Learn About the IC EP1K50FC484-3N and What It Can Do

You can find the ic ep1k50fc484-3n in high-tech electronics. This fpga chip helps you make your own digital circuits. You can use it to build logic systems that do digital and some analog jobs. Many engineers pick this chip because it makes electronics smarter and easier to change. You can program it to do different things, which makes it special in technology.

Key Takeaways

• The EP1K50FC484-3N FPGA chip can do many digital jobs. You can program it for different tasks. This makes it great for engineers.

• This chip has 2,880 logic elements. It also has 40,960 RAM bits. These let you make complex designs. The chip is small but powerful.

• You can use up to 249 I/O pins. This means the chip can connect to many sensors. It can also link to other devices.

• The chip uses low voltage. This helps save energy. It still works very well. So, it fits modern electronics.

• The EP1K50FC484-3N works in many fields. It is used in artificial intelligence. It helps with 5G technology. It is also found in medical equipment.

IC EP1K50FC484-3N Overview

What Is the EP1K50FC484-3N FPGA?

The ep1k50fc484-3n helps you make many digital systems. This chip is part of the fpga group, so you can program it for different logic jobs. The ic ep1k50fc484-3n lets you build circuits that can change to fit what you need. You can update its logic by changing the design. This chip is good for fixing digital electronics problems and makes your projects easier to change.

Main Functions and Capabilities

The ep1k50fc484-3n is special because it can handle hard logic and memory jobs. You can use it for digital signal processing, jobs with lots of registers, and math work. The chip has a design that mixes look-up tables and embedded array blocks. This setup gives you better speed for logic and memory. You can use Quartus Prime Modelsim software to program and test the chip. These tools help you make and check your logic before using it in real devices.

Tip: The ep1k50fc484-3n works for both easy and hard digital projects. Its design lets you change logic as your needs change.

• The ep1k50fc484-3n uses a small, low-cost design.

• It mixes look-up table logic with embedded array blocks.

• You can make your design better for data-path, register, and digital signal processing.

• The chip can do hard logic and memory jobs, which makes it stand out from other fpga chips.

Pinout and Package Details

You need to know the specs and pinout before using the ep1k50fc484-3n. This chip comes in a 484-FBGA package, so it has 484 pins. You get 249 i/o pins to connect many digital signals. The chip uses surface mount technology, so it is easy to put on modern circuit boards. You can see the main specs in the table below:

Product Attribute	Attribute Value
Manufacturer	Intel
Voltage - Supply	2.375V ~ 2.625V
Total RAM Bits	40,960
Supplier Device Package	484-FBGA (23x23)
Series	ACEX-1K®
Package / Case	484-BBGA
Package	Tray
Operating Temperature	0°C ~ 70°C (TA)
Number of Logic Elements	2,880
Number of LABs/CLBs	360
Number of I/O	249
Number of Gates	199,000
Mounting Type	Surface Mount
Base Product Number	EP1K50

You can use these specs to plan your logic and make sure the chip fits your project. The ic ep1k50fc484-3n gives you a way to connect digital signals and build fast systems.

EP1K50FC484-3N FPGA Features

Key Specifications

The ep1k50fc484-3n is special because of its strong specs. This fpga lets you fit lots of logic in your design. It works at speeds up to 80 MHz. You can use this speed for fast digital systems. The chip has a low-voltage core, so it saves energy and still works well.

Here is a quick look at some important specs:

Specification	Value
Maximum Frequency	80 MHz
Logic Elements	2,880
Logic Array Blocks	360
Total Gates	199,000
Built-in RAM Bits	40,960
I/O Pins	249
Supply Voltage Range	2.375V to 2.625V

You can use these specs to plan your digital project. The chip is made for high-density logic. You can build complex circuits in a small space.

Note: The ep1k50fc484-3n gives you lots of logic elements and ram. This makes it good for designs that need both logic and memory.

Logic Array Blocks and Gates

The ep1k50fc484-3n uses logic array blocks for flexible logic design. There are 360 logic array blocks in this fpga. Each block has many logic elements. You can build big digital circuits with them. The chip has 199,000 gates, so you get lots of space for logic.

Number of Logic Array Blocks	360
Number of Gates	199,000

You can use these blocks to make your design work for you. The fpga lets you change your logic as you need. You can update your circuits without new hardware. The built-in ram stores data for memory tasks. The chip supports both digital and memory jobs. You can build flexible and strong digital systems.

• You can connect up to 249 i/o pins for signals.

• The design supports high-density logic for hard projects.

• The fpga lets you test and improve your logic.

Power and Compliance

The ep1k50fc484-3n uses low voltage to keep cool and save power. You can run the chip with 2.375V to 2.625V. The low-voltage core is good for modern electronics.

Here are some important power and compliance facts:

Specification	Value
Supply Voltage Range	2.375V to 2.625V
RoHS Status	RoHS non-compliant
Moisture Sensitivity Level (MSL)	3 (168 Hours)
REACH Status	REACH Unaffected
ECCN	3A991D
HTSUS	8542.39.0001

The chip is not RoHS compliant. It may not work for every project with strict rules. The fpga is REACH unaffected, so it has no banned chemicals. Use the specs to see if the chip fits your project.

Tip: Always check the i/o needs and power ratings before you start. This helps you avoid problems later.

The ep1k50fc484-3n gives you flexible and high-density logic for digital projects. You can use its features to build and test new ideas. The chip’s specs and ram make it a strong choice for powerful digital systems.

IC EP1K50FC484-3N Applications

Embedded and Industrial Uses

You can use the ep1k50fc484-3n in many types of systems. This chip is good for projects that need smart control and quick actions. You will see it in artificial intelligence, 5G technology, cloud computing, consumer electronics, wireless technology, industrial control, internet of things, and medical equipment. The chip helps you make designs that can change for different jobs.

• Artificial Intelligence

• 5G Technology

• Cloud Computing

• Consumer Electronics

• Wireless Technology

• Industrial Control

• Internet of Things

• Medical Equipment

The ep1k50fc484-3n gives you lots of i/o choices. You can connect many sensors and devices to it. This chip lets you change logic and memory for each project. You get a flexible and low-cost fpga chip for digital logic work.

In factories, you use the ep1k50fc484-3n to help with tasks. The chip has many logic elements, built-in memory, and lots of i/o pins. These things help you control machines and keep them working well. You can stop problems and make things run better.

• You can do digital control jobs with this chip.

• You get designs that work for many machines.

• The chip lets you make fast changes and upgrades.

Tip: You can reprogram the chip for new jobs. This helps your system get ready for future updates.

Telecom and Medical Applications

You will find the ep1k50fc484-3n in telecom systems. This chip helps manage signals and follow rules for data. You need good communication for phones, networks, and data centers. The chip helps keep signals clear and systems working.

In medical tools, you use the ep1k50fc484-3n for smart control and data work. The chip lets you make flexible designs for monitors and scanners. You can connect many sensors with the i/o pins. The chip lets you change logic and memory for each device.

Feature	Description
Logic Elements	2880 logic elements let you do many jobs at once, so you can make flexible designs.
Onboard RAM	40,960 RAM bits help store and manage data inside the FPGA, making things work better.
I/O Pins	Many I/O pins let you use the chip for lots of digital jobs, so it fits many projects.

You get a chip that works in systems, telecom, medical tools, and factories. The ep1k50fc484-3n gives you flexible logic, strong memory, and lots of i/o. You can build low-cost and fast systems for many uses.

Note: The fpga for digital logic jobs lets you change your design as you need. You get flexible designs and good performance.

EP1K50FC484-3N Chip Pros, Cons, and Alternatives

Advantages of the FPGA Chip

You get many benefits when you use the ep1k50fc484-3n. This chip gives you a reprogrammable design, so you can change your logic without buying new hardware. You can use the chip for both simple and complex logic tasks. The chip supports many i/o connections, which helps you link sensors and devices. You can build flexible systems that fit your needs. The chip has strong logic and memory features, so you can handle data and control jobs at the same time. You can trust the chip for stable performance in many projects.

• You can update your logic as your project grows.

• The chip supports many i/o pins for easy connections.

• You get strong memory and logic for fast data work.

Tip: The ep1k50fc484-3n works well in projects that need changes or upgrades over time.

Limitations and Considerations

You should know some limits before you pick the ep1k50fc484-3n. The chip does not meet RoHS rules, so you may not use it in every country. The chip uses older technology, so you may not get the highest performance in new designs. You need to check if the chip fits your power and logic needs. The chip may not have enough memory for very large projects. You must plan your logic and memory use to avoid problems.

• The chip is not RoHS compliant.

• You may need more memory for big logic systems.

• The chip may not match the speed of newer models.

Note: Always check the i/o and logic needs of your project before you choose this chip.

Alternative FPGA Chips

You can find other chips if the ep1k50fc484-3n does not fit your needs. Some chips cost less or give you different features. You can see a price comparison in the table below:

FPGA Chip	Price
EP1K50FC484-3N	$39.37
EP1K50FI256-2	$3.09
EP1K50FI256-2N	$108.97
EP1K50FC484-2N	$3.23

You can choose a chip that matches your budget and logic needs. Some chips give you more memory or faster logic. You should compare the i/o, logic, and memory features before you decide. The ep1k50fc484-3n gives you a good balance of logic, memory, and flexible design for many projects.

You get a strong mix of flexibility and performance with the EP1K50FC484-3N FPGA chip. This chip gives you many logic elements, onboard RAM, and lots of I/O pins. Its compact design and power efficiency help you build reliable systems for many uses. You can use it in embedded, industrial, or communication projects. If you need more speed or memory, you might look at other chips. For datasheets and support, you can find resources online:

• Visit the Xilinx EP1K50FC484-3 page for technical documents.

• Use the website’s search box to find more details.

 

 

 

 

 

Written by Jack Elliott from AIChipLink.

 

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