We provide support throughout RTL to GDSII stages of ASIC development flow. Our experienced team has developed advanced flows for power aware synthesis (UPF, CPF), timing constraint generation (STA), netlist floor planning for best possible PPA and place and route(PNR) for overcoming ever increasing complexity. Our engineers in-depth knowledge of EDA tools and scripting skills enable us to deliver full turn-key ASIC development.
Synthesis
STA
Floor planning
Place & Route
Low Power Implementation
Crosstalk Analysis
All Signoff Checks (PV, STA, IR/EM, LEC etc)
ICC2, Innovus, Calibre, RC, DC, RedHawk, PT/PTSI
Block/SoC Level
Floorplanning
power Planning/optimization
Placement & Routing
Clock Tree Synthesis
pv – ORC, LVS, ANT, DFM, Density,
Static and Dynamic EM/IR
Verification
Extraction
ECO Implementation
Synthesis/Formal
Checking
Static Timing
Analysis
Timing Signoff
Low power/Multi power Voltage
Domain Designs
Crosstalk/Noise/Thermal Analysis
ICC, ICC2, Innovus, AtopTech, SOC Encounter
Calibre, ICV, PVS, Assura
Redhawk, Voltus, Totem Star RC
Cadence RC, Synopsys DC
Synopsys PrimeTime/PTSl
TCL, Shell, Perl scripting
Varlous Checks/Flow Automation
10nm (FinFet) & Lower Nodes
TSMC, UMC, Intel, Samsung
The BloomConn DFT team has expertise in DFT implementation and DFT verification with all the major industry EDA tools. The team’s expertise is in implementation and verification in the areas of ATPG, BIST and SCAN. The team also has expertise in Test engineering.
Strategies for low test power, low test cost and less test pin utilization, Test pin-muxing, Test clock/Test reset pin identification, planning for on-chip clock insertion.
Strategies for Mixed-Signal DFT, Hard-IP, Analog blocks
User Defined register implementation for all concern control bits. On-chip Clock insertion for respective clock domain, TAP controller and Boundary scan insertion,Test-Pinmuxing
MBIST insertion at block/TOP level, Scan insertion/LBIST insertion, IOwrapper insertion for each DFT blocks, compression/decompression insertion
Expertize in different format of pattern generation i.e. Verilog, ASCII, different ATE format, Cell-aware pattern generation, Power-aware pattern generation, Pattern re-targeting ,Zero-delay as well as timing verification across different SDF corners, ATE pattern generation, and Silicon debug of failing patterns
Expertize in MBIST verification for Block level as well as Full-Chip level, MBIST verification for repairable and nonrepairable memories.
No-timing simulation & debug, timing simulation & debug across different SDF corners, ATE pattern generation for MBIST controllers, Silicon debug of failing patterns
Expertise in BSCAN verification with respect to IEEE 1149.1 & IEE1149.6 protocol
Simulation debug without and with SDF across different PVT corners, ATE patterns generation for different requirements and silicon debug
Expertize in ATE test program development for Digital domain, Analog domain, Mixed signal, RF domain, Program development for engineering evaluation as well as production support
ATE program development and debug support on multiple tester platform, Multi Site program development, program conversion from one platform to another platform, PVT characterization
Expertize in Load boards, Handler Interface Board, DUT Interface Board-TE Expertize in Probe Card, Probe Interface board, Device characterization board, burn-In board Expertize in different kind of BGA, Leadframe, Hermetic package through our partners