Despite delays in launching its next-gen processors, Intel posted a robust 19 percent growth in revenue, with profits soaring 42 percent. The red-hot market for PCs pressured Intel’s factories, but its focus on servers and high-end PCs boosted its positive numbers. The company’s revenue in Q3 was $19.16 billion — more than the $18.1 billion predicted by analysts, and up from $16.2 billion a year earlier. Intel partnered with Streamlabs to offer stream-capable hardware and software to third-party device manufacturers. Continue reading Intel Benefits from Hot PC Market, Partners with Streamlabs

Semiconductor manufacturer ARM, a division of Japan’s SoftBank, and Silicon Valley tech giant Intel have put aside a longstanding rivalry in order to forge a strategic partnership that will adopt common standards developed by Intel for the Internet of Things. The lack of such standards to manage the security of IoT devices, networks and data has been a stumbling block to the growth of the sector. Gartner analyst Bill Ray explains that NXP Semiconductors, Renesas Electronics and Microchip Technology’s Atmel rely on ARM designs, while Intel’s processors dominate today’s cloud data center market. Continue reading ARM and Intel Team on Common Standards for IoT Devices

Silicon Valley-based Ampere introduced two versions of its first ARM-based 64-bit server processor featuring its Ampere eMAG processors for data centers. Currently, Intel dominates this arena with 99 percent of the market using its x86-based processors. According to Ampere chief executive Renee James, a former Intel president, customers can order the chip — which is aimed at hyperscale cloud and edge computing, using ARMv8-A cores — from the company website. The Carlyle Group backs Ampere, which has 400 employees. Continue reading Ampere Takes On Intel With its ARM-Based Server Processor

ARM announced that it has acquired Stream Technologies in a deal that will bring Stream’s connectivity management capabilities to ARM’s Mbed IoT Device Management Platform. The integration of Stream tech is expected to provide customers with greater efficiencies and cost savings while managing connected devices regardless of location or network (Stream supports connectivity across wireless protocols including cellular, satellite and LoRa). ARM also recently announced a new processor designed to prevent attacks and tampering with IoT devices. Continue reading ARM to Enhance IoT Management With Purchase of Stream

Qualcomm has built numerous specialized chips for the Internet of Things and, at Computex 2018, it unveiled the Snapdragon 850 processor designed for Windows devices. The goal is for the chip to enable Qualcomm’s many partners to build a new generation of Windows-on-Snapdragon devices for the holiday season. Samsung already stated it is working on a Snapdragon 850-enabled 2-in-1 PC. The new chip is intended for devices larger than a smartphone and offers the ability to run at higher clock speeds without overheating. Continue reading Qualcomm Debuts Snapdragon 850 for Windows PCs and IoT

Perhaps beginning as soon as 2020, Apple plans to use its own chips in Mac computers, which would mean replacing the currently used Intel processors, according to sources familiar with the project. “The initiative, code named Kalamata, is still in the early developmental stages, but comes as part of a larger strategy to make all of Apple’s devices — including Macs, iPhones and iPads — work more similarly and seamlessly together,” reports Bloomberg, which adds that the multistep process has been approved by executives.

Continue reading Apple Planning to Use Its Own Chips in Macs as Early as 2020

China, the world’s largest market for silicon chips, has tried for years to challenge the dominance of Intel and Qualcomm in producing CPUs (central processing units). Some companies there are now seizing an opportunity to become No. 1 in the production of processors specifically aimed at artificial intelligence applications, from cars and smartphones to home appliances. Although Chinese companies jumped into AI from the beginning, they still face significant competition from Apple, Google, Intel and Qualcomm among others. Continue reading China Sets Sights on Dominating Global AI Processor Market

Intel reports that the eighth generation of its Core line of chips, to be debuted in new laptops in September, will offer as much as a 40 percent increase in performance over its previous generation. Although the PC market has been declining, Intel — whose chips are already in 80 percent of PCs globally — is still posting upticks. In Q2, Intel saw a 12 percent increase in chip sales. Intel’s only remaining competitor in this sector is Advanced Micro Devices (AMD), which is also bringing its new Zen chips to market this year. Continue reading Intel Claims Big Performance Leap for Next Gen Core Chips

Two years ago, Gnarbox, which offloaded video from the smartphone to enable 4K video editing, earned over $500,000 from almost 3,000 backers on Kickstarter. Today, the $299 Gnarbox — a small black box for portable backup and editing — contains a mini-PC with 1.9GHz quad-core processors, a dedicated GPU, 128GB storage, Wi-Fi, SD card slots and three USB ports, but no display. Instead, all the processing that takes place in Gnarbox is visible on the user’s smartphone, with editing in and out points indicated by a simple swipe. Continue reading Startup Gnarbox Enables 4K Video Editing From Smartphone

Microsoft’s new Windows 10 Pro for Workstations, its latest version, is aimed at use on high-end hardware and features the company’s Resilient File System (ReFS), a server-grade file system; NVDIMM-N support for persistent memory; SMB Direct for faster file sharing; and support for hardware with up to 4 CPUs and 6TB of memory. That compares to previous, standard versions of Windows 10, which support up to 2 CPUs and 2TB of memory. The new version also supports Intel Xeon and AMD Opteron processors. Continue reading Microsoft’s New Version of Windows 10 Boosts Power, Speed

IBM says it has made a significant improvement in its deep learning techniques, by figuring out a way to divide the data among 64 servers running up to 256 processors. Up until now, companies have run deep learning on a single server, because of the difficulty of synchronizing data among servers and processors. With IBM’s new capability, deep learning tasks will benefit from big improvements in speed, enabling advances in many different tasks. Customers using IBM Power System servers will have access to the new technology. Continue reading IBM Divides Data Among Servers, Speeds Up Deep Learning

Qualcomm, whose chips are in 40 percent of all smartphones, has revealed its strategy for streamlining AI tasks, by developing a software development kit (SDK) dubbed Neural Processing Engine. The SDK will help developers revamp their apps for AI tasks on Qualcomm’s Snapdragon 600 and Snapdragon 800 processors. The company first announced the SDK a year ago. Qualcomm’s tactics differ from ARM and Microsoft, which are designing new chips, and Facebook and Google, which hope to reduce the computing power needed to run AI apps. Continue reading Qualcomm Releases SDK Designed to Upgrade Apps for AI

Intel’s new Core i9 is the first consumer desktop processor with 18 cores and 36 threads in a single chip, ideal for today’s world of 4K video and virtual reality. Cores and threads allow a CPU to accomplish dedicated tasks at the same time, without sacrificing performance, and the Core i9 is progress for creators doing video editing, running virtual reality experiences, compiling code and, especially, for live-streaming video games. Intel is also fighting off Advanced Micro Devices (AMD), a rival in computer processors. Continue reading Intel’s 18-Core PC Chip Designed For 4K, VR, Gaming, More

Google is working on its third operating system after Android and Chrome OS, this one dubbed Fuchsia, an open-source, real-time OS that first appeared in August last year as a command line. Rather than being based on Linux, Fuchsia relies on a microkernel called Magenta that was developed by Google and incorporates other Google-developed software. According to Google, Magenta is aimed at “modern phones” and PCs with fast processors and large amounts of RAM with “arbitrary peripherals doing open-ended computation.” Continue reading Google Reveals More of Its Fuchsia OS for ‘Modern Phones’

After sourcing its GPUs from Imagination Technologies for years, Apple has decided to design its own GPU technology. With half of its revenue from Apple, Imagination Technologies stock has tanked as a result. GPUs, graphics processing units, are the workhorses for just about everything that Apple wants its smartphones and other devices to do, including machine learning, augmented reality and virtual reality, Siri and high resolution gaming. The GPU gets its power from its ability to multitask, processing in parallel. Continue reading Apple to Design its Own GPUs and Leave Long-Time Supplier