ST launched the STM32WBA6, our first device to allow the concomitant use of Bluetooth and 802.15.2 standards on a single chip, thanks to a bump in memory.

🔍 Discover more on the #STBlog: https://blog.st.com/stm32wba6/

Taking less space in memory. TouchGFX 4.25 introduces an emulated framebuffer, which breaks the image to be displayed into chunks and uses a memory mapping technique that does away with the graphical RAM on the display itself.

🔍 Discover more on the #STBlog: https://blog.st.com/touchgfx/

A partnership with Kinéis, an Authorized ST Partner and a satellite operator, means that the STM32WL can now send messages into space, offering developers global coverage.

🔍 Discover more on the #STBlog: https://blog.st.com/kineis/

Our first single-die quad-band GNSS receiver. ST launched the TeseoVI which features anti-jamming and anti-spoofing technologies.

🔍 Discover more on the #STBlog: https://blog.st.com/teseovi/

What are the top tech trends shaping our future? In our new #STPerspectives series, we explore key industry trends and the future of semiconductor technology.

Discover more on the #STBlog: https://blog.st.com/eight-semiconductor-sector-trends/

New efficiencies to data centers. The PIC100 is ST’s first photonic IC and one of the most efficient PICs on a 300 mm wafer, thus enabling 200 Gbps per lane and even greater bandwidth in the future.

🔍 Discover more on the #STBlog: https://blog.st.com/pic100/

A new era for the STM32C0 series. The STM32C09x provides FDCAN support for industrial appliances, while the STM32C051 offers a new price-per-performance ratio that will ensure even more teams adopt a 32-bit architecture.

🔍 Discover more on the STBlog

STWA60N028T, the first STMESH superjunction MOSFET to use a deep trench approach and to be manufactured on a 12-inch wafer. It features a low RDS(on) of 28 mΩ and supports a drain-source voltage (VDS of 600 V).

🔍 Discover more on the STBlog

The STSPIN32G0 is the first three-phase BLDC controller embedding an STM32G0 and a triple-half bridge gate driver capable of driving traditional power MOSFETs and IGBTs.

🔍 Discover more on the #STBlog: https://blog.st.com/stspin32g0/

🚘 Check out the car of the future! What would need to take place in the unseen parts of the vehicle to make it a reality? The hidden car revolution is driven by the move to zonal architecture and software-defined vehicles.

🔍 Learn more on the #STBlog: https://blog.st.com/zonal-architecture/