EP1S25F1020C6

The EP1S25F1020C6 is an Intel Stratix® field programmable gate array (FPGA) in a 1020-BBGA (1020-FBGA, 33×33) package, offered as a commercial-grade, surface-mount device. It combines a substantial logic fabric with on-chip embedded memory and a high I/O count to address complex digital designs.

Designed for applications that require integrated logic, memory and advanced I/O, this Stratix device delivers architectural capabilities documented in the Stratix Device Handbook, including programmable logic elements, memory modes, DSP/multiplier blocks, and advanced clocking resources.

Key Features

• Logic Capacity — 25,660 logic elements provide the programmable fabric for implementing custom datapaths, control logic, and glue logic within a single device.
• Embedded Memory — Approximately 1.94 Mbits of on-chip RAM support large buffering, FIFOs, and on-chip data storage; the datasheet references TriMatrix memory and multiple memory modes for flexible memory architectures.
• I/O Density — 706 programmable I/O pins enable high pin-count system integration, supporting extensive external interfacing and parallel connectivity.
• DSP and Multiplier Resources — The Stratix architecture documentation includes dedicated multiplier/DSP block interfaces and multiplier blocks for signal-processing and arithmetic-intensive workloads.
• Clocking and PLLs — The device family material covers enhanced and fast PLLs, global and hierarchical clocking networks to support complex clocking schemes and multiple clock domains.
• Package & Mounting — 1020-BBGA (supplier device package: 1020-FBGA, 33×33) in a surface-mount format for PCB assembly in space-constrained systems.
• Power Supply — Core voltage range specified at 1.425 V to 1.575 V to match targeted system power rails.
• Operating Range & Compliance — Commercial-grade operation from 0 °C to 85 °C and RoHS compliant.

Typical Applications

• High-speed communications — Use the device’s high I/O count and Stratix I/O structure for protocol bridging, packet processing, and interface aggregation.
• Signal processing and DSP — Dedicated multiplier and DSP block resources support filtering, FFTs, and other arithmetic-heavy functions.
• Embedded system integration — Large on-chip RAM and plentiful logic elements enable centralized glue logic, buffering, and local control functions.
• Prototyping and evaluation — The Stratix architecture and documented configuration/testing features in the device handbook facilitate design validation and iterative development.

Unique Advantages

• Substantial programmable logic: 25,660 logic elements enable consolidation of multiple functions into a single FPGA, reducing board-level component count.
• Significant on-chip memory: Approximately 1.94 Mbits of embedded RAM supports large buffers and data staging without immediate external memory dependence.
• High I/O integration: 706 I/O pins allow flexible external interfacing for multi-channel systems or dense connector implementations.
• Architectural building blocks: Documented Stratix features such as TriMatrix memory, multiplier/DSP blocks, and advanced PLLs provide proven building blocks for complex designs.
• Commercial-grade readiness: Specified for 0 °C to 85 °C operation and RoHS compliance for standard commercial applications.
• Compact BGA package: 1020-BBGA (33×33) balances pin density and PCB area for space-conscious designs.

Why Choose EP1S25F1020C6?

EP1S25F1020C6 positions itself as a capable Stratix FPGA option for designers needing a mid-to-high density programmable device with integrated memory and extensive I/O. Its combination of 25,660 logic elements, approximately 1.94 Mbits of RAM, DSP/multiplier resources, and advanced clocking elements offers a balanced platform for communications, signal processing, and embedded system integration.

For teams seeking a commercial-grade, RoHS-compliant Stratix device in a compact 1020-BBGA package, this part delivers documented architectural support and on-chip resources that simplify system design and help consolidate multiple functions onto a single FPGA.

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