I’ve been thinking a lot lately about microprocessors, from the many-core CPUs that AMD and Intel introduced recently to the massively scalable GPGPU processing that’s taking machine learning by storm. After years of consolidation on commodity x86 CPUs, it seems that the computing paradigm is turning again to specialized offload processors. This trend towards heterogeneous computing will change the face of hardware, from mobile devices to the datacenter.
I’ve really enjoyed experimenting with the Raspberry Pi, and have even deployed a few as UNIX servers in my home and office network. The quad-core performance of the latest Pi models is awesome, but serious I/O limitations remain. With just one USB 2.0 interface shared for all network and storage operations, you aren’t going to […]
We all knew that the iPhone 6s and iPad pro would boast CPU and graphics performance to challenge mainstream PC’s, but it has now been revealed that the storage layer packs revolutionary NVMe/PCIe connectivity and performance. Although the iPhone 6s doesn’t need this kind of performance, the forthcoming iPad Pro ought to rock!
Perhaps “Windows RT” is meaningful and appropriate in Microsoft’s eyes, but it is an utter failure if no one else comprehends the name. Microsoft should have used a more obvious and meaningful term to differentiate “run time” products instead of another investment in Windows Alphabet Soup.
Eye-Fi (the company) would rather that we focus on the capabilities of their card rather than its technical components. But any self-respecting geek is going to want to know what makes it tick! I’d rather not cut open my card to get a peek at the chips inside, but Eye-Fi released some official details about the components used in the X2 series of cards, and a quick Google search revealed all that I needed to know.