Zharoznizhuvalny for children is recognized as a pediatrician. Allegedly, there are situations of inconvenient help for feverish women, if the children are in need of giving innocently. Todi dad take on the versatility and constipation of fever-lowering drugs. How can you give children a breast? How can you beat the temperature of older children? What are the best ones?
І Core 2 extreme- Dual-core processors for desktop PCs based on Intel's Conroe core.
Appreciation for microarchitecture of the new generation Core processor Intel Core 2 Duo є is a representative of another generation of chips, which were introduced from the microarchitecture process at 65 nm standards.
The whole process allows the opening of small transistors, which are placed close to a hundred in one human cell.
Vikoristovuchi two forced processors Because of the vast resources, and perhaps such a small size, the Intel Core 2 Duo chip allows you to achieve significantly higher productivity, while living with a lot of less energy.
The 64-bit processor architecture allows the Intel Core 2 Duo to manage the data and commands in large portions (some of the 32-bit processors), which means the numerical strain.
The key characteristics of these processors, installed in the middle of the Intel Pentium M, improved by the improved architecture of NetBurst, and the order of new technologies:
Intel Wide Dynamic Execution- the technology of displaying a large number of commands for the skin tact, which improves the efficiency of the display of additional data and the speed of energy management.
The skin core of the processor can be up to the point of instructions one hour behind the addition of a 14-stage conveyor.
Intel Intelligent Power Capability- technology, for the help of which for the visitor of the plant to activate the robot around the universities of the chip in the world of consumerism, which significantly reduces the energy management of the system as a whole.
Intel Advanced Smart Cache- the technology of processing the memory for all cores of cache memory L2, which reduces the energy efficiency and increases the productivity, while, if necessary, one of the cores of the processor can use the entire volume of the cache memory.
Intel Smart Memory Access- the technology of optimizing the robotic memory of the memory system, so soon an hour will be heard and will increase the throughput of the memory system.
Intel Advanced Digital Media Boost- technology for processing 128-bit SSE, SSE2 and SSE3 commands, which is widely used in multimedia and graphical add-ons, in one clock cycle.
Marked processors are built from five symbols.
Literniy index on the cob markup of the classical TDP processor, without the required form factor:
X - TDP over 75 W
E - TDP from 50 W that is
T - TDP between 25 W - 49 W
L - TDP between 15 W - 24 W
U - TDP is close to 14 W and less
The 4-digit digital index also does not mean anything new: more than a 4-digit number is presented to the processor's markup, the more productive and energy-efficient it is to be characterized.
The first number means the belonging of the chip to the singing family of products.
Another figure is the general distribution of chips in the middle of the family.
Apparently, if the number is higher, then the number is more productive.
Axis yak viglyadayut markuvannya modern processors:
Core 2 Extreme X6800 - 2.93 GHz, 4 MB L2 cache, 1066 MHz FSB
Core 2 Duo E6600 - 2.4 GHz, 4 MB L2 cache, 1066 MHz FSB
Core 2 Duo E6400 - 2.13 GHz, 2 MB L2 cache, 1066 MHz FSB
Core Duo T2500 - 2 GHz, 2 MB L2 cache, 667 MHz FSB
Core Duo U2500 - 1.06 GHz, 2 MB L2 cache, 533 MHz
It is reasonable, such a method of marking up the chips is not a good match with the PR-ratings of AMD processors, which claim to be able to justify the megahertz of a smart processor.
Everything is simpler: nіzh more number, Tim is productive chіp.
Game Ready GeForce 440.97 WHQL Driver
Game Ready GeForce 440.97 driver
Call of Duty: Modern Warfare and The Outer Worlds will give the robot G-Sync technology in OpenGL and Vulkan-based extensions running in Windows mode.
Core 2 Duo Vibrating Athlon 64: Is Your Graphics Over?
The line of Intel processors is based on the new microarchitecture. Technical details new processor with Conroe core bully naked at the birch 2006 rock, and first test brought, but Intel is not hot: Core 2 Duo is an unbeatable leader in productivity and performance in watt. Well, instructing the hour to see the facts is a bit.
Intel is not just talking about changes in the new micro-architecture of processors, but about cardinal innovations. The engineers of the company took the steps of the Pentium D NetBurst flow microarchitecture and brought it up to it, so that the Pentium M and Core Duo mobile processors became popular on the market, as a result of which the new architecture became popular. Core 2... Key words of the bulo to reach the ideal sp_vv_dnoshennya m_zh productivity and energosozhivannyam. In principle, this is a direct result of the good performance ratio on AMD watt processors, as well as criticism of Intel platforms for the overwhelmingly high energy efficiency that is so cold.
In the specialties of the computer industry, the fact that the processors remember the Athlon 64 is unlikely to be a result of the wake-up call. Not forgetting about those that Core 2 Duo is an absolutely new and awesome processor, and the architecture of Athlon 64 X2 has already been on the market for a trivial hour. Intel has reported all about the success of the two rockets of the Athlon 64 leadership to release a new miraculous product, like the win against a competitor.
Well, sit down by hand and pick up some food items. Intel is the new productivity leader. Re-describe the technical and architectural details of the core Core 2 Duo "Conroe" we will not be, but those who need the stench can read our article from spring IDF... At all times, we respectfully put up to the results of the tests, we will carry out an analysis and a quick test. We'll be surprised if we can inflate AMD.
Core 2 Duo Processor Versions
27 lines to view chotiri models for the mass market and one high-end processor. The productivity leader will be the Core 2 Extreme X6800 (be ready to get out of your way if you want to do it yourself), and the main impact force will be models from the E6300 to E6700.
| Core 2 Duo Model | Clock frequency (MHz) | Multiplier | FSB frequency (MHz) | L2 cache (MB) |
| Core 2 Extreme X6800 | 2933 | x11 | 266 (FSB1066 QDR) | 4 |
| Core 2 Duo E6700 | 2666 | X10 | 266 MHz (FSB1066 QDR) | 4 |
| Core 2 Duo E6600 | 2400 | X9 | 266 (FSB1066 QDR) | 4 |
| Core 2 Duo E6400 | 2133 | X8 | 266 (FSB1066 QDR) | 2 |
| Core 2 Duo E6300 | 1866 | X7 | 266 (FSB1066 QDR) | 2 |
All Core 2 Duo processors operate at 266 MHz Front Side Bus (FSB), while most Pentium 4 and Pentium D models run at 200 MHz. Oscillations per clock cycle are transmitted four times the number of information (QDR), then we can accept the FSB1066 frequency with a throughput of 8.5 GB / s. Behind the blame for the cob processors, all models are equipped with 4 MB L2 cache, which is viciously offensive to the processor core. All processors support 64-bit Intel expansion (EM64T), multimedia instructions (SSE2 and SSE3), virtualization technology (VT) and bit fence (XD). In addition to these functions, all models adapt to the rest of the energy management technologies for the purposes of Thermal Monitor 2 (TM2), Enhanced Halt State (C1E) and Enhanced SpeedStep (EIST).
Core 2 Extreme X6800
Processor Extreme Edition є in one model, as it allows you to reduce the multiplier. Tom is easy to recognize.
Line Core 2 Duo
The Core 2 Duo processors operate at frequencies from 1.86 to 2.66 GHz.
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Date of release of the product.
Litography
Lithography is based on a providnikov technology, which is used for the development of integrated sets in microcircuits, and it appears in nanometers (nm), which is ordered for the size of functions that have been introduced.
Umovi vikoristannya
Umovi vikorystannya - the central factor of the development and exploitation characteristics, which are responsible for the proper vikorstannya of the system.
For іnrimannya information about umovy vikorystannya, you can use a specific SKU, div. PRQ.
Report to the information about the mind of the victorian diva. from Intel UC materials (site please about non-speech information) *.
number of kernels
The number of kernels is the price of hardware safety, which describes the number of independent central processing modules in one calculating component (crystal).
Processor base clock speed
The base frequency of the processor is the speed of the open / close of the processor transistors. The base frequency of the processor is a working point, denoted by the rakhunkovy pressure (TDP). The frequency is measured in gigahertz (GHz) and billions of numeric cycles per second.
Cache memory
The cache memory of the processor is the area of the fast memory, which is in the processor. Intellectual cache memory Intel® Smart Cache is directed to the architecture, as it allows all cores to dynamically dynamically access the cache of the rest of the cache.
System bus frequency
The bus is a circuit of the pidsystem, which is transmitted between the components of the computer and between the computers. You can call the butt the system bus (FSB), through which the data exchange between the processor and the memory controller unit is displayed; DMI interface, which is a point-to-point connection between the Intel memory controller and the Intel I / O controller on the system board; and the Quick Path Interconnect (QPI) interface, which has a single processor and integration memory controller.
System bus parity
The parity of the system bus provides for the possibility of converting the grants of the tributes, uploaded to the FSB (system bus).
Rozrakhunkova toughness
Rozrakhunkova, the heat demand (TDP) is in the middle of the productivity of the WAT, if the processor is forced to grow (with the robot at the base frequency, if all the cores are running) in the minds of the foldable power supply, designated by Intel. Get familiar with the vimogs to thermoregulation systems, refer to the technical inventory.
VID range
Range of stress VID і Indicator is the value of the minimum and maximum stress, for which the processor is guilty of pratsyuvati. The processor will take care of the interaction between the VID and the VRM (Voltage Regulator Module), so, at my heart, I will take care of the correct tension for the processor.
Available options for installed systems
Available options for systems that wake up, work on products, do not provide advanced options for smart systems and wired solutions. Product Specification and Production Release Qualification (PRQ). Contact an Intel representative for detailed information.
Rose 'umi, do you get ready
Rose is the name of a component that will prevent mechanical and electrical connections between the processor and the motherboard.
T CASE
The temperature is critical - the maximum temperature allowed in the integrated heat exchanger (IHS) of the processor.
Intel® Turbo Boost Technology ‡
Intel Turbo Boost technology dynamically increases the processor frequency to the required level, while reducing the nominal and maximum values of the parameters in temperature and energy efficiency, while allowing the process to be more efficient.
Intel® Hyper-Threading Technology ‡
Intel® Hyper-Threading Technology (Intel® HT Technology) provides two threads of the cutaneous physical nucleus. Bagatopotokovi programs can visonuvati more and more in parallel, which will significantly accelerate the visonanja of the robot.
Intel® Virtualization Technology (VT-x) ‡
Intel® Virtualization Technology for Direct Input / Output (VT-x) allows one hardware platform to function as a number of "virtual" platforms. The technology reduces the control possibilities, reduces the idle time and increases the productivity of the robot for the processing of extra distributions for computational operations.
Intel® Virtualization Technology for Direct Injection / Viving (VT-d) ‡
Intel® Virtualization Technology for Direct I / O will add additional virtualization capabilities to processors based on IA-32 (VT-x) architecture and Itanium® (VT-i) processors with virtualization functions in I / O devices. Intel® Virtualization technology for direct implementation / implementation of additional assistance to the users of security and reliability of systems, as well as to improve the productivity of the introduction / implementation of virtual environments.
Intel® 64 Architecture ‡
Intel® 64 architecture in a single with the help of 4-bit software support for the robot in 64-bit programs on servers, workstations, desktop PCs and laptops. 'yati.
Set of teams
A set of teams to take revenge on the base commands and instructions, such as the microprocessor of the mind that can be viconuvati. Specified in the order, with a set of Intel instructions for a sum of the processor.
I will become idle
The mode will become idle (or C-will) be victorious for energy saving, if the processor is not running. C0 stands for a working camp, so the CPU is quick to show the robot. C1 - the highest idleness, C2 - another idleness, etc. Chim vishche numerical indicator S-stanu, tim more diy shodo energosberezhennya vikonuє program.
Equipped with Intel SpeedStep® Technology
Equipped with Intel SpeedStep® technology for superior productivity and visibility mobile systems to energy saving. The standard Intel SpeedStep® technology allows you to reconfigure the frequency and frequency and will be installed on the processor. The Intel SpeedStep® technology has been encouraged by the same architecture and strategy of development, as it was necessary to change the frequency and also to update the clock signal.
Intel® Demand Based Switching Technology
Intel® Demand Based Switching is a technology for managing livelihoods, in which the applied voltage is that the clock frequency of the microprocessor is reduced to the minimum necessary level, the docks will not need to increase the computational effort. Qiu technology bulo is presented on the server market under the name Intel SpeedStep®.
Thermal control technologies
Thermal control technologies take over the processor case and the system in case of overheating due to the additional functions of temperature control. An internal crystal digital temperature sensor (Digital Thermal Sensor - DTS) is based on the core temperature, and the function of temperature control, if necessary, to reduce the energy consumption of the processor case, thus changing the temperature itself to prevent the robots from keeping within normal characteristics.
New Commands Intel® AES
Intel® AES-NI (Intel® AES New Instructions) commands are a set of commands that allow you to quickly and infinitely secure the encryption and encryption of the data. AES-NI commanders can provide a solution to a wide range of cryptographic enterprises, for example, from supplements, which can secure group encryption, decryption, authentication, generation of random numbers and authentication.
Bite skasuvannya vikonannya - the whole hardware function of security, as it allows you to change the variation to viruses that awkward code, as well as the ability to visually insist on awesome software to ensure that it is extended to the server.
Core 2 Duo і Core 2 Quad, in which they are magalized with 'yasuvati, which are very effective є chotiri-core processors in the case of double-core alternators. Even more so, for the test bags, we stated that there is no more Core 2 Quad from special programs and new games. Todi zroblenno vnovok, so for the gamer the optimal vibration is still more and more lacking a dual-core processor. Ale in an hour became a powerless change. The bagato-nuclear processors become all available, the same number of mountains, which efficiently produce more than two kernels, continue to increase the number of kernels (for the stored products).
At the end of the day, there was a need for a new test, and we decided to go to the new with a great swing, as it seems, to kill a few hares all at once. For the whole bulo, representatives of the new price categories, the new series of processors with the small cache memory and a number of kernels were selected in one test. They also adjusted them in case of robots with the same parameters, so that the average yield of productivity in new additions and games was changed, depending on the architecture of the core and the volume of L2 cache. Our testers took part in the following models:
- Pentium Dual-Core E2220
- Core 2 Duo E4400
- Pentium Dual-Core E5200
- Core 2 Duo E7400
- Core 2 Duo E8400
- Core 2 Quad Q8200
- Core 2 Quad Q6600
- Core 2 Quad Q9450
Pentium Dual-Core E2220
Why should we look at our tested processors from a representative of the young Pentium E series. In the Intel processors, the lower models of Intel processors have been replaced by representatives of the Celeron family, single-core models which can be skewed, and the dual-core models with a 512 KB cache.
Pentium E2220 works at 2.4 GHz and FSB 800 MHz. The VID of this processor is up to 1.325, which is quite rich, but quite typical for Allendale at frequencies of up to 2 GHz.
The high multiplier of this processor (12x) makes it possible to navigate the most budget motherboards, which can work at high system bus frequencies. If the throughput of a bus is significant, it means productivity (you have to switch from our test), then you need to use the processor more quickly, reduce the multiplier and get the maximum possible FSB frequency. As soon as our specimen was launched, the new low FSB Wall appeared, which, unfortunately, is typical for all younger models of the Core generation. For Pentium E2220, the maximum FSB bus value, de vin zmig pratsyuvati, appeared less than 366 MHz. The processor itself went up to a frequency of 3.29 GHz with a force of 1.45 V - at higher frequencies, instability was observed in the robot. Cooled by a Thermalright Ultra-120 eXtreme cooler with a Globe Fan S1202512M at 2400 rpm.
Core 2 Duo E4400
The nastupny processor is a representative of the popular Core 2 Duo E4xxx series, which at this time will have the most beautiful vibration in the performance / productivity ratio.
Applications are also based on Allendale cores, or L2-cache is also 2 MB in size. Pratsuє at a frequency of 2 GHz, the system bus is set to 800 MHz, the multiplier is 10x and the VID is 1.325V.
The FSB Wall of the central model has been repaired at approximately 410-420 MHz. We cut the rocket, lower at the crossbar on the Allendale core and our Core 2 Duo E4400, with a frequency of 3.35 GHz with a multiplier of 9x and 372 MHz bus.
Pentium Dual-Core E5200
The whole senior representative of the budgetary series, which has been assigned a model, is assigned to the model for the youngest models based on the 45-nm Wolfdale core, which is overlaid with Allendale, with the same L2 cache and frequencies, reaching from 2 to 8% for the new ones.
The operating frequency of the processor becomes 2.5 GHz with 800 MHz buses. Denmark CPU looks like a high multiplier, equal to 12x, and a low VID, which looks like 1.1125 V. As of the old Pentium E, the L2 cache is more expensive than 2 MB.
The design of the Pentium E5200 was discussed in detail earlier in the article. Aleksandr, as last time, to carry out all tests at 4.18 GHz was not successful. With a stable maximum of 4.15 GHz boule, on how far in the distance to carry out a greater part of the tests, but at the very moment there were some mercy, and after BSOD, the processor was prompted to start at the highest frequency. Axle you one more butt butt is not as bad as the degradation of the high springs for Wolfdale. The song of trivial "dancing with tambourines" revealed non-special symptoms in the behavior of our much-suffering Pentium E5200. It appeared that the degradation of the new FSB Wall has appeared! Even earlier it was used to operate at bus frequencies up to 390 MHz, but now the robot is already at 380 MHz, which is driven by periodic freezes. But those who have been able to adapt the processor stably to the high load of the core have become non-acclaimed. Varto buto tribute to the 1.425 core. That computer has not started to run at 4 GHz. Pislya of new experiments all the same reached the stable robots at 4.1 GHz. However, there are few tests and at the highest frequency there are a few typical pardons. To that, the author does not recommend you to pick up young Wolfdale models when the kernel is loaded at 1.4 V - the stench will burn like a sirnik (too much)! Older models are trained ...
Core 2 Duo E7400
The whole processor also runs on 45-nm Wolfdale cores, and is also upgraded to 3 MB by L2 cache. The operating frequency is 2.8 GHz, the bus is 1066 MHz, the multiplier is 10.5 x, the VID is set to 1.2625.
The design of the processor has been upgraded to the most advanced mode, which is 4.1 GHz in the front model. Further, the frequency adjustment led to unstable robots.
Core 2 Duo E8400
Representative of the elder motherland Core 2 Duo.
Processor for uploading to Wolfdale cores with 6 MB cache of a different level, which can be distributed Functions on 1333 MHz bus, multiplier 9x, VID lower than E7400 - 1.175 V.
Gigabyte P35-S3 є 450 MHz (1800 MHz) bus interface for vikorist motherboard, so we will also be able to intercept models with a low multiplier when overclocking models, and in general we will be used up to Core 2 Duo E8400. With the central processor board, having become less than 4 GHz, there is still a clearly greater potential, even for the whole frequency it has not been brought up to 1.4 Art.
Core 2 Quad Q8200
A new model and the cheapest mid-range of Intel processors.
Processor for copying on Yorkfield cores with a small amount of cache memory, just 4 MB. In addition to the lowest cache memory among Core 2 Quad models, the processor also runs at the lowest operating frequency - 2.33 GHz. Plus є fast 1333-megahertz system bus. Actually, through its processor and even a low multiplier - 7x, it will become the outer stone of the overclocking processor on the most beautiful motherboards. VID becomes 1162V.
With choti-core processors, the Gigabyte P35-S3 mainboard could not work at the same FSB frequency as when overclocking the Core 2 Duo. To that, the signal was interconnected with a 3.05 GHz output at a 436 MHz bus. But for such a low frequency, the processor's performance was brought up to 1.35 V.
Core 2 Quad Q6600
The most popular model. With the massive expansion of new Yorkfield processors, the "old" Q6600 still hasn't gotten into its flair. Indeed, the figure itself, which is about that figure, flaunts on the price list of the processor through the devaluation of our national currency.
The processor is based on 65-nm Kentsfield cores with a working frequency of 2.4 GHz, which works on 1066 MHz buses with a multiplier of 9x, VID is available for 1.225 V. The processor is used for the popular steping G0 (the older B3 has already been on sale for a long time). Zagalny obsyag to the L2 cache of the warehouse 8 MB.
The rocket processor made a surprise. At the same time, the G0 models have no potential for malfunctioning, they didn’t cheat, but the processor can easily get the 3.8 GHz mark, but for the 65-nm Core 2, the result is quite impressive. For tests, we were zupinilized at a round figure of 3.8 GHz, for a stable robot, it was not possible to push a voltage of 1.4 V.
Core 2 Quad Q9450
We will remain the processor of our testuvanna as "the youngest from the elders". Core 2 Quad Q9450 is a processor with a maximum cache size and a lower working frequency among analogs.
A whole lot of CPU downloads on the Yorkfield cores with a massive 12MB cache memory. The operating frequency of the processor is 2.66 GHz, the bus is 1333 MHz, the multiplier is 8x, the VID is 1.25 V.
The ramps were zupinilized at 3.49 GHz. It’s wonderful, but for a stable robot the processor can move at a frequency of 1.4 V, while Kentsfield has changed to lower values at higher frequencies.
| Pentium Dual-Core E2220 | Core 2 Duo E4400 | Pentium Dual-Core E5200 | Core 2 Duo E7400 | Core 2 Duo E8400 | Core 2 Quad Q8200 | Core 2 Quad Q6600 | Core 2 Quad Q9450 | |
| Core | Allendale | Allendale | Wolfdale | Wolfdale | Wolfdale | Yorkfield | Kentsfield | Yorkfield |
| Technological process, nm | 65 | 65 | 45 | 45 | 45 | 45 | 65 | 45 |
| Frequency, MHz | 2400 | 2000 | 2500 | 2800 | 3000 | 2333 | 2400 | 2666 |
| Multiplier | 12 | 10 | 12.5 | 10.5 | 9 | 7 | 9 | 8 |
| FSB, MHz | 800 | 800 | 800 | 1066 | 1333 | 1333 | 1066 | 1333 |
| L1 cache, KB | 32 x 2 | 32 x 2 | 32 x 2 | 32 x 2 | 32 x 2 | 32 x 4 | 32 x 4 | 32 x 4 |
| L2 cache, KB | 1024 | 2048 | 2048 | 3072 | 6144 | 2048 x 2 | 4096 x 2 | 9144 x 2 |
| TDP, W | 65 | 65 | 65 | 65 | 65 | 95 | 95 | 95 |
| Number of transistors, million | 167 | 167 | 420 | 420 | 420 | 820 | 582 | 820 |
| Crystal area, sq. mm | 111 | 111 | 107 | 111 | 107 | 107 x 2 | 142 x 2 | 107 x 2 |
| Nabir instructions | RISC, IA32, XD bit, MMX, EMT64, SSE, SSE2, SSE3 |
RISC, IA32, XD bit, MMX, EMT64, SSE, SSE2, SSE3 |
RISC, IA32, XD bit, MMX, EMT64, SSE, SSE2, SSE3 |
RISC, IA32, XD bit, MMX, EMT64, SSE, SSE2, SSE3, SSE4 |
RISC, IA32, XD bit, MMX, EMT64, SSE, SSE2, SSE3, SSE4 |
RISC, IA32, XD bit, MMX, EMT64, SSE, SSE2, SSE3, SSE4 |
RISC, IA32, XD bit, MMX, EMT64, SSE, SSE2, SSE3 |
RISC, IA32, XD bit, MMX, EMT64, SSE, SSE2, SSE3, SSE4 |
| Іnshi specialties | - | EIST | EIST | EIST | VT, EIST, TXT | EIST | VT, EIST | VT, EIST, TXT |
Test configuration and special features of the test
Test stand:
- Cooler: Thermalright Ultra-120 eXtreme;
- Motherboard: Gigabyte P35-S3;
- Memory: 2x1GB TEAM PC8500;
- Video card: Point of View GF9800GTX EXO (@ 770/1998/2418);
- Hard Drive: 320GB WD3200AAKS;
- Sound card: Creative Audigy 4 (SB0610);
- Living unit: 700W; FSP FX700-GLN;
- Operating system Windows XP SP3 x86, Windows Vista SP1 x86;
- Video card drivers: GeForce 182.06, NVIDIA PhysX 9.09.
For processors, the memory of the bullet is set by the offensive rank:
- Pentium Dual-Core E2220 at 800 MHz (4-4-4-11), at 1098 MHz (5-5-4-14);
- Core 2 Duo E4400 at 800 MHz (4-4-4-11), at 1190 MHz (5-5-5-16);
- Pentium Dual-Core E5200 at 800 MHz (4-4-4-11), at 1119 MHz (5-5-5-15);
- Core 2 Duo E7400 at 1066 MHz (5-5-4-14), at 1173 MHz (5-5-5-16);
- Core 2 Duo E8400 at 1066 MHz (5-5-4-14), at 1068 MHz (5-5-4-14);
- Core 2 Quad Q8200 at 1066 MHz (5-5-4-14), at 1046 MHz (5-5-4-13);
- Core 2 Quad Q6600 at 1066 MHz (5-5-4-14), at 1055 MHz (5-5-4-13);
- Core 2 Quad Q9450 at 1066 MHz (5-5-4-14), at 1046 MHz (5-5-4-13).
The limit for productivity at the nominal frequency, and in the range, there was a low additional test with the same parameters. A selection of older models were tested at frequencies of 3.05 GHz with a configuration of 7x436 MHz (boundary for Core 2 Quad Q8200). It’s a matter of fact, that a number of processors in the test were boosted, and some of them through the low FSB Wall, couldn’t work at such a bus frequency, three young representatives of the Core 2 Duo were tested in the 8x366 MHz configuration. The price gave the lowest processor frequency (2.92 MHz). On the whole parameters of the protests і Core 2 Duo Е8600, so it is possible to build up the shvidcode of the youngest models with it. The processor itself will be a "etalon" for us, which is how the statistics are increased by the results between them and the processors of our test, so that you can actually beat the memory of one architecture for that chi іnshomu supplement. The results and allow you to judge the difference between the different series of Core 2 Duo and Core 2 Quad processors. Apparently, if you can see the productivity at nominal frequencies, then the frequency of the processor is heavily infused and the frequency of the system bus, but the speed of the speed does not change. Yak i in our testuvanny, middle of us lineup Intel processors for Socket 775 can see two groups with low and high FSB Walls, so our split of processors in two categories fully reflects the global situation. Deferred productivity without middle frequency and FSB at new models CPUs on the cores of the different architecture, then the appearance of the graphics can also be clearly updated for the results of the tests.
Before the test of processors on one multiplier / bus was carried out for all synthetic benchmarks and applied programs, and it is not necessary for half of the games to achieve a readable rate of fps performance, or the availability of the CPU is even stronger, even for all of them.
Testing in the games was carried out at three permissions, repaired at 1024x768 in the middle adjustments and up to 1600x1200 with high graphics. In games that are especially responsive to video systems, the test was not carried out by any given permission, in games with active NVIDIA PhysX tests, the test was carried out only in one permissiveness (the reason being obvious from the results). The peculiarities of the test for the skin supplement are described without predominantly before the results.
Test results for the applied PZ
PCMark 2005
The whole synthetic test package has a minimal difference in the amount of memory in the architecture and the amount of cache memory in the processor test. The main input to the result is the operating frequency of the processors. The productivity rating of the Core 2 Duo E8400 is the high productivity of the Core 2 Quad Q6600. The younger Q8200 outperforms the Core 2 Duo E7400, while the E8400 is better off.
Super pi
The whole test is spared to become more depleted of the cache memory. Core 2 Duo E4400 shows the best results at 2 GHz compared to the Pentium E2220 at 2.4 GHz. But the older Wolfdale models have a difference between 3 MB and 6 MB of cache memory is minimal. Also, there is a difference between dual-core and choti-core processors, as they become zhyugidnі parts of a computer.
PHP Benchmark
For testing the news, the PHP-scripts are the PHP Calendar Benchmark. The script is run in Internet Explorer under the web server at the Denwer warehouse, which includes Apache 2.2.4, PHP 5.2.4 and MySQL Server 5.0.45. The graph displays the hour of the generation of the party (the lowest result is the best).
In the whole test, there is a small grain of the transfer of chotiriynuclear models, some less than 1%. There is also a minimal difference between processors and L2-cache.
Fritz Chess Benchmark
Benchmark based on check grids. The graphs show the results of the average number of traversed moves per second.
And the axis of the whole test is majestic, as large as the two-way overload of the Core 2 Quad over the Core 2 Duo, and the axis of depletion from the large cache memory is not too large. Tsikavo, in the nominal low-frequency Q8200 will be 50% faster than the E8400. At the same time, the performance does not change when overclocking processors up to 3 and 4 GHz altogether.
For the test, vikoristovuvavsya in the test of productivity.
The given archivator is able to support the processors with a large amount of cache memory, the new Core 2 Duo E4400 outperforms the Pentium E2220, which is a good match at the higher frequencies. The difference between the Core 2 Quad Q8200 and the Q6600 is minimal. And the leader behind the results, Core 2 Quad Q9450, should be driven by the boom, unaffected by those who are the closest competitor based on Kentsfield with a frequency of 300 MHz. To blast my respect for the increased frequency of the Pentium E5200 from 2.5 GHz to 2.93 GHz, tobto. plus 17%, the growth rate is already 44%. Low frequency The FSB is clearly streaming the performance of this processor at the nominal frequency.
Another popular architect, which can also be used to create a productivity test. The diagrams show the performance ratings for the skin processor in the whole test.
The situation is practically analogous to the one that was used in the last supplement, I know the majesty of the frequency of the nuclear models, but the amount of money in the cache is not at the top of the head and the Core 2 Quad Q6600 has the same frequency on the Q9450 and the frequency close to 1% (unaffected by architecture and great growth in L2 cache). The youngest representative of the Core 2 Quad family sacrifices about 5% to the leaders. Before the speech, I know that the Pentium E5200 is going to turn up, then when the frequency is increased by 17%, the playable decrease is 24%, but I’m talking about those that 800 MHz buses are not enough for young Wolfdale models.
RenderBench
The test is single-threaded, which can be clearly seen behind the results. That difference between processors with a small L2 cache may not be the same, but there is a slight increase in Wolfdale and Yorkfield over Allendale and Kentsfield. The processors have the best results for the processors, for which the operating frequency is the highest.
The whole test is even more close to life, a bit of evidence for a real supplement for robots in 3D.
In the single-threaded test, it can be seen that the difference between the processors with the small L2 cache is minimal, and that the difference between the architectures of the last generation is due to Yorkfield and Wolfdale. The Q8200 is sold to the Q6600 at nominal frequencies, but it’s not nearly as fast. A high-flow test is more likely to have a two-fold increase in the productivity of Core 2 Duo and an even lower one in a Core 2 Quad.
CineBench
The program is already more sensitive in terms of cache memory, for the reason, the difference between dual-core and choti-core processors is not so great, but it does not allow Core 2 Duo E8400 and Quad E7400 to reach the end of the Core 2 days. 2.33 GG. The overvaluation of the Q9450 over the E8400 for the same parameters is close to 85%.
x264 Benchmark
Benchmark performance of HD video code. The results are prompted for the average fps, which is calculated as the arithmetic mean of all those given for all runs, which are seen by the program in the end.
Another test, which demonstrates the unrestricted performance of chotiranuclear processors. I know that Core 2 Duo E8400 at 4 GHz cannot reach the results of Q8200 at 2.33 GHz. Tsikavo, well, the young Core 2 Quad is tricky to beat the Q6600 (which is a bigger cache) with the same multiplier / tires.
Virtualdub
U tsiy popular programs for robots, the video test was carried out by the offensive rank: the video file was copied with a cob volume of 700 MB with the DivX 6.8.5 codec. The configured codec has multithreading enabled, all the parameters are for promos. The cob file is located on one logical disk, the new one is recorded on the one, so you can save it for skin testing.
And the axis here is not so simple. While at nominal frequencies the Core 2 Quad Q9450 can cope with the factory, the Core 2 Duo E8400, which has lost three, also borrows the leader's head in the ramp, and up to 500 MHz here to compensate for the dual cores. Tsey dodatok Even more sensitive to the L2 cache, the same progressive architecture allows Wolfdale to play up to 40 seconds before the Allendale alternator. Such is the accumulation of accumulation and those that Q8200 and Q6600 demonstrate the same hour at nominal frequencies, as well as at the same frequency of 3.05 GHz with the same bus.
For testing in Adobe Photoshop CS4, we used an action script like iXBT. Alas, however, to change the hour of the last day, win dodatkovo "lodging" (about a third) by the way. The script has been included різні дії from images (development of transformations, victorious filters too). Usi dii vikonuvali over png-file 4096x3072 size 18.9 MB.
In general, the increase in the number of additional two cores reaches 20%, so the appearance of the Core 2 Quad processor Core 2 Duo can be completely compensated for by the boom, the E4400 spike at a frequency of 3.35 GHz can reach the indicators of the Core 2 Quad Q8200 at 2.33 GHz. At nominal frequencies, the unaffected leader Q9450, which is able to wind the closest supercaster Q6600, is beaten on pivtori Khvilini. At the razgoni already another one appears for 21 seconds more than the start of the other frequency. The youngest Core 2 Quad Q8200 at 3.05 GHz will compete with the Core 2 Duo E8400 at 4 GHz. Test results in game programs
Let's take a look at the results in the synthetic game test.
At the nominal leader є Q9450, behind Yakim Yde E8400, which successfully beat the young chotiriyadern models. The launch of the trocha leader goes to the Core 2 Quad Q6600 processor. With the same parameters, it can be seen that in this benchmark two additional cores give approximately 14.5% increase in their dual-core analogs (Core 2 Quad Q9450 versus Core 2 Duo E8400 and Core 2 Quad Q8200 versus Pentium E5200)
FlatOut: Ultimate Carnage
Ale let's move on to real game programs.
Possibly testuvannya from the popular racing gr. The frequency of fps does not change the frequency of the monitor. We wanted to pick up the EPT-monitor specially for the whole network, but it was possible, but on low levels of AF, we still rested 100 or 85 Hz at the top of the monitor, so the only way to improve the brightness of the brightness was For the test, the Timberlands1 track was overheated 8 times.
Yak at 1024x768, so in 1280x1024 with the razgone the results on all processors do not appear, the productivity of the initiative rests on the video card. And the axis at the nominal frequencies is improved. Core 2 Quad Q8200 is productive Pentium E5200, if the other one wants the frequency. Among the older models, whether they are overwhelming or dodatkov, they do not give two cores.
Below is a diagram of the locked Q6600 processor at a single frame of 1024x768. The new option is distributed over all of the kernels, but only two of them are permanently locked up by 50%, and even less.
Judging by the results in both the permissions of the whole grid, there is a complete dual-core processor with a frequency of 3 GHz and a cache of 3 MB. Further, there is a frequency adjustment and no special sense. Although the youngest models with a 2 MB cache can compensate for the appearance of older siblings with a boom, the Pentium E2220 is categorically not up and down, not even about the nominal frequencies.
Call of Duty: World at War
The steep thunderbolt came to the last part of the video game series.
The test was carried out on the cob of another mission called "Weak Opir" (in the localized version), we took part in the storming of the coast of the Peleliu Island. Vimіryuvsya average fps for an hour of the script video and distant, if the air strikes are directed along the coastal landscapes of the Japanese, right up to the moment, if we reach the coast. Tsei epizod pereravavshis three times a change in the abduction. The graphics were adjusted to the maximum, at resolutions of 1280x1024 and 1600x1200, the AF16x filter was additionally turned on.
Uninvolved at reaching high fps, navigating at high permissions to prevent the overwhelming of chotiri-core processors. The Core 2 Quad Q8200 manages to bypass the Core 2 Duo E7400. I want it to be different from the processors with our video card. All 4 cores are more efficiently victorious.
But in general, for the whole of the green, there is still enough Core 2 Duo with a frequency of 3 GHz and a great cache. Younger models Pentium E2220 and Core 2 Duo E4400 at the nominal frequency for grids are out of place, not far from them are the Pentium E5200, and the least productivity, like the E7400, is also surrounded by a low FSB frequency, but everything is compensated for.
A popular fancy shooter, which can be seen as inexpensive vimogs to video cards. On the basis of the engine of the Tsієї Gris, they have already started to play the lightless igor (the axis of only good ones is not enough), so the results in this group can theoretically be used for the quiet igors, but the tests were carried out on the basis of Unreal Engine 3. The tests were carried out for no other reason. They have the maximum ability to create a new option, the same time they get lost when launching demo recordings with bots. To that, it is traditionally for the test that a deathmatch is launched on the Shangri La level of triviality 5 chilins against 20 robots of the average level of folding. By extending the whole match and getting the average fps. For greater accuracy, the results of the match are overheated. Gris version 1.3, the graphics are adjusted to the maximum (the maximum detail is automatically turned on AF16x), the parameter "productivity optimization" is displayed (it is brought up to some fps).
Yak bachimo, gra to lay in the central processor. At the nominal frequencies, the Core 2 Duo E8400 is about 75% faster than the Core 2 Duo E4400 and Pentium E2220. Navit E7400 at a 7% difference in frequency, the productivity of the older model is 17%. A strong accumulation of grids due to heavy cache is evidently manifested during overclocking of processors, since the Core 2 Duo E8400 at 4 GHz bypasses the E7400 at 4.1 GHz by 11% at a separate building of 1024x768. At 1280x1024, the price will change up to 7%, and it is practically impossible for the higher permissiveness.
Unimportant to those, from the very moment the growers appeared, they were vigorously optimizing for the nuclear-powered processors, and the Core 2 Quad over the Core 2 Duo was hardly ever spared. Let's try to get back to the situation and take a look at the graph of the installed Core 2 Quad Q6600:
1024x768 
1280x1024 
One core is locked by approximately 70-80%, the other is locked by 10% less, and the other two are locked by half less. For the adjusted axis of the Pentium E5200 processor, the core is permanently locked by 100%
So, the dvigun Unreal Engine 3 works all the cores, which is not as efficient as possible, but in reality you don’t deny any of the overwhelming odds of a nuclear processor over a dual-core processor, which is even at very low frequencies.
S.T.A.L.K.E.R .: Clear Sky
Vіtchiznyana gra is popular, the avidnik of video card tests. Well, you won’t be able to show yourself at the processor test, but by the way. For tests, there is a special benchmark, not a long time ago GSC. At low distribution levels, testing was carried out with a general dynamic illumination and high adjustments, at high permissions, it included a reduced dynamic lighting (for Direct X9) and maximum adjustments.
Already in the separate building 1280x1024 with the razgon, the difference between the processors will not improve, that in 1600x1200 the stinks were tested as well on the nominal and in the razgoni.
The productivity of a group is much lower in terms of processor frequency and cache volume, and the axis of additional cores does not play a role. At the bottom of the window, there is an indication of the processor locked up when testing in a separate building of 1024x768, behind which it can be seen that one core is lost, and the other three images are added to the other.
Do not at the maximum adjustments of the frequency, see if the frequency of the processor is clear at frequencies of up to 4 GHz. The leader in this group is definitely є Core 2 Duo E8400 has a 6 MB cache and high power potential.
For tests, a victorious game benchmark in the demo version of the grid 1.2.0.0. Adjustment of graphics at all permissions is high, in 1280x768 and 1600x1200 the Glow and filter AF16x effect is additionally turned on.
І in low and high distribution of buildings, there is a decrease in the results of the processor. I know the good results of the processors with a great deal of cache, and the additional weather kernels do not shrink, I want more than two kernels to gravitate. To bring the lower graph, behind which it can be seen that three kernels are actively picking up, and the stench is not at the maximum.
Failure of vіtchiznyany action-RPG, as it is possible to characterize yak sumіsh Oblivion and GTA on the most tropical landscapes in the Far Cry dusі. For the skin regimen, a walk was repeated with a small settlement, reminiscent of different characters, the route was repeated. The adjustment of graphics is maximal for all three separate buildings.
Gradually reacts to additional cores, so the processors' L2 cache memory itself can be determined by the results. The first layer of fallowness is preserved right up to the maximum allowance of 1600x1200. The addition of a Core 2 Quad processor to the Core 2 Duo Wolfdale is easy to compensate for. However, more and more competing with nuclear-powered models can deprive models with a large cache of L2 cache. Navi Core 2 Quad Q8200 at a low frequency of 3.05 GHz will be less on the Pentium E5200 at 4.1 GHz, and if the older Wolfdale is out of the question.
Grains of all the kernels and more than half of the skin are covered. Below is a special graph for low distribution of buildings.
Grand theft auto 4
Well, the axis of mi і went up to one of the greatest іgors of the past rock. Gra, the army of fans checked on the yaku, the trohi didn’t come to the bagatokh’s thought, like we wanted to bash it. Having forgotten about the PC as a game platform, Rockstar, moreover, let the load out of the door, so they crashed it like that, when the sea of discontent wicked at the side of the gravitas. As you are still struggling with the galms in the middle, then hovering the bottom of the graph will disturb you as if you are in need of an upgrade.
Testing at the grі was carried out with a vudovanny test of productivity. Oskilki GTA4 є just a "miracle" of software optimization, then the old benchmark at the 1600x1200 separate building with a 512MB video card will not start. But the price of anxiety is not tied to the crooked hands of Rockstar programs, it’s not possible to grow in the wrong place, but only because of the growth of computers in geopathogenic zones, magnetic storms, beaches on the sun and the global processes of people didn’t make people. Oskіlki we didn’t take a special course in shamanism, and dancing with a tambourine (I think I’m forgetting to put it in a box with a licensed version of the grill) we have no time for souls, then the testing was carried out by us only at the permissions of 1024x768 and 1280x1024. For the first time, the quality of the image and textures is set to the middle value, so the very same and the distance guide, details and details. In other separate building textures in the position "high", the quality of the image is "even higher", all the patterns are at the maximum. Adjusting the quality of unlocking for the additional addition of special commands to commandline.txt
The axis of win is a new triumph of chotirnuclear processors. At the nominal frequencies and at the overshoot (with a difference of 950 MHz), the most needed dual-core processor Core 2 Duo E8400 will show results on equal terms with the Core 2 Quad Q8200! And if you look at the adjusted processors at the same frequency, then the situation will be triggered, if you drive Core 2 Quad over Core 2 Duo only to get better. And if you take a look at the graph of the locked Core 2 Quad Q6600 in a low distribution of buildings, then by the way, the situation is not very similar to the fact that we were back in Unreal Tournament 3:
It is not possible to navigate to any processor when the cores are locked up is not 100% possible.
For the sake of justice, meaningfully, in really gri At times, productivity can drop significantly lower for those showing the benchmark. So, if you want to judge about those on which the building processor is in especially hot and hard times, you need to see the results in about 10 frames. The first axis is still clear, but without overclocking the middle of the dual-core processors, the Core 2 Duo E8400 will be able to fit into the load (and that is in the low distribution of the building). The lower-level models can help to preserve the higher level of productivity for the acceleration up to 4 GHz. On the Pentium E5200 at 2.5 GHz, for example, on the GeForce 8600 GT video card we saw the same result as the GeForce 9800 GTX.
In high-end buildings, it is not possible to support dual-core CPUs, and to move the Core 2 Duo E8400 up to 4 GHz is beyond the reach of the Core 2 Quad Q9450 at 2.66 GHz. If you are a fan of the tsієї gris, then you will definitely have a chance to be generous with a chotiriderny processor.
In tsіy grі testing was carried out for the help of a built-in benchmark. In the distribution of buildings, 1024x768, the graphics quality is in the middle position, in the larger retail buildings, the maximum adjustment is turned on (rendering can also be done using Direct X10) without activating the smoothing and filtering. Testing was carried out on Windows Vista. Gri version 1.009. In connection with a great breakdown, the results were obtained in a wide benchmark on low settings, it was 7 times for the lowest permissiveness, for the most high 5 times.
Even to the point where it is possible to keep up the process, the process is lagging, with a large number of models they appear as leaders. Only in low-distribution buildings Core 2 Duo E8400 at 4 GHz Trochi beat supernicks, which are rated at 3.5 and 3.8 GHz. However, when adjusting the brightness adjustment, the frequency change does not allow the Core 2 Duo E8400 to reach the results of the released Core 2 Quad Q6600 and Q9450. In the test, on some parameters, it can be seen that the Core 2 Quad output from the Core 2 Duo will grow in the separate building 1280x1024, and 1600x1200 will also repair the video card. True, in this group, two additional cores give not so great an upgrade as in GTA4, and for a comfortable gry here we can completely change either the older Core 2 Duo or the younger models.
Far cry 2
If I don't want to know about the deadly rock, I don't want to worry about that popular shooter from my mind. For tests, a standard demo recording of Ranch Small, which starts two by 5 repetitions, is a victorious one. If there is a great deal of results (scho incoli maє mice), the test is repeated. Yak and in the last day, in the low part of the building, rendering in Direct X9 was turned on, set to High. In higher ratios, Ultra is adjusted when Direct X10 is activated.
More than one gram, the transfer of the choti-core processors is clearly reversed. At the nominal frequencies of the 1024x768 Core 2 Duo E8400, the 17% Core 2 Quad Q9450 is supplied, but not even more than enough, if you want to hit the high speed, you will need up to 4 GHz for the first time. It’s funny, but the Core 2 Duo E8400 should be able to get ahead of the Core 2 Quad Q8200, which is 950 MHz lower. At the razdіlnіy building 1280х1024 the difference between the processors nagato mensha, in Direct X10 you also need a video card. If we go there, we have gone to the possibilities of the video card, and we will not be able to do it, but not overwhelm the nuclear-powered CPUs.
Crysis warhead
It’s a grabula and it’s becoming more and more beautiful. Otzhe, testuvannya in a complete supplement is surrounded by a deprivation of two permissions. We vikoristovuvavsya special HardwareOC Benchmark version 1.1.1.0, running a demo recording of Airfield. Apparently, for the reader, it’s not easy for readers to get low results, there are only one demo-recording of one of the best ones (especially for the CPU) at HardwareOC Benchmark, which is victorious. At the razdіlnіy building 1024х768 adjusted graphics Medium, in 1280х1024 Very High. Rendering is turned on for the additional Direct X9, I hope, judging by the results, we have є at the end of the day, for Vista in this benchmark to navigate when Direct X9 is activated, it will still run in Direct X10 modes.
Judging by the results, there is a minimal change in the number of core models, yak, however, it becomes obvious when the test is carried out on the same parameters, it is less than 2% of the Core 2 Quad Q9450 over the Core 2 Duo E8400, I want the E7400 at the same time as 18% ... Some insights can be called unimportant. For the sake of productivity, the architecture must be kept as a matter of frequency and obsyagu cache memory. Likewise, the difference between the Pentium E2220 and the Allendale 1M cores, the difference between them and the Core 2 Duo E4400 with the same parameters is more, but the difference between them and the Core 2 Duo E4400 is higher, but the difference between the same E4400 and the Core 2 Duo E8400 is higher.
Let's move on to ігор, where we can use NVIDIA PhysX technology. The first gra, Mirror's Edge, is based on the Unreal Engine 3 engine, even before the video adapter is not very good, and in the group there are no more bots, then the processor is even lower. If everything is still relevant, do not include docks in NVIDIA PhysX adjustments. It’s because we’re fixing the fps drop at some moments, right up to the gratitude. First, the owners of NVIDIA video cards can see the problem by activating the hardware accelerated processing of the physics with the help of the graphical chip, the old video cards from AMD have made it easier. I only hope to get a software processing, if everything is installed on the central processor (and all the motorized “galma” appears). Zagalom, by itself, wimped out the processors, and NVIDIA PhysX, judging by the fact, put on them a lot of new options.
For the dough, one of the most important moments was added to the group. At the first razdіlі, fіrstrіchі s sister in the office hammered into the call, the heroine run by the corridor and zabіgє until a little filled with scaly wall and mock-ups under the sklyanny kovpak. At the qiu and the room, the spetsnaz are in charge, they start to fire, and all the errors are about to be rocked to bezlich ulamkiv. And at the very moment you will see the greatest drop in productivity. Tsei short episode and bout us yak stress test. The fps was resumed at the moment of entering the whole hall, for which three stakes were wound around its perimeter with special forces and splinters, which were spread out. For an increase in accuracy, the scene was not trivial and overwhelmed seven times.
The results are higher than the sum. Navigate through the rocking of the need from the analyzed processors so that they do not help to ensure an acceptable level of productivity. The deyaka of the overwhelming of the nuclear processors is different (Core 2 Quad Q8200 at the nominal shvidshe for the Core 2 Duo E7400), but the situation is even worse than the ones that were used in Unreal Tournament 3, since the low overpasses of the Core 2 Quad are lower in the middle of the models. That graph of the processor's tampering may be the same as those that were installed earlier in UT 3. If I want all the cores to work, I won't get the stench.
Assistance to NVIDIA PhysX video cards without processing video cards for great nutrition. What technology is there? The slopes of the slope are not just painted with a video card, but they also enter physical objects, which smells more efficiently, but the slope is covered with pieces, fallen asleep, where they were drunk. But for the sake of truth, the price is not too beautiful, not even without the activation of NVIDIA PhysX (if it’s not fiddly, then it won’t mind). It also simulates the physics of materials: it is polyethylene, like the boxes are wrapped around and awake, they can be seen to be torn by valves. Aggressively, fluttering, Splinter Cell Pandora Tomorrow, the author of these rows is comfortable gravel on (scary say) Athlon Barton processor! Well, those who dirki from the culture and klaptiki bovtayut - so, visnaєmo, reaching. The axis only does not stand until it reaches the point of being able to replace stable frames with lengths of up to 10.
Cryostasis: Sleep of Reason (Anabiasis)
Well, we didn’t need a new game test for our processors, which was carried out by a special Cryostasis TechDemo at a separate building of 1024x768 on low levels of Low.
The results are such that you can go straight to your eyes - a help of the slide show with the use of the processors, and the navigation with the boom. Judging by the results, if two cores do not bring any kind of coryste, then it’s not enough for the situation, but if you are more likely to pick up the frequency, then you need to bring more Core 2 GHz to a tolerable result. that whish.
In most cases, not everything is so rotten, like a benchmark. Not vipadkovo vіn, having named TechDemo, the fragments demonstrate the maximum that can be recognized from the dvigun. And if the banks are going to be distributed, or if a small table is to be fought, it is definitely not at odds, then the simulation of the drive in the whole demtsi viglyad is wonderful, and analogous to the whole dumb. The water flows in dribbles, as it comes out of the way, flows out in a corridor, flows down the lowland and goes into the water. Water is not just a tiny bit like shader programs, but a skin dye appears as a real physical object with its physical powers, as well as sounding behavior, and those, where you go and get stricter. And it’s just the first croc on the way of simulating real driving in games, even in Cryostasis TechDemo you want to see it slyly, but everything is still undead, I’m built as thick. This is the very fact that the behavior of the water does not lie on the wet surfaces (such as the images behind the additional traditional shaders), to rob the other three. To go, well є і "shader" water surface and "physical" water, as at the same time do not get along and do not pour one into one. Ale on the Mirror's Edge of the robot of the physical movement in the middle of the enemy is bigger.
In a real multitude of similar lecture simulations of the drive, and it doesn’t work, it’s not wonderful, even if the developers implemented the entire maximum of the physical motor in the group, then to go to some of the masters of the video card, the Radeon video cards would certainly not have been able to show such a show at our test. So it’s in the middle of it, in which the "trick" of the physics engine is overshadowed, the fps will be more important, but the processors will be overshadowed by the same.
Personal graphics
You will try to see the numbers of our test bags and a chance to see the abundance of productivity in new additions from the architecture of the core and the amount of cache L2. For the sake of clarity, the depth of the Core 2 Duo E8400 is shown on graphs, but at the top (all ordinates) the difference between the CPUs is clearly visible.
In applied programs, or synthetic benchmarks, the difference is even small, or the navpaki is great, and the result is also angry at the graph. For greater accuracy, the relationship between the processors was imaged in the table. Here the delta is rotated not just by the Core 2 Duo E8400, but by a very weak processor, so that negative results can be eliminated and simplified, if necessary, to calculate the difference between the processors from the middle of the list.
Ratio table of productivity in application programs for the same multiplier / FSB:
| Allendale 1M | Allendale 2M | Wolfdale 2M | Wolfdale 3M | Wolfdale 6M | Yorkfield 4M | Kentsfield 8M | Yorkfield 12M | |
| PCMark | 0,00 | 0,10 | 1,20 | 1,20 | 3,00 | 14,84 | 15,83 | 16,41 |
| SuperPi | 0,00 | 18,73 | 26,25 | 26,82 | 29,05 | 30,11 | 35,66 | 29,21 |
| PHP benchmark | 0,00 | 1,17 | 1,17 | 2,34 | 2,34 | 2,96 | 3,57 | 3,57 |
| Fritz Chess | 0,00 | 2,20 | 3,82 | 4,68 | 6,56 | 94,56 | 94,66 | 100,72 |
| WinRAR | 0,00 | 5,50 | 5,50 | 5,50 | 17,20 | 38,89 | 42,57 | 53,62 |
| 7-Zip | 0,00 | 3,24 | 3,34 | 4,44 | 8,74 | 87,88 | 95,74 | 97,12 |
| RenderBench | 0,00 | 0,00 | 1,34 | 1,64 | 1,64 | 1,77 | 0,54 | 1,77 |
| POV-Ray 1CPU | 0,00 | 0,10 | 1,92 | 1,92 | 1,92 | 2,02 | 0,52 | 2,08 |
| POV-Ray xCPU | 0,00 | 0,18 | 2,14 | 2,36 | 2,40 | 99,60 | 96,95 | 100,40 |
| CineBench 1CPU | 0,00 | 3,66 | 9,84 | 11,58 | 12,00 | 9,92 | 5,43 | 11,91 |
| CineBench xCPU | 0,00 | 4,52 | 11,49 | 13,09 | 14,09 | 90,89 | 85,16 | 99,51 |
| x264 Benchmark | 0,00 | 1,65 | 4,04 | 5,23 | 5,65 | 86,65 | 84,94 | 90,57 |
| Virtualdub | 0,00 | 0,55 | 7,75 | 10,87 | 20,48 | 27,21 | 27,02 | 33,75 |
| Adobe photoshop | 0,00 | 3,97 | 7,14 | 9,55 | 8,73 | 27,09 | 28,11 | 29,73 |
Іgrovі results for the purpose of split into two graphs.
Visnovki
Behind the bags of our testing, it is possible to see that the main transfer of the chotiri-core processors in the middle of the applied programs is done in the university-specialized supplements. For 3D rendering, the range of two additional cores reaches 85-95 times. In all programs, there is a difference in mensha: in Adobe Photoshop, Core 2 Quad is in the middle close to 20% over dual-core analogs, in VirtualDub - 15%. The two popular and extended archivators of the chotiriyaderny models play from 30 to 80% of the time from the two-core models for similar parameters. The overwhelming percentage of Wolfdale's progressive architecture over Allendale is 1-3%, reaching the maximum increase for 7% for CineBench and 8% for Super Pi.
Most of the accumulation of the L2 cache appears in the game add-ons. It can be seen on the pictorial graphs that 1 MB of the Conroe architecture cache is not catastrophic. The overdrive of Wolfdale over Allendale in the middle game becomes 1-6%. For bagatoh igor to complete a dual-core processor with a frequency of 3 GHz. Alle the rest of the games, go to the Core 2 Quad leader. Zokrema for GTA4 is enough either for a young Core 2 Quad or for a Core 2 Duo only with a 4 GHz boost. In a wide range of supplements, it’s possible to adjust the quality and distance of the processors to increase the size of the processors. Even before the speech, there is a real butt of technical tests of the processors that are at high permits for quiet, but still more important, that they need to be adjusted from 800x600 and in the games of the courtyard antiquity. A similar situation occurs in Xenus 2 - when the size of the building is 1280x1024, there is a difference between the processors and the number of processors is larger, but at the bottom of the processors, if the system needs to be processed in fewer polygons and volume. The tendency is also noteworthy, if, when moving to more important graphical modes, I want to change between older models (due to the lack of demand for video cards), but instead of introducing young models with an inexpensive, generous cash (1) The Pentium E2ххх itself can be added to the list of "game" processors. Let's take another look at the NVIDIA PhysX victorian. Do not get a "cattle bite" without straining video cards NVIDIA With the help of the CPU, it is still not possible to achieve acceptable productivity in games, but to actively use the technology.
Є true and і іgri, as it is practical not to lie in the processor - Tomb Raider: Underworld or Devil May Cry4. Ale on a bitter stage їkh nebagato, to that mi їkh simply didn’t turn on until testing.
If you look at the processors without the ability to run (if you want to use Core - the saint on the right of the skin's hair), then the minimum version is the Core 2 Duo E7400. Larger weak models cannot provide acceptable productivity in games, while in application programs they demonstrate poor results. With the Pentium E5200 overclocking, it is easy to compensate for the loss of older models with an inconceivable expansion potential (based on the Wolfdale core). But in the most popular games, the productivity of the processor (like the elders on the basis of Wolfdale-3M) is surrounded by an inexpensive cache memory. Pentium E5200 and Core 2 Duo E7400 are easy to remember the results of Core 2 Duo E8400, but we can't get over the stench with it. One more advantage of the older Core 2 Duo E8ххх is the opening and development potential, which is the most common among the younger Wolfdale models, and, moreover, it is better to use the frequencies at 100 MHz lower than the processor may be better than the Pentium E520074 and Core 2 Duo. GHz is becoming clear that the price of its older Core 2 Duo models is completely justified.
Deyakim will interchange the young Wolfdale models clearly temporal frequency The FSB was bumped up in a number of tests, since the increased FSB frequency with a small overclocking of the processor led to an impressive increase in productivity. So it’s necessary to reach the maximum tire value with the racking of the models (the same Core 2 Duo). If you push the enemy and drive up, then it’s more beautiful for you to raise the FSB frequency without increasing clock frequency processor, lowering the multiplier, allowing you to increase the productivity of the processor. Moreover, for Wolfdale-3M it will be even more relevant, not for Wolfdale-2M, it is unimportant for those who have first FSB. Generally speaking, it is relevant for the Wolfdale-6M, the FSB frequency is sufficient for the nominal frequencies, but not between its “potential” with the boom.
The main drawback of all Pentium E is the low FSB Wall on both Allendale and Wolfdale cores. That young Core 2 Duo hasn't gone far. So, from the point of view of the most beautiful vibration, the Core 2 Duo E8xxx will be available, for some FSB Walls it is possible to rob all of these series of processors with the most beautiful vibration for an overclocker. By one step, you can have a low multiplier for young models of the series. So it’s more beautiful to respect our Core 2 Duo E8400 and older models, on which we can easily reach 4 GHz frequencies on the middle motherboard.
The Core 2 Quad Q9450 is always a leader in high-traffic programs. The Core 2 Duo E8400 is not sold in single-stream add-ons and games are not sold. In single-threaded tasks with 12 MB of cache of another level, 6 MB can be distributed, vikoristovua, roaming this analogue of the Core 2 Duo E8200. Alle in the latest games (GTA4, Xenus 2, FarCry 2, World in Conflict), two cores are added to the processor in a non-locked leader to navigate for a 500-megahertz difference between them and Core 2 Duo E8400 in the range. In the same place, dedatkovі kernels do not bring corista, with a small throttle of the processor to clean up for any game programs.
Ti, for the first time, adding Core 2 Quad Q6600 has clearly not pardoned. The infection of corystoids can be done in the whole world with the same GTA 4, and the good development potential allows the supernova processor from the Core 2 Quad Q9450 (unimportant for a smaller amount of cache memory L2 and older Kentsfield core). The results of the acceleration of the whole processor before the hour vikoristannya chilling You can skip to navigate with the Core 2 Quad Q9450, even a small Yorkfield is stable at a quiet 3.8 GHz with an extraordinary cooler on heat pipes. The appearance of Kentsfield from Yorkfield 12M in games increases from 2 to 8%, so some of the results of the Core 2 Quad Q6600 at 3.8 GHz appear lower than those of the Core 2 Quad Q9450 at 3.5 GHz.
And the axis at the nominal frequency of the Core 2 Quad Q6600 does not seem to be too fast, but not the Core 2 Quad Q8200. Another option is to show practically identical results, unimportant to the lower frequency and obsyag cache. On the side of the Core 2 Quad Q8200 there is an advanced Penryn architecture and a higher frequency of the FSB bus. From the point of view of overclocking, the Core 2 Quad Q8200 is absolutely inadequate through a very low multiplier, the same as the power required for a 3.05 GHz boost potential is less than that of the older Core 2 Quad models.
Analyze the situation with happy games It can be seen that the era of nuclear-powered processors has already begun. Є deyaki іgri, productivity in some suttas on chotiriynuclear processors. GTA 4 has become the "Rubikon" itself, when all of them turn their eyes on the nuclear processors. But the situation on the market is such that at present there is no inexpensively optimal Intel processor, which will ensure high productivity and in addition GTA4 and quiet games, as it does not cost more than two cores. For those who do not use their processor, the smallest game version is deprived of the Core 2 Quad Q9450, it would be catastrophic for young models not to whip out some of the toughness of young models, but only one or two cores. Such adorable earlier young Wolfdale models (Pentium E5200 or Core 2 Duo E7300), as for the low price they were allowed to reach viskogo rivnya productivity in all games, at the same time not in the zmozi, but rather compete with the older chotiri-nuclear models in the same GTA4. Let's get enough budget option if Core 2 Quad Q6600 will be deprived, alas, only with a razgone. So the most uncompromising vibration can still be found in the Core 2 Duo E8ххх, as the razgone can preserve the high productivity in GTA4, Xenus 2 and the other processors of low-lying games, and in single-stream add-ons, the competition poses. Ale chi nadovgo їkh vistachi before vikhodu yakogos GTA 5? Tse for food.
Given such a shortage of "universal" low-cost gaming processors, Intel, AMD are able to double their part of the market, as they have long ago given up rich-core processors for lower prices. If you can add additional cores to compensate for AMD Phenom, lower the productivity of the architecture, just in one of the future articles.
Dyakumo offensive companies for not possession test:
- PCshop Group processors Pentium E2220, Core 2 Duo E8400, Core 2 Quad Q9450;
- DC-Link, Zokrem Oleksandr aka Punisher, for the Core 2 Duo E7400 processor;
- Zalizo for the Core 2 Quad Q8200 processor;
- per hard drive WD3200AAKS;
- SerOl Distribution vidocard Point of View GF9800GTX 512MB GDDR3 EXO.
Up to 3 times the speed of transmission: 802.11ax 2x2 160 MHz, which allows you to increase the maximum theoretical transmission speed up to 2402 Mbps, 3 times (2.8 times) more than the standard 802.11ac 2x2 80 MHz (867), yak documented in specifications mouthless standard IEEE 802.11. Required vicoristannya mouthless router 802.11ax with similar configuration.
Equipped with advanced technologies, the introduction / video for PCs, including eSATA, USB, and IEEE 1394 Firewire *. The real value of productivity can be seen fallow from hardware devices and software security, so that you can become vicious. Obov'yazkove Thunderbolt ™ attachment. Dodatkovu information can be edited at the address.
The program is designed to ensure that the work is carried out in productivity assessment tests, optimized to ensure high productivity only with Intel® microprocessors. Productivity tests, including SYSmark * and MobileMark *, are carried out on weekends computer systems, components, software security, operations and functions. Any change in these parameters can lead to a change in the final results. In case of a well-established decision about adding quiet systems and components to customers, it is recommended to check out also to the latest information and productivity tests, including tests for reconverting the productivity of specific products by components during the hours of robots in combination.
Dodatkova information can be found on the website.
Based on the results of the 3DMark FireStrike * robotic benchmark test, valid for the 10th generation Intel Core i7-1065G7 front-end processor and the 8th generation Intel Core i7-8565U processor. The results of productivity tests are rooted on the test bed on May 23, 2019. that may not be able to visualize all out-of-the-box upgrades. Detailed information is presented in the description of the configuration. The system may have been hijacked again.
Naykrashcha at his class Wi-Fi technology 6: Intel Wi-Fi 6 (Gig +) adapters accept additional 160 MHz channels, allowing you to reach the maximum theoretical bandwidth (2402 Mbps) for typical Wi-Fi 2x2 802.11ax PC adapters. The premium class Intel® Wi-Fi 6 (Gig +) adapters allow 2-4 times the maximum theoretical performance, based on the standard Wi-Fi adapters 802.11ax PC 2x2 (1201 Mbit / s) or 1x1 (600 Mbit / s), which can be used without any additional bandwidth 80 MHz channels.
Based on the results of the AIXprt robotic workload test, which is valid for the 10th generation Intel Core i7-1065G7 front-end processor and the 8th generation Intel Core i7-8565U processor (INT8 results). The results of productivity tests are rooted on the test bed on May 23, 2019. that may not be able to visualize all out-of-the-box upgrades. Detailed information is presented in the description of the configuration. The system may have been hijacked again.
Intel Corporation is a sponsor and participant of the Benchmark XPRT sales developer, as well as the main distributor of XPRT productivity tests. Principled Technologies is part of the XPRT productivity test family. It is necessary to swallow up to the last dzherels of information and productivity tests, to correct I will re-evaluate products, yaku you plan to buy.
The change in clock frequency, or springs, can bring up to a little or the speed of the service terms of the processor and other system components, and also can lead to the loss of stability and productivity of the system. If there is a change in the specificity of the processor, the product may not be suitable warranty service... For additional information, go to the virobniks of the systems and components.
Intel and the Intel logo are trademarks of Intel Corporation or the United States and other countries.
* Інші nymenuvannya that trade marksє the power of their legitimate masters. (as a result of third-party naming of trademarks).
