ISPLSI-8840V-125LB272: High-Performance CPLD for Embedded Systems | Lattice Semiconductor

The ISPLSI-8840V-125LB272 from Lattice Semiconductor is a cutting-edge Complex Programmable Logic Device (CPLD) designed for high-speed, low-latency applications. With an 840-cell architecture and a maximum propagation delay of 13.5 nanoseconds, this CPLD delivers exceptional performance for real-time signal processing and control systems. Packaged in a PBGA272 format, the device combines compactness with durability, making it ideal for space-constrained designs. Its non-volatile memory ensures configuration retention without external storage, simplifying system integration. Whether used in telecommunications, industrial automation, or consumer electronics, the ISPLSI-8840V-125LB272 offers a reliable and flexible solution for complex logic implementations.

Engineered for versatility, the ISPLSI-8840V-125LB272 supports a wide range of logic functions through its macrocell-based design. While exact counts of logic elements, macrocells, and gates are proprietary, the device's 840-cell structure implies substantial capacity for intricate digital designs. The generous I/O pin count facilitates seamless connectivity with peripherals, enhancing its adaptability in multifunctional systems. Operating within industrial-grade temperature ranges, this CPLD ensures stability in demanding environments. Its surface-mount (SMT) compatibility streamlines manufacturing processes, while the PBGA272 package optimizes thermal and electrical performance. These features collectively position the ISPLSI-8840V-125LB272 as a top-tier choice for engineers seeking a balance of speed, density, and power efficiency.

The ISPLSI-8840V-125LB272 excels in applications requiring rapid data processing and precise timing control. In telecommunications, it enables efficient signal routing and protocol conversion. For consumer electronics, it serves as a robust controller for smart appliances and multimedia devices. Industrial automation systems benefit from its real-time control capabilities, while medical devices leverage its precision for diagnostic equipment. The CPLD's low-latency performance (<13.5ns) is critical for high-frequency tasks, and its non-volatile configuration eliminates boot-up delays. With Lattice Semiconductor's reputation for quality, the ISPLSI-8840V-125LB272 guarantees long-term reliability, making it a future-proof investment for next-generation embedded systems.

Choosing the ISPLSI-8840V-125LB272 means opting for a scalable and power-efficient CPLD solution. Its architecture supports iterative design updates, allowing engineers to refine logic without hardware changes. The device's internal voltage regulation ensures consistent operation across varying power conditions, reducing the need for external regulators. Additionally, Lattice's development tools simplify programming and debugging, accelerating time-to-market. For industries prioritizing miniaturization and performance, such as IoT and automotive electronics, this CPLD offers an optimal blend of features. By integrating the ISPLSI-8840V-125LB272 into your projects, you unlock the potential to innovate across diverse sectors, from edge computing to AI-driven automation.

In summary, the ISPLSI-8840V-125LB272 stands out as a premier embedded CPLD for high-performance applications. Its combination of speed (13.5ns delay), logic density (840 cells), and rugged packaging (PBGA272) addresses the core challenges of modern electronics design. Backed by Lattice Semiconductor's expertise, this device empowers engineers to push boundaries in 5G infrastructure, industrial IoT, and beyond. Explore procurement options today to leverage this technology in your next breakthrough solution.