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Glossary

95 technical terms and definitions

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Background Signal

metrology

Background Signal is the baseline signal detected by an instrument in the absence of the target analyte — arising from detector noise, stray light, contamination, matrix emission…

Backside Deposition Removal Drift Prediction Machine Learning

backside deposition removal drift prediction, backside deposition removal, deposition removal drift, removal drift prediction, backside deposition, deposition removal

Backside Deposition Removal Drift Prediction with Machine Learning Introduction & Motivation Backside Deposition Removal Drift Prediction with Machine Learning addresses a central…

Backside Gas

cvd backside gas, wafer backside gas, helium backside gas, helium backside cooling, wafer backside cooling, esc backside gas, backside gas pressure, backside helium leak, backside gas thermal contact, multi zone backside gas, heat transfer gas wafer

Backside gas is a controlled low-pressure heat-transfer medium introduced into the microscopic gap between a process wafer and its chuck or pedestal. Helium is common because it…

Backside Illumination Sensor

bsi image sensor, cmos image sensor, bsi process, image sensor fabrication

Backside Illumination (BSI) Image Sensors are the CMOS image sensor architecture where light enters from the back of the silicon wafer (opposite the metal wiring) — eliminating…

Backside Lithography

lithography

Backside lithography is the photolithography sequence performed on the wafer rear surface to pattern features after thinning or carrier bonding - it supports backside contacts…

Backside Metal

Power Delivery, process, fabrication

Backside Metal Power Delivery Process is an advanced semiconductor manufacturing sequence that patterns metal power and ground planes on the back surface of wafers after thinning…

Backside Metallization Process

backside metal stack, wafer backside routing, backside redistribution, backside power metal, bspdn

Backside power delivery networks (BSPDN) move the power distribution grid from the front side of the wafer, where it competes with signal routing, to the back side, where it…

Backside Power Delivery

BSPDN, power network, through silicon via, wafer thinning, buried power rail

Backside power delivery networks (BSPDN) move the power distribution grid from the front side of the wafer, where it competes with signal routing, to the back side, where it…

Backside Power Delivery Bspdn

buried power rail, backside metal semiconductor, power via backside, intel powervia technology, bspdn

Backside power delivery networks (BSPDN) move the power distribution grid from the front side of the wafer, where it competes with signal routing, to the back side, where it…

Bspdn Walk Through Wafer Flip and Carrier Bonding

backside power delivery step 5 walk through wafer flip and carrier bonding, wafer flip carrier bonding backside power delivery process

Backside Power Delivery: Step 5 — Walk Through Wafer Flip and Carrier Bonding 1. A Process Sequence Most Prior Nodes Never Needed Everything described so far motivates BSPDN; this…

Bspdn Walk Through Wafer Thinning and Backside Reveal

backside power delivery step 6 walk through wafer thinning and backside reveal, wafer thinning backside reveal process sequence

Backside Power Delivery: Step 6 — Walk Through Wafer Thinning and Backside Reveal 1. From Hundreds of Microns to a Few Hundred Nanometers A finished device wafer, before thinning…

Bspdn Weigh Wafer Bonding Yield Risk Backside Processing

backside power delivery step 12 weigh wafer bonding yield risk, wafer handling bonding yield risk unique to backside processing

Backside Power Delivery: Step 12 — Weigh Wafer-Bonding Yield Risk Unique to Backside Processing 1. Risk Arrives Late in the Process, Not Early In conventional frontside-only…

Bspdn Examine Thermal Mechanical Considerations Thinned Flipped Wafer

backside power delivery step 19 examine thermal mechanical considerations, thermal mechanical considerations thinned flipped wafer bspdn

Backside Power Delivery: Step 19 — Examine Thermal and Mechanical Considerations of a Thinned, Flipped Wafer 1. A Benefit That Is Not Free of Tradeoffs Every prior step in this…