Dr. Felix Grawert, CEO
Dr. Christian Danninger, CFO February 26th, 2026
This document may contain forward-looking statements regarding the business, results of operations, financial condition and earnings outlook of AIXTRON. These statements may be identified by words such as "may", "will", "expect", "anticipate", "contemplate", "intend", "plan", "believe", "continue" and "estimate" and variations of such words or similar expressions. These forward-looking statements are based on the current assessments, expectations and assumptions of the executive board of AIXTRON, of which many are beyond control of AIXTRON, based on information available at the date hereof and subject to risks and uncertainties. You should not place undue reliance on these forward-looking statements. Should these risks or uncertainties materialize or should underlying expectations not occur or assumptions prove incorrect, actual results, performance or achievements of AIXTRON may materially vary from those described explicitly or implicitly in the relevant forward-looking statement. This could result from a variety of factors, such as those discussed by AIXTRON in public reports and statements, including but not limited those reported in the chapter "Risk Report". AIXTRON undertakes no obligation to revise or update any forward-looking statements as a result of new information, future events or otherwise, unless expressly required to do so by law.
Due to rounding, numbers presented throughout this report may not add up precisely to the totals indicated and percentages may not precisely reflect the absolute figures for the same reason.
Our registered trademarks: AIXACT®, AIX-Multi-Ject®, AIXTRON®, Close Coupled Showerhead®, EXP®, EPISON®, Gas Foil Rotation®, HXP®, HYPERION®, Multi-Ject®, Planetary Reactor®, PVPD®, STExS®, TriJet®
FY/2025: AIXTRON performs well in soft market environment
Order Intake with EUR 544m down by -9% yoy with a slight recovery in Q4/25
Revenues with EUR 557m down -12% yoy as expected (in original and adjusted guidance range)
Gross Profit at EUR 222m; Gross Margin at 40% (-1pp yoy driven by lower utilization, G10 ramp-up adjustments and one-off restructuring costs.)
EBIT at EUR 100m; EBIT Margin at 18% (-3pp yoy)
Net Profit at EUR 85m down -20%
Q4/2025: Strong quarterly performance
Order Intake with EUR 170m up 37% qoq
Revenues with EUR 187m -18% yoy; Gross Profit down -16% yoy with Gross Margin at 46% (up 1pp yoy)
EBIT at EUR 58m down -18% yoy; EBIT Margin at 31% (flat yoy)
Strong cash flow and cash position at year end
Operating cash flow of EUR 208m (up by EUR >180m yoy)
Free cash flow of EUR 182m (up by EUR >250m yoy)
Cash and cash equivalents at EUR 225m at year end (vs. EUR 65m end of 2024)
AGM 2025: Dividend Proposal
EUR 0.15 Euro dividend per share to be proposed to shareholders - unchanged to build a strong cash position
FY/2026 Guidance1 introduced
▪
▪
▪
Revenues FY/26E: ~EUR 520m in a range of +/- 30m; Q1/26E: ~EUR 65m in a range of +/- 10m
Gross Margin FY/26E: 41% - 42%
EBIT Margin FY/26E: 16% - 19%;
includes mid-single-digit million euro restructuring expenses
Market Dynamics 2026 - AI as the key driver of revenue
Optoelectronics / laser set for strong growth yoy in 2026, driven by AI need for optical interconnects
GaN power with moderate growth, partially by AI, partially by GaN gaining traction across all market segments
SiC power weak in 2026 due to overcapacity and slow momentum in EVs
LED / Micro LED demand largely unchanged
EUR million
630 633
557
520+/-30e
429
463
269
2020 | 2021 | 2022 | 2023 2024 | 2025 | 2026e | ||
Optoelectronics and Communication¹ | LED incl. Micro LED | GaN-Power | SiC-Power | ||||
Other incl. R&D | After Sales | FY26 Guidance low end | FY26 Guidance high end | ||||
Revenues | Gross Profit Margin | EBIT Margin | |
Q4 | € 187.1 m -18% YoY | € 86.1 m 46% -16% YoY | € 58.0 m 31% -18% YoY |
FY/25 | € 556.6 m -12% YoY | € 222.4 m 40% -15% YoY | € 100.3 m 18% -24% YoY |
Gross Margin significantly improved in Q4 vs. 9M due to volume and improved product mix
EBIT Margin significantly improved in Q4 vs. 9M due to volume, improved mix and reduced OpEx
OpEx down yoy mainly due to -11% lower R&D cost driven by reduced external contract work and consumables
5
Working Capital1
Operating Cash Flow
Free Cash Flow
Cash Balance2
Q4
€ 336.2 m
€ -9.2 m vs. Q3/25
€ 79.9 m
€ +81.9 m YoY
€ 71.7 m
€ +86.1 m YoY
€ 224.6 m
€ +71.3 m vs. Q3/25
FY/25
€ 336.2 m
€ -108.8 m vs. Q4/24
€ 208.4 m
€ +182.1 m YoY
€ 181.9 m
€ +254.4 m YoY
€ 224.6 m
€ +160.0 m vs. Q4/24
Strong Operating Cash Flow driven by Net Result and continued Working Capital reduction; further positive impact expected throughout 2026
FCF with strong improvement due to Net Result and continued reduction of Working Capital & Capex
Cash Balance with € 224.6m significantly up by € +160.0m vs. Q4/24
Working Capital = Inventories + Trade Receivables - Trade Payables - Contract Liabilities for Advance Payments; FX-effects excluded in illustrated Change in Working Capital
Including other current financial assets 6
1
Power ElectronicsSiC Power
EV main inverters and EV OBCs
EV charging infrastructure
Data centers: AC/DC
Wind & PV
Traction & large drives
SiC
GaN
2 GaN Power & RF
Fast charging / mobile devices
Data centers: AC/DC & DC/DC
Motor drives, e.g., white goods
AI power delivery
EV OBCs
Base stations
4 Lasers
Optical data communication
3D sensing
LiDAR
Industrial power lasers
AsP
AsP
GaN
3 Micro LEDs / Specialty LEDs
Industrial displays (in/ outdoor)
TVs
Smart watches / AR glasses
Automotive
Horticulture
1
Update
AIXTRON maintains a strong (leading) position in SiC power segments
2026: Continued Market slowdown and underutilization
Mid-term (2027-2029):
OEM's switching from 400V to 800V battery systems using SiC will increase demand
Benefits from the shift toward AI-powered architectures (800V HVDC)
Qualification efforts at further customers are ongoing, expect to benefit over-proportionally when the market is taking up again.
~doubling of annual tool demand by 2029 due to
Continued EV ramps
Market share gains of SiC vs. silicon due to rapidly declining prices of SiC wafers
G10-SiC tool
Update
AIXTRON maintains a leading (dominant) position in GaN power segments
2026: Moderate growth in 2026 as GaN adoption expands across a broader range of applications
Launch of 300mm technology in 2026
Co-existence of 200mm and 300mm wafer sizes expected
Mid-term (2027-2029): accelerated (~3x) growth of annual tool demand due to
GaN penetrating more and more applications
GaN replacing silicon (energy efficiency)
AI power delivery
G10-GaN tool
GaN power - growth is fueled by adding more and more applications
≥ 1200 V
Voltage
EV main Inverter
AI power delivery
Smartphone fast chargers
AC/DC for datacenters
Class-D audio
DC/DC for datacenters
Wireless charging
LV motor drives
battery consumer
Battery tools,
Industrial PSU
devices (e-bikes, …)
Low speed electric vehicles
AI power delivery
Micro-Inverters
Solar
Time of Flight / Lidar
2020 - 2023
2024 - 2026
2027 - 2028
EV On-Board Charger (OBC)
HV motor drives, home appliances
< 200 V
500-700 V
Time of market adoption
GaN power - selected case examples
HV motor drives, home appliances
Up to 40% energy
consumption reduction
Ramp from 2025 onwards
High unit volume, large dies
--> high wafer consumption
AI "On Board" power delivery
Replacement of silicon power chips around the GPUs
Up to 50% lower power loss in a compact form factor
Battery tools and consumer devices
Longer battery life
Smaller size and reduced weight b/c less cooling
GaN power - selected case examples
Status of GaN for EV main inverters
| ||
GaN achieves > 1200V breakdown voltage 3-Phase traction inverter powered by GaN devices | ||
GaN power - AIXTRON leads the market in 200mm today and is ready for 300mm ramp 200mm GaN multi-wafer tool
G10-GaN
Leading platform for 150mm / 200mm wafer size
Based on 20+ years GaN experience
Used by all key GaN-players worldwide today (tool of record)
300mm GaN single-wafer toolHyperion
Key ingredients from 200mm technology transferred to 300mm
Builds on prior experience in GaN
Experience gained from today's installed base
300mm showerhead technology (30+ years)
Technological outperformance vs. 200mm platform recently confirmed by a leading customer
2
GaN PE market to be dominated by 200mm in near term - expanding in voltage range 300mm to penetrate market from Low and Mid voltage mid termVoltage
300mm Epi wafers
Expanding further to higher
voltage range
200mm Epi wafers
150/200mm Epi wafers transition towards 200mm on-going
first products for low and mid voltage
2020 - 2022 2023 - 2025 2026 - 2028
Time of market adoption
Co-existence of 200mm and 300mm GaN power expected for extended periods of time
Reuse strategies for chip-making equipment expected as key driver for 200mm vs. 300mm decisions
1
2
NVIDIA - HVDC Architecture combines SiC and GaN devicesNVIDIA 800 V HVDC Architecture will power the next generation of AI Factories
Key efficiency gains
Up to 5% improvement in end-to-end power efficiency
Maintenance costs reduced by up to 70% due to fewer PSU failures and lower labor costs for component upkeep
Lower cooling expenses from eliminating AC/DC PSUs inside IT racks
Source: NVIDIA
Navitas developing next generation 800V HVDC architecture with NVIDIA
Source: Navitas
Source: Powerelectronicsnews + Infineon
3
Micro LED / LED - work continues until ramp in 2027+
G5+
G10-AsP
Update
Continued work in Asia on LED brightness and cost per display
ROY LEDs: China dominates market;
local consolidation drives vertical partnerships (e.g. with panel makers).
Micro LED: Still early-stage;
secured orders are targeting the exploration of the potential of the product,
but cost-effective production still remains the biggest challenge for High Volume Manufacturing
G10-AsP Platform: Securing top-tier engagements
G10 AsP recognized as tool of record by leading customers -further engagements progressing with additional prospects.
Demand for InP-based edge-emitting lasers remained robust, driven by AI and datacenter applications
PICs driving the number of orders:
Multiple photonic components are integrated on a single chip, enabling faster, energy-efficient data transmission using light.
Transition from 3 or 4" to 150mm wafer size is needed to leverage advanced processing of epiwafers
G10-AsP "in-situ clean" is ideally suited to multi-step processes of PIC devices
Applications: AI, data center, 5G, LiDAR and quantum computing.
New NVIDIA Co-Packaged Optics (CPO) chip enables the new Quantum-X photonics switch to connect over 10,000 GPU with 144 ports of 800Gb/s
Source: NVIDIA
17
G10-AsP:
Tool of record
Data Demand Explosion:
Driven by AI, 5G, sensing
Bandwidth doubling every ~2 years
Shift to Co-Packaged Optics (CPO) in hyperscale data centers
Surge in laser demand for AI workloads
Estimated optical lane growth in data centers
Source: Lightcounting Optics for AI, 01/25
Photonic Integrated Circuits (PICs):
Replacing discrete lasers
Higher performance, smaller size, lower energy
Transition to 150mm InP substrates
G10-AsP optimized for high-yield InP production
PICs market projection
$ 41 bn
+16%
$14.5 bn
Source: Market and Data report
18
EUR million
Guidance1
Q1/2026
FY/2026
Revenue Guidance FY/2026EUR million
~ 100
~ 280
+/-30
~ 140
2026 Revenues from After Sales
2026 Revenues from Equipment Order Backlog 2026 Revenues from New Orders
Revenues | ~EUR 65m +/- 10m | ~EUR 520m +/- 30m |
Gross Margin (%) | 41% - 42% | |
EBIT Margin (%) | 16% - 19% |
1: At $1.20/€ Budget Rate for 2026; please refer to "Expected Financial and Earnings Position" in the AIXTRON 2025 Annual Report for further information 19

