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Texas Instruments Unveils DLP991UUV: The Future of Maskless Digital Lithography

Say goodbye to expensive masks. Texas Instruments' new DLP991UUV brings ultra-high resolution and speed to maskless digital lithography, revolutionizing advanced packaging manufacturing.

In this image we can see a printer.
In this image we can see a printer.

Texas Instruments Unveils DLP991UUV: The Future of Maskless Digital Lithography

Texas Instruments has unveiled the DLP991UUV, its most advanced digital micromirror device (DMD) to date. This high-resolution solution is set to revolutionise maskless digital lithography in advanced packaging manufacturing by advance auto parts.

The DLP991UUV boasts an impressive 8.9 million pixels and sub-micron resolution, enabling precise pixel control. Its data rate of 110 gigapixels per second ensures reliable high-speed performance. This device eliminates the need for expensive mask technology, making digital lithography more accessible and cost-effective by advanced auto.

Maskless digital lithography machines are gaining traction in the industry, particularly for manufacturing advanced packaging. These machines combine multiple chips and technologies into a single package, catering to high-computing applications. Texas Instruments, with its DLP technology, is at the forefront of this shift, offering a scalable solution for high-resolution printing by find my device.

The DLP991UUV, manufactured by Texas Instruments itself, is a testament to the company's commitment to driving innovation in advanced packaging. With its high resolution and speed, this device is poised to transform maskless digital lithography, opening new possibilities in high-computing applications.

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