ams releases hitkit v.4.14 PDK with CMOS technology | Automation.com

ams releases hitkit v.4.14 PDK with CMOS technology

ams releases hitkit v.4.14 PDK with CMOS technology

July 20, 2016 -- ams AG, a provider of sensors and analog ICs, announced the release of a version of its process design kit (PDK). This PDK features ams’ 180nm CMOS specialty technology, which is now to be manufactured in ams’ 200mm fabrication facility in Austria. The PDK provides product developers with a plug-and-play tool set with improved analog features and device performance as well as  simulation models. It facilitates first-time-right designs, which is a mission-critical capability in an industry with continuously shortening development schedules.

ams’ “hitkit” design environment comes with 1.8V and 5.0V NMOS and PMOS devices (substrate based, floating, low leakage and high threshold voltage options) and fully characterized passives including various capacitors. Area-optimized high-density and low-power digital libraries with gate densities up to 152kGates/mm², updated digital and analog I/O libraries with up to 6 metal layers as well as ESD protection cells with up to 8kV HBM level are included. One-Time Programmable memories (OTP), online memory generation service for RAMs and ROMs as well as a Zero-Mask-Level-Adder EEPROM IP block (up to 8kbit) complete the offering.

Based on Virtuoso Custom IC technology 6.1.6 from Cadence, the hitkit helps design teams to significantly reduce time-to-market for highly competitive products in the analog-intensive mixed-signal arena. Offering simulation models, extraction and verification run sets for both Calibre and Assura and flexible SKILL-based PCells, the new hitkit provides a comprehensive design environment. The 180nm CMOS specialty process (“aC18”) is manufactured in ams’ state of the art 200mm fabrication facility in Austria ensuring very low defect densities and high yields.

The ams aC18 specialty process is ideally suited for sensors and sensor interface devices in a wide variety of applications such as wearables, healthcare, home automation, smart cars and industry 4.0. It allows the development of innovative solutions for consumer electronics and industrial devices for the internet of things (IoT) and smart cities. Prototyping runs can be started immediately. 
Volume production release is scheduled for July 2016.

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