Tower Semiconductor partners with Switch Semiconductor
Ticker: TSEM · Form: 6-K · Filed: Nov 17, 2025 · CIK: 928876
Sentiment: neutral
Topics: collaboration, semiconductor
TL;DR
Tower Semi and Switch Semi are teaming up on new chips.
AI Summary
On November 17, 2025, Tower Semiconductor Ltd. announced a collaboration with Switch Semiconductor. This partnership aims to deliver advanced semiconductor solutions, though specific financial details or project timelines were not disclosed in this filing.
Why It Matters
This collaboration could lead to new semiconductor technologies and products, potentially impacting the broader electronics industry.
Risk Assessment
Risk Level: low — The filing is an announcement of a collaboration with no immediate financial implications or significant operational changes disclosed.
Key Players & Entities
- Tower Semiconductor Ltd. (company) — Registrant
- Switch Semiconductor (company) — Collaboration Partner
- November 17, 2025 (date) — Announcement Date
FAQ
What is the primary purpose of the collaboration between Tower Semiconductor Ltd. and Switch Semiconductor?
The filing states the collaboration is to 'Deliver Best-i', implying a focus on advanced or superior semiconductor solutions.
When was the collaboration between Tower Semiconductor Ltd. and Switch Semiconductor announced?
The collaboration was announced on November 17, 2025.
Does this filing provide any financial details about the collaboration?
No, this filing does not provide specific dollar amounts or financial terms related to the collaboration.
What type of semiconductor solutions are expected from this partnership?
The filing does not specify the exact type of semiconductor solutions, only that they aim to 'Deliver Best-i'.
Is Tower Semiconductor Ltd. required to file annual reports under Form 20-F or Form 40-F?
Yes, Tower Semiconductor Ltd. indicates it files annual reports under Form 20-F.
Filing Stats: 971 words · 4 min read · ~3 pages · Grade level 16.3 · Accepted 2025-11-17 06:31:17
Key Financial Figures
- $3.73 billion — growing with CAGR of 10% and will reach $3.73 billion by 2030. Built on Tower Semiconductor'
Filing Documents
- zk2534028.htm (6-K) — 19KB
- image0.jpg (GRAPHIC) — 39KB
- image1.jpg (GRAPHIC) — 322KB
- 0001178913-25-003870.txt ( ) — 517KB
SIGNATURES
SIGNATURES Pursuant to the requirements of the Securities Exchange Act of 1934, the registrant has duly caused this report to be signed on its behalf by the undersigned, thereunto duly authorized. TOWER SEMICONDUCTOR LTD. Date: November 17, 2025 By: /s/ Nati Somekh Name: Nati Somekh Title: Corporate Secretary Tower Semiconductor and Switch Semiconductor Collaborate to Deliver Best-in-Class Efficiency for Next-Generation AI and Server Power Systems The new, patented technology promises power savings in the high-growth Data Center power management market leveraging Tower's advanced 65nm BCD platform Migdal Haemek, Israel and Richardson, Texas — November 17, 2025 – Tower Semiconductor (NASDAQ/TASE: TSEM), a leading foundry of high-value analog semiconductor solutions, and Switch Semiconductor, a fabless power management company, today announced the SW2001 , a high-efficiency, monolithic 12-V Point-of-Load (POL) buck regulator designed on Tower's industry-leading 65nm BCD platform. The SW2001 targets demanding applications including servers, AI compute systems, cloud storage, and telecom infrastructure. Featuring Switch Semiconductor's patented Novo-Drive gate driver technology and LDMOS devices with ultra-low on-resistance and best-in-class figure-of-merit from Tower's 65nm BCD Power Management platform, the SW2001 achieves up to 87% efficiency for 12 V-to-1 V conversion at 20 A load while significantly reducing switch-node overshoot and radiated emissions. Sampling – including evaluation boards – will begin in Q1 2026, with volume production scheduled for later in the year. According to Mordor Intelligence, the market for monolithic power stages is growing with CAGR of 10% and will reach $3.73 billion by 2030. Built on Tower Semiconductor's 65nm 300mm BCD platform, featuring ultra-low-R<sub>on</sub> LDMOS devices and low mask count digital and analog CMOS integration capability, the SW2001 benefits from exceptional power conversion efficiency, scalabi