As the workload of AI continues to increase in scale and complexity, Texas Instruments is providing key solutions required for powering, monitoring, and optimizing the AI data center.

News Highlights:

• Texas Instruments' ADC34DSO75 is an analog-to-digital converter (ADC) with a sampling rate of 3 gigasamples per second (GSPS). The company claims it to have the highest performance in the industry, enabling 24/7, low-power, event-based remote monitoring with a resolution reaching the nanosecond level – thousands of times faster than current solutions.
• LMI800PS is the industry's first 800V isolated hot-swappable controller, which replaces a complex discrete solution that requires five integrated circuits with a single high-density package, providing surge current and power path protection.
• LMK6B is an oscillator based on body sound waves (BAW), featuring the best jitter performance and power supply rejection ratio in its class.

San Jose, California, October 12, 2026 /PRNewswire/ — At the Open Compute Project ( OCP ) Global Summit, Texas Instruments ( Texas Instruments , TI ) (Nasdaq ticker: TXN ) announced the launch of its first analog-to-digital converter ( ADC ) that enables 24/7, low-power, event-based remote monitoring with nanosecond-level resolution.

As the workload of AI increases rapidly, data center operators are facing significant challenges such as unstable power supply, insufficient real-time monitoring, and signal degradation, all of which can lead to costly downtime. Texas Instruments is addressing these challenges with its new ADC devices and other analog solutions, which are designed to solve the difficulties in the expansion of artificial intelligence (AI) infrastructure. The demonstrations presented by Texas Instruments at booth OCP included:

• Nanosecond-level real-time telemetry:Texas Instruments' ADC34DSO75 is a 3 GSPS ADC. The company claims it to have the highest performance in the industry, enabling 24/7, low-power, event-based remote monitoring with nanosecond-level resolution – thousands of times faster than current solutions. Existing monitoring solutions often cannot detect nanosecond-level power rail glitches that cause high-cost, unplanned downtime in data centers. By integrating ultra-high-speed sampling with advanced on-chip digital signal processing into a small package, ADC34DSO75 can detect and capture transient fault events in real time.

Texas Instruments stated that, as the industry's first solution to provide fully remote, event-based telemetry, this device eliminates the need for on-site debugging and oscilloscopes. By continuously monitoring low-voltage, high-current power rails with high resolution, ADC34DSO75 can help data centers minimize downtime, which the company claims can cost operators hundreds of thousands of dollars per hour, while also optimizing the efficiency of power supply in the grid. This compact and efficient solution offers unparalleled remote diagnostic capabilities to ultra-large-scale operators at a fraction of the size and cost of traditional monitoring methods.

• Reliable high-voltage power supply:LMI800PS is the industry's first 800V isolated hot-swappable controller, which replaces a complex discrete solution that requires five integrated circuits with a single high-density package, providing surge current and power path protection. The integration of the isolated bias power supply and PMBus telemetry reduces the circuit board area by over 60% and simplifies high-voltage design. LMI800PS supports safe power-on access and rapid fault isolation, featuring 5kVrms enhanced insulation and a creepage distance of over 8 millimeters, meeting safety standards. This prevents a single load failure from disrupting the shared power bus and maximizes data center stability. The device also supports ±400V and 800V power distribution, providing scalable solutions for different rack architectures and accelerating the deployment of high-efficiency power systems required for the next generation of AI infrastructure.
• Ultra-low jitter signal integrity:LMK6B is an oscillator based on body acoustic waves (BAW), featuring the best jitter performance and power supply rejection ratio (PSRR) in its class. As data center transmission rates approach 3.2Tbps, the tolerance for timing errors significantly decreases, and even minimal jitter can increase the bit error rate and lead to system instability. LMK6B offers industry-leading jitter performance of 9.6 femtoseconds at 625MHz, ensuring the reliable operation of next-generation AI drive network infrastructure and maintaining signal integrity.

"As the workload driven by AI promotes large-scale expansion, the demand for real-time visibility and architectural stability has never been stronger," said Karthik Vasanth, Vice President and General Manager of Texas Instruments' Data, Converters, and Clocks business unit. "By providing industry-leading solutions in high-speed telemetry, advanced power protection, and precision timing, Texas Instruments is helping hyperscalers and other operators design the next generation of AI data centers, minimizing downtime while optimizing performance."

More details

At the OCP summit, Texas Instruments' power electronics engineer David Reusch will also give a speech titled "800V Data Center DC / DC Design Considerations, Topology Comparisons, and Trade-offs" at 2:45 p.m. on October 15th in Conference Room 230A. For more information, please refer to ti.com / ocp.

For more information about ADC34DSO75, please read the technical article " The power glitches AI data centers can 't see .".

About Texas Instruments

Texas Instruments Incorporated (Nasdaq ticker: TXN) is a global semiconductor company that designs, manufactures, and sells analog and embedded processing chips, serving markets such as industrial, automotive, data centers, personal electronics, and communication devices. The company states that its core mission is to make electronic products more affordable through semiconductors, thereby creating a better world. Texas Instruments asserts that this philosophy continues to this day, with each generation of innovation built upon the previous one, making its technology more reliable, more economical, and with lower power consumption, allowing semiconductors to be integrated into ubiquitous electronic devices. For more information, please visit TI.com.