Examples of using Graphics core in English and their translations into Russian
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Official
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Colloquial
The integrated graphics core is.
Graphics Core Next was introduced with the Radeon HD 7000 Series.
Memory Interface: This is the form of interface the graphics core has with its video RAM.
Built on a modern AMD graphics core with 1024 stream processors, you can go full HD.
The cards are the first products to take advantage of AMD's new"Graphics Core Next" compute architecture.
Built on a modern AMD graphics core, you get all the same features as found in SAPPHIRE's higher-end graphics cards.
The'XTX' suffix is only found in cards using ATi's most expensive, and powerful, graphics cores.
Memory Interface:'XL' cards all use a graphics core with a full 256-bit memory interface.
Memory Interface: The memory interface of a Radeon card without a suffix depends on the graphics core used.
Memory Interface:'GT' cards are all based on graphics cores using a 256-bit memory interface.
Southern Islands" was the first series to feature the new compute microarchitecture known as"Graphics Core Next"GCN.
NEW: GMABooster allows to manually adjust the graphics core clock of Intel Graphics Media Accelerator 950!
Processing Units: In less powerful cards using this suffix,all of the pipelines in the graphics core are available.
Clock Speeds: This is the clock speed that the graphics core and video RAM run at; they do not need to be the same.
In graphics cores that can have up to 16 pipelines, the'pro' card has only 12 available; the other 4 are disabled.
Often, it will have half the potential interface width that the graphics core used is capable of.
Processing Units: Depending upon the graphics core used, a card without a suffix may have a varying number of pipelines available.
Processing Units:'XL' is the lowest suffix that always has all of the potential pipelines in a graphics core available for use.
Clock Speeds: The clock speeds for both the graphics core and the video RAM in these cards is fairly high; it's the same as would be found in cards using the'XL' suffix.
LE' cards, like'SE' cards,are designed around the lowest specifications in use for any particular graphics core.
Processing Units: All HyperMemory cards currently in production use lower-end graphics cores, and have all of the processing units enabled.
Each suffix tends to indicate a general trend of features andlimitations that are common when applied to different lines of card and different graphics cores.
These cards are based on the fourth iteration of the Graphics Core Next architecture, featuring GPUs based on Polaris 30, Polaris 20, Polaris 11, and Polaris 12 chips.
Processing Units: Cards with this suffix will have a large number of processing units available, all that the graphics core has.
The GMA 900 was the first graphics core produced under Intel's Graphics Media Accelerator product name, and was incorporated in the Intel 910G, 915G, and 915Gx chipsets.
Memory Interface: All current'GTO' cards are based on an enthusiast/performance graphics core, and use the full 256-bit interface.
GMABooster allows to manually adjust the graphics core clock of Intel Graphics Media Accelerator 950(currently supported chipsets: Intel 945GM/GME/GMS/GSE and 943/940GML/GU Express).
In any card series with a'HyperMemory' card,there is also an'SE' or'LE' card, that is effectively identical in terms of the graphics core.
Memory Interface: Depending on the graphics core used,'pro' cards have a 128-bit or a 256-bit interface; it is whatever is the maximum size the core has.
Since the introduction of the'pro' suffix, the lack of a suffix usually indicates both a lower clock speed for both the graphics core and video RAM than found in cards bearing the'pro' suffix.