Wij willen met u aan tafel zitten en in een openhartig gesprek uitvinden welke uitdagingen en vragen er bij u spelen om zo, gezamelijk, tot een beste oplossing te komen. Oftewel, hoe kan de techniek u ondersteunen in plaats van dat u de techniek moet ondersteunen.

At its developer conference Wednesday, Oculus showed off a pair of prototype designs for its next high-end headsets.

Two years ago, Oculus showed off its Half Dome prototype which utilized a technology called varifocal lenses to allow users to adjust where the points of focus were in an image, this is technology similar to what Magic Leap uses on its headset, but is designed to allow for a much greater range of focal planes.

The company showed off tow new prototypes including a “Half Dome 2” prototype and a “Half Dome 3” prototype.

“Half Dome 2” is optimized for weight and size significantly shrinking down the form factor of the previous prototype while reducing the weight by 200 grams. The device is also shrinking the 140 degree field-of-view of the first design, though the company says the headset will still boast a FoV that’s 20% wider than the Rift.

The headset still utilizes a system that mechanically moves the lenses inside the headset to adjust the focus, but Oculus is also looking further down the line.

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“Half Dome 3” integrated the technology of its previous designs with an electronic varifocal module that has no moving parts and integrates a number of stacked lenses that can be turned on and off to let users move through various planes of focus (the company detailed the headset could switch between 64 planes of focus with this setup). This will enable users to view items in focus at closer distances and will let headsets function more like human eyes.

There weren’t any timelines thrown around for either prototype being productized, but Oculus is clearly investing in the high-end still inside Facebook Reality Labs.


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SpaceX CEO Elon Musk believes that both the Texas and Florida Starship prototype rockets being developed by the private space company will fly “in 2 to three months,” which is an aggressive timeline considering the planned untethered flight of its Starhopper demonstration prototype missed its target of running this past week.

SpaceX is developing two Starship prototypes in parallel, at both its Texas and Florida facilities, in what is sometime referred to in the technology industry as a ‘bake-off.’ Both teams develop their own rockets independently, in an attempt to spur a sense of internal competition and potentially arrive at combined progress that wouldn’t be possible with just a single team working together on the task.

Earlier this month, Musk stated that the inaugural untethered test of its Starhopper (Hopper for short) Starship tech demo prototype would happen this past Tuesday, July 16. Those plans were derailed when a preliminary test firing of its engines resulted in a large fireball captured on camera by many local observers. Musk later said on Twitter that this was the result of a “post test fuel leak” but added that there was actually no significant damage to the sub-scale Starhopper itself.

The SpaceX CEO then continued with a new timeline for the untethered test, saying it should happen sometime this coming week instead. That’s definitely a required step for the company to take ahead of any test flights of the more complete Starhopper prototypes.

Those initial test will be sub-orbital flights, Musk said on Friday, with orbital tests to follow some “2 to 3 months” after those first test flights 2 to 3 months from today – so, that puts the earliest orbital test flights for Starship at just 4 to 6 months from now. Based on how Musk’s stated timelines match up with reality, you should definitely consider that an extremely optimistic assessment.

Musk also shared some detail about how Starship will launch – it’ll use a launch structure, which is currently under construction at another site, much like Falcon 9 and Falcon Heavy does today.


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