FPGAs are powerful integrated circuits that offer the flexibility to modify various electrical functionalities within a device. It allows for easy modifications during the PCB assembly process, or can even be changed after the device has been deployed on the field.
By leveraging FPGAs, system owners gain the ability to enhance product functions and features, reconfigure hardware for specific applications, and adapt to new standards, even after products have already been shipped to customers.
FPGAs are the perfect amalgamation of the best features from both ASICs and processor-based systems.
Utilizing FPGAs in diverse industries offers a range of advantages:
- Parallel Processing
With FPGAs, parallelism is fully harnessed, allowing autonomous operations to operate concurrently without resource conflicts. Each processing task is assigned to a dedicated chip section, ensuring independent execution without impacting other logic blocks. This means that the performance of each section remains unaffected, regardless of the number of additional processing operations integrated.
- Total Cost of Ownership
FPGAs offer the advantage of minimized risks by allowing prototype systems to be shipped to customers for field trials, while still providing the flexibility to make swift changes before transitioning to mass production. For smaller applications, FPGAs prove to be cost-effective when compared to ASICs. Also, do not entail non-recurring engineering expenses.
- Easy to Understand Design Cycle
You don’t need any backend processes, layouts or masks when working with FPGAs. Its design cycle is very simple.
- Re-usability of FPGAs
The re-usability aspect of FPGAs allows a single device to be employed for multiple applications by reprogramming the HDL (Hardware Description Language) code. This means that the same FPGA can be utilized multiple times, requiring only minor modifications.
- Flexibility of FPGAs
Moreover, FPGAs offer unparalleled flexibility to design engineers. Changes to the device can be easily implemented by downloading a configuration file and verifying the modification. This eliminates the need for costly alterations to the PC board, making FPGAs a highly adaptable and cost-effective solution.
- Accelerating Time to Market with FPGAs
FPGAs offer ample flexibility and rapid prototyping capabilities, enabling companies to streamline their time to market. With it, businesses can test and validate their hardware designs before proceeding, ensuring a solid foundation for their concepts. The ability to make incremental changes to the hardware design further minimizes the overall time spent in the development process.
In this way, the adoption of FPGAs in various industries offers significant business advantages. With Orthogone FPGA design, you too can use it to its best potential.