Acer Chromebook Spin 15

The first convertible Chromebook with a 15.6-inch display

KIngston announced the UV500 SSD Line

3D NAND-enabled SSD featuring full-disk encryption

Logitech® G PRO Gaming Headset

For professional and competitive gamers

Transcend 500S and 300S series of SD and microSD cards

For the storage needs of today’s users

Kingston Reveals its first wireless headset

The HyperX Cloud Flight Gaming Headset

December 4, 2021

Samsung Electronics Expands Its ‘Green Chip’ Line-Up

Samsung Electronics announced that five of its memory products achieved global recognition for successfully reducing its carbon emission, while 20 additional memory products received carbon footprint certification. Samsung’s automotive LED packages also had their carbon footprint verification, a first in the industry for automotive LED packages, further expanding Samsung’s portfolio of eco-conscious ‘green chips’.

“It is exciting to see our environmentally sustainable efforts receiving global acknowledgements,” said Seong-dai Jang, Senior Vice President and Head of DS Corporate Sustainability Management Office at Samsung Electronics. “We will continue our path towards a sustainable future with ‘greener’ chips enabled by Samsung’s cutting-edge technology.”

Five Memory Products Achieve the Carbon Trust ‘Reducing CO2’ Certification

Five Samsung memory products – HBM2E (8GB), GDDR6 (8Gb), UFS 3.1 (512GB), Portable SSD T7 (1TB), microSD EVO Select (128GB) – recently earned ‘Reducing CO2’ labels from the Carbon Trust. The previous versions of the five products had received the ‘CO2 Measured’ certification from the Carbon Trust last year. The Carbon Trust recently also certified the product carbon footprints of 20 memory products1 by giving them the ‘CO2 Measured’ product carbon footprint label.

The Carbon Trust is an independent and expert partner of organizations that advises businesses on their opportunities in a sustainable, low-carbon world. The Carbon Trust also certifies the environmental footprint of organizations, supply chains and products.

The Reducing CO2 label certifies that a product’s carbon emission has decreased. Samsung was able to cut the carbon emission of the five memory products through enhanced production efficiency. This means that less electricity and raw materials were used per chip. For the Portable SSD T7 (1TB), Samsung used environmentally sustainable paper instead of plastic as packaging material to minimize the carbon footprint of the product.

Samsung estimates that the volume of carbon emissions reduced from the five products, after their release until July 2021, amounts to approximately 680,000 metric tons of CO2, which is equivalent to 11.3 million urban tree seedlings grown for ten years or the greenhouse gas emitted from 149,000 cars driven for one year.

Before a product can be certified for carbon reduction, its current carbon footprint must be validated in order to set the starting line for measuring carbon footprint changes. The CO2 Measured label verifies the current carbon emission of the product with a globally recognized specification (PAS 2050). Thus, the 20 Samsung memory products with the CO2 Measured label has now set the benchmark for future carbon reduction.

“We have certified five of Samsung’s memory chip products with the CO2 Reducing label, and are pleased to bring on board 20 more products with the CO2 Measured label,” said Hugh Jones, Managing Director at the Carbon Trust Advisory. “We hope that Samsung’s efforts could spread out to the entire semiconductor industry, so that the industry can continue its journey towards a more sustainable future.”

December 1, 2021

NUHS Builds AI Production Platform Using NVIDIA DGX A100 For Better Healthcare Predictions

NVIDIA today announced that National University Health System (NUHS) has built an AI production platform based on an NVIDIA DGX A100 system to become the first healthcare group in Singapore to have real-time streaming capabilities to deliver better patient care and treatment, collaborate on biomedical research and transform how illnesses are managed and treated. 

At the heart of NUHS’ newly-launched Endeavour AI platform, NVIDIA DGX A100 will run AI tools that make real-time predictions on diagnosis, progression of diseases, readmissions, risk of falls, and others. 

The new system will be integrated with NUHS’ Discovery AI training platform to form a complete training and inference system as part of the group’s digital transformation. 

“There are many demands on healthcare these days and we are undertaking a digital transformation throughout the cluster. In the centre of our digital transformation is the use of AI. Advances in healthcare require great compute resources, and NVIDIA DGX A100 delivers easy access to performance needed to aid in a world class hospital,” said Dr Ngiam Kee Yuan, group chief technology officer of NUHS and deputy chief medical informatics officer of National University Hospital (NUH).

NUHS is one of three public healthcare clusters in Singapore and an integrated academic health system and regional health system that delivers value-driven, innovative and sustainable healthcare. Its network covers 19 hospitals, polyclinics, specialist centres, medical centre, and academic health science institutions.

CPU limitations
Discovery AI, which runs on NVIDIA GPUs, is used for training models using large data sets while CPUs are used for inferencing. 

“As the number, volume and speed at which we are running inferencing increase, GPUs become necessary. Otherwise, we need to expend a lot more CPUs to run the same inferencing at that speed,” said Ngiam. 

For example, one AI tool would run about 100 to 200 inferences per second. For every patient who turns up at its hospitals and polytechnics, every time a doctor clicks, saves or free texts, or when new lab test results are out, an AI tool will be running in the background. All the data gets processed by the AI tools. This is done hundreds of times per second throughout the whole cluster at a large volume. If only CPUs are used, NUHS will run out of processing speed very quickly. 

“That's why we strategised, planned and built in NVIDIA DGX A100 from Day One when we deployed Endeavour AI. This is because we will be using it for high speed and large volume inference processed by our AI tools,” said Ngiam. 

NVIDIA DGX A100 is the universal system for all AI infrastructure, from analytics to training to inference. It packs five petaFLOPS of AI performance into a 6U form factor, replacing legacy infrastructure silos with one platform for every AI workload.

Streaming data, real-time output
Endeavour AI is a software and hardware stack that features streaming data as well as AI tools running micro services off a Kubernetes backbone to process all the streaming data and produce outputs on a real-time basis. 

With a capacity to handle up to 150 projects, Endeavour AI will start off with dozens of projects initially before scaling up. 

Among the first projects are those that impact the whole cluster, ranging from predictions on how a patient with a certain condition will fare when admitted to a hospital to analysing magnetic resonance imaging (MRI) images. The projects will involve everything from structured medical data to text-based medical data that form the basis for generating chatbots that are conversational in nature. 

NUHS produces between 20 and 30 GB of structured data and text daily, or between 1,800 and 2,500 messages per second for one hospital. This translates to about 10,000 to 15,000 messages per second at peak for the entire cluster. The AI tools need to run quickly in the background to absorb all the data on a day-to-day basis. 

“We do not want to build one project at a time. We are building a platform that enables multiple projects to run at a time. We have multiple uses for GPUs, largely in training at this point, but certainly we are well underway in operationalising the production use cases. Without the GPU, we cannot do a lot of these things,” said Ngiam. 

Operationalising AI, optimising healthcare
With Endeavour AI, an inferencing platform for streaming data powered by NVIDIA A100 GPUs on X86 server, NUHS has become the first healthcare group in Singapore to achieve stream capability by operationalising AI tools in real time for the entire cluster.

Patients interacting with AI-powered chatbots will experience improvement in appointment making, reduction in waiting time, and enjoy optimised care due to some of the work on patient trajectories. 

Radiologists and clinicians benefit from improved accuracy and speed of processing of images, X rays and scans, thanks to the stream capability. 

In day-to-day hospital operations, a number of predictions is done automatically without even needing to click a button. Data that streams out of the electronic medical record system are processed and the doctor is alerted if a patient meets a certain set of weights for high risk. 

“These are tangible realities and outcomes that we expected when we Endeavour AI went live,” said Ngiam. 

Looking towards for compute power
Even though the new NVIDIA DGX A100 has just gone live, NUHS is already looking forward to the next generation of the system to tackle the expected growth in datasets and speed needed to process those data in the next few years. 

“We have invested in programmes that look at genomics. When this genomic data hits us, we are not talking about gigabytes but one terabyte of data per day. The amount of compute required to run genomic type processing going forward is going to be exponentially larger. Until then, our next step is to look at how to optimally use our GPUs for the next few years,” said Ngiam. 

“NVIDIA DGX A100 lets NUHS consolidate training, inference and analytics into a unified AI infrastructure. It will provide the computing power to help the hospital group achieve operational and scientific breakthroughs in the healthcare sector, benefitting clinicians and patients in Singapore,” said Dennis Ang, director of enterprise business for the SEA and ANZ Region at NVIDIA.

Kingston Technology Readies Limited-Edition 2022 Mini Tiger USB Drive

Kingston has consistently introduced unique USB drives inspired by animal mascots during the holiday season, providing a perfect gift option for those searching for a souvenir of prosperity, joy, and good luck. Following the signature design of the Mini Collection, the Mini Tiger USB drive is ovular-shaped with gold details with a smooth, rubber finish for shock resistant protection. Stored in a beverage can with keychain ring detail for portability, users can easily turn the Mini Tiger USB into a cute lucky charm on-the-go. The Mini Tiger USB is equipped with 64GB capacity1 and supports USB 3.2 Gen 1 performance compatible with USB 2.0. Though tiny and adorable, the Mini Tiger signifies strength and bravery to cheer people on in the upcoming year.

“We at Kingston have always worked towards helping our customers capture, store and preserve their unforgettable moments and bringing joy to them through our creatively-designed products,” said Kevin Wu, Sales/Marketing and Business Development Vice President of APAC region, Kingston. “The limited-edition drive embodies our spirit and enthusiasm for the new year, we want our customers to know that Kingston is with you in 2022, and we wish everyone a brighter and happier year.”

Kingston’s limited-edition Mini Tiger USB drive is available through Kingston’s network of retail and e-tail outlets at a MSRP of RM89. Starting from December 13th, customers will receive Kingston red envelope with purchase of the Mini Tiger USB drive. The USB drive is backed by a 5-year warranty, free technical support and legendary Kingston reliability.

November 25, 2021

Logitech G and shroud Introduce Logitech G303 Shroud Edition Wireless Gaming Mouse

Logitech G and leading innovator of gaming technologies and gear, in partnership with one of the world's most popular gaming streamers and former pro player, Michael "shroud" Grzesiek, introduced a fully redesigned version of shroud’s favorite mouse, the Logitech G303 Wireless Gaming Mouse. The new mouse is designed and engineered to meet shroud’s exact specifications and performance demands.

“Getting the opportunity to design a mouse with Logitech was a dream come true. The G303 is my favorite mouse of all time and using that as the design inspiration we made my perfect mouse,” said shroud. “Collaborating with Logitech G was an amazing experience, and I’m really proud of the final product. I’m excited to bring this to all my fans.”

“It's no secret that shroud takes his play seriously, and having the right gear is important to his success,” said Ujesh Desai, general manager of Logitech G. “Collaborating with shroud, we started with the classic G303, then crafted it to his hand, calibrated it to his touch, and created a mouse fit that’s perfect for his needs. If you are a shroud fan, and want the same tool he uses, then this is the mouse for you.”

Known for his insane aim — and a self-proclaimed wireless fiend — shroud loves the precision, accuracy, shape, and feel of the G303 wireless gaming mouse. Logitech G worked closely with shroud to understand exactly how to improve the original G303 to meet his specific requirements and preferences. We enhanced and updated the shape and form, repositioned the side buttons, changed switch location, adjusted the weight, and even went as far as including subtle markings to approximate his finger grip position, all in an effort to build the perfect mouse for shroud.

Through a unique design collaboration process, shroud worked through a variety of models and tools to perfectly fit the mouse shape and geometry to his specifications. In addition, we held deep discussions regarding the components and technology included to ensure it includes the most advanced, pro-grade technology.

The remastered G303 Shroud Edition features LIGHTSPEED, delivering ultra-low latency and reliable performance. The mouse is also equipped with Logitech G’s proprietary HERO 25K Sensor for precision and speed, without sacrificing energy.

Subtle enhancements to the mouse, including subtle markings approximating shroud’s finger grip positions, translucent side panels to allow a window into the technology that shroud wanted to see, and USB-C connections were all required by shroud.

Weighing in at 75 grams, the shroud G303 is lightweight, robust and comfortable enough to allow for low-sensitivity DPI and faster aiming. Combine that with the 145 hours of battery life, and gamers are able to game all day long. And of course, the Logitech G303 Shroud Edition is available in shroud’s favorite color - black.

November 16, 2021

GIGABYTE Releases AORUS DDR5 5200MHz 32GB Memory Kit

Gigabyte announced AORUS DDR5 5200MHz 32GB Memory Kit to support the latest Intel® Z690 platform for the brand new level performance. AORUS Memory DDR5 32GB 5200 MHz features two 16GB DDR5 XMP 5200 MHz design to provide higher frequency and performance than native DDR5 memories. With GIGABYTE Z690 motherboards, it can further unlock the limitation of memory clock to enhance performance by DDR5 XMP Booster and XMP 3.0 User Profile. The new On-Die ECC feature of DDR5 highlights error correction which can detect and correct most common memory data damage to improve the stability of data. In addition, the copper-aluminum heat spreader with the nano-carbon coating can effectively reduce the heat generated by the memories under high-speed operation, offering excellent performance and avoiding instability from overheating.

AORUS DDR5 5200MHz 32GB Memory Kit features two 16GB DDR5 XMP 5200 MHz dual-channel design, and just fit the support of DDR5 memory on Intel® Z690 platform. The brand new memory architecture features high memory clock speed, low power consumption, which enable DDR5 XMP Booster function on AORUS DDR5 5200MHz 32GB Memory Kit with GIGABYTE Z690 AORUS motherboards. “DDR5 XMP Booster” can detect the brand of memory IC in the BIOS setting to allow users chose quickly from multiple built-in and pre-tuned memory overclocking profiles, boosting the native DDR or XMP DDR memory speed. Furthermore, “XMP 3.0 User Profile” enable users to create and store XMP profile on their own to unleash the extreme performance of memories.

AORUS DDR5 5200MHz 32GB Memory Kit equips robust thermal solutions of the copper-aluminum heat spreader with nano-carbon coating and high conductivity-thermal pad, so that users can rest assure of their memory overclocking. The heat generated from the power control IC and memory chip can be quickly carried out by the thermal pad and the copper bottom, then the heat exchanges through the air between nano-carbon coated copper-aluminum heat spreader. The groove cut by CNC on the spreader enlarge the heat dissipation area to fasten the heat blown away by the system fans and drop the temperature. Users have no more worry about overclocking failures caused by overheating from high-speed memory operation or overvoltage. As for data security, AORUS DDR5 5200MHz 32GB Memory Kit support “On-Die ECC” error correction function, which can detect and correct most common memory data damage for a more stable system operation compared to DDR4 to reduce unnecessary troubles.

In order to provide more superior stability, and ultimate performance of memory, AORUS DDR5 5200MHz 32GB Memory Kit was implemented with GIGABYTE ultra durable elements and verified with all GIGABYTE motherboard lineup. AORUS DDR5 5200MHz 32GB Memory Kit has been shipped and will be soon available in the market.