What a device like the Neural Compute Stick does well, is fill a gap in the market. And, in doing so, it make artificial intelligence that little bit more accessible.

Technology Editor Bill Wong gives us his appraisal of Intel’s latest Neural Compute Stick 2 after taking a hands-on look.

The Neural Compute Stick 2 uses a Movidius Myriad X artificial intelligence chip and is geared for prototype projects.

At an event in Beijing, Intel debuted the Neural Compute Stick 2, which packs a Myriad X system-on-chip it claims has an 8 times performance advantage.

Movidius has this week unveiled its new Fathom Neural Compute USB Stick which has been created to provide an easy way to add low-power machine vision technology to your project.

Intel-owned Movidius has introduced a fascinating new device called the Fathom Neural Compute Stick, a modular deep learning accelerator in the form of a standard USB stick. "The Fathom Neural Compute ...

At its first artificial intelligence developer conference in Beijing, China, last week, Intel unveiled a second generation neural network in USB form, the Neural Compute Stick 2. Designed to level ...

Intel has announced the launch of its new Movidius Neural Compute Stick, the device brings machine learning to your computer via USB. The Intel Movidius Neural Compute Stick is now available to ...

Last July, I took note when Intel released the Neural Compute Stick. It looked like an oversized USB stick, and acted as an accelerator for local AI applications, especially machine vision.

Unambiguously named the ‘Neural Compute Stick 2’ (NCS2), it was reasonably priced and promised a 6-8x performance increase over the last model, so I decided to give it a try to see how well it ...

Movidius has incorporated their Myriad 2 processor into a new USB device called the Fathom Neural Compute Stick. You can plug the Fathom into any USB-capable device and that device can begin to ...

Now to make them more accessible to smaller developers, Intel has launched the Movidius Neural Compute Stick, packing deep learning into a USB thumb drive.