BE Semiconductor Industries Raises Revenue Target to €1.7B-€2.2B, Driven by Hybrid Bonding Surge and Photonics Explosion
Capital Markets Day, June 18, 2026
BE Semiconductor Industries lifted its long-term revenue model by roughly 15 percent, citing accelerating adoption of hybrid bonding technology across logic, memory, and a surprising breakout in co-packaged optics that has moved from research to volume manufacturing in just twelve months. The Dutch advanced packaging equipment supplier now targets €1.7 billion to €2.2 billion in revenues, up from the previous €1.5 billion to €1.9 billion range, with management emphasizing that all projections reflect identified business and confirmed customer relationships rather than aspirational forecasts.
Photonics Transition Reshapes Near-Term Growth Trajectory
The most material driver behind the revised model is co-packaged optics, which has vaulted from development stage to production far faster than anticipated. Richard Blickman, the company's CEO, characterized the shift as moving "from zero to hero" in the span of a year, with market forecasters now projecting CPO unit volumes will reach 60 million annually by 2030 from just 200,000 in 2026. That represents a compound annual growth rate exceeding 300 percent, translating directly into hybrid bonding demand given each optical module requires precision copper-to-copper interconnects.
Chris Scanlan, Senior Vice President of Technology, explained the technical imperative driving adoption. "You take greater power efficiency and 20x lower latency," he said, pointing to data from a TSMC conference presentation on its COUPE packaging platform. "Thinking of the huge effort that the data center today has and the power consumption, there is a huge drive really from the one who is using these devices that he wants to have that."
NVIDIA's Spectrum X network switch, already in production, incorporates 36 co-packaged optics chiplets around a central processor, each fabricated using hybrid bonding. The architecture is expanding beyond scale-out networking between server racks to scale-up networking connecting GPUs within individual racks, a significantly higher volume application announced for NVIDIA's 2028 Feynman GPU generation.
Logic Adoption Confirmed, Memory Inflection Approaching
On the logic side, Besi disclosed that hybrid bonding has become "the predominant interconnect technology" for AI processors, with Intel now operating 30 bonders across six automated production lines. Apple's M5 Pro and M5 Max laptop processors represent the first consumer-volume hybrid bonded products available at retail, marking expansion beyond data center applications into devices with annual shipments measured in millions.
Peter Wiedner, responsible for the company's Sub Micron business, provided the clearest signal yet on high-bandwidth memory adoption. "All three leading suppliers are seriously doing research and seriously evaluating hybrid bonding for HBM memory," he stated. "The front runner is already very far in his research, and it's very clear that the first one will adopt the hybrid interconnect in HBM 4e in '27." The lead memory manufacturer is already preparing factory infrastructure for mass production, Wiedner added, settling the question of whether hybrid bonding will penetrate memory stacking.
The technical case rests on thermal performance. Samsung data presented at the event demonstrated 30 percent thermal resistance improvement using hybrid bonding versus micro-bump interconnects in 12-layer HBM stacks. As memory vendors stack 16 or 20 layers and push to custom HBM configurations with bump pitches around 12 microns, the advantages compound. Management expects HBM 4e to begin the transition, with HBM 5 seeing hybrid bonding capture the majority of assembly equipment demand as the technology becomes essential to meeting next-generation performance specifications.
Equipment Intensity Multiplying Across Package Types
Christoph Scheiring, Senior Vice President for Die Attach, detailed how 2.5D packaging is generating structural equipment demand independent of semiconductor unit growth. Next-generation AI accelerator packages can require 40 distinct die bonding steps, compared to single-chip processes a decade ago. The shift to CoWoS-L architectures using redistribution layer interposers adds bridge die placement operations, which Besi addresses with its newly introduced Chameo Flex 8800 platform designed for one-micron accuracy at high throughput.
In the photonics transceiver market, Scheiring explained that the transition to 1.6 terabit modules essentially doubles die attach intensity compared to current 800-gigabit units by doubling the number of optical lanes. With the transceiver installed base forecast to grow from 100 million units in 2025 to significantly higher volumes by 2030 at a 30 percent compound annual growth rate, and Besi holding tool-of-reference positions at all leading suppliers including Innolight and others, the math translates to sustained equipment purchases.
Product Road Map Extends Competitive Moat
Besi's technology leadership centers on accuracy progression and process know-how accumulated through its partnership with Applied Materials. The current 100-nanometer N100 platform serves both logic at six-micron bump pitch and upcoming memory applications. The N50 generation entering customer beta testing this year will support three-micron pitch logic devices while simultaneously increasing throughput for memory stacking, addressing both accuracy and cost-of-ownership requirements.
Management disclosed that development work is already underway on subsequent generations targeting sub-one-micron bump pitches, following customer road maps that extend through the end of the decade. Blickman emphasized the company's front-end-style support model as a barrier to competition. "In the front end, there is simply a different style of working," Wiedner explained, noting that volume manufacturing requires continuous on-site presence covered by service contracts rather than the reactive service model typical in back-end assembly.
The Singapore center of excellence jointly operated with Applied Materials has engaged more than 25 customers in process development, a figure that correlates closely with the 20 customers who have purchased hybrid bonders for production. This engagement model, combined with Applied's complementary pre-treatment and metrology equipment, creates switching costs as customers qualify integrated process flows rather than standalone tools.
Margin Expansion Reflects Mix Shift and Pricing Power
The operating model now targets gross margins above the mid-60s historically associated with Besi, reflecting both product mix and pricing dynamics. Management indicated that hybrid bonder average selling prices will increase with each accuracy generation due to exponentially rising development complexity and machine sophistication. At current order levels approaching €500 million quarterly, and with operating expense guidance pointing to second-quarter net margins above 30 percent, the financial profile is approaching levels previously seen only at cyclical peaks.
The company has prepared capacity for 300 hybrid bonders annually, with expansion to Vietnam enabling throughput growth without capital intensity. Blickman addressed customer qualification of manufacturing capability directly: "Customers on an ongoing basis come and test our capabilities because that same question is on their table and is Besi ready to deliver once that is required."
Competitive Landscape and Geographic Considerations
When pressed on the sustainability of technology leadership given more than a dozen announced hybrid bonding development programs, management expressed confidence rooted in process window control and yield achievement rather than specification sheets. "Any production of any good in the world looks for a process window, reliability of that window, and then the outcome is the yield," Blickman said. "So that is ultimately where you can achieve a volume sale, which then if you do it right, brings your margins."
The company acknowledged that competition will intensify at lower accuracy tiers over a five-year horizon, but characterized those segments as offering "far less attractive" margins that don't justify engineering resource allocation away from next-generation development. On timing, Blickman assessed the current competitive lead as "very decent" with high confidence that no 15-nanometer-class tool represents an immediate threat to the high-end logic segment.
China remains a significant market, though management characterized the approach as margin-focused rather than share-driven. Scheiring noted that advanced packaging activity in China mirrors global trends in 2.5D and photonics, with Besi maintaining positions through technology differentiation in applications where "technology is simply not available in China." The company has reduced U.S. component content in products to mitigate export control risk, while emphasizing that demand from non-Chinese customers increasingly flows to Vietnam, Philippines, Thailand, and India production.
Structural Growth Thesis Beyond Semiconductor Cycles
Management framed the upgrade as reflecting structural drivers rather than cyclical positioning. The mainstream die attach business, historically tied to smartphone and automotive cycles, is now seeing "structural AI demand on top of traditional semiconductor cycles," according to Christoph Scheiring. The addressable market for mainstream die attach increased eight percent to €1.6 billion by 2030, with growth concentrated in advanced segments requiring flip chip and multi-module attach capabilities.
Looking at the overall semiconductor equipment market, Besi presented data showing assembly equipment demand growing from €5.4 billion in 2025 to €8.3 billion in 2028, a more moderate trajectory than front-end equipment but sustained by packaging intensity increases. The company highlighted announcements of advanced packaging fab construction across the United States, Taiwan, Korea, India, Singapore, China, Europe, Vietnam, and Malaysia as evidence of multi-year infrastructure investment that will drive equipment purchases regardless of near-term semiconductor unit fluctuations.
Blickman closed with perspective on the difficulty of forecasting in an industry experiencing rapid technology transitions. "About 40 percent of that €600 million was completely other business than what we expected at the beginning of the year," he said, referring to 2025 revenue driven by AI infrastructure buildout that materialized in the third quarter. "We know a lot, but we certainly don't know everything which is moving this market. So a bit of conservatism is what we try to share with you."