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EP4CE15U14I7N - Intel

Description: FPGA - Field Programmable Gate Array FPGA - Cyclone IV E 963 LABs 165 IOs

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PCB Footprints
EP4CE15U14I7N - Intel PCB footprint - BGA - BGA - 256-Pin Ultra FineLine Ball-Grid Array (UBGA) - Wire Bond - A:1.50
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EP4CE15U14I7N - Intel  - 3D model - BGA - 256-Pin Ultra FineLine Ball-Grid Array (UBGA) - Wire Bond - A:1.50
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EP4CE15U14I7N Details

  • Manufacturer Part Number:

    EP4CE15U14I7N

  • Rohs Code:

    Yes

  • Part Life Cycle Code:

    Transferred

  • Package Description:

    LEAD FREE, UBGA-256

  • Country Of Origin:

    Mainland China, Malaysia, Taiwan, USA, Vietnam

  • HTS Code:

    8542.39.00.01

  • Manufacturer:

    Intel Corporation

  • YTEOL:

    7

  • Clock Frequency-Max:

    472.5 MHz

  • JESD-30 Code:

    S-PBGA-B256

  • Length:

    14 mm

  • Number of Inputs:

    165

  • Number of Logic Cells:

    15408

  • Number of Outputs:

    165

  • Number of Terminals:

    256

  • Operating Temperature-Max:

    100 °C

  • Operating Temperature-Min:

    -40 °C

  • Organization:

    963 CLBS

  • Package Body Material:

    PLASTIC/EPOXY

  • Package Code:

    LFBGA

  • Package Equivalence Code:

    BGA256,16X16,32

  • Package Shape:

    SQUARE

  • Package Style:

    GRID ARRAY, LOW PROFILE, FINE PITCH

  • Programmable Logic Type:

    FIELD PROGRAMMABLE GATE ARRAY

  • Qualification Status:

    Not Qualified

  • Seated Height-Max:

    1.5 mm

  • Supply Voltage-Max:

    1.25 V

  • Supply Voltage-Min:

    1.15 V

  • Supply Voltage-Nom:

    1.2 V

  • Surface Mount:

    YES

  • Technology:

    60 nm

  • Terminal Form:

    BALL

  • Terminal Pitch:

    0.8 mm

  • Terminal Position:

    BOTTOM

  • Width:

    14 mm

EP4CE15U14I7N Frequently Asked Questions (FAQs)

  • The EP4CE15U14I7N has an operating temperature range of -40°C to 100°C.
  • To implement a CDC in the EP4CE15U14I7N, use a synchronizer circuit or a FIFO-based CDC, and ensure that the clock domains are properly isolated and synchronized.
  • The maximum frequency achievable with the EP4CE15U14I7N depends on the specific design and implementation, but it can reach up to 500 MHz or more with optimal placement and routing.
  • To optimize power consumption in the EP4CE15U14I7N, use power-aware design techniques such as clock gating, voltage scaling, and dynamic voltage and frequency scaling, and optimize the design for low power consumption.
  • Yes, the EP4CE15U14I7N is suitable for high-reliability applications, such as aerospace, defense, and industrial control systems, due to its high reliability and fault-tolerant features.

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EP4CE15U14I7N Overview

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