🗊Презентация Programmable logic. Types

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Programmable logic. Types, слайд №1Programmable logic. Types, слайд №2Programmable logic. Types, слайд №3Programmable logic. Types, слайд №4Programmable logic. Types, слайд №5Programmable logic. Types, слайд №6Programmable logic. Types, слайд №7Programmable logic. Types, слайд №8
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Programmable logic. Types, слайд №1
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Programmable Logic The maximum number of gates in an FPGA is currently around 500,000 and doubling every 18 months. What all of this means is that the price of an individual element is rapidly approaching zero
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Programmable Logic The maximum number of gates in an FPGA is currently around 500,000 and doubling every 18 months. What all of this means is that the price of an individual element is rapidly approaching zero

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Types of programmable logic PLD - Programmable Logic Devices CPLD - Complex Programmable Logic Devices FPGA - Field Programmable Gate Arrays
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Types of programmable logic PLD - Programmable Logic Devices CPLD - Complex Programmable Logic Devices FPGA - Field Programmable Gate Arrays

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PLD - Programmable Logic Devices These were the first chips that could be used to implement a flexible digital logic design in hardware. Other name: 1. Programmable Logic Array (PLA); 2. Programmable Array Logic (PAL); 3. Generic Array Logic (GAL).
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PLD - Programmable Logic Devices These were the first chips that could be used to implement a flexible digital logic design in hardware. Other name: 1. Programmable Logic Array (PLA); 2. Programmable Array Logic (PAL); 3. Generic Array Logic (GAL).

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Basic logic gates
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Basic logic gates

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CPLD - Complex Programmable Logic Devices
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CPLD - Complex Programmable Logic Devices

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FPGA - Field Programmable Gate Arrays
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FPGA - Field Programmable Gate Arrays

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Conclusions CPLDs can hold larger designs than PLDs. CPLDs have been chosen over FPGAs whenever high-performance logic is required. Delay through a CPLD (measured in nanoseconds) is more predictable and usually shorter. The architecture of an FPGA is much more flexible than that of a CPLD. FPGAs are usually denser (more gates in a given area) and cost less than their.
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Conclusions CPLDs can hold larger designs than PLDs. CPLDs have been chosen over FPGAs whenever high-performance logic is required. Delay through a CPLD (measured in nanoseconds) is more predictable and usually shorter. The architecture of an FPGA is much more flexible than that of a CPLD. FPGAs are usually denser (more gates in a given area) and cost less than their.

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