Product Overview:
Intel's EP4CE10U14I7N, belonging to their renowned Cyclone IV E series, is a high-density Field-Programmable Gate Array (FPGA). This device provides flexible and customizable logic solutions that can be tailored to meet specific system requirements. With its ability to perform complex digital computations at high speeds while maintaining low power consumption, it offers an ideal solution for various applications including signal processing, data flow management and embedded systems.
EP4CE10U14I7 Outer Packaging and Label
Key Features:
High Logic Density: Offers up to 15K logic elements enabling complex digital circuit implementation.
Low Power Consumption: Designed with advanced technology that ensures efficient performance without excessive energy draw.
Embedded Memory: Includes on-chip memory resources for efficient data storage and access.
PLLs (Phase-Locked Loops): Provides clock management capabilities for improved system timing control.
Technical Specifications:
Ideal Applications:
This versatile FPGA can be effectively used in scenarios including:
Digital Signal Processing where real-time computations require high-speed operation.
Data flow controls in networking equipment where managing large volumes of information efficiently is crucial.
Embedded systems requiring adaptable logic solutions within compact footprints.
Competitive Advantages:
Compared with similar products on the market:
The EP4CE10U14I7N offers higher density configurations allowing more comprehensive system designs within a single chip.
It supports lower power consumption ensuring sustainable performance across diverse application domains.
Backed by Intel's reputation for quality and support, customers benefit from comprehensive design resources easing integration efforts into diverse designs.
Experience enhanced flexibility and efficiency in your digital designs with Intel's robust EP4CE10U14I7N!
EP4CE10U14I7N Same series model:
The Intel (previously Altera) EP4CE10U14I7N is part of the Cyclone IV E series of FPGAs. These devices are designed to provide a cost-effective, power-efficient FPGA solution.
Other models in this series include:
EP4CE6E22C8N: This model has 6272 logic elements, 270Kb embedded memory, and operates at up to 85°C under industrial-grade specifications.
EP4CE15F23C8N: A larger device with 15408 logic elements and 594Kb embedded memory. It also operates at up to 85°C under industrial-grade specifications.
EP4CE22F17C6N: This variant features more logic elements (21504) and more embedded memory (594Kb), operating up to an ambient temperature of 70°C for commercial grade applications.
All these variants have similar key features as they belong to the same Cyclone IV E series:
They support various I/O standards
They come with built-in PLLs for clock generation
Power optimization including programmable low-power options
However, the primary differences between these models lie in their capacity: number of Logic Elements (LEs), amount of on-chip RAM available, etc., which can greatly affect what kind of design you can implement on them.
When choosing among them or other parts within the same product line, consider your specific application requirements such as complexity of your digital design that needs implementing on FPGA (determined by LE count requirement), required amount of internal storage/memory, thermal constraints/operating temperature range etc.
