What Texas Instruments makes for data centers
public · HQ United States
Texas Instruments is a publicly listed company and based in United States. It appears on 3 parts of the AI data center — Board-level power: VRMs, power stages, PoL, power semis, Timing, security & misc board silicon and 800 V DC architecture & solid-state transformers — in the role of manufacturer. Those parts sit in Layer 4 — Servers, racks & integration and Layer 7 — Electrical: power distribution (grid to rack). Its shares trade on US exchanges (NYSE/Nasdaq) as TXN.
Parts, by layer
Layer 4 — Servers, racks & integration
| Part | Role | Confidence | Competitors | Note |
|---|---|---|---|---|
| Board-level power: VRMs, power stages, PoL, power semis | manufacturer | disclosed | Alpha & Omega, Analog Devices, Delta Electronics, Infineon, Monolithic Power Systems, Renesas | |
| Timing, security & misc board silicon | manufacturer | inferred | Analog Devices, Infineon, Microchip, Renesas, SiTime, Winbond |
Layer 7 — Electrical: power distribution (grid to rack)
| Part | Role | Confidence | Competitors | Note |
|---|---|---|---|---|
| 800 V DC architecture & solid-state transformers | manufacturer | inferred | Schneider Electric, ABB, Coherent, Delta Electronics, Eaton, Flex |
Where Texas Instruments sits in the stack
Texas Instruments's placements in this catalog cover 3 parts, from layer 4 (servers, racks & integration) to layer 7 (electrical: power distribution (grid to rack)). None of them currently carries a sourced supply constraint tag. Across these parts it overlaps with other companies most often on the lines below.
What these parts are
- Board-level power: VRMs, power stages, PoL, power semis — The voltage regulator modules and point-of-load converters that step rack-level DC power down to the precise, high-current voltages each GPU and chip needs at the board.
- Timing, security & misc board silicon — Clock and timing chips, TPM security modules, and boot flash — the smaller fixed-function silicon that supports the CPU, GPU and BMC on every board without doing the compute itself.
- 800 V DC architecture & solid-state transformers — An emerging DC power distribution architecture, using 800 V DC in place of the AC busbar and power-shelf approach current racks use, paired with solid-state transformers (SSTs) that could replace multiple stages of conventional AC transformation.
Closest peers in this catalog
Latest feed
- Interview: TI sees liquid cooling shift to tray-level control in AI data centers — DigiTimes, 2026-10-23Texas Instruments stated that the trend in AI data centers is moving toward granular, tray-level thermal control rather than relying solely on centralized CDU management.
- Texas Instruments posts rising Q3 sales across data centers, cars, industry — DigiTimes, 2026-10-22Texas Instruments reported strong third-quarter sales driven by demand in industrial, automotive, and data center sectors, despite facing tight chip supply while ramping up production capacity.
Questions about Texas Instruments
- What does Texas Instruments make for AI data centers?
- This catalog places Texas Instruments on 3 parts: Board-level power: VRMs, power stages, PoL, power semis (manufacturer), Timing, security & misc board silicon (manufacturer) and 800 V DC architecture & solid-state transformers (manufacturer).
- Is Texas Instruments publicly traded?
- Yes — Texas Instruments is listed on US exchanges (NYSE/Nasdaq) under TXN. Prices shown on this page are a nightly snapshot, not real-time, and nothing here is investment advice.
- Where is Texas Instruments based?
- United States, per the company record in this catalog.
- Who else makes board-level power: VRMs, power stages, PoL, power semis for AI data centers?
- Alpha & Omega, Analog Devices, Delta Electronics, Infineon, Monolithic Power Systems and Renesas are also placed on Board-level power: VRMs, power stages, PoL, power semis in this catalog.
- How well sourced are these placements?
- Every part→company placement carries a confidence tag. For Texas Instruments the mix is 1 disclosed and 2 inferred. "disclosed" means the company or a filing says so; "reported" comes from trade press or a reference-design list; "inferred" is a lead from the taxonomy with no citation yet. Treat reported and inferred as leads, not facts.
Answers are generated from this catalog's own rows — see sources & method.