Radeon hd r4 card model. AMD Radeon R5 video card: review, specifications, expert reviews

Intel HD Graphics is a graphics card that is built into Pentium and Celeron processors. Using technology Turbo Boost, this video card can run on different frequencies. The performance of a video card directly depends on its model.

Basically, integrated video cards such as Intel HD Graphics are typical for business-class laptops. These are laptops that are designed exclusively for work and usually contain complete package applications Microsoft Office. They also work without problems with applications and programs that do not require a lot of resources. You can safely “wander” on the Internet on them.

As for games on such laptops, this is a little more difficult. One of the main parameters for games is the frame rate per second. If this indicator is below 30, then you will not be able to play normally. Because the game will start to slow down, twitch and only spoil your nerves. Advanced gamers believe that this indicator should be at least 50, then your game will simply “fly”. Now, in fact, let’s move on to specifics and consider which games can be played on laptops with the video cards described below.

AMD Radeon R4 Graphics, which games will work?

AMD Radeon R4 Graphics is a video card that is on the same level as Intel video cards HD Graphics. It is characterized by low operating frequency and a small number of threaded processes. If games run on such a video card, then only on the most low settings with minimum resolution.

So, you can play the following games without any problems:

• Trackmania Nations Forever;
• Sims 4;
• FIFA 14;
• Anno 2070;
• BioShock Infinite;
• Call of Duty 2;
• Counter-Strike: GO;
• Tomb Raider;
• Dota 2;
• GTA (part 5).

What games can Intel HD Graphics 2500 run?

Intel HD Graphics 2500 - this video card is characterized by low performance, which means it is suitable for games that do not require large resources. It can easily run the following games, but again at the lowest settings:

• Star Craft II;
• Dead Space 3;
• FIFA 13;
• F1 2012;
• Counter-Strike: GO;
• Supreme Commander;
• Crysis - GPU Benchmark;
• Guild Wars 2;
• Need for Speed;
• Warface.

Intel HD Graphics 3000 what games are running?

Intel HD Graphics 3000 is a video card that gives a head start to its predecessors in terms of performance. And it has 12 computing units in its arsenal. The parameters of this video card already allow you to play games without problems at low and medium settings, and we will see which ones below:

• Batham;
• Bioshock 2;
• Starcraft 2;
• Call Duty 2;
• Hawx;
• Dawn War 2;
• Anno 1404;
• Dragon Origins;
• GRID: Autosport;
• Batman: Arkham Origins;
• FIFA 14;
• Torchlight 2;
• Counter Strike;
• Diablo III;
• Dota 2;
• Dirt 3;
• Total War 2;
• Left4Dead;
• Trackmania Nations Forever;
• Half Life 2;
• Quake 4;
• World of Tanks.

And this is not the entire list of games that this video card supports.

Intel HD Graphics 4400 which games will work?

Intel HD Graphics 4400 is a video card that is characterized by good performance, which significantly exceeds the performance of its predecessors. It is already equipped with 20 computing units. With such a video card you can play many games, but we will consider only the main ones:

• Anno 1404;
• F1 2014;
• FIFA 14;
• GRID: Autosport;
• Call Of Duty;
• Dota 2;
• Total War 2;
• Diablo III;
• StarCraft 2;
• Torchlight 2;
• Tomb Raider.

Intel HD Graphics 5500 which games will work?

Intel HD Graphics 5500 – graphics card, which was intended to be built into Broadwell chips. It also came in conjunction with some processor models Core line i5 and i7. The frequency of this video card reaches 950 MHz. The card was released at the beginning of 2015, it is new and quite powerful, which means it can easily handle the following games:

• FIFA 16;
• World of Warships;
• Metal Gear Solid V;
• Dirt Rally;
• Call of Duty;
• Civilization: Beyond Earth;
• F1 2014;
• Battlefield: Bad Company 2;
• GRID: Autosport;
• Tomb Raider;
• Counter-Strike: GO;
• Mafia 2;
• Resident Evil 5;
• StarCraft II.

We hope that our review of these video cards will save your time when choosing a game, and maybe even a video card.

In this review we will look at the processor AMD A6-7310,which is an APU - Accelerated Processing Unit ("accelerated computing device") - combines processor cores, integrated graphics and some I/O controllers, which allows you to remove the last two components from motherboard, thereby simplifying its production and reducing delays in information exchange. The manufacturer itself classifies this APU as a solution segment entry level for various kinds mobile devices. These include laptops, netbooks, and tablets. From a software standpoint, this processor allows you to run office applications, undemanding toys, browsers and file viewers.

AMD A6-7310 it's essentially a mobile quad-core SoC processor cores which operate at frequencies up to 2.4 GHz, depending on the scenario. The processor itself is manufactured using a 28 nm process technology, in addition to four computing cores in AMD A6-7310 integrated graphics core Radeon R4 GPU, single-channel DDR3L-1600 memory controller and south bridge with various I/O ports. TDP can range from 12 to 25 W. The predecessor of the AMD A6-6310 has similar characteristics, with the exception of the changed base frequency, TDP and the presence of a new FP4 package. Judging by the thermal package (TDP) of 12-25 W means that it can compete AMD A6-7310(Carrizo-L) will be primarily with low voltage Intel processors on Haswell architectures and Broadwell - for example, Core i3-5005U or Pentium processors. Now let's take a closer look at the integrated graphics AMD core Radeon R4 (Beema).

AMD Radeon R4 (Beema), is a video card integrated into the processor (graphics core), with DirectX support 12. The user has 128 shader cores (can be used as two execution cores), based on the GCN architecture. Operating frequencies in our case reach 800 MHz, while the video card does not have own memory and through a single-channel DDR3L-1866 controller has access to the system. Using its UVD (Unified Video Decoder), the GPU can support the CPU in decoding videos up to 4K. Additionally, the chip includes a dedicated video encoder called VCE. Video streams can pass through VGA, DVI, HDMI 1.4a and DisplayPort 1.2 for two external monitors. The performance of the Radeon R4 is approximately equal to its competitor represented by the Intel HD Graphics 4200, so games such as Dirt Rally, BioShock Infinite can be run on low graphics settings and a resolution of no more than 1024x768 pixels, the FPS level in such games will remain within 30, which quite enough for a smooth game.

Specifications

Synthetic tests

• 3DMark - Fire Strike Standard Graphics: 520
• 3DMark - Fire Strike Standard Score: 493
• 3DMark - Ice Storm Standard Physics 1280x720: 21687
• 3DMark - Fire Strike Standard Physics 1920x1080: 2404
• Cinebench R15 -CPU Single 64Bit: 45
• Cinebench R15 - CPU Multi 64Bit: 141
• WinRAR: 1176 KB/s

Game testing

Computer games: resolution 1024x768 pixels, low settings (Low)

Graphics accelerator for AMD Radeon R5 laptops labeled M430 debuted on store shelves computer technology in the first half of 2016. This is an entry-level discrete accelerator. In it, the manufacturer tried to combine acceptable performance and the maximum degree of energy efficiency. In this review we will try to give an answer to how he managed to combine these two radically different parameters.

Features of the accelerator. His specialty

Quite high demands are placed on the AMD Radeon R5 mobile accelerator in the discrete version of the M430 model. On the one hand, this device must be energy efficient. That is, the power consumed by it during operation should be minimal. Due to this, the time increases significantly battery life computer. On the other hand, the performance of such an adapter should be higher than that of integrated video cards. If this condition is not met, then the feasibility of producing such an accelerator is lost.

The main area of ​​application of such a video card is mobile computers entry level. Such PCs can cope with the least demanding modern gaming applications, For example. In addition to this, it is quite comfortable to develop on such a laptop. various programs. In addition, the presence discrete graphics It even allows you to process images and pictures in a small volume. That is, such a PC is simultaneously accessible (they have low cost), productive and moderately autonomous.

Main technical parameters of the GPU

AMD Specifications Radeon R5 in the M430 version indicate that it is based on the SutXT microprocessor. The developers included 320 streaming modules for processing graphic information. In turn, this solution has only 20 texture units, and 8 raster pipelines. All these elements of the graphics accelerator work on clock frequency 1030 MHz. It is also necessary to note separately that last value was strictly fixed. This decision did not allow dynamically increasing the frequency if very difficult task.

Semiconductor base and its specifications

As previously noted, this discrete accelerator for mobile computers is based on the Sun XT chip based on the GCN architecture revision 1.0. Its silicon crystal was manufactured to 28nm tolerance standards. In this case, the transistors have a surface layout. Therefore, for normal cooling of such an adapter it is necessary to mandatory it should be equipped with a cooler. In combination with an aluminum radiator, such an accelerator will not function stably because it overheats during operation. In turn, the presence of a system active cooling graphics chip increases the noise level of the laptop. But there is no way to escape this disadvantage.

Memory subsystem

Graphics accelerator for portable computers AMD Radeon Graphics R5 model M430 was equipped with a separate RAM, which contained only the information he processed. Moreover, only a discrete accelerator can interact with this RAM. The type of memory used is DDR3, which operates at a frequency of 1800 MHz, and the bus width for connecting to it is 64 bits. The total volume of the video buffer is 2 GB. That is, such an accelerator is perfect for those cases when it is necessary to display images in HD or even FullHD formats. But if you switch to “4K” mode in this situation, problems may arise with the smooth operation of the interface.

Performance Evaluation

In the PCMark’11 graphics accelerator test package, the AMD Radeon R5 M430 scores 1689 points at a rather modest resolution of 1280 x 800. In this case, the same performance is demonstrated by the R5 M330 and HDGraphics 630 accelerators. The hero of this review is one percent ahead of the 920M and GT 640M. The result obtained in this test Once again it proves that this adapter really belongs to the series of entry-level gaming devices.

In the Diablo III toy this accelerator is in a similar mode and with low quality Pictures can be produced at 66fps. That is, in this mode this application will function quite comfortably. In medium quality mode, such an accelerator in this game will already produce 42fps.

Setting procedure. Features of the configuration

The algorithm for setting up such an accelerator is quite simple. There is no need to install this accelerator on a computer because it is already inside the computer system. Therefore, the first step in setting up a PC is in this case- This is the installation of system software. Again, some computers are already sold with such software pre-installed. In this case this stage must be skipped.

The next step is to install AMD drivers Radeon R5. As a rule, the laptop delivery list includes a disk with such software. If such a component is not included by the manufacturer in the package, then necessary software can be pre-downloaded from the World Wide Web. Then we start the installation process, having first followed the instructions of the installation wizard. After completing this operation, it is strongly recommended to reboot computer system. This will allow the changes made to the software to take effect.

AMD produces not only high-quality processors known for their performance (albeit energy-intensive), but also Radeon video cards, the characteristics of which are sufficient to run the most productive games.

This technique, especially those released over the past 2 years, allows you to work with resource-intensive applications (3D graphics).

Although in order to pick suitable model and determine whether its capabilities are sufficient to complete your tasks, it is worth considering the parameters of GPUs in more detail.

To make it easier to get acquainted with the characteristics of the equipment, you can create a table indicating the main quantities that affect the performance and functionality of the video card.

These include bus parameters (frequency and bit depth), type of memory, technical process used in the manufacture of the GPU, data speed and memory size.

You can also focus on electricity consumption, which determines the power of the computer's power supply and the method of cooling the device.

Memory frequency and bus width

The memory frequency of a video card primarily affects its operating speed. The average value of this indicator is 1000 MHz for HBM memory and 6000–8000 for GDDR5.

At the same time, the dependence of a card's performance on its frequency is not always directly proportional, since the second indicator that affects the device's throughput is the bus width.

First of all, it depends on the characteristics of the tire throughput video card memory.

The larger its width, the faster the data is processed by the graphics processor (GPU).

Thus, 64-bit boards are practically no longer used in modern computers, although they are still available for sale in online stores.

More modern video card models have 128 and 256 bits, top versions have 512 bits and higher.

The ten best AMD models today have the following bit capacities:

• RX 470, 480 and 380 series – 256-bit;
• 390 series R9 – 512 bits;

• latest models, R9 Fury and Nano, equipped with a new type of memory – 4096 bits;
• one of those produced by new technology with the 18 nm process technology of models, RX, has a bit depth of only 128 bits, which is why it has a low data transfer rate, although it is relatively cheap, representing budget option for gamers.

High bit depth latest video cards AMD's multi-layer memory modules allow for lower frequencies while delivering more power.

At the same time, the specific energy consumption of the equipment (1 W of power per 1 GB/s data transfer speed) becomes lower - R9 models with HBM memory consume less electricity compared to other cards.

Main feature Radeon Fury and Nano - the ability to run more graphics-intensive applications and resource-intensive games with a high FPS (frame rate).

Type and amount of memory

GDDR5 memory, until recently considered the best option for a graphics card, is starting to become obsolete.

Moreover, manufacturers say that its capabilities are reaching their limits and are beginning to look for new solutions. One of them is HBM technology, which is different:

• increased productivity;
• less need for electricity;
• a feature of the organization of the memory subsystem.

For this reason, modern and more expensive video cards R9 Fury, Fury X and Nano, having a low frequency of 1000 MHz, work 33% faster compared to the flagship of the previous generation R9 390X - 512 GB / s instead of 384.

The same relatively new, but budget model RX 460, with a good frequency of 1212 MHz, has 5 times lower operating speed compared to the most powerful model manufacturer, since it not only has GDDR5 memory, but also a 128-bit capacity.

Memory capacity of modern graphics devices Radeon is at 4096–8192 MB.

At the same time modern games require at least 4 GB of memory to run with normal settings.

Although this indicator is not so important for HBM memory, attention should be paid to the bandwidth, which is higher than that of GDDR.

Technical process

The main design elements of a processor, including a graphics processor, are transistors that pass or block electric current in a certain direction.

The performance of the video card depends on their number, and this indicator, in turn, depends on the size of the transistors and the technology used in their manufacture.

Most video card developers, including AMD, use a 28 nm transistor process technology.

Everyone has this indicator value modern models, except RX 400 series.

GPUs new generation are created based on 14 nm technology. And in the future, Radeon cards will be produced using the 7 nm process technology.

The 14nm technology is expected to provide graphics core 2-3x performance improvement and supports up to 3 independently operating monitors.

Bandwidth

The data transfer speed using video cards primarily depends on the product of the effective frequency of their memory and the bit depth.

The higher this value, the faster the information is transmitted, and, therefore, the better the games work.

At the same time, new memory HBM bit capacity is 8 times higher, which means the frequency may be lower.

For example, for the R9 Fury X model, the throughput is (4096/8) bytes * 1 GHz = 512 GB / s. This value is more than enough to run any game on maximum settings.

A 128-bit RX 460 video card can transfer only 112 GB/s of information (=7000*128/8).