Advanced Logic Wafer (TSMC N3/N4) →Shortage risk
GPUs and AI accelerators
GPUs and AI accelerators have a critical 0.99 dependency on advanced logic wafers, so a capacity shock here directly tightens their supply.
95% confidence
Advanced Logic Wafer (TSMC N3/N4) →Shortage risk
Taiwan Semiconductor Manufacturing Company (TSMC)TSM
TSMC holds 90% of this node's supply and is the sole qualified supplier, so constrained advanced-node capacity translates into a severe output shortage for the company.
94% confidence
Advanced Logic Wafer (TSMC N3/N4) →Shortage risk
Taiwan
Taiwan accounts for 88% of this supply node, so the advanced-node capacity constraint is highly concentrated there.
91% confidence
Advanced Logic Wafer (TSMC N3/N4) →Shortage risk
Video game consoles & games
This sector depends on the same advanced wafers at a high 0.8 dependency strength, so the manufacturing constraint spills into console availability.
84% confidence
300mm Silicon Wafers →Shortage risk
Semiconductors and chips
300mm silicon wafers are a critical upstream input, so a wafer bottleneck would reduce overall semiconductor and chip output.
82% confidence
EUV/ArF Semiconductor Photoresists →Shortage risk
Memory and storage chips
EUV/ArF semiconductor photoresists are a critical input to memory and storage chip fabrication, so constrained availability can directly reduce chip output.
79% confidence
EUV/ArF Semiconductor Photoresists →Shortage risk
Semiconductors and chips
Because photoresists are a critical semiconductor manufacturing input, a squeeze here can pass through to broader chip output as a supply shortfall.
77% confidence
300mm Silicon Wafers →Shortage risk
Specialty chips
Specialty chips still depend on 300mm wafers, so tighter wafer availability transmits as lower specialty-chip output.
74% confidence
300mm Silicon Wafers →Delays
Computers and laptops
Wafers feed chip production that in turn bottlenecks finished electronics, so computer and laptop assembly can be delayed.
64% confidence
Computers and laptops →Prices ease
DRAM Memory Modules (LPDDR5/DDR5)
If advanced-chip shortages trim computers and laptops output, OEMs order fewer DRAM modules, which should दब pressure on DRAM prices.
60% confidence
Computers and laptops →Prices ease
Laptop Display Panels (LCD/OLED)
Lower finished-laptop output means fewer display panels are pulled through the supply chain, weakening panel demand and pricing.
58% confidence
Computers and laptops →Prices ease
NAND Flash Storage (SSD)
With fewer computers and laptops being built, SSD/NAND orders should soften, pushing NAND prices down.
55% confidence
Samsung Foundry →supply up
Advanced Logic Chips (CPU/SoC ≤5nm)
As a substitute supplier with 8% market share and low substitutability, Samsung Foundry can partially backfill the Chinese EUV-constrained supply of ≤5nm logic chips, modestly increasing available output despite long replacement lead times.
53% confidence
Computers and laptops →Prices ease
Multilayer Ceramic Capacitors (MLCCs)
MLCC demand is tied to unit volumes of computers and laptops, so a production squeeze should translate into weaker MLCC pricing.
47% confidence
