Final answer:
Cryptographic operations necessitate high speed to ensure device performance and user experience. Digital computers enable efficient processing of large amounts of information quickly and accurately, which is vital in fields like semiconductor design and biotechnology.
Step-by-step explanation:
When cryptographic operations are performed very often by devices, it means that these operations must be executed with high speed and efficiency. Cryptographic algorithms require significant computational resources, particularly when processing large volumes of data. The speed at which these operations can be carried out directly impacts the performance and the user experience. Digital computers made it possible to efficiently process large amounts of information through electric circuits that allow data to be analyzed quickly and accurately.
For instance, in the field of semiconductor design, the speed at which data can be encrypted and decrypted is crucial as it ensures that the transmission of data remains secure without causing significant latency. This is similarly critical in biotechnology, where large datasets need to be securely transferred between devices or over networks. Moreover, the advancement in technology has been so quick that the speed of cryptographic operations continues to grow, which is necessary to handle the increasing demand for secure data transmissions in various high-technology industries.