Analog IC Prices Are Up as Much as 85% — and Lead Times Now Run to Six Months

What the 2026 analog price wave looks like, which part numbers are affected, and how to place orders while capacity is this tight

By Procurement Priya · icboms supply-chain desk · data through August 11, 2026

The analog segment has stopped being a story about price lists. What began in February as a round of letters has become a rolling re-pricing of the whole category, and the market has flipped from "how much will it cost" to "when will we get parts." ADI asked customers in early July to place orders at least six months ahead. TI has raised prices three times this year, the last one effective July 1. Several distributors are quoting power-management ICs at 35–40 weeks.

This report walks through the timing and the numbers behind the analog squeeze — which vendors raised what, when, the lead times that matter, and what procurement should actually do about it.

1. The 2026 analog price wave, in sequence

This is not one announcement. It is roughly twenty vendors moving in two to three rounds, which is the point: the increases have become structural, not a one-off cost pass-through.

ADI — effective February 1: about +15% across the line, and up to +30% on military-grade /883-suffix part numbers (close to 1,000 MPNs). Already-shipped orders honored at original pricing. Then on July 3 ADI told customers that lead times on mainstream industrial, precision signal-chain, and power-management parts now run up to six months, and asked them to order at least six months out through the channel.
TI — three rounds in a year. August 2025 (the largest single move aimed at China customers, over 60,000 part numbers at +10–30%), then April 1, 2026: digital isolators, isolation drivers, and power-management ICs up 15–85% (industrial highest, automotive mostly over 25%, consumer 5–15%, applied uniformly). Then July 1, 2026: another round covering PMICs and MOSFETs, announced May 7.
NXP — second round effective June 1, 2026 (letter dated May 1), covering analog, MCU, and RF in automotive and industrial.
Infineon — April 1 first round (power switches and modules +10–25%), then July 1 second round.
onsemi — April 1, following the same cycle.
Domestic (China) suppliers — Shanghai Belling raised power management, signal chain, and driver ICs 10–30% effective June 9, then issued a second differentiated adjustment from August 3. Hi-SiLi raised selected products from March 1. SG Micro reported +5–8%.

The pattern is worth noting: the first round (late 2025–early 2026) was cost-driven — copper, gold, and foundry input prices. The second and third rounds carry real demand behind them. AI datacenter power content is the reason the increases keep coming.

2. Why now: 8-inch wafer capacity is the binding constraint

The root cause is not a spike in demand alone — it is that the fabs making analog and power chips are shrinking.

TrendForce expects global 8-inch wafer capacity to contract about 2.4% in 2026, with utilization climbing from 75–80% to 85–90%. TSMC and Samsung have been walking away from 8-inch; the remaining capacity is largely booked by tier-1 fabless companies ahead of time. SMIC and Vanguard (VIS) BCD platforms began notifying customers of roughly +10% average increases in late 2025. With 8-inch supply shrinking while PMIC and power-device demand rises, the market does not rebalance on its own — TrendForce's view is that the mainstream industrial analog supply-demand balance will not recover before Q1 2027.

That is the single most important number in this report for planning purposes: Q1 2027 is the earliest the balance returns.

3. Lead times that matter, by category

PMICs — industry lead times stretched from 21–26 weeks to 35–40 weeks. Automotive-grade PMICs (TI TPS6538x family, Infineon TLF series) run 30–52 weeks, some at the full 52.
BMC (server baseboard management controllers) — 11–16 weeks to 21–26.
16-bit+ precision ADC/DAC — 22–26 weeks, including the AD7177 family.
Isolators — spot examples: TI ISO7742DBQR (4-channel digital isolator) at roughly USD 1.15–2.64 depending on stock; the 5kVrms ISO7742FDWR variant around USD 1.43–1.48. DigiKey showed 6-week lead time on the D variant with 2,601 in stock; other channels out 2–3 weeks.
MOSFET / IGBT — mainstream 35–40 weeks (8–9 months); high-voltage and AI-server-specific parts over 40 weeks; low-voltage MOSFETs a comparatively short 13–26 weeks.

ADI has also been compressing channel inventory — reportedly down to under 6 weeks — which is why spot prices for popular parts have already moved up ahead of any further official letters.

4. What is driving the demand

The AI datacenter is the demand engine, and the numbers are large enough to matter.

A GB200 NVL72 rack runs around 120 kW; a Rubin Ultra NVL576 rack approaches 600 kW. Each next-generation AI rack carries nearly USD 200,000 of power semiconductors (roughly USD 191/kW).
Morgan Stanley puts the 2026 AI-server power-IC market at around USD 15 billion, growing at roughly 50% CAGR.
Every watt going through a server has to be converted, isolated, regulated, and monitored. That is why the parts with the tightest lead times — PMIC, BMC, isolation, high-voltage MOSFET — are exactly the ones an AI rack consumes in volume.

The military-grade surge is separate but worth noting: ADI's near-1,000 /883 and MIL-PRF part numbers went to +30%, reflecting scarce qualified capacity and low price elasticity.

5. What to actually do about it

Inventory every open order against the new effective dates. TI July 1, NXP June 1, Infineon July 1, Shanghai Belling August 3 are all in effect. If a quote is still honoring the old price, confirm in writing and move on it before the next round — there are reports of an ADI increase expected this month.
Place orders six months out, not three. ADI has asked for it explicitly. On a 35–40 week PMIC or MOSFET, an order placed today lands around Q1 2027 — which is also, not coincidentally, when the balance is expected to recover. If you need parts before then, lock allocation now.
Go through authorized channels for anything that must not fail. A 15–85% price increase is annoying; a counterfeit part in a medical or automotive line is a recall. Independent spot offers on constrained analog parts deserve the same date-code and traceability scrutiny as memory.
Qualify a second source on non-safety lines. Digital isolators, general DC/DC, and signal-chain parts have usable domestic alternates (SG Micro, Shanghai Belling, Hi-SiLi). Do not substitute on automotive-grade or high-reliability /883 parts — the qualification cycle is 36–48 months and the risk is not worth the savings.
Plan power semiconductor demand on a 12-month rolling basis. At 35–40 week lead times and ~USD 200k of power content per AI rack, quarterly ordering is a game you lose. Put MOSFET/IGBT into a 12-month forecast and pre-book.

6. Data notes

Data cutoff is August 11, 2026. Figures are as reported by TrendForce, The Elec, ESMChina, Electronics Weekly, The Register, ChosunBiz, and Chinese industry media (ECCN, YibeiIC, XCC), plus distributor listings where noted. Street pricing on constrained parts changes fast and varies by channel; treat these as directional planning data, not quotes. Verify lead times and date codes with your supplier before committing.

icboms (icboms.com) is a Shenzhen-based independent distributor covering analog, power, MCU, memory, and passives. For same-day quotes on ADI, TI, NXP, and domestic analog parts — isolators, PMIC, ADC/DAC, MOSFET — use the RFQ workflow on the product pages or contact the sourcing desk.