Adrianovich Electronics Mid

Adrianovich Electronics Mid

[Adrianovich Electronics Mid @Raul_Adrian_Ele]

COMUNICADO OFICIAL

[NVIDIA Robotics @NVIDIARobotics]

Physical AI Days are back at #NVIDIAGTC, this time in Taipei. ✈️

Check out our curated set of sessions on all things physical AI - from robots and industrial AI to digital twins and simulation - built to help you turn ideas into real-world deployments.

📅 June 3 (Wednesday) – June 4 (Thursday), 2026
📍 TICC (Taipei International Convention Center)

Add it to your schedule: https://t.co/IfNQxCyAtm

Can’t make it in person? Sessions will be available on demand.

[SciTech Girl @scitechgirl]

⚡ A Tiny Chip Trick That Could Change Everything…

In Japan, scientists are testing a new 10nm nanoimprint method that could replace traditional chip-making like EUV lithography.
Instead of complex light systems, it uses a simple “stamp” to create tiny circuits—while using up to 90% less energy.
If successful, this quiet breakthrough could make future technology cheaper, faster, and more powerful… without most people even noticing.

Source 
Imec. Nanoimprint lithography for advanced semiconductor scaling.

[Boston Dynamics @BostonDynamics]

Balancing commercial goals and robotics research can be tricky, but with Atlas we're making it work.

[Humanoids daily @humanoidsdaily]

Reliability is a ground-up problem. 🤖

Figure CEO @adcock_brett demonstrates why the Figure 03 needs to master the "burpee". From low-battery safety to emergency recovery, the ability to transition to the floor and back up safely is a cornerstone of Figures "Never Fall protocol".

Achieving this requires a significant range of motion in the hips and legs.

[KEF Audio UK @KEFAudio]

There is more within each track than most systems can reveal. With Uni-Q driver technology, LS50 Wireless II delivers sound with clarity, balance and remarkable precision.

📷 COMIRAN

Shop LS50 Wireless II: https://t.co/N7fyF3LD4r

[American Physical Society @APSphysics]

A slight twist, but a big impact.

A new study in APS Open Science shows misaligned layers in nanomaterials can create moiré patterns that change how electrons organize — opening doors for future device design: https://t.co/CS4ISaGt8l

[Neuralink @neuralink]

Our robot is designed to insert hundreds of ultra-fine, flexible threads with thousands of electrodes within microns of targeted neurons while avoiding vasculature and adapting to real-time brain motion.

[Wevolver @WevolverApp]

For decades, system-on-chip (SoC) design focused on increasing compute performance through smaller transistors, faster clocks, more parallelism, and specialized processors. Today, that model is changing. As SoCs become more complex with AI workloads, heterogeneous integration, and new system demands, performance depends less on raw compute power and more on efficient data movement.

Many chips are now data-movement-bound rather than compute-bound. Bandwidth, latency, and energy-efficient communication across the chip have become critical challenges. Adding more compute units no longer guarantees better performance if those resources cannot access data fast enough. This article discusses how @arteris_noc is helping address this shift through advanced on-chip interconnect solutions.

Learn more: https://t.co/YibJxKbiY0

#engineering #semiconductors #SOCs

[SciTech Girl @scitechgirl]

⚡ Scientists Just Discovered a Strange Secret Inside Graphene

For years, researchers have been fascinated by Graphene, a material only one atom thick but incredibly strong and powerful for electronics. Many believe it could shape the future of computing.

Now engineers have uncovered something surprising. They found that magnetic waves can behave almost exactly like the electrons moving inside graphene. When scientists built a magnetic structure with the same honeycomb pattern as graphene, the waves started moving in the same unusual way as graphene’s electrons.

Why is this exciting? Because magnetic waves can carry information without moving electric charge, which means future computers could run much faster while using far less energy. It’s still early research, but this unexpected link could open the door to a completely new kind of technology called magnonic computing.

Sometimes the biggest breakthroughs begin with a mystery and this strange connection might be one of them.

[Cyber City Circuits @MakeAugusta]

If you need to have a logic shifter for your I2C bus, this is all you need. This will autosense the data's direction and act seamlessly in your design.

[SMSL Japan @SMSLJapan]

MQA-CDプレーヤー、「PL200T」

▫️自社開発P.A.S.S.システム
▫️クロック入力
▫️３種類給電方式
▫️オープンカバー再生モード
▫️ピアノキーデザイン

ロスレス解読・オリジナル音場で、一音一音に細部のロマンを詰め込み

🔗https://t.co/9A7TO6ag1h

#SMSL　＃cdプレーヤー

[Toshiba Electronic Devices & Storage Corporation @ToshibaSemi_GL]

#Toshiba's new reference design is a 3kW power supply for servers and telecoms using our latest surface-mounted SiC devices. It achieves high power density by separating these SiC devices from the main-board and implementing them as a sub-board.
https://t.co/rooz0yb8GV

[Adrianovich Electronics Mid @Raul_Adrian_Ele]

Microsoft quiere crear chips con “venas” para solucionar el problema de la refrigeración | WIRED https://t.co/FvXUgMWukP

[Adrianovich Electronics Mid @Raul_Adrian_Ele]

Adiós a los USB, tarjetas de memoria y discos duros, llega el cristal indestructible capaz de guardar archivos de forma ilimitada

Fuente: Computer Hoy
https://t.co/FWG9mgNZJ5

[Adrianovich Electronics Mid @Raul_Adrian_Ele]

Un servicio técnico ruso ha creado un comprobador de memoria DDR5 para SODIMM que incluye una pantalla LED para leer hasta 100 códigos POST https://t.co/JESACuJyFv

[Adrianovich Electronics Mid @Raul_Adrian_Ele]

Siglent Digital Oscilloscopes https://t.co/yUuA9rQiBA

[Adrianovich Electronics Mid @Raul_Adrian_Ele]

Peak Amplification presenta el amplificador de clase D de GaN de próxima generación https://t.co/mRSFFGsoIR a través de @Audioxpress

[Adrianovich Electronics Mid @Raul_Adrian_Ele]

Retro audio: las marcas apuestan por el revival del vinilo, el CD y el cassette - El Cronista https://t.co/pUtIhIqART

[Adrianovich Electronics Mid @Raul_Adrian_Ele]

Las nuevas baterías nucleares prometen alimentar sensores, robots y dispositivos médicos durante décadas - Infobae https://t.co/CfwTycjJmJ