
Uniquify, Inc. is a leading provider of Project-Based and Consulting Services (RTL-Design,
physical design, verification and sign-off), based entirely in Silicon Valley.
Uniquify focuses on 65nm and 40nm process technologies supporting all the
popular foundries including TSMC, Chartered Semiconductor (Common Platform)
and UMC. Our design experts go the extra mile to implement your ASIC designs, IP
and customized DDR memory subsystems ensuring your stringent power, clocking,
IP integration, and performance requirements are met on-time, on-spec and under
budget.
Uniquify’s Services Include:
Logic Design and Verification
RTL Design
Logic Verification / Synthesis
Static Timing Analysis
DFT Test Insertion
Physical Implementation and Verification
Place & Route
Physical Synthesis & Optimization
Parasitic Extraction
Signal Integrity / IR-Drop Analysis
Yield Optimization
Formal Verification
Physical Verification (LVS/DRC/ANT/ERC)
ASIC flow methodology consulting services
65nm / 40nm / 32nm / 28nm Expertise
Multi-Vt / Multi-Vdd Methodology
Dynamic on / off power domain
Module-level Clock Gating
Integrated Clock Gating (ICG)
Signal Integrity Prevention & Analysis
High Speed Interface Timing (DDR / DDR2 / DDR3)
High Performance Clock Architectures
STA with IR-drop and SI Analysis and Optimization
Redundant Via Insertion / Dummy Metal-Fill
IR-drop Driven Power Planning
STA with Temperature Inversion Effect
Proven Methodologies
Ultra Low Power Methodology
OCV-driven block-level and top-level CTS Methodology
Multi-Vt Driven Methodology
Full / Partial Hierarchical Implementation Methodology
Perseus™ Unquify’s Proven Design Methodology
Uniquify has developed a customer proven automated design flow, Perseus™, which
enables predictable tape-out schedules and reduces the risk of today’s most
complex SoC designs. Perseus™ seamlessly integrates various customer design
environments, including Cadence, Synopsys, Magma and Mentor Graphics.
Structured library and design reviews identify and correct common design or flow
problems proactively, before implementation, which improves efficiency and quality
of results. This unique design methodology has proven to shorten design cycles
while ultimately ensuring first time working silicon through a predictable, more
convergent design flow.