Dini Group provides logic emulation systems with the latest technologies, the fastest speed, and the largest programmable devices.

Since 1998 they have helped drive the cost of an ASIC gate from more than one dollar, to less than 1/4 cent. New products on display include both Xilinx V6 and Altera S4 ASIC prototyping boards. Also on display are products for Algorithmic Acceleration and DSP computing.

Technologies on Display:

DN-DualV6-PCIe FPGA Board
Product Category: Design Verification Tools

The Dini Group introduces the DN-DualV6-PCIe, featuring Xilinx Vertex 6 FPGAs. This complete logic prototyping system can emulate up to 10 million ASIC gates at clock speeds to 800 MHz. The board is hosed in a standard 4-lane PCIe slot and can also be used stand alone. PCIe, USB, Ethernet and other interfaces are controlled by an on-board Marvel dual core processor which provides unmatched user utility.

Spartan V6 Algorithm Accelerator
Product Category: Other: High Speed Computing

The DINI Group Introduces the DNBFC_S12_PCIe featuring 13 of the largest low-cost Xilinx Spartan-6 FPGAs. This board provides unmatched price/performance ratios for FPGA-based hardware-in-the-loop acceleration. The board is hosted in a standard 4-lane GEN1/GEN2 PCIe slot and can provide data transfer rates to 1Gbyte/sec.

Each Spartan-6 FPGA contains more than 1 million ASIC gates and each FPGA has a dedicated 128M x16 DDR3 memory. Data intensive algorithms can attain nearly 1.5 gigabytes/second of memory bandwidth per FPGA. The Xilinx Sparatan-6 family has dedicated DDR3 controllers, making high-speed design push-button trivial. 100% of the FPGA resources are dedicated to the user application.

DN7020K10, world's largest ASIC Prototype Board
Product Category: Design Verification Tools

The DN7020K10 supports 20 EP3SL340 FPGAs in 1,760-pin packages providing 1,104 user I/Os per device and the capacity of up to 50 million equivalent ASIC gates. Customer's designing custom ASICs, such as those used in wireless communications, networking and graphics processing applications, can use this ultra-high-capacity prototyping board to verify their logic designs and run them at near real-time clock speeds.