SilverStone has expanded its cooling solutions with the introduction of two new Small Form Factor (SFF) CPU coolers, the XE02-AM5B and XE02-TR5B. These compact coolers are designed to provide efficient thermal management for demanding processors in space-constrained environments, targeting both mainstream AM5 builds and high-end Threadripper workstations.
Key Takeaways
- Two new SFF CPU coolers: XE02-AM5B for AM5/AM4 and XE02-TR5B for sTR5/SP6/TR4/SP3 sockets.
- Both models feature five 6mm heat pipes and aluminum fins for effective heat dissipation.
- Equipped with a 60mm PWM dual ball bearing fan capable of high airflow and static pressure.
- XE02-AM5B supports up to 170W TDP, while the XE02-TR5B handles up to 350W TDP.
Compact Powerhouses for Demanding CPUs
SilverStone’s latest offerings, the XE02-AM5B and XE02-TR5B, are engineered for users who require robust cooling in compact 2U server and workstation chassis. Despite their small footprint, these coolers pack a punch with a design that includes five 6mm heat pipes and aluminum fins, marketed by SilverStone for their “excellent heat conducting efficiency.”
Shared Design, Differentiated Performance
Both the XE02-AM5B and XE02-TR5B share a common core design featuring a central 60mm PWM dual ball bearing fan. This fan is specified to operate within a 2000 to 14,000 RPM range, delivering a maximum airflow of 72.8 CFM and a static pressure of 47.18 mmH2O. The fan also boasts a Mean Time To Failure (MTTF) of 70,000 operational hours.
However, the two models diverge significantly in their thermal dissipation capabilities:
- XE02-AM5B: Designed for AMD’s AM5 and older AM4 sockets, this cooler is rated to handle CPUs with a Thermal Design Power (TDP) of up to 170W.
- XE02-TR5B: This more potent variant is built for AMD’s high-end desktop (HEDT) and server platforms, supporting sTR5, SP6, TR4, and SP3 sockets. It is capable of managing CPUs with a TDP of up to 350W, making it suitable for processors like AMD EPYC 8004 and Ryzen Threadripper 7000 series.
The XE02-TR5B’s higher TDP rating is crucial for cooling the power-hungry processors typically found in professional workstations and servers.
