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Chip Tapeouts

Since joining Bar-Ilan University, Prof. Joseph Shor has developed research infrastructure and trained students in the design and implementation of analog and mixed-signal integrated circuits. The group has completed numerous silicon tapeouts in advanced CMOS technologies, covering sensing, power management, hardware security, RF, biomedical circuits, and energy-efficient systems.

Pathfinder

Pathfinder

May 2017 | TSMC 65 nm

This was the first BIU analog tapeout. It included thermal sensors, as well as PUF circuits.  The circuits exhibited excellent functionality and have generated publications in JSSC, TCAS1, TCAS2, SSCL, and ESSCIRC.

Pathfinder2

Pathfinder2

May 2018 | 65nm TSMC

This follow-up tapeout included several new PUF circuits, all of which functioned well in Silicon. Papers were published in TCAS1, IEEE Access, OJCAS, CICC 2019, and ISCAS 2019.

Genesis

Genesis

May 2019 | 65nm TSMC

This tapeout included PUFs, a Process Monitor and an ultra-low power bandgap reference.

SOC2

SOC2

June 2019 | 16nm TSMC

Shor’s group participated in this tapeout of the Hiper Consortium and the contribution include an ultra-small, ultra-fast thermal sensor for thermal monitoring of the SOC. A paper was published in TVLSI.

Genesis2

Genesis2

Aug 2019 | 65nm TSMC

Circuits included a Ring-Oscillator based sensor, a mobility monitor and a Low Voltage Power-On-Reset Circuit. Papers were published in SSCL, ESSCIRC, TCAS2, OJCAS and IEEE Access.

Snir

Snir

Feb 2020 | 65nm TSMC

This chip contains an LDO, a Process Monitor, a Noise modeling circuit, two different Droop detector circuits, a Dual Mode Logic block (with Alex Fish group), and a Switch-capacitor DC-DC converter. Papers have been published in JSSC, IEEE Access, and ESSCIRC.

Next Gen

Next Gen

2021 | 28nm

This is our first RF tapeout – a 60 GHz VCO

Nissim 1

Nissim 1

Nov 2021 | 65nm

A ultra low voltage, nW level Voltage Level Detector for power management – published in ESSCIRC 2022 and JSSC 2024.

Mini-Keter

Mini-Keter

Sept 2021 | 180nm

An image sensor/energy harvester platform. (with Alex Fish group).

Multimode

May 2022 | 180nm

A system chip for Image Sensing and Energy Harvesting (with Alex Fish group). Published in SSCL 2024.

Nissim 2

Nissim 2

May 2022 | 65nm

An Ultra Low power reference voltage. Published in ESSCIRC 2023 and JSSC 2024.

Nissim 3

Nissim 3

May 2022| 65nm

A current-to-digital converter for Biological sensing applications. Published in TCAS1 - 2024

Smart IR

Smart IR

2022

An embedded DRAM chip with a smart sense amplifier for Cryo applications.

Koach

Koach

Aug 2023 | 28nm

A process monitor which gives visibility to Vth, Vth_lin, Vth_sat, mobility, random variation and Rout of transistors.

 

Exodus

Exodus

2023 | 65nm TSMC

This is our first low power, 0.4-4GHz, Core PLL.

 Nisim4

Nisim4

2024 | 65nm TSMC

A low power Potentiostat using a Zoom Current to digital converter

Meira

Meira

2024 | Tower 0.18 SOI

A low power potentiostat with a logarithmic ADC (together with Prof. Ramiz Daniel Group in the Technion).

Shadow

Shadow

2025 | TSMC 65n

A PVT independent and adjustable analog laser/EM fault injection sensor.

I2P

I2P

2025 | TSMC 65n

A low voltage, nW power highly trimmable bandgap reference circuit: