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Small square FPGA chip with 164 solder balls on green substrate

YINGHUA

YINGHUA EP4CE15M8I7N FPGA MBGA-164 semiconductor

SKU CH-3SE5-NETMD

Field-programmable gate array with 15 K logic elements in a 164-ball MBGA package

  • Product typeICs Semicoductors
  • 15k logic elements enable flexible digital designs
  • MBGA-164 package fits compact board layouts
  • Field-programmable architecture supports rapid prototyping
  • New condition ensures reliable out-of-box operation

EP4CE15M8I7N FPGA MBGA-164 Device

The YINGHUA EP4CE15M8I7N is a field-programmable gate array packaged in a 164-ball MBGA footprint. It provides reconfigurable logic for custom digital designs and embedded processing tasks. Engineers and developers use it for prototyping, signal processing, and control applications. The device arrives in new condition ready for board integration.

Suits logic designers needing 15 KLE Cyclone IV

This FPGA fits projects that require the specific 15 KLE density and MBGA-164 package. It is not for buyers who need a different logic capacity or a larger ball-count package for their PCB layout. Teams requiring hard processor cores or high-speed transceivers should look elsewhere. Designs tied to a different pinout or voltage rail cannot use this part.

How it compares

Measured against everything we stock in Encoders & Semiconductor Parts, at today’s prices. Recalculated every night.

Price $478.99
Pricier than about 90% of the 1,027 comparable items (median $34.99).

Specifications

Product
Product typeICs Semicoductors

Questions about this item

How much power does the EP4CE15M8I7N FPGA draw during continuous operation?

Dynamic power depends on your design’s logic utilisation, clock frequencies and I/O activity; the datasheet provides equations and the PowerPlay Early Power Estimator to calculate it for your configuration.

What board-level items are required to operate this MBGA-164 device?

You need a PCB with a 164-ball MBGA footprint, 1.2 V core supply, I/O bank voltages matching your interfaces, a configuration source such as flash or JTAG, and decoupling capacitors per the pin-out guidelines.

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