Intel Core i5-4670T

The Intel Core i5-4670T is a quad-core desktop processor released in June 2013 under the Haswell architecture. Built on a 22 nm process, it distinguishes itself by offering four physical cores without Hyper-Threading, handling four threads simultaneously. It features a base clock of 2.3 GHz and a turbo boost of up to 3.3 GHz. The defining characteristic of the 4670T is its 45 W TDP, which sits perfectly between the low-power dual-core 'T' series and the standard 84 W desktop quad-cores. This makes it an excellent choice for small form factor (SFF) builds, home theater PCs, and compact workstations that require genuine quad-core performance without generating excessive heat. It includes 6 MB of L3 cache and Intel HD 4600 integrated graphics. For users needing a balance of multi-threaded capability and thermal efficiency in a constrained space, the 4670T was a highly capable and versatile solution.

The Intel Core i5-4670T offered a rare proposition in 2013: four physical cores with a strict 45W TDP. This made it ideal for mini-ITX builds and HTPCs that needed more multi-threaded muscle than a dual-core could provide, without the heat of an 84W chip. With clocks up to 3.

3 GHz and 6MB of cache, it was highly capable. Today, it remains a decent basic PC chip but lacks modern security and efficiency features.

Launched in mid-2013, the Core i5-4670T addressed a specific gap in Intel's desktop lineup. While the standard 'K' series chips catered to enthusiasts and the 35 W 'T' series targeted basic SFF builds, the 4670T offered true quad-core performance in a low 45 W envelope. This was particularly appealing during a time when SteamOS and console-style living room PCs were gaining traction.

The 4670T allowed builders to create compact, console-sized PCs capable of playing contemporary games at medium settings without requiring massive coolers. It also became a staple in All-in-One designs where space and cooling are at a premium. As part of the Haswell family, it benefited from a mature 22 nm process but was eventually overshadowed by the refresh (Devil's Canyon) and the 14 nm Broadwell and Skylake generations.

Still, it remains a notable iteration in Intel's low-power desktop efforts.