The big picture: Early benchmark results from Apple's new iPhone 13 family have started to hit the web, painting a clearer picture of the sort of performance improvement that you can expect from the A15 Bionic. Keep in mind that this is a small sample set, and that averages will start to solidify as more results are added to the database in the coming days and weeks.
Apple earlier this week took the wraps off its new iPhone 13 family of smartphones. Astute viewers may have noticed that
VIA Labs, Inc. (VLI), a leading supplier of SuperSpeed USB, USB Power Delivery Controllers, and now USB4 controllers today unveiled the VIA Labs VL830 USB4 Endpoint Device. USB4 is a major update to the USB architecture, enabling multiple simultaneous data and display protocols to share a single high-speed link with support for a maximum aggregate bandwidth of 40 Gbps. VL830 offers both USB and DisplayPort functionality and operates at full performance when used with Thunderbolt 4 or USB
As the first benchmark results of Apple's A15 Bionic application processor appear on Geekbench , we can reveal some more information about the architecture of the new chip.
When Apple formally introduced its A15 Bionic system-on-chip (SoC) earlier this week, it said that it featured a 50% higher CPU performance and a 30% higher GPU performance when compared to an undisclosed competitor, but it never compared the it to its previous-generation A1
AMD曾在前些年曾推出過基於Arm架構（Cortex-A57）的服務器處理器，其開發代號為“Seattle”。也就是皓龍（Opteron）A1100系列。這是一款完整的系統級芯片（SoC），具備完整的功能，專為運行I/O密集型和擴展的應用程序而設
蘋果這一代iPhone 13系列改變不算少，但最重要的還是放在相機和芯片性能升級上，特別是後一部分更是他們引以為傲，在這次發佈會上，蘋果標註CPU和GPU是對比最快競品的領先幅度，大有當自己是大師兄的意思在，可見這種自研
Why it matters: Former Apple QuickTime developer Maynard Handley has published a preliminary analysis of Apple’s M1 system on a chip (SoC). Handley’s hope is that the research he has presented can be used to help others spend less time reinventing the wheel, and more time learning about Apple’s next-gen hardware when it finally arrives.
Handley’s technical analysis involved multiple experiments, and lots of reading up on Apple patents and related literature. It’s the sort of deep dive that
As we can see with the new Mikron MIK32 chip, the open-source RISC-V architecture opens doors for companies to redevelop existing microcontrollers. That's becoming even more important as countries around the world look to wean themselves off of Western technologies. But just how feasible is that approach?
Inherited from the USSR, the modern Russian Federation has its own CPU architecture (Elbrus) and platforms to build PCs and servers. In addition, there are Russian companies that develop various
Cornell-educated Maynard Handley , one of the developers behind Apple's Quick Time, has shared a 350 page PDF analyzing the inner workings of the M1 ARM chip. The document (current version 0.7) dives deep into the M1 architecture from a reverse-engineering perspective and is heavily fed by other professionals and enthusiasts in the field.
Apple's M1 chip shocked the tech world because of its incredible IPC and power-to-performance ratio ,
Just a few days ago , we covered that the upcoming collaboration between AMD and Samsung is gearing up to deliver the first Exynos 2200 SoC with RDNA2 graphics paired with Arm-based CPU cores. Today, more information surfaced about the alleged clock speeds of the RDNA2 GPU itself, perhaps giving us a better understanding of things to come. However, as with all leaked information, you'll have to take it with a grain of salt.
The Exynos 22