UP AI CORE X is a complete product line of neural network accelerators for edge devices. Whether the automation you are creating is for identifying and tallying items in a shopping cart, alerting airport security to unattended luggage, or monitoring traffic congestion ahead of an autonomous vehicle, the AI CORE X let’s you embed the real-time computational power you need directly where you need it.
Cloud computing is great for many things, but not for real-time edge applications with tight latency, bandwidth, security, and reliability constraints. Sometimes, the only solution is to co-locate the processing of data with the collection of data. This means no cloud computing. Thankfully, the skies are clearing. With up to four trillion operations per second (TOPS) and a Neural Compute Engine capable of delivering up to one TOPS, all with just a few watts of power, AI CORE X is perfect for doing the heavy lifting in any edge application.
The AI CORE X is powered by the recently released Intel® Movidius™ Myriad™ X, a third-generation vision processing unit (VPU) that is the first in its class to include a Neural Compute Engine — a dedicated hardware accelerator for deep neural networks, trainable with industry-standard tools.
|Chipset||Movidius™ Myriad™ X 2485|
|Onboard memory||4 Gbits LPDDR4|
|Shipping||Free worldwide shipping|
|AI Core X||AI Core XM 2280|
|Form Factor||mPCIe||M.2 2280 M+B key|
|Myriad X SoCs||1||2|
|Dimensions||24 x 42 mm||22 x 80 mm|
|Thermal||Fan-less heatsink||Heatsink with active fan|
AI CORE X
UP AI CORE XM
The Myriad X chip used on the AI CORE X is the successor to the Myriad 2 chip.
|Myriad 2||Myriad X|
|Compute Capacity||>1 TOPS||>4 TOPS|
|Vector Processors||12x SHAVE Processors||16x SHAVE Processors|
|CPUs||2x LEON4 cores (RISC; SPARC V8)||2x LEON4 cores (RISC; SPARC V8)|
|On-chip Accelerators||~20 image/vision processing accelerators||20+ image/vision processing accelerators, Neural Compute Engine (DNN accelerator)|
|Neural Network Capability||1st Gen DNN Support (Up to 100 GFLOPS)||Neural Compute Engine (Up to 1 TOPS)|
|On-chip Memory and Bandwidth||2 MB (400 GB/sec)||2.5 MB (450 GB/sec)|
|Video||VGA, 720p, 1080p, H.264 (software encoder)||M/JPEG 4K at 60 Hz encoder, H.264/H.265 4K at 30 Hz encoder|
|Process||28 nm HPC+/HPC/HPM (TSMC)||16 nm FFC (TSMC)|