With increasing pressures to both lessen the time to market and increase the number of features in their latest models, many medical kit manufacturers are turning to off-the-shelf Computer boards in making these designs. Using inserted Computer boards can dramatically cut back the design time of feature-rich medical apparatus, but only if the feature set of the board is matched to the application.
Knowing what points to ask is vital to selecting an inserted PC solution. By becoming more knowledgeable about the features available on embedded PCs, it gets easier to understand which questions to ask.
Reasons for Using an Inserted Personal computer or ARM Base solution
In the past, it was more common for designers to select a microprocessor or microcontroller chip, design the supporting circuitry around it, and add the special inputs and outputs required by the application. In several cases, this is still a desirable trail to take. It gives the most control over exactly what features are included in the final design. Each part of the circuit in a totally customized design is there for a good reason explicit to the end application. However , absolutely customized designs can take significant time to get from the drawing board to the market.
Reducing the time to market is one of the largest reasons for picking an off-the-shelf embedded PC for medical applications. If the core processor circuitry is prepared to be wired into a system, it saves on circuit design and debugging time. It also decreases the time expended on developing firmware, because embedded PCs usually already have basic input/output system (BIOS) firmware that initializes the core components, tests imperative subsystems, and loads the application programme. In an increasingly difficult environment, shaving 1 or 2 months or weeks of a product development cycle may affect the success of a product.
A different reason that embedded PCs are being used more often is that the range of features that users expect is steadily increasing. Although alphanumeric liquid-crystal displays (LCDs) are utilized for some tasks, for example blood sugar monitoring, it is starting to become more workaday for a modern piece of medical equipment to have a full-color graphical display. This permits additional information to be conveyed to the user, but at the cost of skyrocketing the amount of computing hp needed, as well as the complicatedness of the software. Embedded PCs may help to solve that issue by employing the large number of graphics software already available on the desktop PC.
Embedded PC- Specific Features
There are many reasons,eg product lifetime or size, for using an inserted Computer rather than a desktop Personal computer motherboard in a medical application. However , the massive reason is that embedded PCs have features that are not found on desktop PCs features that encompasses the following: Digital I/O, Analogue I/O, Solid state disks, Different system buses like PC/104, CompactPCI, for example.
Knowing what points to ask is vital to selecting an inserted PC solution. By becoming more knowledgeable about the features available on embedded PCs, it gets easier to understand which questions to ask.
Reasons for Using an Inserted Personal computer or ARM Base solution
In the past, it was more common for designers to select a microprocessor or microcontroller chip, design the supporting circuitry around it, and add the special inputs and outputs required by the application. In several cases, this is still a desirable trail to take. It gives the most control over exactly what features are included in the final design. Each part of the circuit in a totally customized design is there for a good reason explicit to the end application. However , absolutely customized designs can take significant time to get from the drawing board to the market.
Reducing the time to market is one of the largest reasons for picking an off-the-shelf embedded PC for medical applications. If the core processor circuitry is prepared to be wired into a system, it saves on circuit design and debugging time. It also decreases the time expended on developing firmware, because embedded PCs usually already have basic input/output system (BIOS) firmware that initializes the core components, tests imperative subsystems, and loads the application programme. In an increasingly difficult environment, shaving 1 or 2 months or weeks of a product development cycle may affect the success of a product.
A different reason that embedded PCs are being used more often is that the range of features that users expect is steadily increasing. Although alphanumeric liquid-crystal displays (LCDs) are utilized for some tasks, for example blood sugar monitoring, it is starting to become more workaday for a modern piece of medical equipment to have a full-color graphical display. This permits additional information to be conveyed to the user, but at the cost of skyrocketing the amount of computing hp needed, as well as the complicatedness of the software. Embedded PCs may help to solve that issue by employing the large number of graphics software already available on the desktop PC.
Embedded PC- Specific Features
There are many reasons,eg product lifetime or size, for using an inserted Computer rather than a desktop Personal computer motherboard in a medical application. However , the massive reason is that embedded PCs have features that are not found on desktop PCs features that encompasses the following: Digital I/O, Analogue I/O, Solid state disks, Different system buses like PC/104, CompactPCI, for example.
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