Wearable Technology in Healthcare Market Size to Soar to USD 420.94 Billion by 2035 at a CAGR of 16.35% – SNS Insider

U.S. Wearable Technology in Healthcare Market to Reach USD 138.49 Billion and Europe USD 108.27 Billion by 2035 as AI-Enabled Monitoring, Remote Patient Care, and Continuous Diagnostics Drive Growth.

U.S. Wearable Technology in Healthcare Market to Reach USD 138.49 Billion and Europe USD 108.27 Billion by 2035 as AI-Enabled Monitoring, Remote Patient Care, and Continuous Diagnostics Drive Growth.

Catalyst Acquisition Corp. Announces the Separate Trading of its Class A Ordinary Shares and Rights, Commencing September 17, 2026

SANTA MONICA, CA, Sept. 15, 2026 (GLOBE NEWSWIRE) — Catalyst Acquisition Corp. (Nasdaq: CATLU) (the “Company”) announced today that, commencing September 17, 2026, holders of the units sold in the Company’s initial public offering may elect to separately trade the Company’s Class A ordinary shares and rights included in the units. No fractional rights will be issued upon separation of the units and only whole rights will trade. The Class A ordinary shares and rights that are separated will trade on the Nasdaq Stock Market under the symbols “CATL” and “CATLR,” respectively. Those units not separated will continue to trade on the Nasdaq Stock Market under the symbol “CATLU.”

ROHM Launches a MOSFET with Industry-Leading* Wide-SOA for Automotive Safety Functions and Protection Circuits

Santa Clara, CA and Kyoto, Japan, Sept. 15, 2026 (GLOBE NEWSWIRE) — ROHM Semiconductor today announced it has developed the RS4P063BPHZG, a 100V MOSFET optimized for automotive safety functions and protection circuits. The new product achieves industry-leading* Wide-SOA (Safe Operating Area) across a broad voltage range in the standard HPLF5060 (5060-size) package widely used in automotive applications. By incorporating a design that effectively suppresses secondary breakdown, it delivers approximately 5 times the SOA tolerance of standard equivalent-sized products under VDS=100V and PW=100μs. This contributes to greater reliability in automotive applications subject to momentary high-power loads, including airbag inflator ignition circuits and seatbelt pretensioner drive circuits.