XC9500XV 2.5 Volt CPLD

The XC9500XV 2.5V CPLD family from Xilinx is based upon an advanced architecture that combines system flexibility and low cost to allow for faster time-to-market and lower manufacturing and support costs. This lower voltage CPLD offers 30% lower power consumption than 3.3V CPLDs, resulting in lower heat dissipation and increased long-term device reliability. The XC9500XV CPLD solution plus the powerful ISE™ WebPACK™ software offer a valuable and cost efficient logic solution .

High Performance Through Advanced Technology

XC9500XV CPLDs provide the same advanced architectural features and densities of the 3.3V XC9500XL family, with device offerings of 36-, 72-, 144-, and 288-macrocells. The 2.5V XC9500XV devices include optimized support for in-system programming (ISP) through the industry's most extensive IEEE1149.1 JTAG and IEEE 1532 programming capability which helps to streamline the manufacturing, testing and programming of CPLD-based electronic products, including remote field upgrades.

The System Designer's CPLD

The advanced architecture that is employed in the XC9500XV CPLD allows for easy design integration, thus empowering the designer to fully concentrate on this system design, and not so much on chip-level details. The unique features offered in the XC9500XV include:

• 54-input block fan-in which contributes to the device's pin-locking capability
• Built-in input hysteresis for improved noise margin
• Bus-hold circuitry for better I/O control
• Hot-plugging capability to eliminate the need for power sequencing
• Local and global clock control to provide maximum flexibility

Targeted for leading-edge systems that require rapid design development, XC9500XV CPLDs provide unparalleled performance and longer system life, along with robust field upgrade capability, the highest programming reliability, and ease of use. In addition, XC9500XV CPLDs easily complement our higher density FPGAs, giving you a total seamless logic solution.