Modular Edge AI Performance Accelerators
- High-Speed NVMe storage
- Real-time GPU Acceleration
- PCI/PCIe Expansion
Leverage The Power Of GPU Inference Analysis
for Medical Imaging and Diagnostics
NVIDIA PROFESSIONAL GRAPHICS FOR
ACCELERATING LIFE SCIENCES AND MEDICAL IMAGING With NVIDIA GPUs
Researchers and medical professionals count on the unmatched performance and innovative capabilities of NVIDIA® professional graphics and data center GPUs to tackle even the most demanding life sciences, clinical visual computing and High-Performance Computing (HPC) tasks with ease. Built to mission-critical quality standards and offering long lifecycle availability – a key advantage in regulated products and environments – NVIDIA data center, desktop and embedded GPU solutions provide the visual and compute performance required for the world's most sophisticated medical diagnostic systems, bioinformatics workstations, or basic research across the full portfolio of life sciences disciplines.
WORLD-CLASS QUALITY FOR
OEM Medical Device Manufactures
The ISO 13485 is a set of specific and comprehensive requirements for a quality management system (QMS) that emphasizes medical device products. Located in Los Angeles, California Premio's ISO-13485 certified manufacturing operation is able to design, test, and assemble mission-critical computing solutions for OEM medical device companies.
Industrial-Grade Computing for Medical Imaging
Premio's line of robust, purpose-built industrial computers are designed to enable medical inference at the edge. With high-performance GPU support, these certified, industrial-grade computing solutions are ready to meet the real time processing demands for medical imaging and diagnostics.
NVIDIA GPUs are the engines that power the world's most sophisticated medical imaging solutions. The compute architecture uses parallel processing techniques to break down complex visual computing problems such as interpretation and visualizing data provided by CT, ultrasound, MRI and PET scans into many smaller tasks that run simultaneously (in parallel). NVIDIA RTX™ enabled GPUs include Tensor Cores optimized for AI (deep learning) and RT Cores designed for real-time photorealistic 3D visualization. The massive core count advantage allows GPUs to run vital tasks in parallel at far greater speeds across a broad spectrum of medical imaging technologies and life sciences research applications.
NVIDIA RTX Ampere
Exceptional Performance By Design
NVIDIA GPUs for Premio Edge Computers
|Product||GPU Memory||Memory Interface||CUDA Cores||Tensor Cores||RT Cores||TDP|
|NVIDIA RTX A5000||24GB GDDR6 ECC||384-bit||8192||256||64||230W|
|NVIDIA RTX A4500||20GB GDDR6 ECC||320-bit||7168||224||56||200W|
|NVIDIA RTX A4000||16GB GDDR6 ECC||256-bit||6144||192||48||140W|
|NVIDIA RTX A2000 12GB||12GB GDDR6 ECC||192-bit||3328||104||26||70W|
Premio is part of NVIDIA Partner Network that provides in-depth knowledge into the latest technologies powering machine learning and artificial intelligence. Our rugged edge computing solutions are validated to support enterprise performance acceleration cards (GPUs) from NVIDIA's portfolio of compute, virtualization, and visualization products.
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Premio is part of PNY's Pro Partner network of distribution that provides access to NVIDIA's Professional GPUs. PNY is a global technology leader within the OEM, consumer and channel electronics markets. Established in 1985, PNY celebrates its 30th year of business excellence serving consumers, system integrators, OEMs, and B2Bs.
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Advancements in AI-enabled Medical Imaging
Provide Solution for Prevention
High-speed computing and parallelized graphics computing has helped provide a higher quality of medical imaging and preventative care. Rather than relying on expert humans who can eventually tire, machine learning through inference analysis can view and analyze hundreds of scans in real-time to recognize meaningful patterns. This is accomplished with deep learning algorithms and neural networks that effortlessly compare 3D images with hundreds of thousands of images to detect even the smallest life-threatening issues.
Why Choose Premio
Expertise In The Design, Engineering and Manufacturing for Edge Computers for industry 4.0 automation and rugged IoT deployments in remote and mobile applications
- 30+ years of extensive design expertise in rugged computing solutions focused for reliability and longevity
- Thermal simulation chambers to guarantee wide operating temperatures remote and mobile edge deployments
- Global turnkey manufacturing and support infrastructure to accelerate scalable mass deployments in rugged edge computing solutions
- Long Product Life Cycles to ensure hardware reliability
- Deep understanding of IoT technologies in computation, storage, and connectivity designed for edge computing
- Regulatory testing and compliance options for rugged edge computers in the North America Markets
GPU Inference Analysis: A Perspective at the Rugged Intelligent Edge
Industrial grade computers are bundled with powerful GPUs to enable real-time inference analysis at the rugged edge. Learn more about the 5 most popular real- world applications using machine learning for insights.
What is Computer Vision for Medical Imaging?
Localizing compute power for medical imaging has revolutionized intelligent healthcare. Learn how industrial computers are powering computer vision for medical imaging.
What is ISO 13485 Standard? Requirements for ISO 13485 Certification
Understand what is ISO 13485 standard and why it's essential for the medical industry!