09/06/2015T. Evartson1

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Presentation transcript:

09/06/2015T. Evartson

09/06/2015T. Evartson2

09/06/2015T. Evartson3

09/06/2015T. Evartson4

09/06/2015T. Evartson5

09/06/2015T. Evartson6 LatticeECP4 LatticeECP3 LatticeECP2/M Lattice semiconductor FPGA

09/06/2015T. Evartson7 Lattice

09/06/2015T. Evartson8 MachXO2, MachXO Lattice

09/06/2015T. Evartson9 MachXO Konfiguratsiooni mälu

09/06/2015T. Evartson10 iCE40 Lattice

09/06/2015T. Evartson11 I²C (Inter-Integrated Circuit) Philipsi aegrane siin SPI (Serial Peripheral Interface) Motorola sync. järjestiksiin (dupleks) Lattice

09/06/2015T. Evartson12 Lattice semiconductor CPLD ispMACH 4000ZE

09/06/2015T. Evartson13 Actel IGLOO nanao, IGLOO PLUS (Flash)

09/06/2015T. Evartson14 ProASIC3, ProASIC nano, ProASIC3L Actel

09/06/2015T. Evartson15 Axcelerator (Antifuse) Actel

09/06/2015T. Evartson16 Actel

09/06/2015T. Evartson17 SX-A Actel

09/06/2015T. Evartson18 Actel

09/06/2015T. Evartson19 Actel

09/06/2015T. Evartson20 eX Actel

09/06/2015T. Evartson21 MX Actel

09/06/2015T. Evartson22 Actel

09/06/2015T. Evartson23 Actel

09/06/2015T. Evartson24 Actel

09/06/2015T. Evartson25 Altera MAX V, MAX II ALTERA

09/06/2015T. Evartson26 Altera

09/06/2015T. Evartson27 Altera

09/06/2015T. Evartson28 Altera

09/06/2015T. Evartson29 Altera

09/06/2015T. Evartson30 MAX 3000 ALTERA

09/06/2015T. Evartson31 Altera

09/06/2015T. Evartson32 Stratix V ALTERA

09/06/2015T. Evartson33 Altera

09/06/2015T. Evartson34 Altera

09/06/2015T. Evartson35 Altera

09/06/2015T. Evartson36 Altera

09/06/2015T. Evartson37 Altera

09/06/2015T. Evartson38 Arria II ALTERA

09/06/2015T. Evartson39 Altera

09/06/2015T. Evartson40 ARM Cortex – A9 ALTERA

09/06/2015T. Evartson41 Altera

09/06/2015T. Evartson42 Altera

09/06/2015T. Evartson43 Cyclone V ALTERA

09/06/2015T. Evartson44 Altera

09/06/2015T. Evartson45 Quicklogic ArcticLinc Quicklogic

09/06/2015T. Evartson46 PolarPro 3 Quicklogic

09/06/2015T. Evartson47 Quicklogic

09/06/2015T. Evartson48 Quicklogic

09/06/2015T. Evartson49 Quicklogic

09/06/2015T. Evartson50 FPGAs Enable Bill of Materials Cost Reduction & Power Savings XILINX AMS Access Method Services

09/06/2015T. Evartson51 XILINX

09/06/2015T. Evartson52 XILINX

09/06/2015T. Evartson53

09/06/2015T. Evartson54

09/06/2015T. Evartson55 Xilinx CoolRunner XILINX

09/06/2015T. Evartson56 XC9500

09/06/2015T. Evartson57 XILINX

09/06/2015T. Evartson58 XILINX

09/06/2015T. Evartson59 XILINX

09/06/2015T. Evartson60 Spartan 3E XILINX

09/06/2015T. Evartson61 XILINX

09/06/2015T. Evartson62

09/06/2015T. Evartson63

09/06/2015T. Evartson64

09/06/2015T. Evartson65 XILINX

09/06/2015T. Evartson66 7 seeria

09/06/2015T. Evartson67

09/06/2015T. Evartson68

09/06/2015T. Evartson69 CLBs, Slices, and LUTs Some key features of the CLB architecture include: Real 6-input look-up tables (LUTs) Memory capability within the LUT Register and shift register functionality Clock Management Some of the key highlights of the clock management architecture include: High-speed buffers and routing for low-skew clock distribution Frequency synthesis and phase shifting Low-jitter clock generation and jitter filtering Each 7 series FPGA has up to 24 clock management tiles (CMTs), each consisting of one mixed-mode clock manager (MMCM) and one phase-locked loop (PLL)

09/06/2015T. Evartson70

09/06/2015T. Evartson71 SPLD LATTICE Cypress ATMEL OP Semiconductor Texas Instruments E2v Diodes Incorporated Seitsmel tootjal 443 toodet