Although they were detailed and rumored earlier, Intel has now officially announced new Core i3 and Pentium CPUs based on Haswell architecture as well as refreshed Core i5, Core i7 and Celeron lines that will based on both Haswell and Ivy Bridge architecture. Intel has also released the new Xeon E3-1220L v3 model, announced back in June.
Specifications of the new Intel Pentium CPUs based on Haswell architecture is identical to the previously available Ivy Bridge Pentium lineup with the exception a slightly higher graphics clock as well as the obvious architecture change. The standard-power 54W TDP Pentium G3220, G3420 and the G3430 will replace the existing G2030, G2130 and the G2140 CPUs. The new Haswell-based CPUs work at 3.0, 3.2 and 3.3GHz and feature two cores and 3MB of L3 cache. The low-power 35W TDP parts include G3220T and the G3420T that will replace the G2030T and the G2120T Ivy Bridge parts, These two are clocked at 2.6 and 2.7GHz.
Unlike the new Pentium lineup, the new Core i3 lineup based on Haswell architecture features higher specifications as the entire lineup will now feature AES instructions and GT2 graphics part that was previously available only on few Core i3 Ivy Bridge parts. The new Core i3-43xx series will feature 4MB of L3 cache and new HD 4600 graphics part. It will be based on three SKUs, Core i3-4330, Core i3-4330T adn the Core i3-4340. The lower Core i3-41xx series will feature two parts, the Core i3-4130 and the Core i3-4130T. The T-parts will naturally have lower 35W TDP while standard ones will work at 54W.
Intel also launched a couple of new Haswell-based Core i5/i7 CPUs as well as few Celeron/Core i5 CPUs based on older Ivy Bridge architecture. The new Haswell lineup includes the Core i5-4440, Core i5-4440S and the Core i7-4771 while Ivy Bridge lineup includes the Celeron G1630, G1620T as well as the Core i5-3340 and Core i5-3440S. The new Haswell CPUs are simply a slight refresh with higher base clock frequency.
You can check out the precise specs as well as the price in the table below.
Source:
Via CPU-World.com.