The Razer Ornata is the first keyboard to feature Razer Mecha-Membrane switches. Free Technical Library News

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Razer Ornata - the first keyboards with Razer Mecha-Membrane switches

13.09.2016

Razer has unveiled the Razer Ornata line of gaming keyboards. These are the first keyboards to feature Razer Mecha-Membrane technology.

Under the name Mecha-Membrane are switches that combine the features of membrane and mechanical switches. The rubber dome provides a soft keystroke, while elements borrowed from mechanical switches are responsible for a clear tactile response.

The new line was opened by the Razer Ornata Chroma and Razer Ornata models. A feature of the Razer Ornata Chroma model is the presence of full-color individual backlighting of the keys. Using the Razer Synapse software, the user can choose the color of each key from 16,8 million values. In addition, various effects are available. Settings can be shared with other users using the Razer Chroma Workshop. Some popular games have ready-made lighting schemes.

All keys are programmable. It is possible to record macros "on the fly". The keyboard recognizes up to 10 simultaneously pressed keys. The device is connected to the computer via USB. Removable hand support included. Keyboard dimensions are 463 x 154 x 31 mm, weight - 950 g.

The Razer Ornata model also has a backlight, but not full color, but green. However, lighting effects are still available in the Razer Synapse software. The rest of the devices are identical.

The Razer Ornata keyboard is $80, the Razer Ornata Chroma is $100. Sales will start in October.

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The idea of overthrowing humanity with artificial intelligence has been discussed for decades, and in 2021 scientists delivered their verdict on whether high-level computer superintelligence can be controlled.

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Rules like "don't hurt people" can't be set if people don't understand what scenarios AI has to offer. Once a computer system is running at a level beyond the capabilities of our programmers, then no more limits can be set.

The superintelligence presents a fundamentally different problem than those usually studied under the slogan of "robot ethics". This is due to the fact that the superintelligence is multifaceted and, therefore, potentially able to mobilize a variety of resources to achieve goals that are potentially incomprehensible to humans, not to mention so that they can be controlled.

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According to the scientists, any program written to prevent AI from harming humans and destroying the world, for example, can decide (and stop) whether or not it is mathematically impossible to be absolutely sure anyway, which means that its can't be contained. The scientists said the alternative to teaching the AI some ethics and telling it not to destroy the world - something no algorithm can be absolutely sure of - is to limit the capabilities of the superintelligence.

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