The phrase "a prototype that can" is correct and usable in written English.
It can be used when describing the capabilities or functions of a prototype in various contexts, such as technology, design, or product development.
Example: "We are developing a prototype that can simulate real-world conditions for testing purposes."
Alternatives: "a model that is capable of" or "a design that can".
When a user requests a specific application from a cloud-based "app store", the appropriate multicompiler in the store generates a unique version for him, thus making a hacker's task nigh impossible.Dr Franz has already built a prototype that can diversify programs such as Firefox and Apache Linux.
That serves to smear out the waves within a pulse into a wide range of frequencies the infra-red equivalent of white light which are then split up into individual channels before they are modulated to carry messages.Researchers at Bell Labs have already built a prototype that can carry 1,000 channels.
A prototype that can operate under pressure is constructed in preparation for a field test.
Future research aims to develop a prototype that can rotate around the patient, the same way conventional c-arms are used.
Back in September, Sharp made headlines when the company showed the world's most efficient solar cell, a prototype that can convert 42.1% of sunlight into electricity.
It looks like they've got a prototype that can launch off your wrist and float away — but it's still early days.
Third, we investigate the grasping force generated and the influence of the bending direction and gravity by developing a second prototype that can grasp a cylindrical bar by changing the applied pressures.
An 8 × 8 cm2 energy storing smart (ESS) window is assembled to demonstrate a functional prototype that can power an LED for more than 10 min when charged under −2.5 V for 1 min.
Therefore, we must take into account existing systems and use their existing infrastructure to come up with a final prototype that can actually be used, in a real-world scenario.
The MIT robotics labs provide an endless source of variously amusing, terrifying, and wonderful developments, and today's is a robot prototype that can scurry across the surface of a ship's hull, using ultrasound tech to scan for false panels and other secret compartments used by seafaring smugglers.
A demonstrative prototype that can store 8 kWh of heat and produce a heating power of 1 kW has been designed and built.
