PHOTO INTEL CORE i7 PROCESSOR
THE MICROPROCESSOR CORE I7, FIRST OF A NEW FAMILY OF CHIPS BAPTIZED Nehalem, is a component of quad-core quad-core processor EAST, AND THE NEW AND IMPROVED HYPER THREADING USED AND THEIR USE QUICK PATH NEW TECHNOLOGY IS NO DOUBT THE PREDECESSOR'S NEW AND REPLACEMENT AND RELIABLE AND UP TO THAT TIME UNBEATABLE CORE 2 DUO.
PHOTO AND HOUSING CORE i7
ONE OF THE CORE I7 NEWS IS YOU CAN COMPLETELY OFF THREE OF ITS FOUR ENGINES OF CALCULATION AND ALLOW THE OPERATING ROOM A HIGH SPEED, SAVING POWER TO ACCELERATE SOME TIME PROCESSES. BY GLENN HINTON, ONE OF THOSE RESPONSIBLE FOR CORE I7, Nehalem has added a memory controller, AMD Opteron LIKE, AND ALSO THREE CHANNELS OF COMMUNICATION FOR HIGH SPEED. HE BELIEVES THAT THE DATA OBTAINED CHIP MEMORY for more than twice the speed of previous models. EACH ALSO Nehalem processor can simultaneously execute two instructions.
NEW PHOTO OF SOCKET LGA 1366
ABOUT THEIR CURRENT PRICES FOR ITS 3 MODELS ARE:
-965 CORE I7 EXTREME EDITION -> 3.2 GHz, 6.4 GT QPI / S -> 999 U $ S
CORE I7-940 -> 2.93 GHz, 4.8 GT QPI / S -> 562 U $ S
CORE I7-920 -> 2.66 GHz, 4.8 GT QPI / S -> 284 U $ S
PHOTO NOW THE ULTIMATE PADS ROUND OF SOCKET LGA
1366
MENTION THIS OVER TO HAVE TO BUY A NEW MOTHERBOARD FOR THIS NEW MICRO TECHNOLOGY IS CERTAINLY A VERY INTERESTING FOR THOSE they are passionate about performance and speed in the processes
KEY TECHNICAL FEATURES INTEL ® TECHNOLOGY BOOST TURBO TURBO BOOST
INTEL ® PERFORMANCE TECHNOLOGY TO ORDER!
WHAT IS TURBO BOOST?
TURBO VIDEO MODE OF CORE i7
TURBO BOOST INTEL ® TECHNOLOGY IS ONE OF THE MANY EXCITING TECHNOLOGIES HAS BUILT IN INTEL Intel ® microarchitecture ( codenamed Nehalem) NEW GENERATION. AUTOMATICALLY INCREASE THE SPEED OF PROCESSING OF NUCLEI BEYOND THE BASIC OPERATING FREQUENCY IF YOU HAVE REACHED THE LIMITS SPECIFIED POWER, CURRENT AND TEMPERATURE.
INCREASE DYNAMIC PERFORMANCE AS AN INDEPENDENT AND FREE DELIVERY, HYPER-THREADING INTEL ® Technology (Intel ® HT) WITH TURBO BOOST TECHNOLOGY INTEL BOOSTS PERFORMANCE workloads running one or more threads. INTEL TURBO BOOST TECHNOLOGY IS ACTIVE WHEN THE OPERATING SYSTEM (OS) REQUESTING THE STATE OF MAXIMUM PERFORMANCE PROCESSOR (P0). MAXIMUM FREQUENCY
INTEL ® TECHNOLOGY TURBO BOOST UP TO THE AMOUNT OF CORE ASSETS. THE TIME DURING WHICH PROCESSOR IS KEPT IN THE STATE OF INTEL TURBO BOOST TECHNOLOGY REPORTS OF WORKLOAD AND OPERATIONAL ENVIRONMENT, TO OFFER THE PERFORMANCE YOU NEED AT THE TIME AND PLACE THAT YOU NEED.
ANY OF THE FOLLOWING FACTORS MAY DEFINE THE UPPER LIMIT OF TECHNOLOGY TO INTEL TURBO BOOST A given workload:
• number of active cores
• POWER CONSUMPTION ESTIMATED ESTIMATED
• POWER CONSUMPTION TEMPERATURE PROCESSOR
• When the process works
UNDER THESE LIMITATIONS AND USER WORKLOAD DEMANDS MORE PERFORMANCE, RATE OF INCREASE OF FORM PROCESSOR 133 MHZ DYNAMICS IN BRIEF INTERVAL AND SCHEDULED TO REACH THE UPPER LIMIT OR MAXIMUM POSSIBLE CORE ASSETS. HOWEVER, WHEN IT REACHES ONE OF THE LIMITATIONS OR THE OVERCOME, THE PROCESSOR FREQUENCY DECREASE IN AUTOMATICALLY RESET TO 133 MHZ PROCESSOR OPERATING WITHIN THEIR LIMITS OPERATIONAL. INTEL ®
HYPER-THREADING TECHNOLOGY
WHAT IS HYPER THREADING?
business applications, E-COMMERCE AND SOFTWARE FOR GAMES STILL DEMANDING PERFORMANCE PROCESSORS. TO IMPROVE PERFORMANCE IN THE PAST THIS IS CREATED THE DIVIDING PROGRAM THREADS IN THE INSTRUCTIONS ON SEVERAL TRANSFERS TO OTHER PROCESSORS MAY ACT ON THEM. Hyper-Threading Technology (HT Technology) † PROVIDES A LEVEL PARALLEL THREADS ON EACH PROCESSOR, WHICH RESULTS IN A MORE EFFICIENT PROCESSOR RESOURCES, MORE PROCESSING CAPACITY AND IMPROVED PERFORMANCE IN THE SOFTWARE WITH MULTIPLE THREADS TODAY. THE COMBINATION OF INTEL ® and chipset that support HT Technology, an operating system that includes optimizations for HT Technology and BIOS that supports HT TECHNOLOGY THAT IS OFFERED ON SYSTEM FLEXIBILITY AND PERFORMANCE OF INCREASED
8MB Intel
® Smart Cache
CACHE WHAT IS SMART?
INTEL ® ADVANCED SMART CACHE
This technology allows MICROPROCESADORMANTENGA YOUR DATA TO THE HAND INSTEAD OF HAVING TO RETURN TO COLLECT THE ORIGINAL DATA. SMART TECHNOLOGY CACHE THIS INCREASE THE LIKELIHOOD OF Every execution core of a multicore processor can access data from a SUBCACHE SYSTEM MORE EFFICIENT. This reduces latency and improves performance
INTEGRATED MEMORY CONTROLLER (IMC) WITH 3 CHANNELS
DDR3 IMC: Integrated Memory Controller triple channel DDR3
THAN THE PREVIOUS GENERATION OF INTEL PROCESSORS AND TAKING ONE OF THE MORE FEATURES applaud AMD, Nehalem pulled the CHIPSET MEMORY CONTROLLER AND BE INTRODUCED INTO THE CPU, thereby reducing latency and increased BANDA THE WIDTH OF THE DISPOSAL OF THE MEMORY. This new control allows managing up to 3 channels of DDR3 memory (AS USUAL WAS BEFORE USING THIS DRIVER DUAL CHANNEL MEMORY) WITH A MAXIMUM WIDTH OF BANDA 192BITS (A DIFFERENCE OF 128bit we get from the traditional two-channel). IT IS IMPORTANT TO MENTION THAT THE TRIPLE CHANNEL MEMORY IS NOT AVAILABLE IN FUTURE MODELS A LITTLE MORE BASIC Nehalem. BLOOMFIELD NUCLEI (WHOSE THREE MODELS review today) support it, but Lynnfield NI NI Havendale (THAT ARE FOUR AND TWO RESPECTIVELY CORE) support this feature, running only dual channel DDR3. INTEL ®
QuickPath Interconnect (QPI) TO INTEL ® X58 EXPRESS CHIPSET
QuickPath WHAT IS?
THIS NEW TECHNOLOGY TO REPLACE Front Side Bus (FSB) that has accompanied PROCESSORS FROM INTEL TO EVEN BEFORE THE FIRST PENTIUM. OPERA IN A MANNER SIMILAR TO TUNNEL HyperTransport use AMD, AS IT IS A CONNECTION POINT TO POINT. Boasting high speed and low latency provides a maximum bandwidth of 25.6GB / S, MORE THAN TWICE THE CURRENT OFFERS FRONT SIDE BUS. VIDEOS
INTEL CORE i7 PROCESSOR
VIDEO TEAM CORE DESIGN
i 7
REFERENCE: INTEL
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