Transcription of Tapeout Review Form - cic.org.tw
1 Page 1/5 Q4-CI02, Tapeout Review Form (for Full-custom IC) Tapeout Review form Tapeout Tapeout Review Form TSRI Tapeout Review Form Top Cell TSRI EXEMPLE T18 1 1- 1.
2 1- 2. 20 MHz 1- 3. 3mW 1- 4. TSRI ARM CPU IP CPU (ARM7 TDMI or ARM926EJ) 1- 5. ? ( 2- 1) ( 1-5-1) 1-5-1. work performance ? 1-5-2. ? 2 2-1 . SS,SF,TT,FS,FF spice model ?
3 Corner 2-2 . +/-10% ? ~ 2-3 . ? 0 ~100 2-4 . ? 2-5 . IO PAD Bonding wire ? 2-6 . LPE Post Layout Simulation? Calibre & HSPICE 3 Power Line 3-1. Power Line ? 20um 3- 2. Power Line Current Density? 3- 3. Metal Line ? 4 DRC LVS 4- 1. DRC LVS Command File ? 4- 2. Whole Chip DRC LVS? TSRI DOCUMENT EXAMPLE page 2/5 Q4-CI02, 4- 3.
4 DRC Flat DRC Hierarchical DRC ? 4- 4. Density Rule? Dummy Cell Dummy Generation ? Dummy Cell Density Rule 4- 5. PAD DRC PAD ? ? 4- 6. LVS PIN match? match ? 4- 7. PAD PAD ? 4- 8.
5 PAD ? 5 ESD I/O PAD 5-1 Create Instance I/O Pad Copy Flatten Instance 5-2 IC Core Pad Pad 5-3 TSMC I/O PAD (D35 )? 5-3-1 Cell (Cell-Name) TSMC Pad Cell 6 - ( - ) 6-1 6-1-1 OP(Comparator) Input Stage ? 6-1-2 Dummy Cell ? 6-1-3 ? 6-1-4 45 ? 6-1-5 ?
6 ? 33 um x 33 um ? 1 pF ? 6-1-6 ? Poly2 ? 50 6-2 ( ) 6-2-1 Analog Digital power line ? 6-2-2 Analog area guard ring ? 6-2-3 Digital area guard ring ? 6-2-4 sensitive line shield ? 6-2-5 Analog guard ring shield ?
7 6-2-6 sensitive line noise(clock)line? 7 MEMS (MEMS ) 7-1 7-2 7-3 ? TSRI DOCUMENT EXAMPLE page 3/5 Q4-CI02, ? 7-4 ? 7-5 .. ? 7-6 ? 7-7 Layout design rule 7-8 Layout ?
8 7-9 ? 0~ 8 RF Circuit ( RF ) 8-1 ? 8-2 ? EM 8-3 ( )? ADS Circuit 8-4 chip block (chip , )? 8-5 8-5-1 ? 8-5-2 ? 8-5-3 ? 8-5-4 ?
9 8-5-5 PAD ? 8-5-6 PAD Bond-wire ? 8-6 DRC , , TSRI 8-7 LVS , , LVS 8-8 on wafer, on PCB or in package?
10 On Wafer CIC 9 GIPD (GIPD GIPD/T18 ) 9-1 GIPD ( GIPD A) PAD PAD 9-2 GIPD/T18 9-2-1 1. Layout (T18 Bumper GIPD ) +Bumper 9-2-2 Bumper CIC Bumper 9-2-3 Bumper T18 BumperTSRI DOCUMENT EXAMPLE page 4/5 Q4-CI02, 9-2-4 GIPD/T18 T18 1mm*1mm PAD T18 400um 9-2-5 GIPD/T18 Top Metal DRC Mark 10 HV (T18 HVG2/T25 HVG2 )
