ASUS ProArt PZ14 Now Available in Malaysia to Empower Next-Gen Creative Workflows

ASUS Malaysia announced the availability of the all-new ProArt PZ14, the most powerful ASUS creator tablet yet. Crafted from CNC-machined aluminum in a striking Nano Black finish with smudge-resistant technology for a cleaner and more premium look, its ultralight 0.79 kg, 9mm-thin unibody chassis offers both portability and military-grade durability. ProArt PZ14 is designed for creators who require mobility, AI acceleration, and precision visual tools in a lightweight and tough form factor.

Powered by the 18-core Snapdragon® X2 Elite processor with an 80 TOPS NPU, along with a Qualcomm® Adreno™ GPU for smooth creativity, ProArt PZ14 combines all-day battery life and high performance with a slim and lightweight chassis engineered for work in studios, field locations, and hybrid production environments.

Visuals are enhanced by the latest ASUS Lumina Pro OLED display with a special anti-reflective coating that cuts reflections by 65% for a more comfortable viewing experience even in challenging lighting environments. 144Hz, up to 1000-nit HDR touchscreen, which supports the included ASUS Pen 3.0 stylus for precise and ergonomic input alongside the detachable Bluetooth® keyboard. The latest Copilot features and ASUS-exclusive AI-powered StoryCube, MuseTree and ProArt Creator Hub creator apps ensure smooth creative workflows.

Featuring extensive I/O ports, including two 40Gbps USB4® ports for fast charging and external displays, and an SD Express 7.0 card reader for super-quick transfers, ProArt PZ14 also has ultrafast WiFi 7 for seamless connectivity anywhere. Tested to exceed the stringent MIL-STD 810H US durability standard, ProArt PZ14 is the ideal choice for professional-grade production in both studio and field environments.

ProArt PZ14 features the 18-core Snapdragon X2 Elite processor with an up to 80 TOPS NPU, enabling creative workloads powered by on-device AI. The architecture supports concurrent AI-enhanced tasks with reduced latency, allowing complex editing, enhancement, and multitasking operations to run efficiently without relying on external compute resources.

The processor’s integrated Qualcomm Hexagon™ NPU is designed for continuous intelligent processing, delivering responsiveness across creative applications such as image enhancement, audio clean-up, generative assistance, and accelerated workflow automation. This foundation supports an all-day production cycle through advanced power management and efficient thermal design. With its Qualcomm Adreno GPU, ProArt PZ14 delivers smooth graphics, vibrant visuals, and efficient performance for mobile design, video editing, and creative applications.

Featuring up to 32GB LPDDR5X memory, ProArt PZ14 enables seamless workflows across multiple creator apps. A 75Wh battery supports extended mobile use, and 0dB cooling technology allows silent operation during low-intensity workloads while maintaining low noise even at higher loads. Collectively, these components position ProArt PZ14 as a detachable device capable of desktop-class creative performance in portable settings.

For visual excellence, ProArt PZ14 integrates a 14-inch ASUS Lumina Pro OLED touchscreen that offers a 100% DCI-P3 gamut, 10.7-billion-color output, and Delta E 1 color accuracy. It's Pantone® Validated to ensure fidelity for color-critical work. This ensures true-to-life color reproduction, so your work stays consistent from concept to final output across screens, prints, and platforms.

The 243 PPI panel has up to 1000 nits HDR peak brightness, a 1,000,000:1 contrast ratio, and certifications including VESA DisplayHDR™ True Black 1000 and Dolby Vision®. The 144Hz variable refresh rate (VRR) and 0.2 ms response time support motion-intensive workflows such as animation, video editing, and interactive content review. This delivers consistently smooth, clear visuals in any lighting, letting creators review motion-heavy content with confidence from outdoor work sessions to studio environments.

To enhance visual comfort, the display employs an anti-reflection coating that reduces glare by 65% and increases ambient contrast by 4.5X. Additional eye-care protections include adaptive brightness and color adjustments, and a reduction of harmful blue light by approximately 70%, supported by TÜV Rheinland certification. This improves visibility in any environment while reducing eye strain, allowing creators to stay focused and comfortable through extended creative sessions. This display environment provides a platform suited to professional color work and motion content, while maintaining clarity and visibility across varied lighting conditions.

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Acer Brings Smart Connected E-mobility to COMPUTEX 2026

Acer is presenting at COMPUTEX 2026 a comprehensive range of e-bikes and e-scooters paired with a unified software experience, advancing its smart connected e-mobility strategy. Building on its ICT expertise, Acer continues to extend its smart e-mobility portfolio beyond hardware, enabling more intuitive, data-driven, and connected riding experiences for everyday urban use.

Versatile Electric Mobility for Everyday Urban Riding

Acer’s latest electric mobility lineup is designed to address diverse urban commuting needs, featuring both the Acer Nitro eCity Plus e-bike and the Acer ES Series 3 Select e-scooter.

The Acer Nitro eCity Plus e-bike (ANCI-R8620O-260) is built for versatility and everyday practicality, supporting flexible cargo configurations for commuting and family use, along with multiple riding modes and responsive power delivery for a smooth and stable ride. Its features are complemented by a removable battery design for convenient charging.

The Acer ES Series 3 Select e-scooter (AES033) emphasizes portability and efficiency. Equipped with features tailored for daily urban travel, it offers a lightweight, compact, and foldable design with multiple riding modes and features optimized braking and lighting systems.

Acer eMobility App Introduces New Voice Controls

The Acer eMobility app introduces new smartphone-based voice controls, enabling riders to check battery status and control lighting more easily on the go. The app also provides a unified interface for both e-bikes and e-scooters across Acer’s portfolio. It allows users to monitor vehicle status, battery levels, and riding data while providing functions such as lighting control, adjustment of device settings, access to riding history, and performance insights.

Through the app, there are also several security features that are tailored by vehicle type. On compatible e-scooters, riders can activate an e-lock function via voice commands; this automatically locks the system when the vehicle is moved and triggers an alarm. On e-bikes, the app provides alert-based anti-theft notifications to help riders stay informed of vehicle movement.

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WD at Computex 2026: AI Doesn't Just Run on Compute - It Runs on Data

Western Digital Corporation (Nasdaq: WDC), the storage foundation of the AI-driven data economy, today announced its presence at Computex 2026 to help the industry understand that AI infrastructure is fundamentally a data system, not just a compute system. Every AI workload - from training and inference to agentic and physical AI – continuously creates data that persists, compounds, and expands over time. This dynamic is fundamentally changing how businesses must design AI infrastructure for scale.

This shift exposes the core challenge for AI builders: managing exponential data growth while maintaining performance and economic efficiency at scale. How that data is managed determines whether AI delivers lasting business value or becomes an unsustainable cost. WD is at Computex addressing this reality with a forum session keynote, booth demonstrations and new storage innovations.

WD Chief Product Officer Ahmed Shihab will discuss why AI infrastructure can no longer be designed primarily around compute performance, and why persistent data growth, tiered architectures, and infrastructure economics are becoming the defining constraints of AI at scale.

“The shift toward AI-driven workloads is placing new demands on storage systems, requiring higher throughput, greater capacity, and improved reliability across multiple tiers,” said John Chen, Vice President at TRENDFOCUS. “WD’s advancements in HDD and platform technologies reflect the kinds of innovations needed to support increasingly data-intensive AI environments at scale.”

WD's exhibit brings this data-centric architecture to life, demonstrating how storage underpins AI systems at scale. Visitors will see WD's Ultrastar® HDD high-capacity storage portfolio spanning UltraSMR, ePMR and HAMR. The company will also be highlighting its two industry-first advanced HDD innovations: High Bandwidth Drive Technology and Dual Pivot Drive Technology, which together project a 4x increase in HDD throughput while maintaining the relative I/O per TB rate customers enjoy today. This reduces the need for customers to increase SSD deployment or rearchitect services as capacity scales.

WD’s Platform solutions highlighted will include the Ultrastar Data Series JBODs, OpenFlex® EBOF, and RapidFlex® NVMe-oF™ controller. These solutions help cloud, neo cloud and HPC companies accelerate adoption by optimizing capacity and performance, reducing costs, and improving time to value without requiring costly infrastructure designs. WD is also showcasing its new Ultrastar Data 3000 series JBODs, delivering the scalable capacity required for AI data growth. Using ArcticFlow™ multizone cooling and patented IsoVibe™ vibration isolation technologies, the Ultrastar Data 3000 series optimizes performance and reliability by reducing drive return rates by up to 62%1 in a platform designed for dependable operation at scale. The 3000 series also offers 12 ports of 24 Gb/s SAS‑4 host connectivity, enabling customers to stay ahead of bandwidth demands as capacity and workload intensities grow.

WD will also share tiered storage solutions, including architectures built on Ceph and others developed with IBM® Storage Scale and XTAO, that align performance and economics to each stage of the AI data lifecycle, increasing GPU efficiency while lowering cost at scale through tiered system-level architectures.

The globally recognized WD Color portfolio including WD Gold®, WD Red®, and WD Purple®, as well as the rebranded G-DRIVE® family of external storage solutions designed for content creators, will also be on display.

Together, these innovations position WD as a key foundational layer in AI infrastructure, enabling the persistence, movement, and scalability of data across environments.

“Computex is a great opportunity to connect with AI leaders and builders from around the world at a pivotal moment for the industry,” said Stefan Mandl, Vice President of Worldwide Sales and Marketing at WD. “AI is driving data growth at a scale and pace the industry has never seen before, and the organizations that recognize AI as a data system are the ones that will build AI that scales economically and efficiently over the long term. WD provides the durable, scalable and economically efficient data infrastructure foundation required to support AI systems over the long term.”

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Aeva Adopts Cadence Tensilica Vision DSP to Advance Lidar Performance and Efficiency

Cadence (Nasdaq: CDNS) today announced that Aeva, a leader in next-generation sensing and perception systems, has licensed Cadence® Tensilica® Vision DSP IP to accelerate signal processing in its 4D LiDAR systems—enabling flexible and scalable solutions for industrial robotics and automotive applications. This design win marks a significant step in delivering high-performance, low-power lidar systems optimized for real-time perception and autonomy.

Lidar technology enables precise 3D mapping and object detection in robotics, autonomous vehicles, industrial automation and other physical AI applications at the edge. Its ability to deliver high-resolution depth information makes it indispensable for safety and navigation. Aeva’s 4D LiDAR technology goes a step further by detecting velocity and position simultaneously, empowering autonomous devices to make safer, more intelligent decisions.

Cadence Tensilica Vision DSPs deliver a unique combination of programmability and performance, enabling Aeva to add flexibility, scalability and customizations to the lidar processing pipeline. Their inherent low-power architecture and customizable Tensilica Instruction Extension (TIE) language make Tensilica DSPs ideal for real-time signal processing, where latency and efficiency are critical.

“Cadence’s DSP technology provides the flexibility and performance uplift we need to push the boundaries of perception and deliver scalable solutions to our industrial and automotive customers,” said James Reuther, chief engineer of Aeva. “By integrating the Tensilica Vision DSP into our next-generation LiDAR systems, Aeva can leverage the powerful combination of Cadence’s highly configurable hardware and comprehensive suite of optimized software libraries to accelerate innovation and bring advanced sensing capabilities to market faster.”

“Cadence is committed to enabling our customers to build smarter, safer and more connected systems for edge and physical AI applications, and we look forward to collaborating with Aeva to redefine perception with their groundbreaking 4D LiDAR technology,” said Amol Borkar, group director of product management and marketing for Tensilica DSPs at Cadence. “Our Tensilica DSPs empower SoC providers to deliver differentiated performance and power efficiency in leading-edge, low-latency applications like lidar.”

Aeva is the latest in a growing list of companies leveraging Tensilica Vision DSPs to drive innovation across industrial robotics, autonomy and other physical AI applications. Tensilica Vision DSPs come with industry-leading software libraries optimized for neural networks, computer vision, simultaneous localization and mapping (SLAM), radar and point cloud processing. In addition, Tensilica DSPs are equipped with a third-generation neural network compiler, the NeuroWeave SDK, which enables execution of the latest AI networks proliferating in the lidar segment. With a proven track record in ADAS, radar, audio and vision processing, Tensilica DSPs remain the go-to solution for high-performance, low-power and customizable processor IP.

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Sony Unveils the FE 100-400mm F4.5 GM OSS G Master™ Super-Telephoto Zoom Lens

Sony Electronics introduces the FE 100-400mm F4.5 GM OSS, the newest addition to its flagship G Master™ lens series for full-frame Alpha™ E-mount cameras. Covering a 100-400 mm focal range with a constant F4.5 aperture, the lens delivers the exceptional resolution and bokeh that define the G Master series, high-precision autofocus (AF) up to approximately 3x faster1,2 than the FE 100-400mm F4.5-5.6 GM OSS. Weighing approximately 65 oz. (1,840 g) with an internal zoom structure, its stable weight balance offers highly mobile shooting capabilities. The FE 100-400mm F4.5 GM OSS gives wildlife, birding, sports, and photojournalism creators the speed, reach, and image quality to capture decisive moments in any environment, expanding their creative possibilities.

Uncompromising G Master Optics

• Resolves fine detail across the full 100-400 mm zoom range, even wide open at F4.5
• Optical design featuring newly developed ED XA (Extra-low Dispersion extreme aspherical), XA (extreme aspherical), two Super ED (extra-low Dispersion), and three ED glass elements, effectively controlling multiple aberrations including chromatic and spherical aberration to achieve exceptional resolution from centre to edge across the entire zoom range
• Nano AR Coating II reduces ghosting and flare for high-contrast results in backlit conditions
• 11-blade circular aperture with precision spherical aberration control produces the signature G Master bokeh
• Constant F4.5 maximum aperture eliminates exposure shifts while zooming
• Compatible with optional teleconverters[i] for focal lengths up to 800 mm or 1,200 mm in APS-C mode[ii]

 Autofocus That Keeps Pace with the Action

• Four custom-optimized XD (extreme dynamic) Linear Motors, a floating focus mechanism, and the latest AF algorithms deliver AF speeds up to 3x faster1,2 with approximately 50 % improved subject tracking2
• Fully compatible with Alpha 9 III continuous shooting at up to 120 fps[iii] with AF/AE tracking

Lightweight Build, Exceptional Mobility

• Combining the latest optical design, mechanical engineering with lightweight yet robust magnesium alloy barrel components, and high-efficiency, high-thrust XD Linear Motors, the lens achieves a lightweight and robust body at approximately 65 oz. (1,840 g)
• Inner-zoom design maintains constant length and stable centre of gravity throughout the zoom range for precise framing adjustments without shifting balance

Professional-Grade Control and Reliability

• Built-in stabilization supports Active Mode and coordinates internal stabilization control on compatible bodies
• Supports the camera body’s breathing compensation[iv], correcting angle-of-view shifts during focus adjustments in video recording
• Four focus hold buttons[v] and a dedicated function ring for intuitive, personalized operation in the field
• Dust and moisture resistant design[vi] with fluorine front-element coating maintains reliable performance in challenging conditions

Availability

The FE 100-400mm F4.5 GM OSS will be available from May 2026 with the SRP of RM17,999.

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