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YINGHUA

YINGHUA XC7K410T-2FFG900I FPGA semiconductor

SKU CH-7JPJ-CHEHH

A field-programmable gate array with 410K logic cells in a 900-ball FBGA package

  • Product typeICs Semicoductors
  • 410K logic cells enable complex designs
  • 900-ball FBGA package suits dense boards
  • Industrial temperature grade ensures reliable operation
  • New condition guarantees full specification compliance

YINGHUA XC7K410T-2FFG900I FPGA semiconductor

The YINGHUA XC7K410T-2FFG900I is a field-programmable gate array packaged in an FBGA-900 footprint. It provides 410 logic cells for custom hardware acceleration and digital signal processing tasks. Engineers use this device to implement bespoke logic functions in prototype and production systems. The component arrives in new condition ready for board integration.

Suits designers building custom logic pipelines

This FPGA suits designers building custom logic pipelines who need the 410-cell capacity and 900-ball package. It does not suit buyers who need higher logic density or a different ball-count footprint for their board layout. Teams requiring integrated high-speed transceivers or hard processor cores should evaluate alternative devices. Projects with strict power-envelope constraints must verify specifications against their thermal budget.

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

What PCB footprint and soldering equipment are required for the FBGA-900 package?

The FBGA-900 package needs a 900-ball grid array footprint and a reflow oven or hot-air station capable of precise temperature profiling for ball-grid soldering.

Will the -2 speed grade meet timing closure on legacy 7-series designs migrated from slower grades?

The -2 speed grade provides faster switching than -1 grades, so existing timing constraints usually close more easily, but you must re-run static timing analysis for the specific design.

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