Update Time:2025-10-22

EP2C5F256C7N FPGA: Features, Pinout, Datasheet, and Applications

EP2C5F256C7N FPGA offers 4,608 logic elements, 158 I/O pins, detailed pinout, datasheet specs, and versatile applications for digital design.

Components & Parts

EP2C5F256C7N FPGA

You can use the ep2c5f256c7n fpga to make your own digital circuits. It works fast and does its job well. This field-programmable gate array is part of the cyclone family from Altera. Engineers and students pick this fpga because it is not too expensive. It also works well and is dependable. Many people use it to try out new ideas in electronics. They do not have to spend a lot of money.

Key Takeaways

  • The EP2C5F256C7N FPGA does not cost much and works well. It is great for students and engineers who want to try digital circuits.

  • This FPGA has 288 logic array blocks and 158 I/O pins. These features help make connections easy and let you design digital systems well.

  • Always look at the datasheet for more details and pinout info. This helps you set up things right and avoid errors.

  • The EP2C5F256C7N FPGA can be used in many ways. It works in industrial control, medical devices, cars, and home electronics.

  • Using this FPGA can lower project costs a lot. It also gives good performance and uses little power.

Overview

ep2c5f256c7n fpga basics

You can use the ep2c5f256c7n fpga for many projects. It lets you build digital systems easily. Altera makes this device. Altera is a famous electronics company. The fpga is part of the Cyclone II family. Many engineers and students like this family. They trust it because it works well and does not cost much. The Cyclone II family is popular in the market. It gives flexible and cheap solutions for different needs.

Here is a quick look at the maker and family:

ManufacturerFPGA FamilySignificance
Intel (Altera)Cyclone IIIt is cheap, useful, and flexible. Many people use it for different jobs in many industries.

You can use this fpga for learning or work. The Cyclone II family helps you test new ideas. You do not need to spend a lot of money.

Key specs

When you check the specs, you see why people pick this device. The ep2c5f256c7n fpga has 288 logic array blocks. These blocks help you make hard digital circuits. There are 158 i/o pins. You can connect lots of devices or sensors. The chip uses a 256-ball fine-pitch ball grid array package. This package keeps the chip small. It is easy to put on a circuit board.

The voltage range is 1.15 to 1.25 volts. This low voltage saves power in your projects. The fpga is made to be cheap. You can use it when you need to save money. Here is a summary of the main specs:

  • 288 LABs for logic design

  • 158 i/o pins for connections

  • 256FBGA package for small size

  • 1.15–1.25V working voltage

  • Low price for students and engineers

Note: Always check the datasheet for more details before you start your design.

Features

The ep2c5f256c7n fpga is special because it has many strong features. You can use these features to make lots of digital systems. This device from altera helps with both easy and hard projects. Here are the main features that make this cyclone family fpga popular.

Logic and memory

This fpga gives you lots of logic and memory. These help you make and store digital signals and data. The table below shows the main logic and memory specs:

Resource TypeQuantity
Total RAM bits119,808
Logic Array Blocks288
Logic Elements4,608

You can use the 4,608 logic elements to make your own circuits. The 288 logic array blocks help you organize your design. The 119,808 RAM bits let you keep data inside the chip. Having logic and memory together makes your design faster and more stable. You also get embedded multipliers for math in signal processing or control systems.

I/O and voltage

The i/o features let you connect to many other devices. There are 158 i/o pins for sensors, displays, or other chips. The device works with many i/o standards and voltage levels. This makes it easy to use in different systems. Here is a table of the supported i/o standards and voltage levels:

I/O StandardVoltage Level
3.3-V LVTTL/LVCMOS3.3V
2.5-V LVTTL/LVCMOS2.5V
1.8-V LVTTL/LVCMOS1.8V
1.5-V LVCMOS1.5V
LVDSN/A
RSDSN/A
mini-LVDSN/A
LVPECL (3)N/A
SSTL-2 Class I and IIN/A
SSTL-18 Class IN/A
HSTL-18 Class IN/A
HSTL-15 Class IN/A
Differential SSTL-2 (4)N/A
Differential SSTL-18 (4)N/A
Differential HSTL-18 (5)N/A
Differential HSTL-15 (5)N/A
PCI & PCI-X (I/O Bank 3 & 1)3.3V
SSTL-18 Class II, HSTL-18 Class II, HSTL-15 Class II (I/O Bank 2 & 4)N/A

You can pick the i/o standard that fits your project. The voltage range goes from 1.15V to 3.3V. This helps you save power and match other parts. This flexibility makes the fpga good for many uses.

Performance

This fpga gives you strong performance. The top operating frequency is 260 MHz. This speed lets you handle data fast and do real-time jobs. Here is a quick look at the performance specs:

SpecificationValue
Maximum Operating Frequency260 MHz

You can use this speed for video, communication, or control systems. The cyclone family design keeps power use low, so your project is efficient. The 256FBGA package helps with heat and makes it easy to put on a board.

Tip: The ep2c5f256c7n fpga is a smart pick for low-cost and many types of projects. You can use it in school, factories, or home products. The strong mix of logic, memory, and i/o features lets you make many digital systems.

Pinout

The pinout of the EP2C5F256C7N FPGA shows you how each pin on the chip works. You need to understand the pinout before you start your design. This helps you connect the chip to other parts and use all its features.

256FBGA package

You will find the EP2C5F256C7N FPGA in a 256FBGA package. This means the chip has 256 small balls on its bottom side. These balls act as pins. The package keeps the chip small and helps with heat. You can fit this package on a printed circuit board with high density. Out of the 256 balls, 158 serve as i/o pins. You use these pins to connect the FPGA to sensors, displays, or other chips. The rest of the pins support power, ground, and special functions.

Tip: Always check the package diagram in the datasheet. This helps you place the chip correctly on your board.

Pin functions

Each pin on the FPGA has a job. Some pins send or receive digital signals. Others help with power or special tasks. You need to know what each pin does to use all the features of the chip. Here is a table that shows the main types of pins and what they do:

Pin TypeFunction Description
IOUsed for sending or receiving digital signals to or from external components.
CLK*Routes different clocks to the device, allowing for various frequency requirements.
ConfigurationPins used to configure the FPGA. These pins help set up the chip when you turn it on.
OptionalPins can have alternative functions, such as voltage references or clocks.

You use the i/o pins for most of your connections. The clock pins let you run the chip at different speeds. Configuration pins help you load your design into the chip. Some pins can change their job based on your needs. This flexibility lets you use the features that fit your project.

Special pins

Some pins on the EP2C5F256C7N FPGA have special roles. You need to pay attention to these pins when you design your board. For example, configuration pins control how the chip starts up. Clock pins handle timing for your circuits. Power and ground pins keep the chip running safely. Some pins can act as voltage references or extra clocks. You must not use these pins for regular i/o unless the datasheet says it is safe.

Note: Always read the specifications in the datasheet before you assign signals to special pins. This helps you avoid mistakes and use all the embedded features of the chip.

The pinout of this FPGA gives you many options. You can use the 158 i/o pins for different devices. The special pins help you unlock more features. When you understand the pinout, you can make your design work better and safer.

Datasheet

datasheet contents

You will find many important details in the datasheet for the EP2C5F256C7N FPGA. The datasheet gives you the facts you need to design and troubleshoot your project. You can see the electrical specs, pinout, configuration steps, and more. The datasheet also shows you the features and limits of the chip. You get a clear view of how the device works and what you can expect.

Here is a table that shows some key information you will see in the datasheet:

Product AttributeAttribute Value
ManufacturerIntel
Voltage - Supply1.15V ~ 1.25V
Total RAM Bits119,808
Supplier Device Package256-FBGA (17x17)
SeriesCyclone® II
Package / Case256-LBGA
PackageTray
Operating Temperature0°C ~ 85°C (TJ)
Number of Logic Elements4,608
Number of LABs/CLBs288
Number of I/O158
Mounting TypeSurface Mount
Base Product NumberEP2C5

You can use this table to check the main specs before you start your design. The datasheet also explains the integration of embedded memory and logic. You will see how the i/o pins work and how to connect them.

Tip: Always read the datasheet before you build your circuit. You will avoid mistakes and make your design safer.

How to use

You can use the datasheet as your main guide when you work with the EP2C5F256C7N FPGA. Start by looking at the pinout diagram. This helps you connect each pin to the right part. Next, check the electrical specs. You need to match the voltage and temperature limits to your project. The datasheet shows you how to set up the configuration pins. You will see the steps for programming the chip and using its embedded features.

Follow these steps to use the datasheet:

  1. Find the section about pinout and i/o connections.

  2. Check the voltage and temperature range for safe operation.

  3. Read about configuration and setup for altera devices.

  4. Look for tables and diagrams that show integration of memory and logic.

  5. Use the troubleshooting tips if your circuit does not work.

Note: The datasheet helps you solve problems and improve your design. You can use it for both new projects and repairs.

You will find the datasheet easy to use. It gives you all the facts you need for successful integration of the FPGA in your system.

Applications

You can use the ep2c5f256c7n fpga in many places. Its features and low price make it a good pick for many jobs. The cyclone family from altera lets you make custom projects. You can find this fpga in factories, hospitals, cars, and home gadgets. Here are some main ways people use it.

Industrial

This fpga is used in lots of factory jobs. It helps control machines and work with sensors. It also helps process signals. The table below lists common uses in factories and labs:

ApplicationDescription
Industrial Control SystemsLets you automate machines and handle sensor data with reliable logic.
Embedded System DevelopmentSupports custom processor integration for compact embedded systems.
Signal ProcessingHandles digital signal processing, like audio filtering and waveform creation.
Communications EquipmentManages flexible I/O for telecom and networking systems.
Test and Measurement EquipmentGives you precision for data capture and test signal processing.

You can check the datasheet to see which features fit your project.

Medical

This fpga is used in medical tools that need fast and correct data. Here are some common uses:

  • Imaging systems make pictures clearer for doctors.

  • ECG machines read heart signals fast in emergencies.

  • Respiratory devices watch breathing for early warnings.

  • CAD systems help study medical images with smart math.

  • Real-time glucose monitors help people with diabetes.

  • Wearable devices track movement and body signs.

You get good results because logic and memory work well together.

Automotive

You will see this fpga in cars and trucks. It helps read sensor data and control car systems. The table below shows common car uses:

Automotive System/FunctionDescription
Sensor HubsProcess data from many sensors in the vehicle.
Control ModulesManage key vehicle functions and operations.
Diagnostics SystemsMonitor and diagnose performance issues.

You can count on low power use and flexible design for cars.

Consumer and video

This fpga is used in many home electronics and video products. Here are some main uses:

  • You can change the chip’s job for different home gadgets.

  • The fpga handles live video with little delay.

  • It can do many things at once, which helps with video.

  • Hardware acceleration makes video work faster.

You get the benefits of altera’s cyclone family and easy use in your projects.

Comparison

vs ep2c5f256i8n

The EP2C5F256C7N and EP2C5F256I8N are both from the Cyclone II family. They have the same package and the same number of pins. The biggest difference is in their speed and temperature range. The EP2C5F256C7N is best for normal commercial projects. It works well in places like schools or offices. Its temperature range is good for most indoor uses. The EP2C5F256I8N can handle much hotter or colder places. You can use it outside or in factories where it gets very hot or cold. If you need a chip for tough weather, pick the EP2C5F256I8N. For most everyday projects, the EP2C5F256C7N is a good and affordable choice.

vs other fpga

You might want to know how the EP2C5F256C7N compares to other FPGAs. This chip has some things that make it special. The table below shows how it matches up with other 90-nm FPGAs from other brands:

FeatureEP2C5F256C7NCompeting 90-nm FPGAs
Logic ElementsHighLower
Embedded MemoryUp to 1.1 MbitsVaries
Usable I/O PinsUp to 622Varies
Performance60% higherBaseline
Power ConsumptionHalfHigher
CostLowHigher

This fpga gives you more logic elements and memory. It uses less power and costs less than many other brands. It is about 60% faster, so your projects can run better and quicker.

This cyclone chip is great for some jobs:

  • When you need fast answers, like in low-latency inference.

  • For streaming lots of data, like in smart gadgets.

  • For special math problems that normal chips cannot do.

  • In places where you need to save power, like portable devices.

Tip: If you want a chip that is flexible, fast, and saves energy, the EP2C5F256C7N is a great pick for many new projects.

Advantages

Cost

You can save money by picking this fpga for your project. Many people like it because it helps lower the total cost. The device price starts at about $10,000. You also need to pay for boards and tools. Still, 34% of users say this chip cuts their total cost. This makes it a smart pick for schools and small companies. It is good for anyone who wants to try new things without spending a lot.

Cost FactorDetails
Initial CostAt least $10,000 for the device alone
Additional CostsBoards, IP vendors, and tools not included
Cost Reduction Rate34% of users see lower total input cost

Tip: You can use this chip to test ideas or build products on a small budget.

Flexibility

This fpga gives you lots of flexibility. It works for many different jobs. You can use it in factories, hospitals, or home gadgets. The chip has 158 user I/Os for connecting parts. It has 4,608 logic elements and 288 labs for building hard systems. The built-in memory lets you store and move data fast. You also get DSP multipliers for signal and audio work. The chip supports many voltage levels and standards. This means you can use it with many devices. The small package saves space on your board.

FeatureHow It Helps You
High I/O CapacityConnects many sensors and devices
Efficient LogicBuilds complex digital systems
Embedded MemoryStores and moves data fast
DSP MultipliersHandles signal and audio processing
Wide I/O CompatibilityWorks with many voltage levels and standards
Low Power DesignSaves energy in your applications
Fast ConfigurationLoads your design quickly
Space Saving PackageFits in small and compact products

Support

You can get lots of help with this fpga. The altera brand gives you guides and datasheets. You also get design tools to help you work. You can join online forums and ask questions if you get stuck. Many engineers and students use this chip, so you can learn from them. There are many examples and tutorials for different uses. This support helps you fix problems and finish your projects faster.

Note: Good support means you can use this chip for new ideas, even if you are just starting out.

You learned that the ep2c5f256c7n fpga has many flexible features. It has a clear pinout and a helpful datasheet. You can use this fpga in lots of projects. It works in robotics and medical devices.

  • You can change how it works for new ideas.

  • It helps you finish your work faster.

  • It fits well in mechatronics and power systems.

Service TypeDescription
Custom Hardware Design ServicesGet help for your special needs.
Board Design ExpertiseGet help with drawing, building, and testing boards.
FPGA and ASIC Project SupportMake sure your project works well with good testing.

You can look for more help or ask questions. This way, you get the best results for your next project.

 

 

 

 


 

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