As the leading brand in the enthusiast graphics market, Gainward proudly presents the new GeForce RTX 4060 Ghost and Pegasus Series video cards, powered by NVIDIA's next-gen Ada Lovelace GPU architecture.

The GeForce RTX 4060 family is designed to deliver incredible performance for mainstream gamers and creators at 1080p resolution at 100 frames per second with Ray Tracing and DLSS 3. The GeForce RTX 4060 product family delivers all the advancements of the NVIDIA Ada Lovelace architecture - including DLSS 3 neural rendering, third-generation ray tracing technologies at high frame rates, and an eighth generation NVIDIA Encoder (NVENC) with AV1 encoding.

Netac officially announced its release of Shadow II DDR 5 memory. Since the end of 2021, DDR5-related topics have maintained a high level of popularity. The first reason is that the market has been looking forward to new productivity tools for a long time. Second, compared with the previous generation, DDR5 has a revolutionary improvement in both appearance and performance, such as doubling the frequency and starting at 4800 MHz; Integrated PMIC power management chip, the voltage reduces to 1.1 V, and the power consumption is lower; On-die ECC error correction function is added to make the operation more stable.

Besides the first-line brands, Netac, an established storage manufacturer, is also actively deploying this field. Netac introduces the memory of Shadow II DDR 5 after Shadow RGB DDR5. Like Shadow Series, Shadow II DDR 5 is also positioned in the middle and high end, but without RGB lighting function. In terms of parameters, the frequency specification of 4800 MHz will be launched soon, and 8/16/32 GB*2 high-capacity strap specifications will be available, with a latency of 40-40-77 and a voltage of 1.1 V. Netac said that high-frequency specifications such as 5600 MHz and 6200 MHz will be launched in the future.

As the leading brand in enthusiastic graphics market, Gainward proudly presents the new Gainward GeForce RTX 3050 Ghost and Gainward GeForce RTX 3050 Pegasus series. The GeForce RTX 3050 brings the performance and efficiency of the NVIDIA Ampere architecture to more gamers than ever before and is the first 50-class desktop GPU to power the latest ray traced games at over 60 FPS. The RTX 3050 comes equipped with 2nd generation RT cores for ray tracing and 3rd generation Tensor cores for DLSS and AI. Ray tracing is the new standard in gaming and the RTX 3050 makes it more accessible than ever before.

Like all RTX 30 Series GPUs, the RTX 3050 supports the trifecta of GeForce gaming innovations: NVIDIA DLSS, NVIDIA Reflex and NVIDIA Broadcast, which accelerate performance and enhance image quality. Together with real-time ray tracing, these technologies are the foundation of the GeForce gaming platform, which brings unparalleled performance and features to games and gamers everywhere.

It seems that Mini-ITX lovers will finally be able to get their due Ampere injection to their HPC or small form factor systems. MSI, Palit and Gainward have announced Mini-ITX versions of NVIDIA's RTX 3060 graphics card, enabling higher performance (especially in RTX workloads) than last generation's mainstream RTX 2060 graphics cards. MSI's Aero ITX will be available in base and OC variants, and there's currently no confirmation on how many power connectors are built into those cards (though a standard 8-pin would suffice).

As the leading brand in enthusiastic graphics market, Gainward proudly presents the new NVIDIA GeForce RTX 30 - Gainward GeForce RTX 3060 Ghost series and Gainward GeForce RTX 3060 Pegasus series. With its efficient, high-performance architecture and the second generation of NVIDIA RTX, the GeForce RTX 3060 brings amazing hardware raytracing capabilities and support for NVIDIA DLSS and other technologies.

Like all RTX 30 Series GPUs, the RTX 3060 supports the trifecta of GeForce gaming innovations: NVIDIA DLSS, NVIDIA Reflex and NVIDIA Broadcast, which accelerate performance and enhance image quality. Together with real-time raytracing, these technologies are the foundation of the GeForce gaming platform, which brings unparalleled performance and features to games and gamers everywhere.

Tesla held an investor panel in the USA yesterday (April 22) with the entire event, focusing on autonomous vehicles, also streamed on YouTube (replay here). There were many things promised in the course of the event, many of which are outside the scope of this website, but the announcement of Tesla's first full self-driving hardware module made the news in more ways than one as reported right here on TechPowerUp. We had noted how Tesla had traditionally relied on NVIDIA (and then Intel) microcontroller units, as well as NVIDIA self-driving modules in the past, but the new in-house built module had stepped away from the green camp in favor of more control over the feature set.

NVIDIA was quick to respond to this, saying Tesla was incorrect in their comparisons, in that the NVIDIA Drive Xavier at 21 TOPS was not the right comparison, and rather it should have been against NVIDIA's own full self-driving hardware the Drive AGX Pegasus capable of 320 TOPS. Oh, and NVIDIA also claimed Tesla erroneously reported Drive Xavier's performance was 21 TOPS instead of 30 TOPS. It is interesting how one company was quick to recognize itself as the unmarked competition, especially at a time when Intel, via their Mobileye division, have also given them a hard time recently. Perhaps this is a sign of things to come in that self-driving cars, and AI computing in general, is getting too big a market to be left to third-party manufacturing, with larger companies opting for in-house hardware itself. This move does hurt NVIDIA's focus in this field, as market speculation is ongoing that they may end up losing other customers following Tesla's departure.

In the build-up to NVIDIA's GTX 1650 release, more and more cards are being revealed. While GAINWARD and PALIT's designs won't bring much in the way of interesting PCB designs and differences to be perused, since the PCBs are exactly the same. The GAINWARD Pegasus and the PALIT Storm X only differ in terms of the used shroud design, and both cards carry the same TU117 GPU paired with 4GB of GDDR5 memory.

(Editor's Note: NVIDIA continues to spread its wings in the AI and automotive markets, where it has rapidly become the de facto player. While the company's gaming products have certainly been the ones to project the company's image - and profits - that allowed it to come to be one of the world's leading tech companies, it's hard to argue that AI and datacenter accelerators has become one of the chief departments in raking in profits for the company. The company's vision for Level 4 and Level 5 autonomous driving and the future of our connected cities is an inspiring one, that came straight from yesterday's science fiction. Here's hoping the human mind, laws and city design efforts accompany these huge technological leaps -or at least don't strangle them too much.)

Press a button on your smartphone and go. Daimler, Bosch and NVIDIA have joined forces to bring fully automated and driverless vehicles to city streets, and the effects will be felt far beyond the way we drive. While the world's billion cars travel 10 trillion miles per year, most of the time these vehicles are sitting idle, taking up valuable real estate while parked. And when driven, they are often stuck on congested roadways. Mobility services will solve these issues plaguing urban areas, capture underutilized capacity and revolutionize the way we travel.

Aquantia Corp., a leader in high-speed, Multi-Gig Ethernet connectivity solutions, today announced that its automotive networking portfolio is the 10 Gbps Ethernet connectivity solution for the NVIDIA DRIVE Xavier and DRIVE Pegasus platforms for autonomous vehicles. The high-performance NVIDIA AI computing platforms featuring Aquantia Multi-Gig networking will be available to automotive partners starting in the first quarter of 2018.

NVIDIA DRIVE AI car computers use deep learning to process data from multiple cameras, radar, LIDAR and other sensors throughout the vehicle. To deliver Level 4 and Level 5 driving - which is categorized as a fully autonomous vehicle - hundreds of trillions of deep learning operations per second (TOPS) need to receive and process sensor data and immediately communicate critical decisions throughout the vehicle's systems. For example, the DRIVE Xavier processor parses all the information to understand a full 360-degree perception around the vehicle, and determine the presence and movement of pedestrians, other vehicles and objects as it plans a safe path forward. The Aquantia Ethernet products communicate the data and decisions back and forth throughout the system at 10 Gbps over automotive Ethernet cables to help provide a seamless autonomous experience.