EP2C70F896I8N

The EP2C70F896I8N is an Intel Cyclone® II field-programmable gate array (FPGA) offered in an 896-ball FBGA package. It integrates a large logic fabric, embedded memory and abundant I/O to support complex embedded-processing, DSP and industrial control applications.

With approximately 68,416 logic elements, roughly 1.15 Mbits of embedded memory and 622 I/O pins, this device is designed to deliver high integration density for designs that require substantial logic capacity, on-chip storage and extensive external interfacing while operating across an industrial temperature range.

Key Features

• Core Logic Approximately 68,416 logic elements providing the programmable fabric for custom digital logic, control and signal processing implementations.
• Embedded Memory Approximately 1.15 Mbits of on-chip RAM useful for buffering, FIFOs and local data storage to support embedded processing and streaming applications.
• I/O Capacity 622 I/O pins to support wide parallel buses, multiple interfaces and dense external connectivity for sensors, memory and peripherals.
• Clocking and DSP Resources Cyclone II architecture includes PLLs, a global clock network and embedded multipliers (as described in the device handbook) to support synchronized designs and DSP functionality.
• Power and Voltage Core supply range from 1.15 V to 1.25 V, enabling compatibility with system power architectures that meet this voltage window.
• Package and Mounting 896‑FBGA (31 × 31 mm) surface-mount package (896‑BGA package case) for compact PCB integration and high I/O density.
• Industrial Temperature Range Rated for operation from −40 °C to 100 °C, suitable for industrial-grade deployments.
• Regulatory Compliance RoHS compliant for lead-free manufacturing processes.

Typical Applications

• Industrial Control — Implement motor control, PLC logic and deterministic I/O handling using the device’s logic capacity and wide I/O count.
• Embedded Processing — Build custom protocol bridges, glue logic and system controllers that benefit from on-chip memory and programmable logic.
• DSP and Signal Processing — Use embedded multipliers, PLLs and local RAM for filtering, encoding/decoding and real-time data manipulation in low-cost DSP solutions.
• Communications & Interfaces — Implement parallel interfaces, SERDES-supporting front ends, or multi-protocol bridging leveraging abundant I/O and clocking resources.
• Test & Measurement — Create FPGA-based instrumentation and data-acquisition front ends that require deterministic timing and significant on-chip buffering.

Unique Advantages

• Highly integrated logic and memory: Approximately 68,416 logic elements combined with ~1.15 Mbits of embedded RAM reduces external component count for complex designs.
• Extensive external connectivity: 622 I/O pins provide flexibility for parallel buses, multiple peripherals and high-pin-count interfaces without external expanders.
• DSP-friendly architecture: On-chip multipliers and configurable clocking (PLLs and global clock network) enable efficient implementation of signal-processing functions.
• Industrial-ready operation: Specified operation from −40 °C to 100 °C supports deployment in industrial environments requiring wider temperature tolerance.
• Compact, high-density package: 896‑FBGA (31×31 mm) surface-mount package provides a high I/O count in a compact PCB footprint.
• RoHS compliant: Supports lead‑free manufacturing and environmental compliance requirements.

Why Choose EP2C70F896I8N?

The EP2C70F896I8N positions itself as a high-capacity Cyclone II FPGA option for designs that demand substantial logic resources, embedded memory and large external connectivity in an industrial-temperature, surface-mount package. Its combination of approximately 68,416 logic elements, roughly 1.15 Mbits of on-chip RAM and 622 I/Os makes it suitable for embedded processing, DSP tasks and dense I/O applications.

Engineers and procurement teams looking for a programmable solution that balances integration, interface density and industrial operating range will find this device well-suited for scalable system designs where on-chip resources reduce BOM and simplify board-level implementation.

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