Bilal Tariq is a video game journalist for SegmentNext. With a passion for gaming, Bilal specializes in providing comprehensive guides, walkthroughs, and insights on popular video games. He keeps gamers informed and helps them navigate through various aspects of gameplay, from locations and settlements to skills and technology.
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Bilal Tariq's articles are primarily focused on providing detailed how-to guides for video games, with a particular emphasis on Payday 3 and Starfield. Given this focus, Bilal would likely be interested in content related to tips and strategies for these specific games or similar ones.
It seems that Bilal's coverage does not have a specific geographic focus but rather caters to an international audience of gamers. If you're looking to reach out to him, consider offering insights into game mechanics, hidden features, or strategies that can enhance gameplay experience for the titles he covers.
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Gaming News, Reviews and Guides
That is how you can eliminate the Bulette in Baldur's Gate 3.
By: Shahid, Malik, Khan
A compact low-profile multi-band millimeter-wave (mm-wave) reflectarray metasurface design is presented for coverage enhancement in 5G and beyond cellular communication. The proposed single-layer metasurface exhibits a stable reflection response under oblique incidence angles of up to 60 $$^\circ$$ at 24 and 38 GHz, and transmission response at 30 GHz, effectively covering the desired 5G mm-wave frequency bands. The proposed reflectarray metasurface is polarization insensitive and performs equally well under TE and TM polarized incident waves due to the symmetric pattern. In addition, the low profile of the proposed metasurface makes it appropriate for conformal applications. In comparison to the state-of-the-art, the proposed reflectarray metasurface unit cell design is not only compact (3.3 $$\times$$ 3.3 mm $$^2$$ ) but also offers two reflections and one transmission band based on a single-layer structure. It is easy to reconfigure the proposed metasurface unit cell for any other frequency band by adjusting a few design parameters. To validate the concept of coverage enhancement, a 32 $$\times$$ x32 unit-cell prototype of the proposed reflectarray metasurface is fabricated and measured under different scenarios. The experimental results demonstrate that a promising signal enhancement of 20–25 dB is obtained over the entire 5G mm-wave n258, n259, and n260 frequency bands. The proposed reflectarray metasurface has a high potential for application in mm-wave 5G networks to improve coverage in dead zones or to overcome obstacles that prevent direct communication linkages.
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