MSI Workstation WT73VR 2.9GHz i7-7820HK 17.3" 1920 x 1080pixels Black Mobile workstation
- 7th gen Intel® Core™ i7 Processor
- 17.3" Screen Size
- 1512 GB Capacity
- 9.13 lbs (4.14 kg) Weight
- Windows 10 Pro Operating System
Intel-powered mobile workstation laptops handle ultra-demanding workloads while supporting creativity and collaboration. Reduce downtime and limit IT disruption with built-in security and remote management capabilities – at home, office or on the road.
When it comes to powerful computing on the go, the Intel® Xeon® mobile processor-based workstations are in a class of their own, providing a spectrum of performance, reliability, and expandability that extends well beyond the capabilities of standard mobile computers.
Upgraded I/O bandwidth & feature enhancements enable superior responsiveness and increased productivity thanks to new technologies that boost data transfer rates and double the number of PCIe* lanes.
Explore the features and benefits of the mobile Intel® CM238 chipset
More than 15 of the most common content creation & computer-aided design (CAD) applications are certified on Intel® HD P530 graphics Thunderbolt™ 3 technology and ensure compatibility for the product’s features.
Intel® HD graphics deliver once out of reach entry-level workstation performance and visuals to designers, engineers, and media creators. With built-in graphics capabilities, designers no longer need a discrete graphics card.
ECC memory protects your system from potential crashes and changes in data. ECC memory catches and corrects single-bit errors on-the-fly to keep workstation applications running reliably and without error. Single-bit memory errors occur with no fault of the user. The longer a system operates throughout the day, the greater risk it has for memory errors and this risk increases with the age of the system.
Bring speeds up to 40 Gbps to USB-C Thunderbolt™ Technology and create one compact port that does it all – delivering the fastest, most versatile connection to any dock, display, or data device.