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The performance of ultra-compact form-factor (UCFF) desktops has improved significantly over the years, thanks to advancements in semiconductor fabrication and processor architecture. Thermal solutions suitable for these 4in. x 4in. machines have also been evolving simultaneously. As a result, vendors have been able to configure higher sustained power limits for the processors in these systems. With Intel and AMD allowing configurable TDPs for their notebook segment offerings, UCFF systems with regular 45W TDP processors (albeit, in cTDP-down mode) are now being introduced into the market.
GEEKOM became one of the first vendors to release a Core i9-based UCFF machines with the launch of the Mini IT13. Based on paper specifications, this high-end Raptor Lake-H (RPL-H) UCFF desktop is meant to give the mainstream RPL-P NUCs stiff competition in both performance and price. Read on for a detailed look into the performance profile and value proposition of the Mini IT13's flagship configuration, along with analysis of the tradeoffs involved in cramming a 45W TDP processor into a 4x4 machine.
GEEKOM became one of the first vendors to release a Core i9-based UCFF machines with the launch of the Mini IT13. Based on paper specifications, this high-end Raptor Lake-H (RPL-H) UCFF desktop is meant to give the mainstream RPL-P NUCs stiff competition in both performance and price. Read on for a detailed look into the performance profile and value proposition of the Mini IT13's flagship configuration, along with analysis of the tradeoffs involved in cramming a 45W TDP processor into a 4x4 machine.
