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The Intel Pentium G3220 processor is based on the new 22nm Haswell Microarchitecture for improved CPU performance. State-of-the-art power management innovations help keep power consumption in check. The virtualization technology enables better productivity and manageability. Advanced Intel integrated graphics enables discrete-level graphics performance. Extract more power from your Haswell core-based processor.
Haswell Microarchitecture on 22nm processThe new Microarchitecture (code name Haswell) has full integrated voltage regulator (FIVR) for simplified motherboard design. It delivers improved CPU performance and enhanced overclocking over its previous generation Microarchitecture.
Intel processor graphics with Dx11.1 & OPenCL 1.2Haswell core-based processors offer improved integrated graphics. The integrated graphics supports DirectX 11.1 for optimized graphics performance and OpenGL 3.2 & OpenCL 1.2 for enhanced general purpose computing in GPGPU supported applications. It also features digital display repartition, where digital display ports are wired directly to the CPU and analog displays are handled by a Random Access Memory Digital-to-Analog Converter (RAMDAC) located in the Platform Controller Hub (PCH). It supports up to three independent displays: HDMI, DVI, Display Port, VGA (via Lynx Point).
Intel Virtualization Technology (Intel VT)With Intel VT, one hardware platform functions as multiple "virtual" platforms. For business, Intel VT offers improved manageability, limiting downtime and maintaining worker productivity by isolating computing activities into separate partitions. In the home, Intel VT allows creating unique user environments for multiple family members using the same platform simultaneously.
Haswell power management innovationHaswell core-based processors offer advanced power management. It has 20x + improvement from prior generation and is automatic, continuous, fine-grained, transparent to well written SW.
Pros: *Price *Performance *Low Energy Consumption *Impressive Gaming Performance
Cons: OC'ing is out of the question
Overall Review: I purchased this for a friends build on a budget and needless to say I am surprised on how well it performs. Its not a Core i3 or Core i5 and while it doesn't perform as well in intensive programs like Cinebench R15 and the x264 HD Video encoding its an amazing value for average daily use. Where it really shines and blew me away was in gaming. As I said I purchased this for a friends budget build with the intention of later upgrading to a Core i5 when he could afford a Core i5. Its paired with a EVGA GTX 760 and the truth is I thought it would bottleneck a little but I don't notice any difference between this and my personal Core i5-2500 and GTX 760. I actually went back and benchmarked a couple of games like Bioshock Infinite, Sleeping Dogs and Tomb Raider. I was expecting a much bigger gap but instead was pleasantly surprised to see that my system and his are within 7fps of each other on those games. I can't say enough about how impressed I am with this chip. It stays cool and the stock cooler is actually pretty quiet this time around. I am assuming the fact this CPU doesn't get hot sort of negates the need for a large heatsink. I was going to go with an AMD APU but decided to go this route instead last minute and I am glad I did. This is a solid choice for an everyday family PC, office PC and an exceptional budget gaming CPU that could last you for a while until you decide to upgrade...if that upgrade is even needed. My build: Core i5-2500 (non K), 8GB Gskill 1600, EVGA GTX 760, 1TB Hitachi HDD. His build: Intel G3220, 8 GB Team Elite 1333, EVGA GTX 760, 1TB Seagate HDD