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Thecus N4810 NAS

05.08.2016

Thecus introduced the Thecus N4810 NAS, thereby expanding the range of NAS based on the Intel Braswell family of chips. The basis for the novelty was the Thecus N2810PRO model announced in June, from which the Intel Celeron N3160 SoC was borrowed.

This microcircuit received four cores with a frequency of 1,6-2,24 GHz, and the estimated heat dissipation is only 6 watts. The DDR3 RAM is 4 GB, but it can be upgraded up to 8 GB. Four 3,5" drive cages support up to 10TB drives each. The SATA interface is used, drives can be combined into an array of RAID levels 0, 1, 5, 6 and 10 with support for hot swap and spare. The entire array can be encrypted using the AES algorithm with a 256-bit key.

Two Gigabit Ethernet network ports support seven aggregation modes, doubling the throughput to 2 Gbps. In a home network, the presence of HDMI and DisplayPort video outputs along with an S / PDIF connector is useful. In addition to them, there are four USB 3.0 ports, an external 90 W power supply and an internal fan (92 mm), whose speed depends on temperature and the noise level does not exceed 25 dB.

ThecusOS 7.0 features data synchronization between two Thecus NAS, VPN remote access, personal cloud using mobile devices, and Kodi multimedia shell for 4K video playback.

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Beam splitter roof for solar greenhouse 22.01.2022

Chinese researchers have developed a new type of beam-splitting greenhouse roof that can transmit visible light and convert near-infrared light into electricity.

A team of researchers from the Institute of Agricultural Environment and Sustainable Development of the Chinese Academy of Agricultural Sciences has developed this new greenhouse cover structure based on the use of solar spectrum splitting.

Visible light with a wavelength of 400 nanometers (nm) to 780 nm is critical for triggering the photosynthesis process in greenhouse plants, but near infrared light with a wavelength of 780 to 2500 nm has little effect on plant growth and can cause the greenhouse to overheat.

Tests by the research team have shown that the new solar roof can transmit visible light with an all-day penetration rate of 40%. And at the same time convert the near infrared light into electricity, ensuring the normal growth of greenhouse plants with less cooling consumption.

The electricity generated by the roof with an all-day photovoltaic efficiency of 6,88% can also power the daily operation of the greenhouse.

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