- SSI-EEB Compatible
- Dual Hot-Swap Bays
- SD Card Reader
- Dual 140mm Intake Fans
- Fine Mesh
- Adaptive Storage Support
- Versatile Cooling Options
- Pre-installed I/O cables sleeve
The MasterBox NR600P is a workstation powerhouse that can configure for a wide range of professions. SSI-EEB support, a professional-grade I/O panel, and unrivaled cooling capabilities make the MasterBox NR600P the most functionally adaptive E-ATX case for creatives & professionals.
Each feature reflects different occupations with different needs. On-the-job hot-swap support and massive storage expansions offer appealing solutions for i.e. video editors, whereas GPU intensive rigs benefit most from the ability to house multiple graphics cards. Built and designed by purpose, the MasterBox NR600P is an elegant chassis for uncompromisingly powerful hardware.
Dual CPU motherboards are supported for high-end, server-grade workstations.
DUAL HOT SWAP BAYS
Two 2.5” SSDs, 3.5” HDDs, or a combination of both are conveniently accessible from the front panel for interchangeable, on-the-fly data retrieval.
SD CARD READER
A high-speed, USB 3.0 SD Card Reader is integrated into the I/O panel for immediate access to files.
DUAL 140MM INTAKE FANS
Two pre-installed 140mm fans provide high volumes of fresh air to the system, while one pre-installed 120mm fan exhausts hot air.
The Fine Mesh design on the front panel is proven to provide proficient airflow while filtering out dust for enhanced performance and hardware longevity.
ADAPTIVE STORAGE SUPPORT
An included drive cage, able to mount 2 x 2.5” SSDs or 2 x 3.5” HDDs, can be adapted for multiple GPU configurations or repositioned for radiator support depending on the workstation’s requirements. An optional drive cage can be added to the configuration.
VERSATILE COOLING OPTIONS
Support for up to six 120mm fans and front, top, and rear liquid cooling ensure the utmost performance.
PRE-INSTALLED I/O CABLES SLEEVE
The front panel cables are pre-grouped in a modular plastic sleeve for an easier and faster assembly of the system.