Showing posts with label VLSI. Show all posts
Showing posts with label VLSI. Show all posts

Features of FPGA

 What are the features of FPGA?

  • It is high complexity
  • It is a low cost
  • High integration
  • Flexible function generator
  • Avoid the problem of ASICs
  • Small physical size
  • FPGA is compatible with the PLD
  • Low power consumption
  • High density and reliability
  • Programming is also very flexible
  • It is a real-time online testing
  • Many FPGA includes a block of RAM
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Features of CPLD

 What are the features of CPLD?

  • High performance.
  • Large density range.
  • Slew rate control on each individual output.
  • Flexible 36 Vs 18 functional blocks.
  • High drive 24mA outputs.
  • User-programmable ground pin capability.
  • Non-volatile configuration memory. 
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Why CPLD better than FPGA?

For below some reason, CPLD is better than FPGA:

  • CPLD is an integrated circuit that helps to implement digital systems while FPGA is an integrated circuit designed to be configured by a customer or a designer after manufacturing.
  • CPLD is cost-effective while the FPGA is expensive than CPLDs.
  • The logic resource is also a major difference between CPLD and FPGA. CPLD provides minimum logic resources while FPGA provides a massive amount of logic resources and storage elements to create complex systems.
  • Power consumption is also different between CPLD and FPGA, CPLD consumes low power while FPGA consumes more power.
  • CPLD is made up of larger blocks while FPGA is made up of tiny logic blocks.
  • CPLD and FPGA is their memory. CPLD uses EEPROM while FPGA uses RAM.
  • Besides it is easier to predict the delay in CPLD than in FPGA.
  • CPLD is more secure than FPGA because it has built-in nonvolatile memory.
  • CPLD is suitable for small to medium scale applications whereas FPGA is suitable for complex applications.
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FPGA applications

 Let us check out the application of FPGA in this article one by one. 

What is the application of FPGA?

  • It is used for automation
  • Cryptography
  • Development board and shields for microcontrollers
  • It is also used for solar energy
  • Scientific instruments
  • Industrial IoT
  • Industrial motor control
  • Computer hardware emulation
  • Embedded vision
  • Data mining
  • Broadcast
  • Wireless communications
  • Video and image processing
  • Aerospace and defence
  • Medical electronics
  • Digital television
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CPLD applications

 What are the Applications of CPLD?

  • CPLD is ideal for high performance, critical control applications.
  • CPLD can be used in digital design to perform the functions of the boot loader.
  • It is used in small design applications like address decoding.
  • This is used for loading the configuration data of a field-programmable gate array from non-volatile memory.
  • It is used to manage power-up sequencing and monitoring of other devices on the board.
  • CPLD is frequently used in many applications like in cost-sensitive, battery-operated portable devices due to its size and usage of low power.

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  1. PAL applications
  2. PAL applications
  3. FPGA applications
  4. Features of FPGA
  5. Why CPLD better than FPGA?
  6. Features of CPLD
  7. Advantages and disadvantages of PLD

programmable array logic applications

Let us check out the PAL applications here in this article one by one below.  

What are the applications of PAL?

  • PAL is the most commonly used type of PLA
  • Counter 
  • State machine
  • Decoder
  • Synchronization
  • Bus Interfaces
  • Parallel to serial
  • Serial to parallel
  • Glue logic
  • Combinational logic circuit
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Programmable logic array applications

Let us check out the PLA applications here in this article one by one below.   

What is the application of PLA?

  • Counter 
  • State machine
  • Decoder
  • Synchronization
  • Bus Interfaces
  • Parallel to serial
  • Serial to parallel
  • Glue logic
  • Combinational logic circuit
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