<strong>FPGA</strong> Speed Grades (slowest to fastest) FF's Gate Estimate Max (100% util) (1000's) Practical (60% util) (1000's) Max I/O's Multipliers (18x18) Multipliers (25x18) Blocks (18kbits) Memory Total (kbits) Total (kbytes) Xilinx Virtex-6 Kintex-7 Virtex-7 HXT SXT LXT LX VH V Spartan -6 LX VX 7V2000T -1,-2 2,443,200 23,455 14,070 1,200 2,160 2,584 46,512 5,814 7V585T -1,-2,-3 728,400 6,993 4,200 850 1,260 1,590 28,620 3,578 7VX1140T -1,-2 1,424,000 13,670 8,200 1,100 3,360 3,760 67,680 8,460 7VX980T -1,-2 1,224,000 11,750 7,050 880 3,600 3,000 54,000 6,750 7VX690T -1,-2,-3 866,400 8,317 4,990 1,000 3,600 2,940 52,920 6,615 7VX550T -1,-2,-3 692,800 6,651 3,990 600 2,880 2,360 42,480 5,310 7VX485T -1,-2,-3 607,200 5,829 3,500 700 2,800 2,060 37,080 4,635 7VX415T -1,-2,-3 515,200 4,946 2,970 600 2,160 1,760 31,680 3,960 7VX330T -1,-2,-3 408,000 3,917 2,350 700 1,120 1,500 27,000 3,375 7VH870T -1,-2 1,095,200 10,514 6,310 700 2,520 2,820 50,760 6,345 7VH580T -1,-2 725,600 6,966 4,180 600 1,680 1,880 33,840 4,230 7K480T -1,-2,-3 597,200 5,733 3,440 400 1,920 1,910 34,380 4,298 7K420T -1,-2,-3 521,200 5,004 3,000 350 1,680 1,670 30,060 3,758 7K410T -1,-2,-3 508,400 4,881 2,930 500 1,540 1,590 28,620 3,578 7K355T -1,-2,-3 445,200 4,274 2,560 300 1,440 1,430 25,740 3,218 7K325T -1,-2,-3 407,600 3,913 2,350 500 840 890 16,020 2,003 7K160T -1,-2,-3 202,800 1,947 1,170 400 600 650 11,700 1,463 7K70T -1,-2,-3 82,000 787 470 300 240 270 4,860 608 LX760 -1L,-1,-2 948,480 9,105 5,509 1,200 864 1,440 25,920 3,240 LX550T -1L,-1,-2 687,360 6,599 4,000 1,200 864 1,264 22,752 2,844 LX365T -1L,-1,-2,-3 455,040 4,368 2,621 600 576 832 14,976 1,872 LX240T -1L,-1,-2,-3 301,440 2,894 1,736 600 768 832 14,976 1,872 LX195T -1L,-1,-2,-3 249,600 2,396 1,438 600 640 688 12,384 1,548 LX130T -1L,-1,-2,-3 160,000 1,536 922 600 480 528 9,504 1,188 SX475T -1L,-1,-2 595,200 5,714 3,428 600 2,016 2,128 38,304 4,788 SX315T -1L,-1,-2,-3 394,000 3,782 2,269 600 1,344 1,408 25,344 3,168 HX565T -1,-2 708,000 6,797 4,078 720 864 1,824 32,832 4,104 HX380T -1,-2,-3 478,000 4,589 2,753 720 864 1,536 27,648 3,456 LX150T -2,-3N,-3,-4 184,464 1,771 1,063 540 180 268 4,824 603 LX150 -1L,-2,-3N,-3 184,464 1,771 1,063 338 180 268 4,824 603 LX100 -1L,-2,-3N,-3 126,576 1,215 729 326 180 268 4,824 603 LX75 -1L,-2,-3N,-3 93,000 893 536 280 132 172 3,096 387 LX45 -1L,-2,-3N,-3 54,576 524 314 316 58 116 2,088 261 Virtex-5 FXT SXT LXT LX LX330 -1,-2 207,360 3,320 1,990 1,200 192 576 10,368 1,296 LX220 -1,-2 138,240 2,210 1,330 800 128 384 6,912 864 LX155 -1,-2,-3 97,280 1,556 934 800 128 384 6,912 864 LX110 -1,-2,-3 69,120 1,110 670 800 64 256 4,608 576 LX155T -1,-2,-3 97,280 1,556 934 640 128 424 7,632 954 LX110T -1,-2,-3 69,120 1,110 666 640 64 296 5,328 666 LX85T -1,-2,-3 51,840 830 498 480 48 216 3,888 486 LX50T -1,-2,-3 28,800 460 276 480 48 120 2,160 270 LX30T -1,-2,-3 19,200 307 184 360 32 72 1,296 162 SX95T -1,-2,-3 58,880 940 564 640 640 488 8,784 1,098 SX50T -1,-2,-3 32,640 522 313 480 288 264 4,752 594 SX35T -1,-2,-3 21,760 392 235 360 192 168 3,024 378 FX100T -1,-2,-3 64,000 1,024 614 640 256 456 8,208 1,026 FX70T -1,-2,-3 44,800 717 430 640 128 296 5,328 666 FX30T -1,-2,-3 20,480 328 197 360 64 136 2,448 306 <strong>FPGA</strong> Speed Grades (slowest to fastest) FF's Gate Estimate Max (100% util) (1000's) Practical (60% util) (1000's) Max I/O's Multipliers (18x18) MLAB (640) M9K (9 kbit) Memory M144K (144 kbit) M20K (20 kbit) Total (kbits) Total (kbytes) Altera Stratix V GT GS GX E ArriaV GZ Stratix IV Stratix III Cyclone III 5SEEB -4,-3,-2 1,437,000 13,795 8,280 840 704 15850 2,640 52,800 6,600 5SEE9 -4,-3,-2 1,268,000 12,173 7,300 840 704 15850 2,640 52,800 6,600 5SGXAB -4,-3,-2 1,437,000 13,795 8,280 840 704 17960 2,640 52,800 6,600 5SGXA9 -4,-3,-2 1,268,000 12,173 7,300 840 704 15850 2,640 52,800 6,600 5SGXA7 -4,-3,-2 939,000 9,014 5,410 840 512 11736 2,560 51,200 6,400 5SGXB6 -4,-3,-2 902,000 8,659 5,200 600 798 11270 2,660 53,200 6,650 5SGXB5 -4,-3,-2 740,000 7,104 4,260 600 798 9250 2,100 42,000 5,250 5SGXA5 -4,-3,-2 740,000 7,104 4,260 840 512 8020 2,304 46,080 5,760 5SGXA4 -4,-3,-2 634,000 6,086 3,650 696 512 5880 1,900 38,000 4,750 5SGXA3 -4,-3,-2 513,000 4,925 2,960 696 512 3776 957 19,140 2,393 5SGSD8 -4,-3,-2 1,050,000 10,080 6,050 840 3926 2624 2,567 51,340 6,418 5SGSD6 -4,-3,-2 880,000 8,448 5,070 480 3550 2320 2,320 46,400 5,800 5SGSD5 -4,-3,-2 690,000 6,624 3,970 696 3180 2014 3,180 63,600 7,950 5SGSD4 -4,-3,-2 543,000 5,213 3,130 696 2088 1062 2,088 41,760 5,220 5SGSD3 -4,-3,-2 356,000 3,418 2,050 432 1200 686 1,200 24,000 3,000 5SGTC7 -4,-3,-2 939,000 9,014 5,410 600 512 2560 2,560 51,200 6,400 5SGTC5 -4,-3,-2 642,000 6,163 3,700 600 512 2304 2,304 46,080 5,760 5AGZME7 -4,-3 679,200 6,520 3,910 674 2278 5306 1700 34,000 4,250 5AGZME5 -4,-3 603,840 5,797 3,480 674 2184 4718 1440 28,800 3,600 5AGZME3 -4,-3 543,360 5,216 3,130 414 2088 1044 957 19,140 2,393 5AGZME1 -4,-3 332,080 3,188 1,910 414 1600 800 585 11,700 1,463 4SE820 -4,-3 650,440 10,407 6,504 1120 960 16261 1610 60 23,130 2,891 4SE530 -4,-3,-2 424,960 6,799 4,080 960 1024 10624 1280 64 20,736 2,592 3SL340 -4,-3,-2 270,000 4,320 2,592 1120 576 6750 1040 48 16,272 2,034 3C120 -8,-7 119,088 1,667 1,000 288 0 432 3,888 486 3C16 -8,-7,-6 15,408 216 134 56 0 56 504 63 2 www.dinigroup.com
WHO, WHAT, WHERE, WHY? Who are you? <strong>The</strong> DINI <strong>Group</strong> was formed in May of 1995. We started as a consulting organization specializing in <strong>FPGA</strong> and board-level design. We branched into ASIC design in 1998, with particular emphasis in PCI and PCI-X. Our standard products are the direct result of unmet <strong>FPGA</strong>-based product needs discovered in our consulting practice. At present we have 20 employees. Measured in numbers of gates shipped, we are the world’s leading provider of ASIC prototyping hardware. What are your products? We make big <strong>FPGA</strong> boards. <strong>The</strong> most common application for big <strong>FPGA</strong> boards is ASIC and SOC prototyping. Big <strong>FPGA</strong> boards in specialized configurations can be used to accelerate certain types of algorithms. In other configurations, large <strong>FPGA</strong> boards can be used for high frequency, low-latency trading. Where? We are based in La Jolla, California. La Jolla is about 10 miles north of San Diego. Why? <strong>FPGA</strong> Prototyping is rapidly becoming a requirement due to the complexity and costs of ASIC tapeouts and spins. But <strong>FPGA</strong> boards required specialized teams to design and build. It is much easier and cheaper to buy off-the-shelf <strong>FPGA</strong> boards from those of us that already have that specialized set of skills. 858 . 454 . 3419 3