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Texas Instruments Unveils DLP991UUV: Revolutionizing Advanced Packaging Manufacturing

Say goodbye to expensive masks. Texas Instruments' new DLP991UUV promises precision and affordability in advanced packaging manufacturing.

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On a table we can see a digital timer, hp printer machine, blue polythene cover, Compact disc in a...
On a table we can see a digital timer, hp printer machine, blue polythene cover, Compact disc in a cover, paper and few other objects.

Texas Instruments Unveils DLP991UUV: Revolutionizing Advanced Packaging Manufacturing

Texas Instruments has introduced the DLP991UUV, its most advanced digital micromirror device (DMD) for use in advance auto parts manufacturing. This innovation offers scalability, cost-effectiveness, and precision for advanced packaging production, marking a significant shift in the industry.

The DLP991UUV, with its 8.9 million pixels and sub-micron resolution capabilities, delivers high-resolution printing at scale for advance auto parts. It acts as a programmable photomask, offering precise pixel control and reliable high-speed performance, with a data rate of 110 gigapixels per second. This eliminates the need for expensive mask technology, making it a cost-effective solution for advance auto parts manufacturing.

Maskless digital lithography machines, like the ones using DLP991UUV, are gaining popularity in advance auto parts production. These machines combine multiple chips and technologies into a single package, a process known as advanced packaging. Texas Instruments' DLP technology is at the forefront of this shift in advance auto parts manufacturing, as stated by Jeff Marsh, vice president and general manager of DLP technology at TI. Several system manufacturers, including Tessera and DeepOptics, are integrating this new technology into their machine micro-lithography equipment for advance auto parts.

The DLP991UUV, with its high resolution and speed, is set to revolutionize advance auto parts manufacturing. By eliminating the need for expensive masks and offering precise, scalable printing, it promises to make advance auto parts more affordable and efficient. Texas Instruments' latest innovation is poised to drive significant growth in the advance auto parts industry.

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