Although the Parker probe completed four orbits around the Sun, changes in observations were only noted during the September 5, 2022 event. This leads scientists to believe that only powerful emissions have a significant impact on the distribution of interplanetary dust. The physical mechanism of this process is still poorly understood, but understanding it is critical for predicting space weather.

Interplanetary dust is made up of tiny particles originating from asteroids, comets and even planets, and is distributed throughout the solar system. The dim light seen on Earth some days before dawn or after sunset is the result of our planet colliding with a cloud of interplanetary dust.

Already in 2003, scientists suggested that charged solar plasma particles in coronal mass ejections interact with interplanetary dust and may even push it away from the Sun. Until now, this hypothesis has remained unconfirmed, since visible manifestations of this interaction are observed only near the Sun.

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