enews160_2

Transcription

1 / vol.160 CIC FastModels 103 e-learning ( ) IC / CIC Introduction to Conversational French - Syllabus Summer

2 / 流 2

3 87 流 MorSensor MorSensor MorSensor Demo MorSensor PC App MorSensor MorSensor MorSensor 3

4 FastModels Using FastModels as multi-core embedded software development target SOC ARM FastModels [1] ARM Cortex-A15 [2] Linux KVM [3] (Kernel-based Virtual Machine) Android host OS Linux guest OS DS-5 [4] Streamline [5] ARM FastModels DS-5 ( ) 4

5 ( ) ARM Versatile Express Cortex-A15x2 ARM CPU ARM FastModels Cortex-A15 Open Virtual Systems KVM(Kernel-based Virtual Machine) Linux [6][7] Android host Android qemu Linux DS-5 Streamline CPU ( ) 5

6 ARM FastModels FastModels( ) ARM ESL(Electric System Level) Programmer's View Model ARM IP Programmer's View Model (Instruction accurate) (Cycle accurate) Cycle accurate ESL 2 5 ARM Linux Android WinCE function accurate ARM Cache MMU LAPE Virutualization TrustZone VFP Cache Miss Lisa language [8] SystemC TLM 2.0 [9] EDA tool ARM prototype Cortex-A7 Cortex-A8 Cortex-A9 Cortex-A12 Cortex- A15 Cortex-A53 Cortex-A57 Cortex-R4 Cortex-R7 Cortex-M3 Cortex-M4 ARM926EJ-S ARM968E-S ARM1136JF-S ARM1176JZF-S AMBA Cache Controller(L2C-310) AMBA Direct Memory Access Controller(DMA330/PL080) Generic Interrupt Controller(GIC-390/GIC-400/PL-192) TrustZone Controller(BP141/BP147/SP890) CoreLink Dynamic Memory Controoler (DMC-340) CoreLink Cache Coherent Interconnect(CCI-400) Ethernet LCD Keyboard and Mouse Fast Models LCD IP 6

7 KVM on ARM ARM Cortex-A15 Linux kernel 3.9 ARM KVM (Kernel-based Virtual Machine) KVM Linux kernel hypervisor CPU ( ) hypervisor( Xen) KVM Linux Linux kernel hypervisor Open Virtual Systems [6][7] ARM KVM Linux Kernel 3.9 Android Linux Fast Models Cortex-A15 4 KVM Linux Android Cortex-A15 Linux Ubuntu LTS AMD64 Ubuntu ARM corss compiler uimage tools, CIC ARM FastModels DS-5 Android AEL Linux KVM Linux kernel source code root ( ) 1. Ubuntu 2. FastModels DS-5 3. FastModels Cortex-A15 4. Linux kernel source code Android image 5. DS-5 streamline driver daemon streamline 6. Android host Linux guest Linux guest. 7

8 1. Ubuntu Ubuntu LTS (gnome-terminal) sudo apt-get install build-essential bc ncurses-dev # sudo apt-get install gcc-arm-linux-gnueabi # ARM cross compiler sudo apt-get install u-boot-tools # uboot kernel uimage sudo apt-get install git wget curl # git wget curl sudo apt-get install tcsh # tcsh CIC mkdir ~/proj cd proj mkdir build target CIC # proj # #build #target #CIC CIC 2. FastModels DS-5 a. CIC ( DS-5 FastModels ~/proj/cic CIC/ DS5_d150018_linux_64.tgz #FastModels 8.2 FASTMODELS_d82_linux.tgz #DS b. ( ) cd ~/proj/cic # sudo mkdir /usr/cad/arm # sudo tar xfz DS5_d150018_linux_64.tgz -C /usr/cad/arm # DS-5 sudo tar xfz FASTMODELS_d82_linux.tgz -C /usr/cad/arm # FastModels 3. FastModels Cortex-A15 a. FastModels cd ~/proj cp -a /usr/cad/arm/fastmodels/cur/fastmodelsportfolio_8.2/examples. b. Cortex-A15 compiler FastModels gcc Ubuntu gcc 4.6 gcc -v # compiler cd ~/proj/examples/fvp_ve/build_cortex-a15x4 # Cortex-A15x4 sed -i 's/4.1/4.6/g' FVP_VE_Cortex-A15x4.sgproj # gcc c. Simulation Models tcsh # CIC.cshrc tcsh shell source /usr/cad/arm/cic/fastmodels.cshrc # Fastmodels sgcanvas FVP_VE_Cortex-A15x4.sgproj # ( ) 8

9 Fast Models Cortex-A15 4 FastModels ( ) --> Linux64-Release-GCC4.6 # gcc 4.6 amd64 Fast Models --> Settings -> Targets -> Integrated simulator (ISIM system) # 9

10 Fast Models --> Build # #Linux64-Release-GCC-4.6 # isim_system # library Linux64-Release-GCC-4.6/ cadi_system_linux64-release-gcc-4.6.so FVP_VE_Cortex_A15x4_Linux64-Release-GCC-4.6_Makefile.sg gen isim_system libarmctmodel.so libmaxcoreinitsimulationengine.so.2 libsdl-1.2.so > File -> Exits # FastModels terminal exit # tcsh mv Linux64-Release-GCC-4.6 ~/proj # 10

11 4. Linux kernel source code Android image a. Android cd ~/proj/build # build wget b. KVM Linux kernel cd ~/proj/build # build git clone git://github.com/virtualopensystems/linux-kvm-arm.git -b kvm-vexpress-3.9 curl # config cd linux-kvm-arm # kernel cp../config./config # CROSS_COMPILE=arm-linux-gnueabi- ARCH=arm make menuconfig # config enable ( ) [*] Enable loadable module support General Setup [*] Profiling Support Kernel Profiling Kernel hacking 11

12 [*] Tracers [*] Trace process context switches and events Kernel Features [*] Enable hardware performance counter support for perf events [*] Use local timer interrupts disable ds-5 gator driver Device Drivers [ ] Gator module for ARM's Streamline Performance Analyzer (NEW) Kernel kernel Gator Exit Exit console CROSS_COMPILE=arm-linux-gnueabi- ARCH=arm make # kernel zimage cp arch/arm/boot/dts/rtsm_ve-cortex_a15x4.dtb ~/proj/target/host-a15.dtb # Android host Linux kernel target cp arch/arm/boot/dts/vexpress-v2p-ca15-tc1.dtb ~/proj/target/guest-a15.dtb # Linux guest Linux kernel target c. bootwrapper cd ~/proj/build # build 12

13 git clone git://github.com/virtualopensystems/boot-wrapper.git # cd boot-wrapper # bootwrapper LOADADDR=0x CROSS_COMPILE=arm-linux-gnueabi- \ # uimage KERNEL_SRC=../linux-kvm-arm ARCH=arm make # bootwrapper cp uimage linux-system-semi.axf ~/proj/target # target d. Android image cd ~/proj/target # target mkdir android # android dd if=/dev/zero of=android.img bs=1mib count=2048 # 2GB ext3 img mkfs.ext3 android.img sudo mount -o loop android.img android # image sudo tar xpjvf ~/proj/build/jb_ve_4.1.1.tar.bz2 -C android # Android sudo umount android # image e. cd ~/proj/target # target cat << EOF > params # params motherboard.smsc_91c111.enabled=1 motherboard.hostbridge.usernetworking=1 motherboard.hostbridge.usernetports="1234=1234,8080=8080,5022=22" motherboard.mmc.p_mmc_file="android.img" cluster.cpu0.semihosting-cmd_line="--kernel uimage --dtb host-a15.dtb -- earlyprintk console=ttyama0,38400n8 mem=2048m ip=dhcp root=/dev/mmcblk0 rw init=/init" EOF cat << EOF > run_fastmodels.sh # script../linux64-release-gcc-4.6/isim_system -f params linux-system-semi.axf EOF chmod +x run_fastmodels.sh # script ls./ # target android guest-a15.dtb linux-system-semi.axf run_fastmodels.sh android.img host-a15.dtb params uimage f. ( ) cd ~/proj/target./run_fastmodels.sh # target # script 13

14 g. ctrl+c script Fast Models CLCD 5. DS-5 streamline driver daemon( Streamline streamline a. Android-NDK gator driver and daemon cd ~/proj/build # build wget # r9b x86 64bit tar xvfpj android-ndk-r9b-linux-x86_64.tar.bz2 # android-ndk-r9b mkdir -p android-ndk-r9b/jni # NDK jni b. gator driver cd ~/proj/build # build tar xvfpz /opt/ds-5/cur/arm/gator/driver-src/gator-driver.tar.gz # DS-5 driver make -C linux-kvm-arm/ M=$PWD/gator-driver ARCH=arm \ CROSS_COMPILE=arm-linux-gnueabi- modules # kernel driver 14

15 cp gator-driver/gator.ko ~/proj/target # gator.ko target c. gator daemon cd ~/proj/build # build tar xvfpz /opt/ds-5/cur/arm/gator/daemon-src/gator-daemon.tar.gz # DS-5 daemon cp -a gator-daemon/* android-ndk-r9b/jni # NDK jni NDK_PROJECT_PATH=android-ndk-r9b android-ndk-r9b/ndk-build # NDK jni cp android-ndk-r9b/libs/armeabi/gatord ~/proj/target # daemon target d. Android host gatord gator.ko cd ~/proj/target # target sudo mount -o loop android.img android # android image sudo cp gator.ko android/system/modules # gator.ko sudo chmod 644 android/system/modules/gator.ko # sudo cp gatord android/system/bin # gatord sudo chmod 755 android/system/bin/gatord # sudo umount android # e. cd ~/proj/target./run_fastmodels.sh # target # f. DS-5 streamline( ) i. gnome-terminal ii. DS-5 tcsh # CIC.cshrc tcsh shell source /usr/cad/arm/cic/ds5.cshrc # DS-5 ds5 # DS-5 -> DS-5 Select a workspace <- OK DS-5 workspace -> Windows -> Open Perspective -> other -> DS-5 Debug 15

16 DS-5 Debug Perspective -> Streamline Data -> > Start Capture -> OK -> Stop to stop the caputre Streamline f. DS-5 i. DS-5 -> File -> Exit DS-5 exit ii. script ctrl+c script Fast Models CLCD 6. Android host Linux guest a. Linux qemu cd ~/proj/build # build 16

17 wget # Linux cramfs wget # qemu ( KVM) b. Linux guest OS cd ~/proj/target # target mkdir initrd mnt # initrd mnt sudo mount -o loop -t cramfs../build/fs-alip-armel.cramfs mnt # cramfs mnt sudo cp -a mnt/* initrd # cramfs initrd cd initrd # initrd sudo ln -s sbin/init init # init sudo sh -c "find. cpio -o -H newc gzip >../initrd.cpio.gz" # initrd.cpio.gz cd ~/proj/target # target sudo umount mnt # cramfs image c. Android Host qemu cd ~/proj/target # target sudo mount -o loop android.img android # android image sudo cp uimage android # Linux kernel android sudo unzip ~proj/build/qemu.zip -d android # qemu android sudo chmod 755 android/qemu-system-arm # sudo cp initrd.cpio.gz android # initrd android sudo cp guest-a15.dtb android # guest Linux OS device tree cat > run_qemu.sh << "RUN_QEMU"./qemu-system-arm \ -vnc :0 \ -k en-us \ -enable-kvm \ -kernel uimage \ -dtb guest-a15.dtb \ -m 512 \ -M vexpress-a15 \ -cpu cortex-a15 \ -initrd initrd.cpio.gz \ -serial stdio \ -append "console=ttyama0 mem=512m" RUN_QEMU sudo cp run_qemu.sh android sudo chmod 755 android/run_qemu.sh # qemu script # script android # 17

18 sudo umount android # d../run_fastmodels.sh e. Linux guest Android host FVP terminal_0./run_qemu.sh # qemu guest Linux Linux root AEL: root f. guest Linux FVP terminal_0 ctrl+c qemu g. script ctrl+c script Fast Models CLCD ARM FastModels ARM FastModels prototype pre-silicon [1]ARM FastModels [2]ARM Cortex-A15 Processor [3]Kernel Based Virtual machine [4]ARM DS-5 Development Studio [5]ARM DS-5 Using ARM Streamline [6]KVM port on ARM Cortex-A15 Fast Models Virtual Open Systems [7]Android & Virtualization on Fast Models Virtual Open Systems [8]Lisa Language [9]SystemC TLM

19 103 年度 e-learning 立 練 參 103 了 見 CIC : e-learning 流 劉 huyjen@cic.narl.org.tw /10~3/30 5/5~5/25 8/4~8/24 10/6~10/26 4/7~4/20 6/2~6/15 9/1~9/14 11/03~11/16 19

20 103E001-A HSPICE 103E002-A Full-Custom IC Design Concept 103E003-A RF CMOS IC Design 103E004-A Verdi fundamental and Siloti full-chip-simulation training 103E005-A LakerADP+LakerL3 SDL flow training 103E006-A Advanced Design System - Fundamentals 103E007-A CMOS BioMEMS Sensing Technology 103E008-A Sensor Readout Circuit Technology 103E009-A RF 103E010-A Advanced Design System - Momentum 103E011-A Digital IC Testing Step-by-Step with Verigy E012-A Step Into Electronic System Level Design 103E013-A FPGA Design Fundamentals for Altera 103E014-A Logic Synthesis (Synopsys) 103E015-A Cell-Based IC Physical Design and Verification with IC Compiler 103E016-A Brief Introduction of Cell-based Design 103E017-A T18 103E018-A TSMC 0.35UM 20

21 IC 102 IC IC IC IC IC IC 103/03/14 IC /04/01~ 103/04/20 103/05/05~ 103/05/16 103/0517( ) / ( : ) 103/06/20 ~ 103/07/11 103/07/ * icdesign@cic.narl.org.tw IC 21

22 T18-102D ( ) T18-102D-A0002 O 1.391*1.336 T18-102D-A0007 O 5.8GHz 0.940*0.914 T18-102D-A0008 O 1.766*1.959 T18-102D-A0011 T18-102D-A0012 O O 15 CMOS UHF RFID 0.723* *0.962 T18-102D-A0013 O 0.888*0.888 T18-102D-A0014 O 1.061*0.928 T18-102D-A0015 O UWB 2.329*1.284 T18-102D-A0016 O 1.290*0.862 T18-102D-A0021 O 1.418*1.338 T18-102D-A0022 O 1.700*2.000 T18-102D-A0023 O 0.945*0.605 T18-102D-A0024 O 24 GHz 0.890*0.570 T18-102D-A0025 O 1.198*1.168 T18-102D-A0027 O CMOS-MEMS 1.406*0.660 T18-102D-A0029 O CMOS 1.200*1.200 T18-102D-A0031 O 1.423*1.433 T18-102D-A0032 O *2.188 T18-102D-A0034 O X-band 0.588*0.792 T18-102D-A0035 O 1.066*0.885 T18-102D-A0041 O K 0.931*

23 T18-102D-A0042m O CMOS MEMS 1.928*1.848 T18-102D-A0043a O ; O 1.500*1.500 T18-102D-A0046 O cmos 1.215*1.412 T18-102D-A0047 O 5-GHz 1.800*1.850 T18-102D-A0048m O 1.637*1.944 T18-102D-A0049 O 1.533*1.033 T18-102D-A0051 O 2.4-GHz 2x *2.099 T18-102D-A0054 O 2.155*1.845 T18-102D-A0055 O CMOS- MEMS 1.347*1.000 T18-102D-A0056 O 5.2GHz 1.200*0.550 T18-102D-A0060 O 1.732*1.468 T18-102D-A0061 O 0.18 µm 5GHz 0.655*0.730 T18-102D-A0062 O K-Band 0.687*0.905 T18-102D-A0064 O 24 GHz 0.780*0.642 T18-102D-A0065 O TSMC 0.18um CMOS 0.890*0.845 T18-102D-A0066 O 5.8GHz CMOS 2.878*0.902 T18-102D-A0067 O K 0.532*0.766 T18-102D-A0068 O 24 GHz 0.830*0.545 T18-102D-A0069 O 24 GHz 1.580*3.050 T18-102D-A0070 O 24 GHz 1.016*0.603 T18-102D-A0071 OO 5GHz 2.020*1.260 T18-102D-A0072 O K-Band *0.908 T18-102D-A0073 O ISM UNII 0.709*0.912 T18-102D-A0078 O 1.148*0.657 T18-102D-A0079 O *0.688 T18-102D-A0081 O CMOS 0.631*

24 T18-102D-A0083 O 1.521*0.970 T18-102D-A0084 O MOS *1.167 T18-102D-A0085 O 1.288*1.573 T18-102D-A0086 O 1.158*1.158 T18-102D-A0087 O ( 3) 0.624*0.843 T18-102D-A0088 O 1.200*1.200 T18-102D-A0089 O 0.600*0.755 T18-102D-A0090 O *0.951 T18-102D-A0091 O 24GHz 0.818*0.775 T18-102D-A0092 O 1.800*1.400 T18-102D-A0094 O LC 0.434*0.822 T18-102D-A0095 O MOS *0.883 T18-102D-A0096 O EEG ECG 1.510*1.510 T18-102D-N0001 O 0.3 V 24- GHz 0.449*0.634 T18-102D-N0002a O 1.634*1.624 T18-102D-P0001 O K-band 1.126*0.870 T18-102D-P0002 T18-102D-P0004 T18-102D-P0005 O O O DC-to- THz 1.874*1.222 RDFTbased * *0.958 T18-102D-P0006 O 0.949*1.101 T18-102D-P0007 O 0.570*0.710 T18-102D-P0008 O 0.570*0.723 T18-102D-P0010 O K- Band 1.007*1.229 T18-102D-P0011 O 1.146*1.040 T18-102D-P0012 O 24GHz 1.514*0.692 T18-102D-P0013 O 0.964*

25 T18-102D-P0014 O 2.4/5.2GHz 2.148*1.706 T18-102D-P0016 O K-band 0.916*1.423 T18-102D-P0017 O K-band 1.208*0.664 T18-102D-P0020 O ISM OOK 1.132*1.126 T18-102D-P0021 O 24GHz 0.905*1.038 T18-102D-P0023 O 77-GHz CMOS *1.500 T18-102D-P0024 O 24GHz 0.919*0.880 T18-102D-P0025 O 1.210*0.900 T18-102D-I0001 O ; O 0.759*0.688 T18-102D-I0003 O 1.389*1.458 T18-102D-I0004 O 1.003*0.848 T18-102D-I0005 T18-102D-I0007 O O 0.18um CMOS 1V 3-6V TFT-LCD 0.783* *1.444 T18-102D-E0002 O K-band 0.744*0.565 T18-102D-E0005 O LTE 0.930*1.075 T18-102D-E0006 O 0.563*0.563 T18-102D-E0009 O 0.500*0.679 T18-102D-E0010a O 0.940*0.931 T18-102D-E0011 O CMOS 0.615*0.645 T18-102D-E0012 O CMOS 0.615*0.645 T18-102D-E0013 O 0.615*0.645 T18-102D-E0015 O 0.779*0.756 T18-102D-E0016 O 1.018*1.018 T18-102D-E0017 O 0.888*0.888 T18-102D-E0018 O 1.200*1.200 T18-102D-E0021 O ; O 0.18-µm 0.249*

26 T18-102D-E0022 O MOBILE 0.722*0.600 T18-102D-E0023 O 1.200*1.200 T18-102D-E0024 O 24GHz 0.485*0.700 T18-102D-E0027 O 24GHz 1.142*1.190 T18-102D-E0028 O 24Hz 1.050*1.190 T18-102D-E0029a O EMC 8051 MCU 1.108*1.101 T18-102D-E0030 O 100~500MHz 1.200*1.200 T18-102D-E0031a O ; O 32 Booth 0.763*0.753 T18-102D-E0032 O GHz 0.779*0.948 T18-102D-E0033 O SATAⅢ 0.550*0.650 T18-102D-E0035 O 22GHz 0.535*0.574 T18-102D-E0038a O 0.991*0.985 T18-102D-E0039 O 1.020*0.857 T18-102D-E0040 O CMOS 0.610*0.645 T18-102D-E0041 O 5.8GHz CMOS 0.18-um 1.080*0.985 T18-102D-E0042 O SATAⅢ 6GHz 0.875*0.615 T18-102D-E0043 O CMOS 0.700*0.890 T18-102D-E0044 O 22~26 GHz 1.178*1.125 T18-102D-E0045 O 0.694*0.646 T18-102D-E0046 O 0.671*0.552 T18-102D-E0048 O 24GHz 0.960*0.675 T18-102D-E0049 O 24GHz *0.999 T18-102D-E0051 OO 5.2GHz nmos *0.600 T18-102D-E0052 O 0.570*0.720 T18-102D-E0053 O LTE 1.200*1.200 T18-102D-E0055 O 24GHz 1.037*

27 T18-102D-E0056 O X 0.935*0.840 T18-102D-E0058 O 1.2GHz 1.021*1.060 T18-102D-E0063 O 1.198*1.198 T18-102D-E0064 O *0.905 T18-102D-E0067 O 5.2GHz 1.200*0.600 T18-102D-E0069 O 1.200*1.200 T18-102D-E0070 O ; O 2.4GHz *0.250 T18-102D-E0071 O L 1.150*1.150 T18-102D-E0072 O 24GHz CMOS 1.155*1.200 T18-102D-E0073 O 0.888*0.888 T18-102D-E0074 O 1.018*1.018 T18-102D-E0075 O 0.734*0.674 T18-102D-E0076 O 10GHz 0.670*1.162 T18-102D-E0078 O 0.691*0.706 T18-102D-E0079 O 臨 臨 邏 0.673*0.628 T18-102D-E0080 O 24GHz 0.613*0.691 T18-102D-E0082 O 10Ghz LC 0.848*0.777 T18-102D-E0084 O 1.097*1.079 T18-102D-E0085 O 5GHz 1.125*0.991 T18-102D-E0086 O 10-bit 50 MS/s 0.841*0.724 T18-102D-E0087 O 晧 10 GHz 0.940*1.023 T18-102D-E0088 O 1.181*1.200 T18-102D-E0089 O 1.180*0.634 T18-102D-E0090 O X 1.085*0.700 T18-102D-E0091 O 1.200*1.199 T18-102D-E0092 O ( 2) 0.911*

28 T18-102D-E0093 O X 1.060*0.800 T18-102D-E0095 O 0.438*0.903 T18-102D-E0096 O 0.1GHz~3.5GHz 0.429*0.906 T18-102D-E0097 O 10GHz 0.935*0.840 T18-102D-E0098 O 0.430*0.430 T18-102D-E0099 O K-band LC-tank 0.450*0.625 T18-102D-E0100 O 0.539*0.540 T18-102D-E0102 O 0.462*0.462 T18-102D-E0103 O 0.282*0.282 T18-102D-E0104 O VCO ( 5) 1.190*0.999 T18-102D-E0105 O BCM CCM 1.154*1.185 T18-102D-E0107 O 1.111*0.898 T18-102D-E0109 O Class-B/Class- C 0.842*1.188 T18-102D-E0110 O 0.683*0.976 T18-102D-E0112 O 0.861*0.956 T18-102D-E0113 O 0.972*0.666 T18-102D-E0114 O ; O NAND 1.018*1.018 T18-102D-E0115 O & 1.200*0.891 T18-102D-E0116 O 0.552*0.499 T18-102D-E0117 O 0.552*0.499 T18-102D-E0118 O MOS 1.067*0.769 T18-102D-E0119 O 1.033*

29 Wafer Mapping (IC ) 29

30 D35-102C IC ( )/ ( ) D35-102C-A0001 CMOS / Z / 4.008*3.993 D35-102C-A0004 CMOS 2.221*1.202 D35-102C-A *2.083 D35-102C-A *1.918 D35-102C-A *1.997 D35-102C-A *1.554 D35-102C-A *4.088 D35-102C-A0024 CMOS 1.348*1.055 D35-102C-A *2.794 D35-102C-A *2.760 D35-102C-A0029_+m, 3.683*2.132 D35-102C-A *0.987 D35-102C-A0031_m CMOS-MEMS 0.396*0.421 D35-102C-A *2.373 D35-102C-A *1.682 D35-102C-A *2.106 D35-102C-A *2.475 D35-102C-A0039_+m 2.544*2.843 D35-102C-A *0.736 D35-102C-A0041 C M O S - MEMS 1.155*1.743 D35-102C-A *0.510 D35-102C-A0045 CMOMEMS D- NA 2.166*

31 D35-102C-P0001 PFM 2.313*1.863 D35-102C-P *1.647 D35-102C-I0001 TFTLCD IC 1.440*1.440 D35-102C-I0002 CMOS-MEMS 2.000*2.000 D35-102C-E0001 (Energy Efficiency of Intelligent Electro-optic Building Design) 1.471*1.286 D35-102C-E0002_+m, ( )(null) 1.436*1.383 D35-102C-E0003 VLSI (INTRODUCTION TO VLSI DESIGN) 1.351*1.351 D35-102C-E0004 VLSI (INTRODUCTION TO VLSI DESIGN) 1.462*1.462 D35-102C-E0005 ;, VLSI (INTRODUCTION TO VLSI DESIGN) 1.465*1.244 D35-102C-E0007 (null) 1.498*0.872 D35-102C-E0008 (null) 1.488*1.309 D35-102C-E0009 (VLSI Design) 1.402*1.402 D35-102C-E0010 (null) 1.497*1.074 D35-102C-E0011 VLSI (null) 1.500*1.500 D35-102C-E0012 VLSI (INTRODUCTION TO VLSI DESIGN) 1.462*1.462 D35-102C-E0013 I(null) 0.821*0.781 D35-102C-E0014 I(null) 1.498*1.443 D35-102C-E0015 VLSI (INTRODUCTION TO VLSI DESIGN) 1.500*1.500 D35-102C-E0017 (I)(null) 0.316*0.412 D35-102C-E0018 (LOW-POWER SYSTEM DESIGN) 1.462*1.351 D35-102C-E0019 D35-102C-E0020 D35-102C-E0021,,,,,, (null) 1.501*1.501 (null) 1.501*1.501 VLSI (VLSI Design Practice) 1.500*1.500 D35-102C-E0022 VLSI (null) 1.500*1.500 D35-102C-E0023,, VLSI (null) 1.500*

32 D35-102C-E0024,, VLSI (null) 1.500*1.500 D35-102C-E0025 VLSI (null) 1.500*1.500 D35-102C-E0026 (null) 1.375*1.375 D35-102C-E0027 IC (null) 1.506*1.503 D35-102C-E0030 VLSI (null) 1.500*1.500 D35-102C-E0031_bio (null) 1.489*1.358 D35-102C-E0032, VLSI (Introduction to VLSI Design) 1.101*0.884 D35-102C-E0033 VLSI (null) 1.392*1.392 D35-102C-E0034_m, ( )(null) 1.494*1.496 D35-102C-E0035, (null) 1.364*1.500 D35-102C-E0036, (null) 1.182*1.172 D35-102C-E0037 (null) 0.933*0.936 D35-102C-E0038 (null) 1.200*1.200 D35-102C-E0039 (null) 0.629*0.580 D35-102C-E0040 (Solid-state Sensors and Applications) 1.452*1.452 D35-102C-E0041 (null) 1.314*1.307 D35-102C-E0042 (null) 1.235*1.245 D35-102C-E0043_bio (null) 1.082*1.380 D35-102C-E0044 ( )(null) 0.701*0.583 D35-102C-E0047 ( )(null) 1.243*1.199 D35-102C-E0049 (null) 0.697*0.591 D35-102C-E0050 (null) 0.983*0.581 D35-102C-E0051 (null) 1.154*1.200 D35-102C-E0055 (VLSI devices) 1.452*1.452 D35-102C-E0056 CMOS (CMOS Analog Circuit Design) 1.407*

33 Wafer Mapping (IC ) 33

34 D35-103A IC ( )/ ( ) D35-103A-A *2.233 D35-103A-A *1.516 D35-103A-A0005 LED 0.874*0.872 D35-103A-A *2.500 D35-103A-A0007 LED 1.381*1.411 D35-103A-A *1.099 D35-103A-A mA 0.934*0.534 D35-103A-A *2.040 D35-103A-A0012 CMUT 1.221*1.348 D35-103A-A *2.395 D35-103A-A0015 CMOS- MEMS MEMS 1.425*1.315 D35-103A-A0017+m, 2.566*2.843 D35-103A-A *2.124 D35-103A-A0021 CMOS-MEMS Pierce 0.966*0.624 D35-103A-A MHz 1.451*1.055 D35-103A-A *1.205 D35-103A-A *1.479 D35-103A-A0027 Z 1.750*1.750 D35-103A-P *1.949 D35-103A-P *1.944 D35-103A-I0001 CMOS 0.979*1.999 D35-103A-I *

35 D35-103A-I0003 CMOS-MEMS 2.499*2.100 D35-103A-E0003 D35-103A-E0004 D35-103A-E0005 (Power Control Integrated Circuit Design ) (Power Control Integrated Circuit Design) (Power Control Integrated Circuit Design) 1.492* * *1.499 D35-103A-E0006 ( )(null) 1.283*1.283 D35-103A-E0007 (Analog Integrated Circuit Design) 1.055*0.967 D35-103A-E0008 (Analog Integrated Circuit Design ) 0.812*0.766 D35-103A-E0009 ( )(null) 1.351*1.129 D35-103A-E0010 (Thesis) 1.496*1.309 D35-103A-E0013, D35-103A-E0014,, IC (IC DESIGN FOR COMMUNICATION INTERFACES) 1.351*1.018 IC (null) 0.907*1.018 D35-103A-E0015m, (null) 0.797*1.214 D35-103A-E0016 ( )(null) 1.319*1.318 D35-103A-E0017, (null) 1.500*1.500 D35-103A-E0018, ( )(null) 1.500*1.500 D35-103A-E0019 (null) 1.414*1.307 D35-103A-E0020 (null) 1.314*1.307 D35-103A-E0021 VLSI (null) 1.402*

36 Wafer Mapping (IC ) 36

37 SiGe18-102C IC ( )/ ( ) SiGe18-102C-A0004 ( 3) 0.402*0.517 SiGe18-102C-A GHz/5.8GHz 1.001*0.908 SiGe18-102C-A0006 A 5.2GHz 0.540*0.492 SiGe18-102C-A0007 LTE 2.4GHz 0.850*0.750 SiGe18-102C-P *0.541 SiGe18-102C-E *0.852 SiGe18-102C-E *0.917 SiGe18-102C-E *1.063 SiGe18-102C-E *1.065 SiGe18-102C-E0006 (Millimeter Wave Frequency-Source Integrated Circuits) 0.669*1.087 SiGe18-102C-E *0.951 SiGe18-102C-E *1.071 Wafer Mapping (IC ) 37

38 SiGe18-103A IC ( )/ ( ) SiGe18-103A-A *0.558 SiGe18-103A-A0004 SiGe18-103A-A um SiGe BiCMOS 32x um SiGe BiCMOS 5 GHz / 60 GHz 0.970* *1.829 SiGe18-103A-A GHz 1.387*0.716 SiGe18-103A-A *0.762 SiGe18-103A-A *0.763 SiGe18-103A-A *0.595 SiGe18-103A-A0011 C PMOS 0.944*1.250 SiGe18-103A-A *0.712 SiGe18-103A-A0013 HBT C 0.760*0.790 SiGe18-103A-A *0.959 SiGe18-103A-A0016 SiGe BiCMOS 1.294*0.774 SiGe18-103A-A0017 C 0.685*0.804 SiGe18-103A-A *0.934 SiGe18-103A-P0001 / 0.570*0.715 SiGe18-103A-P *0.741 SiGe18-103A-P *0.710 SiGe18-103A-P *0.481 SiGe18-103A-P0007 Ku 1.160*0.715 SiGe18-103A-P0009 Ka 0.920*0.635 SiGe18-103A-E *

39 Wafer Mapping (IC ) 39

40 T25HVG2-102C IC ( )/ ( ) A0001 A0002 A0003 A0004 A0006 A0009 A0010 A0011 A0013 A0015 A0016 A0019 P0004 P0005 I0002 E0001 E0002 E0003 E0004 E0005 E0008 E0009 E * * * * * *0.914, LED 1.900* mA 1.641* * * * *1.050, Twin Bus 1.223* * *1.900 ( )(Special Topics in VLSI Design (I)) 0.900* * *1.150 (Master Thesis) 0.900*1.150 ( )(Case study(1)) 1.150*0.900 ( )(Case study(1)) 1.150*0.900 ( )(Case study(1)) 1.150*0.900 ( )(Case study(1)) 1.150*

41 E0011 E0012 E0013 E0014 E0015 E0017 E0018 E0019 E0020 ( )(Case study (1)) 1.150*0.900 ( )(Case study (1)) 1.150*0.900 ( )(Case study (1)) 1.150*0.900 ( )(Case study (1)) 1.150* *0.900 (Reliability engineering of integrated circuits) 1.150*0.900 (master thesis) 0.900*1.150 (Power Integrated Circuit Design) 0.900*1.150 (Power Integrated Circuit Design) 0.900*1.150 Wafer Mapping (IC ) 41

42 T25HVG2-103A IC ( )/ ( ) T25HVG2-103A- A0001 T25HVG2-103A- A0002 T25HVG2-103A- A0003 T25HVG2-103A- A0004 T25HVG2-103A- A0005 T25HVG2-103A- A0006 T25HVG2-103A- A0014 T25HVG2-103A- A0015 T25HVG2-103A- E0002 T25HVG2-103A- E0003 T25HVG2-103A- E0004 T25HVG2-103A- E0005 T25HVG2-103A- E0008 T25HVG2-103A- E0009 T25HVG2-103A- E0010 T25HVG2-103A- E0011 T25HVG2-103A- E0012 T25HVG2-103A- E0014 T25HVG2-103A- E0015 T25HVG2-103A- E0018 T25HVG2-103A- E * * * * *0.832 LED 1.900* V 5 V / 1.900*1.400 SAW 0.435* *0.900, ( )(Project Lab) 1.043*0.687 ( )(Special Topics (2)) 1.150*0.900 ( )(Special Topics (2)) 1.150*0.900 ( )(Special Topics (2)) 1.150*0.900 ( )(Special Topics (2)) 1.150*0.900 ( )(Special topics (2)) 1.150*0.900 ( )(Special topics (2)) 1.150*0.900 ( )(Special topics (2)) 1.150*0.900 ( )(SPECIAL TOPICS (2)) 1.150*0.900 ( )(SPECIAL TOPICS (2)) 1.150*0.900 ( )(SPECIAL TOPICS (2)) 1.150*0.900 ( )(Practical Project (II)) 1.150*

43 Wafer Mapping (IC ) 43

44 TN90GUTM-103A ( )/ ( ) A0001 A0002 A0003 A0004 A0005 A0008 A0009 A0011 A0012 A0014 A0018 A0028 A0029 A0033 A0036 A0037 A0038 A0040 A0041 A0042 A0043 A0046 A * GHz CMOS 0.867*0.732 W- Band CMOS 0.867* Gb/s 0.751* V 0.668* * VDD 0.657*0.988 K 0.684*0.853 FIR 1.000*0.980 W -Band 0.811* * V 1.000* GHz 0.689* ad 0.923* GHz CMOS 1.108*0.605 CMOS 0.503*0.681 V-Band CMOS 0.618*0.806 Marchand Balun 60GHz 0.763* *0.924 PCSNIM 2.4GHz 1.076*1.380 Doherty CMOS 1.010*1.477 W-band 0.795* *

45 A0048 A0051 A0052 A0053 A0054 A0057 A0058 A0059 A0061 I0001 U 0.521* * GHz * * * * *0.716 V-band 0.991* GHz / 1.215* *0.705 I *1.000 I0005, *1.603 I GHz CMOS 0.539*0.523 I0011 I0012 I0013 N0001 N0002 P0001,, 60 GHz 0.940* * *0.467, 0.655*0.615, 0.890* *4 MIMO sorted QR 1.315*1.296 P *1.269 P0003, P0005 V 4~9GHz UWB 1.105* *0.706 P *1.260 P *1.327 P *

46 P Gb/ s 0.460*0.410 P Gb/s 0.620*0.560 P0012 P0013 K 1.538* *1.866 P GHz CMOS 0.665*0.715 P GHz CMOS 0.595*0.672 P *0.980 P0019, 24 GHz 1.780*1.840 P GHz C 0.730*0.870 P0022 P * *0.978 P0025 V-band 0.501*0.659 P0028 P0030,,,, 4.000* *0.973 P GHz CMOS 1.052*0.535 P0032 V-band 0.793*0.839 P *1.991 P0036 P0037,,,,, P0038, P GHz CMOS 60-GHz CMOS 60-GHz CMOS Yagi 1.28MS/s 0.536* * * *0.868 P0045 E 0.588*0.849 P /60-GHz 1.199*

47 Wafer Mapping (IC ) 47