Taiwan’s NTHU Chooses Next‑Gen MBX Lithography Platform to Accelerate Chip Prototyping

In a move that could ripple through the island’s massive chip ecosystem, Taiwan’s National Tsing Hua University (NTHU) has placed its first order for Multibeam Corp.’s brand‑new MBX multi‑column electron‑beam lithography (EBL) platform. The system is slated to arrive on campus in 2027 and will sit inside the College of Semiconductor Research (CoSR), where it will be used for pure‑academic studies as well as joint projects with industry partners.

What makes the MBX different from the hulking, mask‑based steppers that dominate fabs today? Instead of printing patterns through a photomask, the MBX writes directly onto the wafer with a swarm of tightly‑focused electron beams. In plain English: designers finish a layout, press “go,” and the machine etches the circuitry instantly—no costly masks, no long lead‑times.

That sounds almost too good to be true, but the technology is rooted in a solid premise. Traditional single‑beam EBL can achieve extraordinary resolution, yet it drags its feet when you need to pattern an entire wafer. Multibeam’s answer is to run dozens of beams in parallel, cranking up throughput while keeping the line‑edge roughness and critical‑dimension uniformity that researchers demand.

According to Multibeam, the MBX is especially well‑suited for advanced packaging scenarios—think chip‑first or chip‑last integration, large‑format interposers, and other heterogeneous‑integration tricks that are becoming the norm for AI accelerators, photonics, and even quantum‑computing chips. By letting multiple device variants coexist on a single wafer, the platform lets scientists test several design tweaks side‑by‑side, slashing both development time and material waste.

Professor Burn Lin, distinguished research chair at NTHU, summed up the excitement: “We need tools that let us move from concept to silicon in days, not months. The MBX gives us the speed, flexibility, and precision to explore next‑generation architectures while training the next wave of engineers for Taiwan’s globally critical chip industry.”

For Multibeam, landing a customer in Taiwan is more than a single sale. Taiwan churns out the majority of the world’s most advanced semiconductors, so a successful deployment could act as a live showcase for the company’s second‑generation lithography suite. The firm already counts SkyWater Technology among its early adopters, and the NTHU installation could open doors to a host of fab‑level collaborations across the island.

As AI, high‑performance computing, and bespoke silicon demand ever‑more complex designs, the pressure to shorten the prototype‑to‑production pipeline is intensifying. Mask‑less EBL platforms like the MBX could become the missing link that lets innovators iterate quickly without the prohibitive cost of photomask production.

In short, the partnership marks a small but meaningful step toward a more agile semiconductor research environment in Taiwan—one where a new chip design can be spun out of the drawing board and onto silicon in a matter of weeks rather than years.