HP ZBook Studio 16 G10 Mobile Radiology Workstation | 16" 8MP 4K UHD DICOM Calibrated | Core i7-13800H @ 5.2GHz | 64GB DDR5 | 512GB NVMe SSD | Intel Iris Xe 4GB | Win11 Pro
This is The HP ZBook Studio 16 G10 Mobile Workstation—an exemplary mobile PACS workstation crafted for the precision and efficiency demands of the medical field, particularly suited for radiologists. This workstation combines robust processing power, advanced graphics, and high-speed storage in a sleek, durable package designed to handle the rigors of healthcare environments.
Unparalleled Performance
The HP ZBook Studio 16 G10 is equipped with the latest 13th Gen Intel Core processors, including options up to the i9-13900H, providing outstanding performance for demanding tasks like rendering high-resolution medical images and processing large datasets. These advanced processors are paired with up to 64GB of high-speed DDR5 RAM, which ensures smooth multitasking and efficient management of complex workflows. This powerful combination allows users to handle intensive applications with ease, making the ZBook Studio 16 G10 an excellent choice for professionals who require top-tier performance and reliability in their computing tasks.
Processor
The HP ZBook Studio 16 G10 features Intel Core processors designed for demanding medical imaging and diagnostic tasks.
Processor Highlights:
Intel Core Family: Delivers robust performance and energy efficiency.
Multiple Cores and Threads: Handles complex multitasking with ease.
Turbo Boost Technology: Increases frequency for added performance during intensive tasks.
Large Cache Sizes: Enhances speed and responsiveness by reducing latency.
Optimized Viewing for Diagnostic Imaging
The 16:10 aspect ratio of the HP ZBook Studio 16 G10 Mobile Radiology Workstation provides 11% more vertical content than a standard 16:9 display, essential for radiologists who need to view more of the image with less scrolling. This improvement helps maintain diagnostic integrity by ensuring vital details are always visible, reducing the need to minimize program menus or toolbars.
The pixel density on the 16-inch WQUXGA display also surpasses that of a typical 17-inch screen, delivering sharper, more detailed images crucial for accurate diagnosis and analysis.
Key Benefits:
- Enhanced Vertical Space: Shows more vertical content, ideal for detailed diagnostic images.
- Improved Workflow: Reduces scrolling, allowing radiologists to focus on image analysis.
- Comprehensive Image Display: Ensures critical details are visible simultaneously.
- Higher Pixel Density: Offers superior image clarity compared to a 17-inch display, enhancing diagnostic accuracy.
Nvidia RTX Graphics Card
The HP ZBook Studio 16 G10 comes equipped with a versatile range of graphics options, tailored to meet the diagnostic needs of radiologists who require precision and detail in medical imaging. The workstation offers integrated Intel® Iris® Xᵉ Graphics for standard visual tasks and a series of high-performance NVIDIA GPUs to handle more demanding imaging applications:
- NVIDIA RTX™ A1000 (6GB GDDR6): Suitable for moderate imaging tasks, balancing performance and efficiency for everyday diagnostic needs.
- NVIDIA RTX™ 2000 Ada Generation Laptop GPU (8GB GDDR6): Provides robust performance for moderate imaging tasks, making it a versatile choice for a variety of imaging applications.
- NVIDIA RTX™ 3000 Ada Generation Laptop GPU (8GB GDDR6): Suitable for detailed scans and 3D modeling, offering enhanced capabilities for demanding imaging tasks.
- NVIDIA RTX™ 4000 Ada Generation Laptop GPU (12GB GDDR6): Ideal for advanced diagnostic imaging and virtual simulations, providing superior performance for high-resolution, multi-frame radiographs and complex reconstructions.
- NVIDIA GeForce RTX™ 4070 Laptop GPU: Excels in rendering detailed medical visuals and is especially adept at handling dynamic or time-based imaging like fluoroscopy, providing a smooth and detailed viewing experience.
- NVIDIA GeForce RTX™ 4080 Laptop GPU: Best for radiologists seeking ultra-high resolution and rapid processing speeds for dynamic imaging, including real-time image processing and advanced 3D reconstruction tasks.
These GPUs support advanced visual tasks required in radiology, including high-definition decoding and DirectX 12, and are capable of managing multiple high-resolution displays when connected via HP Thunderbolt Dock G2. This is essential for radiologists who require precision in viewing diagnostic images across several monitors. The ECC feature in the higher-end RTX models further ensures data integrity, which is crucial for maintaining accuracy in diagnoses. With this comprehensive GPU setup, the HP ZBook Studio 16 G10 is equipped to meet the demanding and precision-critical needs of modern radiological practices.
DICOM Calibrated with PerfectLUM
PerfectLum is expertly designed to optimize the HP ZBook Studio 16 G10’s 4K display, ensuring compliance with medical imaging standards such as DICOM for precise grayscale accuracy. This feature is crucial for maintaining the correct grayscale levels needed for reliable medical diagnostics. Additionally, PerfectLum calibrates the display to maintain the full 100% DCI-P3 color gamut, which is essential for accurate color representation in radiological work. This wide color gamut ensures that colors are depicted with high fidelity, which is vital for detailed imaging tasks. By enhancing both grayscale and color accuracy, PerfectLum significantly improves the display quality of the ZBook Studio 16 G10, supporting accurate diagnostics and effective medical imaging.
High-Velocity DDR5 Memory
The HP ZBook Studio 16 G10 is equipped with flexible memory configurations to support demanding multitasking and data-intensive applications common in medical diagnostics.
Memory Highlights:
- Maximum Capacity: Up to 64GB DDR5-5600 RAM
- Slots: Configurable with multiple memory slots to achieve the desired capacity.
- Speed: DDR5 ensures high-speed data processing and efficient multitasking capabilities.
- Reliability: High-speed memory is crucial for running multiple applications simultaneously and managing large datasets without performance degradation.