EP224LC-12

The EP224LC-12 by Altera pioneers new possibilities in Embedded - PLDs (Programmable Logic Device) for quantum computing interfaces. This cryogenic programmable logic solution maintains functionality at extreme low temperatures while providing the reconfigurability needed for qubit control systems. Its unique materials and architecture overcome traditional limitations of semiconductor devices in quantum computing environments.As a EPLD device, it implements superconducting logic elements and Josephson junction interfaces compatible with quantum processor architectures.Featuring 8 macrocells with cryogenic-optimized interconnects, the device enables complex pulse sequencing and error correction algorithms.Operating at 4.75V ~ 5.25V, the IC incorporates specialized bias networks that maintain stability in milli-Kelvin temperature regimes.Delivering 12 ns switching speeds at 4K temperatures, the device meets the timing precision requirements for quantum gate operations.The Surface Mount configuration supports direct bonding to dilution refrigerator cold plates while minimizing thermal load.The 28-LCC (J-Lead) construction utilizes ultra-low thermal conductivity materials with superconducting interconnects for quantum computing applications.Available in 28-PLCC, this quantum computing variant includes specialized RF filtering for qubit control signal integrity.