Tag Archives: asmedia

The reversible USB type-C connector is something that the industry has been waiting for since the introduction of the original USB bus in 1997. This year PCs, computer components and mobile devices finally started to incorporate USB-C receptacles, but not all implementations necessarily support all features introduced by the latest …

Asustek Computer has rolled-out the most sophisticated USB 3.1 type-C upgrade kit to date. The Asus USB 3.1 UPD Panel not only boasts with two USB type-C receptacles, but also supports USB type-C power delivery feature, which allows transferring up to 100W of power using one connector. The kit is …

While there are many mainboards with USB 3.1 support available today, they feature type-C ports on their back panels and it is uncomfortable to use such connectors. Asrock this week introduced a special adapter that places one USB type-C and one USB type-A ports on the front panel of any …

Although this year far not all mobile devices will get USB 3.1 type-C ports, next year a lot will change, according to Taiwan-based designers of controllers. Thanks to reversible form-factor, improved performance, higher durability and other benefits of USB 3.1 interface and type-C ports, many laptops and smartphones will adopt …

Asmedia and Intel Corp. have started to reduce prices of their USB 3.1 controllers in a bid to gain market share. Intel Corp.’s “Alpine Ridge” chip offers Thunderbolt 3 in addition to USB 3.1, but Asmedia’s controller is significantly cheaper to make and can be sold a very low price. …

At present, only MicroStar International offers platforms for AMD processors with USB 3.1 type-A connectors. By contrast, virtually all leading makers of motherboards now sell mainboards for current-generation Intel processors with the new bus. Apparently, Advanced Micro Devices wants to change that. In a bid to catch up with Intel …

Next year Advanced Micro Devices plans to introduce not only all-new accelerated processing units and central processing units, but also fresh platforms for client PCs. While AMD will do a lot to unify its next-gen platforms, there will still be major differences between systems powered by different microprocessors. AMD’s client …

Nearly all leading manufacturers of mainboards have introduced motherboards supporting USB 3.1 technology. Since at present the new interconnection tech is positioned as a high-end feature for enthusiasts, mainboards featuring USB 3.1 are all designed for various processors from Intel Corp. However, MicroStar International (MSI) decided to add the new …

MicroStar International (MSI) on Friday said that it is adding USB 3.1 technology to 12 of its mainboards based on various core-logic sets and designed for different microprocessors. While all new USB 3.1-enabled motherboards from MSI will support 10Gb/s transfer rates, only two of them will sport reversible USB 3.1 …

At present Advanced Micro Devices, just like Intel Corp., has two desktop platforms: socket FM2+ for mainstream accelerated processing units and socket AM3+ for high-end FX central processing units. When AMD introduces its new chips in 2016, the company will unify the two platforms, a media report claims. AMD’s forthcoming …

Advanced Micro Devices and Asmedia have reportedly signed a pact under which the latter will develop core-logic sets for the former. The move will help AMD to reduce its expenses and use internal engineering resources to develop leading-edge microprocessors and graphics processing units. Earlier this year AMD licensed SATA Express-related …

Advanced Micro Devices reportedly plans to outsource development of its core-logic sets to Asmedia, a controller chip developer co-owned by Asustek Computer. While the plan may further reduce AMD’s costs and potentially will allow to quicker respond to market demands, it will also shrink AMD’s ability to offer fully-integrated platform …

Hot on the heels of its ECO drive, MSI has also been showing two World Firsts in the mainboard area. One is set to improve all round performance through superior bandwidth, while the other promises a high-speed interconnect for your everyday peripherals (or, at least, the ones you will buy …