EP4CE6E22C8 in Intel Cyclone & MAX 10 Family
The EP4CE6E22C8 is a core member of the Intel Altera Cyclone IV E series, engineered for low-cost, power-sensitive applications where logic efficiency is paramount. Manufactured using a 60nm process, this family balances reduced power consumption with high functional density. It is widely utilized by embedded engineers for bridging protocols, motor control, and glue logic in industrial and consumer electronics where a small footprint and low thermal profile are critical requirements for the final system design.
Variants within this sub-family are distinguished primarily by their logic density and package sizing. While the EP4CE6 series provides the entry-level logic cell count, sister variants like the EP4CE10 offer nearly double the LE capacity within the same footprint. Additionally, speed grades denoted by the numerical suffix influence maximum toggle rates and internal propagation delays, allowing designers to select between optimized cost or higher performance throughput.
