Acrosser Technology

25/02/2026

ACROSSER will join EverFocus Electronic Corporation at Embedded World 2026, presenting Vision AI and Edge AI computing platforms powering next generation robotics, smart manufacturing, industrial safety, and intelligent mobility applications.

As the computing backbone behind EverFocus Vision AI solutions, ACROSSER enables scalable deployment across multiple architectures, performance tiers, and real world environments.

What will you see at the event:
• Robotics and smart manufacturing AI platforms
• Industrial and in vehicle safety vision systems
• Multi architecture Edge AI computing across NVIDIA, Qualcomm, Arm, and Intel ecosystems

📅 March 10 to 12, 2026
📌 Hall 1, Booth 611 | Nürnberg Messezentrum, Germany
🤝 Contact our experts: [email protected]
🎟 Free visitor ticket: ew26567208

06/01/2026

Proud to support Everfocus Electronics Corporation as the edge hardware provider behind their Physical AI and robotics solutions.

🤖 Physical AI workloads are moving closer to live operation. Robotics, autonomous systems, and intelligent environments now require real time reasoning across vision, language, and action, executed directly on device. This shift puts pressure on edge platforms to deliver low latency, predictable behavior, and high throughput under tight power constraints.

EAC-100T6 is built for this reality. Powered by NVIDIA® Jetson T4000™, it supports local ex*****on of perception and reasoning pipelines, balanced AI performance, and system efficiency that makes fanless designs practical.

What’s more:
• Up to 1200 FP4 TFLOPs of AI computing power
• 1536 core NVIDIA Blackwell architecture GPU with 64 fifth generation Tensor cores
• 12 -core Neoverse V3AE ARM CPU for real time processing
• 64 GB 256 bit LPDDR5X memory

🤖 Experience the strong balance of AI performance, power consumption, and system cost➡️ https://www.everfocus.com/products-detail/EAC-100T6/
Learn more ➡️ https://www.everfocus.com/news-detail/eac-100t6-nvidia-jetson-t4000/
For inquiries, contact us➡️ https://www.everfocus.com/contact/


NVIDIA Robotics

31/12/2025

Happy New Year 2026 🎆

As we step into a new year, ACROSSER continues to focus on one clear direction.

Building reliable edge computing platforms for real world AI deployment.
In 2025, edge AI moved closer to production across industrial automation, intelligent inspection, robotics, and autonomous systems.

In 2026, we remain committed to developing industrial grade edge systems that support physical AI at scale. From factory floors to autonomous machines, from vision driven analytics to real time decision making at the edge.

Thank you to our partners, system integrators, and customers for the trust and collaboration over the past year. We look forward to building what comes next, together.

Wishing you a productive and successful New Year.

17/11/2025

You probably interacted with industrial IoT today without realising it. Smart street lighting, energy grids, crop monitoring and warehouse robots all depend on gateway devices that move data and trigger decisions in real time.

Our latest article explores seven real world applications that reveal how IoT operates behind the scenes in places we rarely think about.

Read more here ➡️ https://www.acrosser.com/Industrial-IoT-Gateway-Applications.html

Industrial IoT (IIoT) gateways are proving to be highly versatile as they improve operational efficiency, productivity,

13/11/2025

Stuck between NVIDIA Jetson Orin™ and NVIDIA Jetson Thor™? See the head to head and make the right pick.

NVIDIA Jetson Thor™ delivers more AI performance, higher memory bandwidth, and better efficiency. But does that always mean it is the right choice?

This article compares NVIDIA Jetson Thor™ and NVIDIA Jetson Orin™ across CPU, GPU, power, and scalability. It helps you decide which one suits your next robotics project best.

👉 Read the full comparison here: https://www.acrosser.com/nvidia-jetson-thor-vs-orin.html

NVIDIA’s Jetson platform has long shaped what’s possible for AI at the edge, powering physical AI, drones

22/09/2025

For decades robots looked impressive but they were never really smart.
They moved, but only in the way we told them.
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Assembly lines, fixed patterns, no change unless an engineer rewrote the code.
That’s the problem with traditional robotics. Powerful, but rigid.
The world is messy, unpredictable, and no script can cover every situation.
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Physical AI is the shift.
Robots that see, learn, adapt, and decide on their own.
From simulation to autonomy, they become agents not just machines.
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We wrote a full breakdown on what separates physical AI from traditional robotics.
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Read the full blog here: https://www.acrosser.com/how-physical-ai-differs-from-robotics.html

The Difference Between Physical AI and Traditional Robotics While physical AI involves robots, it is conceptually and t

16/09/2025

Generative AI has reached a remarkable milestone. It writes, designs, and creates at a level once thought impossible.
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But creation on a screen is only half the story.
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The next step is artificial intelligence that can leave the digital world and connect directly to live environment.
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What happens when AI moves beyond the digital and steps into the physical world?
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In our latest blog, we cover everything you need to know about Physical AI.
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Read more here: https://www.acrosser.com/what-is-physical-ai.html

AI has already proven itself in digital tasks like recognizing images, translating text, and generating content, which a

02/09/2025

In Physical AI, vision is the starting point.

Robots can only act as well as they see. But when multiple cameras drift out of sync, the result is gaps in awareness — blind spots, lag, and missed decisions.

EAR-100T, accelerated by the hashtag T5000, integrates not just an interface, but a complete robotic vision kit:
➡️ Up to 12 GMSL2 cameras connected through FAKRA Z-code
➡️ Frame-level synchronization for consistent, precise capture across all feeds
➡️ SONY IMX577 12MP sensors with ultra-wide 192° × 192° lenses, built by iSSA Technology

The result: reliable, 360° perception that helps robots maintain full situational awareness in dynamic environments.

With EAR-100T, clear vision becomes dependable action — every frame, every angle.

👉 Apply for your EAR-100T 90-Day Free Trial to experience how synchronized vision accelerates robotics development: https://everfocus.acrosser.com/ear-100t-nvidia-jetson-thor-robotics-module

NVIDIA Robotics

25/08/2025

Jointly developed with EverFocus, the most powerful ACROSSER robotic controller for the edge, EAR-100T, is here!

With the T5000 module, it's designed for physical AI and humanoid robotics to enable higher compute, efficiency, and scalability at the edge.

Experience the unmatched edge intelligence now with a free 90-day trial (T&Cs apply).

🔗 Apply for a 90-day free trial → https://everfocus.acrosser.com/ear-100t-nvidia-jetson-thor-robotics-module
🔗 Read the full press release → https://www.acrosser.com/newsdetail_en.php?id=42

Lead the future of robotics.

Be among the first to access the EAR-100T — our most advanced robotics controller yet.

With the T5000 module, it delivers up to 7.5x higher AI compute and 3.5x better energy efficiency than the NVIDIA® Jetson AGX Orin™, enabling real-time reasoning for next-gen humanoid robots and physical AI applications.

Co-engineered by ACROSSER, built for innovators in physical AI, humanoid robots, and next-gen autonomy, capable of running advanced perception, language, and control models — faster, smarter, and right at the edge.

◾️Supports 12× GMSL2 cameras with frame sync
◾️Powered by iSSA Technology + Sony IMX577 12MP sensors
◾️Compact. Fanless. 130W. Built for the field.

Submit a sample order to apply for the 90-day free trial. Ready to ship this October.

🔗 Apply now → https://everfocus.acrosser.com/ear-100t-nvidia-jetson-thor-robotics-module

🔗 Read the full press release -> https://www.everfocus.com/news/ins.php?index_id=318

NVIDIA Robotics

30/07/2025

Ever wonder how EV charging networks manage so many protocols and still integrate smoothly with the cloud?

Telecom operators are rolling out cloud-based EV charging management services, giving them centralized control of distributed charging stations through advanced cloud platforms.

But here’s the challenge:
Different charger brands use different protocols. Without unification, the system can’t process billing data correctly.
We developed a solution that brings everything together. By integrating technologies such as the Internet of Things (IoT), cloud computing, real-time communication, industrial-grade networking, and big data analytics to supports charging stations compliant with OCPP (Open Charge Point Protocol) standards and proprietary or non-OCPP charging stations from specific manufacturers.

At the edge, our industrial-grade devices do the heavy lifting:

➡️ IES-5410 handles device logic, human-machine interface (HMI), and payment functionality for field operations.
➡️ NEC-M102 provides stable, high-bandwidth networking infrastructure.
➡️ SPG-3352Z connects and collects real-time data from EV chargers, smart meters, and other IoT devices, uploading it real-time to the cloud via MQTT

In the cloud, operators get remote diagnostics, OTA firmware updates, real-time monitoring, billing automation, load balancing, and full system visibility with support for mobile payments, performance dashboards, and more.

By integrating a data-driven operational model via the cloud, both public and private sectors can improve energy utilization, streamline operations, and offer users a safer, faster, and more convenient charging experience.

Read More: https://www.acrosser.com.tw/en/Press/Cloud-Based-EV-Charging-Solution

11/06/2025

Updating IPC devices shouldn’t be a manual process.

With our OTA (Over-the-air) solution powered by the Sarea IoT Platform, you can push software and firmware updates across NVIDIA, Intel, and ARM hardware.

No cables, no downtime.

Learn more about how it works: https://www.acrosser.com/en/Solutions/Industrial-Computers/Over-the-air