on December 18th 463

EP2S60F1020I4 Device Guide for Logic, Memory, and I/O

You get a clear look at what the EP2S60F1020I4 FPGA brings to your system and how it fits into demanding designs. This device packs a large amount of logic, memory, and I/O into one chip, letting you handle control, data movement, and processing at the same time. You can rely on steady timing, parallel operation, and flexible connections to build systems that stay responsive. From industrial platforms to communication hardware, this FPGA helps you combine performance and integration without adding extra components.

Catalog

EP2S60F1020I4 Overview

The EP2S60F1020I4 is a high density programmable logic device designed to handle complex digital control and data processing tasks within a single chip. It offers a large pool of configurable logic, embedded memory, and flexible input and output connections packaged in a compact 1020 ball FBGA format. The device supports parallel operations and predictable hardware behavior, making it suitable for systems that require fast data handling and stable real time response. Common uses include industrial control platforms, communication equipment, and embedded systems where integration density and performance are balanced. Looking for EP2S60F1020I4? Contact us to check current stock, lead time, and pricing.

I/O Banks of EP2S60F1020I4

Divided into multiple numbered I O banks arranged around the device perimeter, the EP2S60F1020I4 groups input and output pins by shared voltage references and supported signaling standards. Banks 1, 2, 3, 4, 5, and 6 support LVDS and LVPECL for input clock operations, along with differential HSTL and SSTL standards for both input and output. Banks 3, 4, 7, 8, 9, 10, 11, and 12 additionally support single ended and differential standards, including LVTTL, LVCMOS, HSTL, SSTL, LVDS, and HyperTransport, with some standards limited to input operation. Dedicated PLL blocks are positioned adjacent to specific banks to enable clock generation and distribution, while VREF and DQS labeling indicates reference voltage and data strobe associations for memory and high speed interfaces.

EP2S60F1020I4 CAD Model

EP2S60F1020I4 Symbol

EP2S60F1020I4 Footprint

EP2S60F1020I4 3D Model

Features of EP2S60F1020I4

High Density Programmable Logic Architecture

The EP2S60F1020I4 is designed to support large digital systems within a single programmable device. Its structure allows many logic functions to be configured and executed at the same time, which helps reduce the need for additional supporting components. This approach supports compact system layouts while maintaining consistent behavior during operation.

Logic Capacity and Internal Organization

The device contains 60,440 logic elements organized into 3,022 logic array blocks. This internal arrangement supports orderly signal flow and stable timing behavior across complex designs. It allows designers to build structured control logic, data paths, and processing blocks without excessive internal congestion.

On Chip Memory Resources

A total of 2,544,192 bits of integrated memory is available for data storage and buffering tasks. This memory can be used for temporary data handling, lookup tables, or internal state storage. Having memory on the same device reduces reliance on external memory and shortens data access paths.

Extensive Input and Output Connectivity

Up to 718 user input and output pins are provided for connection to external devices and subsystems. This high pin count supports wide data interfaces and multiple control signals. It allows the device to interact with complex systems that require many external connections.

Core Voltage Operating Range

The core logic operates within a voltage range of 1.15 V to 1.25 V. This range supports stable internal operation while aligning with common low voltage digital system requirements. Proper voltage regulation helps maintain predictable behavior across operating conditions.

Surface Mount FBGA Package Format

The EP2S60F1020I4 is housed in a 1020 ball FBGA package with a 33 by 33 millimeter footprint. This package supports high connection density while keeping board space usage controlled. It is suited for multilayer boards where signal routing density is high.

Wide Operating Temperature Range

The device supports an operating junction temperature from minus 40 degrees Celsius to 100 degrees Celsius. This range allows reliable operation in environments with varying thermal conditions. It supports use in systems exposed to temperature changes over extended periods.

Deterministic Hardware Behavior

The internal structure is designed to deliver repeatable and predictable results during operation. Timing behavior remains consistent once configured, which supports systems that rely on fixed response patterns. This characteristic is useful in control oriented and real time digital designs.

Suitability for Demanding System Environments

The combination of logic capacity, memory resources, and wide connectivity supports use in complex embedded and industrial systems. The device is well suited for applications that require dense integration, stable operation, and long term reliability under continuous workloads.

EP2S60F1020I4 Technical Specifications

Product Attribute	Attribute Value
Manufacturer	Intel
Voltage - Supply	1.15V ~ 1.25V
Total RAM Bits	2544192
Supplier Device Package	1020-FBGA (33x33)
Series	Stratix® II
Package / Case	1020-BBGA
Package	Tray
Operating Temperature	-40°C ~ 100°C (TJ)
Number of Logic Elements/Cells	60440
Number of LABs/CLBs	3022
Number of I/O	718
Mounting Type	Surface Mount
Base Product Number	EP2S60

Block Diagram of EP2S60F1020I4

Arranged as a two dimensional programmable fabric, the EP2S60F1020I4 architecture is composed of repeating columns of Logic Array Blocks connected through a hierarchical routing network. Embedded within the logic fabric are M512 RAM blocks for small dual port memory, shift registers, and FIFO functions, along with larger M4K RAM blocks that support true dual port memory and general embedded storage. A centralized M RAM block provides higher density on chip memory for bulk data buffering. Dedicated DSP blocks are positioned near the center to support multiplication and filter operations without consuming general logic resources. Input and output elements are distributed around the device perimeter, enabling support for multiple signaling standards and high speed interfaces while maintaining balanced access to the internal logic and memory structure.

LAB Structure of EP2S60F1020I4

Organized around a Logic Array Block, the EP2S60F1020I4 structure groups multiple Adaptive Logic Modules connected through local, row, and column interconnects of varying lengths and speeds. Each LAB is linked to adjacent blocks through direct connections that reduce routing delay for neighboring logic. Local interconnect lines provide short, low latency paths within the LAB, while row and column interconnects enable signal distribution across larger regions of the device. Vertical connections allow signals to pass between LABs above and below, supporting flexible logic placement and predictable signal routing throughout the programmable fabric.

Applications of EP2S60F1020I4

Telecommunications Infrastructure Equipment

The EP2S60F1020I4 is used in fixed communication equipment that manages continuous data flow and structured signal handling. Its large logic capacity supports tasks such as packet processing, framing control, and timing coordination within base stations and network nodes. The wide input and output range allows direct connection to multiple data paths and control interfaces.

High Performance Embedded Computing Systems

In embedded computing platforms, this device combines control logic, data movement, and processing functions within a single programmable unit. It supports parallel operations that help manage complex workloads while keeping system behavior predictable. This makes it suitable for embedded systems that require dense integration and steady performance.

Industrial Automation and Control Systems

The EP2S60F1020I4 is applied in automation systems where coordinated control and fast response are required. It supports real time monitoring, sequencing, and control logic for machinery and process equipment. Its structure allows multiple control loops and data paths to operate together without interference.

Data Acquisition and Signal Processing Platforms

This device is well suited for platforms that collect and process large volumes of digital data. On chip memory supports buffering and intermediate storage, while parallel logic enables structured data handling. These characteristics help maintain consistent data flow in measurement and processing systems.

Networking and Switching Equipment

The high number of available input and output pins allows the EP2S60F1020I4 to interface with multiple ports and control signals. It supports fixed networking systems that require stable data routing and switching behavior. The device handles coordinated signal paths while maintaining predictable timing.

Aerospace and Defense Systems with Wide Temperature Operation

The supported temperature range allows use in systems exposed to changing thermal conditions. The device supports stable operation in environments where consistent behavior is required over long operating periods. This makes it suitable for hardware deployed in controlled and field based platforms.

Advantages and Disadvantages of EP2S60F1020I4

Advantages

• High logic density supports complex digital system integration

• Large number of user input and output pins simplifies wide system interfacing

• Substantial on chip memory reduces dependence on external memory devices

• Wide operating temperature range supports use in controlled and harsh environments

• Predictable timing behavior supports stable and repeatable system operation

Disadvantages

• Higher power consumption compared with lower density programmable devices

• Large FBGA package increases board layout complexity

• Requires careful power and thermal management in dense designs

• Not suited for applications that need compact or low pin count packages

EP2S60F1020I4 Alternatives

Part Number	Manufacturer	Key Features	Use Case/Notes
EP2S60F1020I5	Intel	High-density Stratix II FPGA with a large number of logic elements and embedded memory blocks. Designed for surface-mount assembly and reliable operation across industrial temperature ranges.	Used in telecom infrastructure, high-speed data processing, and advanced embedded systems that require strong compute performance.
EP2S60F1020C4	Intel	Commercial-temperature Stratix II FPGA offering the same core architecture and memory resources as industrial versions, optimized for controlled environments.	Suitable for networking hardware, data acquisition systems, and compute platforms used in indoor or regulated conditions.
EP2S60F1020C4N	Intel	This variant retains the Stratix II high-performance logic architecture while supporting compact surface-mount packaging for dense PCB layouts.	Well suited for large embedded platforms, communication systems, and designs requiring high logic density with efficient board space usage.

About Intel

Intel is a global technology company known for designing digital platforms used across computing, communications, and embedded systems. Its product portfolio covers programmable logic, processors, memory solutions, and supporting software that enable flexible system design and long service life. Intel focuses on scalable architectures that support a wide range of performance and integration needs, from embedded control to large data driven platforms. The company maintains extensive technical documentation and development ecosystems that support reliable design, validation, and long term system maintenance across many application domains.

Conclusion

The EP2S60F1020I4 stands out for its high logic density, wide I/O support, and strong on-chip memory resources. You can use it to handle complex control and data tasks while keeping timing behavior predictable. Its flexible I/O banks make it easier to connect different interfaces and signaling standards. The large FBGA package supports dense designs, though it does require careful planning. With support for wide temperature ranges, it fits systems that need stable operation over time. Overall, it gives you a solid balance of performance, integration, and reliability.

Datasheet PDF

EP2S60F1020I4 Datasheet:

EP2S60F1020I4.pdf

EP2S60F1020I4.pdf

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