Use it even when you're out! Portable GPU that fits in your pocket <Materials available>
Unlock the potential of AI on the go with NVIDIA RTX GPU! Build a high-performance work environment.
"Pocket AI" is a compact product that combines high flexibility and reliability, allowing it to be used as an AI accelerator on the go. It supports plug-and-play and offers an excellent power-performance balance utilizing the NVIDIA RTX A500. It is suitable for the work environments of AI developers and professional graphic users, as well as for field applications in the embedded industrial sector, contributing to increased productivity through accelerated processing. The Thunderbolt interface used in this product is a high-speed communication standard that has become popular in laptops, thin clients, and compact PCs. With the evolution to version 4.0 (backward compatible with 3.0) and the adoption of USB Type-C connections, peripheral devices and gadgets utilizing this technology are continuously emerging. By leveraging the optical transfer speed of Thunderbolt (up to 40Gb/s) and the general availability of hosts, it achieves an intuitive plug-and-play UX that significantly enhances productivity.
basic information
GPU Accelerator "Pocket AI" 【Features】 - NVIDIA RTX A500 GPU, 4GB GDDR6 - 2048 NVIDIA CUDA cores / 64 NVIDIA Tensor cores / 16 NVIDIA RT cores - 100 TOPS DENSE INT8 for inference - 6.54 TFLOPS peak FP32 performance - Enhanced features with NVIDIA CUDA X and RTX software - Dimensions: 106×72×25mm (under 200cc), Weight: 250g - Auxiliary power input via USB PD - Data transfer bandwidth of 40Gb/s via Thunderbolt 3.0 + USB Type-C *Individual customers can purchase from PC4U.
Price information
Please contact each retailer for inquiries.
Delivery Time
Model number/Brand name
Pocket AI (EGX-TBT-A500)
Applications/Examples of results
With its compact size and portability, Pocket AI can be easily integrated into existing embedded systems, providing flexible and efficient solutions for a wide range of projects, including AI, machine learning, and image processing.
