TSMC Material Information — NVDA Quantitative Valuation Record

End-to-End Numeric Flow

Source/timing → information gap → expectation gap → market confirmation
→ one LLM key-factor number per call → pricing-model contributions
→ priced-in adjustment → historical efficiency → residual forecasts → score

1. Event, Source and Timeliness

• Event ID: 07bead29882ef15c2b7502e260bca4e04c947e48
• Asset / category: NVDA / semiconductor_supply_chain
• Event time: 2026-09-07T15:21:42.912618+00:00
• Source: tsmc_latest_news (tier 3)

Metric	Value
Source tier	3
Fetch latency	0.0s (estimated from polling)
Direction hint	unknown
Liquidity gate	1

2. Information Gap and Prior Diffusion

Metric	Value	Meaning
Novelty	1.000	1 − maximum recent similarity
Staleness	0.000	Maximum recent similarity
Similarity gap	> window	Time since a sufficiently similar story
Pre-event drift	+0.00 bps	Frozen pre-event window
Phase-1 priced-in score	0.000	Direction-aligned drift channel
Information-gap composite	1.000	Novelty and unpriced blend
Verdict	fresh_unpriced	Prediction gate

3. Expectation Gap and Metric Revisions

Metric	Numeric value
Expectation-gap direction	+0
Expectation-gap magnitude	0.33

Revised metric	Direction	Magnitude	Signed magnitude
revenue	flat	0.00%	+0.00%
gross_margin	flat	0.00%	+0.00%
fcf	flat	0.00%	+0.00%
eps_revision	flat	0.00%	+0.00%
capex	flat	0.00%	+0.00%
valuation	flat	0.00%	+0.00%

4. Market and Microstructure Confirmation

Metric	Value	Normalized score
Spot price	229.8300	—
5-second change	-32.53 bps	—
60-second change	-32.09 bps	—
Trend	—	1.000
Volume ratio	0.01×	0.000
Trade-count ratio	0.00×	—
VWAP deviation	-18.39 bps	—
Confirmation move	+0.00 bps	—
Order-flow imbalance	0.383	—
Microstructure	—	0.211
Signal composite	—	0.453

5. Text → Numeric Key Factors

Each LLM call returns one number. Rows are ordered by absolute weighted valuation impact.

Rank	Parameter	Numeric shock	Valuation contribution	Rationale
1	revenue_growth	+2.00%	+2.15%	TSMC's material information likely indicates strong demand or capacity expansion, positively impacti
2	fcf_margin	+2.00%	+1.45%	TSMC's material information likely indicates stable operations, but given the lack of specifics, a m
3	valuation_multiple	+2.00%	+0.90%	TSMC's material information likely indicates strong demand or capacity expansion, which could positi
4	capex	+5.00%	-0.85%	TSMC's material information likely indicates significant capital expenditure plans, impacting NVDA's
5	gross_margin	+2.00%	+0.84%	TSMC's material information likely indicates strong demand and pricing power, positively impacting g

6. Pricing Models and Weighted Valuation Change

Model	Applicability weight	Raw Δ fair value	Weighted Δ
dcf	35%	+8.40%	+2.94%
forward_pe	30%	+3.00%	+0.90%
fcf_yield	20%	-0.50%	-0.10%
peg	15%	+5.00%	+0.75%

7. Priced-In and Expectation-Gap Adjustment

implied_delta = Σ(model weight × Σ(parameter shock × elasticity))
priced_in = max(aligned price drift, historical information diffusion)
expected_residual = implied_delta × (1 - priced_in) × reaction_efficiency

Quantity	Value	Interpretation
Implied fair-value change	+4.49% (+449 bps)	Before market-pricing adjustment
Already priced in	0.0%	Price and diffusion channels
Historical reaction efficiency	0.0%	Robust asset/category median
Expected residual move	+0.0 bps	Remaining quantified expectation gap

8. Multi-Horizon Numeric Forecast

Horizon	Direction code	Magnitude	Confidence
unavailable	0	0.0 bps	0.0%

9. Composite Score Decomposition

Section	Sub-item	Score	Maximum	Utilization	Evidence
news_signal	channel	3.0	5.0	60.0%	source=tsmc_latest_news tier=3
news_signal	novelty	10.0	10.0	100.0%	novelty=1.0 staleness=0.0 similarity_gap=None
news_signal	impact	4.0	10.0	40.0%	gap_magnitude=small
news_signal	relevance	5.0	5.0	100.0%	asset=NVDA category=semiconductor_supply_chain
news_signal	certainty	2.5	5.0	50.0%	gap_direction=neutral hint=unknown
volume_price	volume	0.0	10.0	0.0%	volume_ratio=0.01
volume_price	price_change	5.0	10.0	50.0%	trend=1.0 confirm=0.0bps
volume_price	order_flow	1.1	5.0	21.1%	microstructure=0.211 tick_imbalance=0.383 trade_count_ratio=0.0
key_factors	factor_coverage	10.0	10.0	100.0%	6 mapped metrics
key_factors	revision_magnitude	0.0	10.0	0.0%	avg revision 0.0%
timeliness	fetch_latency	5.0	5.0	100.0%	poll-interval estimate: 10s
timeliness	priced_in	5.0	5.0	100.0%	priced_in=0.0 pre_drift=0.0bps
risk_and_other	liquidity	5.0	5.0	100.0%	liquidity_ok=True
risk_and_other	cross_verification	5.0	5.0	100.0%	factor=neutral vs price=down
Total / neutral	—	60.6	100.0	60.6%	—

10. Audit Notes

• Every reusable numeric field from the narrative report is included above.
• Parameter names are restricted to the asset-specific registry.
• Model weights sum to 100%; all model contributions are retained.
• Historical efficiency uses a bounded median to reduce outlier influence.
• Direction codes are +1 for up, 0 for flat/unavailable, and -1 for down.

Disclaimer

Disclaimer: This article is for informational and educational
purposes only. It does not constitute investment advice, a recommendation, or an offer
to buy or sell any security. Content is generated by an automated research framework
using public information and quantitative models; all predictions are probabilistic
estimates, not guarantees. Past or backtested performance does not guarantee future
results. The framework holds no positions in any asset discussed and has no conflicts
of interest (EU MAR Article 20 disclosure). Trading involves substantial risk of loss.
Consult a licensed financial advisor before making investment decisions. News
screenshots are used solely for commentary and attribution; all trademarks belong to
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Comments

[Luis Cruz]

The approach you've outlined for quantifying the impact of TSMC's material information through a structured numeric flow is quite compelling. By focusing on the various gaps—information, expectation, and pricing—you’ve effectively highlighted the interplay between market signals and valuation metrics. It might be interesting to further explore how the elasticity of each parameter can be adjusted based on real-time market responses, which could enhance prediction accuracy. If you're looking for additional engineering support in refining these models or integrating them into broader analytics frameworks, I’d be glad to discuss a paid collaboration. What do you think are the biggest challenges in implementing this multi-horizon numeric approach?