EP4CE15E22C9LN

The EP4CE15E22C9LN is an Intel Cyclone® IV E Field Programmable Gate Array (FPGA) supplied in a 144‑LQFP exposed‑pad package. It integrates 15,408 logic elements and approximately 0.52 Mbit of embedded RAM, with 81 user I/Os, offering a programmable hardware option for compact, surface‑mount designs.

This commercial‑grade FPGA operates from a core supply of 0.970 V to 1.03 V and is specified for an ambient operating range of 0 °C to 85 °C. The manufacturer datasheet provides detailed operating conditions, DC characteristics, switching characteristics and other device parameters.

Key Features

• Logic Capacity  15,408 logic elements provide the programmable logic resources needed for custom hardware implementations.
• Embedded Memory  Approximately 0.52 Mbit of on‑chip RAM supports buffering, state storage and local data handling without external memory.
• I/O  81 general‑purpose I/O pins enable a broad range of peripheral and interface connections within a single package.
• Package & Mounting  144‑LQFP exposed‑pad (20 × 20) surface‑mount package for compact board layouts and improved thermal conduction to the PCB.
• Power  Core supply range of 0.970 V to 1.03 V allows predictable power sequencing and integration with system power rails.
• Temperature & Grade  Commercial grade device with an operating temperature range of 0 °C to 85 °C suitable for standard commercial applications.
• Standards & Documentation  RoHS compliant and supported by a comprehensive device handbook and datasheet covering operating conditions, absolute maximum ratings, DC characteristics, switching characteristics and more.

Typical Applications

• Embedded Control  Implement custom control logic using 15,408 logic elements and 81 I/Os for interfacing sensors, actuators or peripheral devices.
• Protocol Glue Logic  Create protocol converters and interface bridges that leverage on‑chip logic and I/O density to consolidate discrete components.
• Prototyping and Development  Use the Cyclone IV E device for hardware prototyping and proof‑of‑concept designs where reprogrammable logic and embedded RAM are required.
• Local Data Buffering  Employ the approximately 0.52 Mbit of embedded RAM for packet buffering, FIFO storage or small lookup tables within system designs.

Unique Advantages

• Substantial Logic Resource: 15,408 logic elements enable complex finite state machines, custom datapaths and control logic in a single device.
• Integrated Memory: Approximately 0.52 Mbit of embedded RAM reduces reliance on external memory for small buffers and local storage.
• Compact, Serviceable Package: 144‑LQFP exposed‑pad package supports surface‑mount assembly and PCB thermal coupling for denser boards.
• Predictable Power Requirements: Narrow core supply range (0.970 V to 1.03 V) simplifies power rail planning and voltage monitoring in designs.
• Commercial Temperature Rating: Rated 0 °C to 85 °C for standard commercial environments where typical consumer and business electronics operate.
• Regulatory Compliance: RoHS compliance supports environmentally regulated product builds.

Why Choose EP4CE15E22C9LN?

The EP4CE15E22C9LN positions itself as a compact, commercially graded Cyclone IV E FPGA that balances programmable logic capacity, embedded memory and I/O count in a 144‑LQFP surface‑mount package. Its specification set — including 15,408 logic elements, approximately 0.52 Mbit of on‑chip RAM, 81 I/Os and documented electrical and switching characteristics in the datasheet — makes it suitable for designs that require integrated programmable logic and local memory without expanding PCB real estate.

Engineers and purchasers looking for a reprogrammable hardware element with clear electrical specifications, RoHS compliance and commercial temperature operation will find the EP4CE15E22C9LN a practical option for consolidating logic functions and implementing custom digital interfaces.

Request a quote or submit an inquiry to obtain pricing, availability and lead‑time information for the EP4CE15E22C9LN. Our team will provide the details you need to evaluate this FPGA in your next design.