Tour PC Silverstone PS16

The SilverStone PS16 is a compact Micro-ATX PC tower designed for efficient airflow and flexible hardware installation. Its front panel combines a hairline brushed finish with mesh to balance a refined appearance and improved ventilation. The case supports ATX and PS/2 power supplies, includes a pre-installed 120 mm rear fan and space for a 120 mm front fan, and provides drive bays compatible with 5.25", 3.5" and 2.5" storage devices.

Advantages

The PS16 offers a compact footprint (198 mm width × 398 mm depth × 361 mm height) while accommodating performance air coolers or liquid cooling options. It features dual USB 3.0 ports on the front panel, removable dust filters for easy maintenance, and a layout designed for clean cable routing and flexible component placement.

Suitable for

• Home and office Micro-ATX desktop builds
• Compact gaming or multimedia systems with aftermarket air or liquid cooling
• Small workstations requiring multiple drive types (2.5", 3.5", 5.25")

Key specifications

• Form factor: Micro-ATX tower
• Compatible power supply: ATX / PS/2
• Pre-installed fan: 1 × 120 mm rear
• Support for additional fans: 120 mm front
• Drive compatibility: 5.25", 3.5", 2.5"
• Front I/O: 2 × USB 3.0
• Dimensions (W × D × H): 198 × 398 × 361 mm
• Manufacturer: SilverStone (SST-PS16B), EAN: 4710007228104

How to use

Install a Micro-ATX or smaller motherboard and an ATX/PS/2 power supply into the chassis, mount storage devices in the corresponding bays (5.25", 3.5", 2.5"), and populate cooling with the pre-installed 120 mm rear fan and an optional 120 mm front fan. Route cables through the case for a tidy interior and connect front-panel USB and power/reset headers to the motherboard. The removable filters can be taken out from the exterior for cleaning without disassembling major components.

Recommendations

For best thermal performance, combine the pre-installed rear 120 mm fan with a front 120 mm intake fan and ensure unobstructed airflow paths; clean the removable filters periodically to maintain cooling efficiency.