LC5512MV-75Q208I

LC5512MV-75Q208I Overview

Description

By enabling flexible memory and the flexibility to balance memory and logic resources within the device, LC5512MV-75Q208I enhances the functionality of Lattice's well-known SuperWIDE CPLD design. The product is compatible with ternary CAM, FIFO, true dual-port SRAM, single-port SRAM, and true dual-port SRAM. SysIO interfaces and sysCLOCK PLLs also offer assistance to improve system performance.The gadgets offer designers a practical one-chip solution that offers design security, extraordinary reconfigurability, and logic availability at bootup. Utilizing cutting-edge process technology results in performance that leads the industry, with combinatorial propagation delay as low as 4.0ns, clock-to-out latency as low as 2.8ns, setup time as low as 2.5ns, and operating frequency as high as 285MHz. Along with this performance, power consumption is both static and dynamically low. Predictable deterministic timing is provided by the ispXPLD 5000MX architecture. Users may overcome the issue of today's mixed voltage designs thanks to the availability of 3.3, 2.5, and 1.8V variants of these devices (designated the 5000MV, 5000MB, and 5000MC series, respectively), as well as the flexibility of the sysIO interface. The testability of boundary scans facilitates incorporation into the sophisticated systems of today. The likelihood of a successful fit for a specific application is increased by a range of density and package alternatives. To guarantee that various density devices in the same package have compatible pin-outs, the LC5512MV-75Q208I was created. When undertaking design migration from lower density components to higher density parts, the architecture further guarantees a high success rate.

Functional

LC5512MV-75Q208I may addresses common system functions that were previously restricted to FPGAs or ASICs because of the combination of system-level functionality, memory, and logic. Great application flexibility is provided by the integration of many independent blocks of buffer memory employing a variety of memory architectures (FIFO, dual-port, CAM, etc.) along with quick programmable logic into a single device. The usefulness of the devices as effective control and data conductors within cutting-edge systems is increased by the addition of programmable sysIO interface standard support and sysCLOCK high-performance clocking. High-performance bus bridges, intelligent backplane interfaces, protocol processors, and similar devices are examples of potential application areas. The architecture takes advantage of the characteristics of conventional CPLDs and targets high-density, high-performance (up to 285 MHz) applications for sectors that demand quick time to market. These sectors include data processing, data communications, and telecommunications. Switches, exchange equipment, and cellular base stations are examples of common telecommunications applications. High-end routers, bridges, switches, repeaters, and intelligent hubs are examples of common applications in data communications. Disk-array systems, data storage, RAID controllers, high-end graphics, high-end servers, scanners, and imaging systems are examples of common applications in data processing.

LC5512MV-75Q208I Specifications