Silverstone RM61-312 6U 12-Bay Dual PSU Compatible Rackmount Chassis

RM61-312

6U 12-Bay Rackmount Chassis equipped with dual PSU compatibility, triple 360mm radiator support, and 12 Gb/s Mini-SAS HD SFF-8643 featuring SGPIO compatibility

• Equipped with 12 x 2.5" SSD or 3.5" HDD hot-swappable trays

• Internal backplane supports 12-port SAS / SATA drives and features 12 Gb/s Mini-SAS HD SFF-8643 connectors along with SGPIO compatibility

• Dual PSU support for PS2 (ATX), Mini Redundant, or 2U Redundant

• Triple 360mm radiator support

• Security lock fitted on the front removable door

• Support up to E-ATX or SSI-EEB motherboards

• Upright or horizontal placement flexibility

• 8 PCI expansion slots

Enhanced Storage Capabilities

Based on the design foundation of the RM600, the bottom 2U height of the front panel in the RM61-312 is equipped with 12 hot-swappable drive trays that support 2.5" SSDs or 3.5" HDDs in 12G-SAS or 6G-SATA formats, in contrast to the perforation design seen in the RM600.

Transcending Conventional Cooling Standards

With three sets of 3 x 120mm fan mounts positioned at the front and on both sides of the chassis, each set facilitating the installation of a single 360mm radiator, a total of three 360mm radiators can be accommodated. This design not only establishes a unique niche in the market but also surpasses traditional rackmount cooling standards.

Enhanced Power Options

A feat that's been incorporated in many SilverStone chassis, the support for dual power supplies is a standout feature also present in the RM61-312. This capability proves extremely beneficial, offering enhanced reliability, power redundancy, and the flexibility to manage demanding power requirements systems seamlessly.  Primary PSU slot : PS2 (ATX) / Mini Redundant / 2U Redundant Secondary PSU slot : PS2 (ATX)

Versatile Chassis for Diverse Environments

This dual-purpose chassis seamlessly accommodates both industrial rackmount applications and high-end home systems. Its flexible design allows for placement in either vertical or horizontal orientations, catering to diverse usage preferences.