EP20K100EBC356-3 FPGA: Features, Specifications, Applications, and Datasheet

The ep20k100ebc356-3 fpga is made by Intel and is part of the APEX 20K family. This device is a programmable logic part that engineers use to make complex digital systems. Many skilled hobbyists pick this FPGA because it works fast and can do many things. Learning about its features, specifications, and uses helps people get the best from this technology.

Key Takeaways

• The EP20K100EBC356-3 FPGA is a strong device from Intel. It helps engineers build fast and tricky digital systems.

• It has MultiCore architecture. This lets it do many jobs at the same time. This makes it great for hard projects.

• It has a high gate count of 1.5 million. Its top speed is 250MHz. This FPGA works well for big designs and fast data work.

• The device works with many I/O standards. This helps it connect with different parts in many uses.

• Engineers can program the FPGA in-system with JTAG. This lets them update and test fast without taking out the chip.

EP20K100EBC356-3 FPGA Overview

Device Summary

Intel makes the EP20K100EBC356-3 FPGA. It is part of the APEX 20K family. This device helps engineers build fast digital systems. It is flexible and can do many things. The EP20K100EBC356-3 FPGA uses MultiCore architecture. It supports advanced I/O standards. It also has better memory features. The device comes in a 356-pin BGA package. This package gives strong connections and good performance. The technology uses a 0.22-micron process. This helps the device work well and save energy.

The table below lists important features of this FPGA:

Feature	EP20K100EBC356-3
Architecture	MultiCore
Memory Structure	Enhanced
I/O Standard Support	Advanced
CAM Support	Yes
Global Clocks	Additional
ClockLock Clock Circuitry	Enhanced
Gate Count	1.5 million gates
Technology	0.22um
Maximum Frequency	250MHz
Package	356-Pin BGA

Key Benefits

The EP20K100EBC356-3 FPGA has many good points. Its MultiCore design lets it do many jobs at once. The better memory structure helps with hard data tasks. Engineers can use advanced I/O standards. This helps the device connect to other parts. The device also supports CAM. CAM makes some searches and data jobs faster.

The high gate count means you can make big designs. The device can run up to 250MHz. This makes it good for fast projects. The better ClockLock circuitry keeps signals steady. These features make the EP20K100EBC356-3 FPGA a great pick. It is good for projects that need power and flexibility.

Note: The EP20K100EBC356-3 FPGA is special in the APEX 20K family. It has advanced architecture, a high gate count, and supports fast work.

Features

Logic Elements and Architecture

The ep20k100ebc356-3 fpga is special because it has strong logic elements and a smart architecture. This device uses MultiCore architecture. It works with look-up table (LUT) logic and product-term logic. These types help engineers make complex digital designs easily. The device has 4,160 logic elements. These are small parts that build digital circuits. It can have up to 1.5 million gates. This big number lets users make large and detailed projects.

Feature	EP20K100EBC356-3	Similar Devices in APEX 20K Family
Total Gates	1.5 million	Varies in count
Logic Elements (Cells)	4,160	Varies in availability

Feature	Description
Architecture Type	MultiCore architecture
Logic Types	Look-up table (LUT) logic and product-term logic
Memory Integration	Enhanced memory structure
Performance Optimization	Optimized for register-intensive tasks and complex combinatorial paths
Application Integration	Combines functionalities of multiple devices into a single FPGA solution

This architecture helps the device do register-heavy tasks and handle hard logic paths. It can put many functions into one chip. These features make the device a good pick for projects that need to be flexible and strong.

Memory and I/O

The memory and I/O features help this FPGA connect and store data fast. The device uses an enhanced memory structure. This helps it get and save data quickly. It is good for jobs that need lots of memory, like buffering and temporary storage.

The device supports many I/O standards. It can work with differential and single-ended signals. The table below shows the standards it supports:

Type	Standards Supported
Differential	CTT, AGP, PCI-X, LVDS, LVPECL
Single-ended	LVCMOS, LVTTL

These I/O features let the device connect with many other parts. Engineers can use it in different places and with many kinds of equipment. The strong memory and I/O help the device handle lots of data and talk at high speeds.

Performance Highlights

The ep20k100ebc356-3 fpga gives high performance for tough jobs. It can run at a top speed of 170 MHz. This speed helps the device process data fast and react quickly. The device also has advanced clock management. This keeps signals steady and lowers mistakes.

• Maximum Operating Frequency: 170 MHz

The device's performance features make it good for fast and complex systems. Engineers can use it in projects that need quick data handling and steady work. The mix of strong logic, flexible memory, and advanced I/O gives the device balanced features. These features help users get high performance in many different jobs.

Specifications

Electrical and Physical Specs

The ep20k100ebc356-3 fpga needs a core voltage of 1.8 V. Its I/O voltage is 2.5 V. It also works with MultiVolt I/O. This means it can use 1.8 V, 2.5 V, 3.3 V, or 5.0 V systems. This makes it easy to connect to many circuits. The table below lists the voltage values:

Voltage Type	Voltage Value
Core Voltage	1.8 V
I/O Voltage	2.5 V
MultiVolt I/O Support	1.8 V, 2.5 V, 3.3 V, 5.0 V

The device can run up to 170 MHz. This fast speed helps it do hard digital jobs. It also has a high gate count for complex logic. These specs help the device work well in many uses.

Note: Always use the right voltage levels. This keeps the device safe and working for a long time.

Package and Technology

The ep20k100ebc356-3 fpga comes in a 356-LBGA package. This package has 356 pins. The LBGA design gives strong electrical links. It also helps move heat away from the chip. The table below shows the package and pin count:

Package Type	Pin Count
356-LBGA	356

The device uses 0.22-micron CMOS technology. This small process helps it run fast and use less power. The tiny size lets the chip hold more logic and memory. The package and technology help keep the chip cool and safe.

Environmental Ratings

The ep20k100ebc356-3 fpga works in many places. It can run in temperatures from 0°C to 70°C. This covers most indoor and factory spaces. The FPGA has built-in ESD protection. This keeps it safe from static and other shocks.

Key environmental ratings are:

• Operating temperature: 0°C to 70°C

• Storage temperature: -65°C to 150°C

• ESD protection: Built-in for sensitive pins

• Moisture sensitivity: Standard for BGA packages

Engineers should follow all handling and storage rules. This keeps the device safe and working well.

The specs of the ep20k100ebc356-3 fpga make it a good pick for many projects. Its voltage range, package, and safety features help engineers build strong and fast systems.

Application

Industrial Uses

The ep20k100ebc356-3 fpga is used in many industries. Engineers put it in control systems, medical tools, cars, and planes. These jobs need fast thinking and strong power. The device helps machines make choices and work quickly. It is good for robots and factory lines. The built-in memory lets it handle real-time data. This is important for control jobs. Engineers can change how it works for new tasks. The device can be programmed while it is in use with JTAG. This makes testing and fixing designs faster.

Some main uses in industry are:

• Control systems for factories

• Medical equipment

• Car systems

• Airplane technology

• Communication networks

The device is also important for motor control. Engineers use it to run motors in machines. Its fast logic and memory keep motors working well. The device can fit many automation needs. This makes it a smart pick for many jobs.

Communications

The ep20k100ebc356-3 fpga is great for communication jobs. It works with Gigabit Ethernet and Interlaken. These help it move data fast between chips and systems. The FPGA can make data packets and fix errors. This is useful in switches, routers, and base stations. It also helps control signals and manage data flow. Some communication tools use motors, like antennas. The FPGA helps control these motors with its fast logic. Engineers use it when they need quick and steady data transfer.

Consumer Electronics

Consumer electronics need small, fast, and flexible devices. The ep20k100ebc356-3 fpga fits these needs well. It has 263,000 logic gates for hard tasks. The device has many I/O pins for connecting parts. Its memory helps with digital logic. It uses little power, so it is good for portable things. The device works in hot and cold places, so it is reliable. Engineers can change the design quickly. High integration lets it fit in complex systems.

Feature	Description
Logic Gates	263,000 logic gates for hard tasks
I/O Pins	Many pins for connecting parts
Embedded Memory	Handles digital logic
Power Consumption	Low, good for portable devices
Operating Temperature	0°C to 85°C
Design Flexibility	Easy to change and test designs
High Integration	Fits in complex electronics
Application Areas	Telecom, cars, factories

Motor control matters in electronics like smart home tools and robots. The device helps run motors and supports automation. Engineers use it in home systems, entertainment, and smart gadgets.

The ep20k100ebc356-3 fpga is special because it has strong logic, flexible memory, and helps with automation and motors. Engineers pick it for projects that need to be fast, reliable, and easy to change.

Datasheet PDF

Accessing the Datasheet

Engineers and designers can get the official datasheet pdf for the EP20K100EBC356-3 FPGA on Intel’s website. Many trusted electronics sellers also have this file. The datasheet has lots of details about the device. It helps people learn how to use the FPGA in their projects. Most datasheets are free to download. Users should always make sure they have the newest version. This way, they get the best and most correct information.

Tip: Always get the datasheet from a trusted place. This keeps your design safe and working well.

Key Datasheet Sections

The datasheet pdf has many important parts. Each part helps engineers and designers in different ways. The most helpful parts are:

• Specifications

• Features

• Application Fields

• Technical Attributes

• Technical Documents

These parts give a full look at what the FPGA can do. They help users plan and build their circuits with confidence.

The datasheet also shows how to use the device’s features for better designs. The table below explains how some main features help in circuit design:

Feature	Description
MultiCore architecture	Combines strengths of LUT-based and product-term-based devices with enhanced memory structure.
LUT-based logic	Optimized for data-path, register-intensive, mathematical, or DSP designs.
Product-term-based logic	Optimized for complex combinatorial paths, such as complex state machines.
Memory functions	Wide variety of MegaCore and AMPP functions enhance design flexibility.
System-on-a-programmable-chip	Integrates multiple functionalities into one device, reducing the need for separate components.

Designers use this information to pick the right logic, memory, and system features. This helps them make their circuits faster and better. The datasheet pdf is a guide for every step of the design process.

The EP20K100EBC356-3 FPGA is special because it has MultiCore architecture, uses little power, and works with many I/O types. These things help engineers and designers build solutions for lots of areas.

Feature/Capability	Description
MultiCore Architecture	Gives better performance for hard designs. It is good for register-heavy and combinatorial jobs.
Low-Power Operation	Made to use less power with 1.8-V and 2.5-V supply.
I/O Standards Support	Works with many I/O standards. It can use 1.8-V, 2.5-V, 3.3-V, and 5.0-V devices.
Application Fields	Used in AI, 5G, Cloud Computing, Consumer Electronics, Wireless, Industrial Control, IoT, and Medical Equipment.

If you want more technical help, you can check out these links:

• Design Resources

• Documentation

• Example Designs

• User Guides

• Datasheets

• Application Notes

 

 

 

 

 

Written by Jack Elliott from AIChipLink.

 

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