The phrase "a hardware system that" is correct and usable in written English.
You can use it when describing a specific type of hardware system and what it does or its characteristics.
Example: "A hardware system that supports high-speed data processing is essential for modern computing tasks."
Alternatives: "a computing system that" or "a technological system that".
This enables a core to be designed into a hardware system that includes memory modules, control functions, Direct Memory Access (DMA) functions, data interfaces and interrupts.
Xiaomi's smart TVs, which launched in September 2013, are part of a plan to create a hardware system that syncs between its smartphones, tablets, smart TVs, and smart wi-fi routers.
The paper provides a review and addresses the problem of creating a modular hardware system that can be effortlessly reconfigured by developers of autonomous intelligent control systems for mission type task execution in realtime physical environments.
Considering these observations and taking inspiration from biology, this project attempts to create an adaptive hardware system that is capable of modifying its architecture and thus its behaviour autonomously, to cope with variations in its external environment.
The overall goal of this research is to develop a platform-type hardware system that will allow a clinician to measure three-dimensional stress tensors (i.e. pressure and shear patterns) on the plantar surface and identify areas of concern.
Jacobs pitched Canter on the idea of a single unified hardware system that would aggregate all of a restaurant's online orders in a single place and Canter bought in immediately.
This is a stand-alone and fully hardware system that allows to embed it in a mobile system.
Tesla's second-quarter earnings call included a discussion of the computational hardware system that Tesla uses for its Autopilot driver assistance functionality.
An integrated hardware system that includes both innovative electrochemical sensors and traditional probes and is driven by specific data acquisition software has been used for on-line monitoring of biofilm growth and corrosion processes on CuNi 70/30 specimens.
Forearm crutch systems have evolved from models with single- to multi-sensor hardware systems that can incorporate an increasing number of segments that are in compliance with the standards of the International Society of Biomechanics ISBB).
But the government has also developed a reputation of wastefulness for pouring money into projects that grow in scope over time without delivering significant results, or for building immense hardware systems that are unnecessarily duplicated among agencies.
