How to choose a computer for working in 1C. Computer for accountant and accounting department Choose a computer for working in 1c

Today we will look at the choice of server hardware for a small organization for 25-30 users, with a distributed infrastructure (retail outlets, warehouse), which requires a terminal server and the 1C: Enterprise program. All employees will use these services.

Most small companies, in order to reduce the cost of equipment, prefer to minimize the amount of equipment purchased and ask administrators to “push” all the services they request into one physical server. The desire is understandable and forgivable, but “there are nuances.”

You can organize a terminal server and use the file version of 1C there, but with such a number of users, the development company recommends switching to the client-server version. Therefore, we will need another server for “1C: Enterprise” and a database server. Let us clarify right away that it is possible to organize a terminal server, SQL server and 1C server on one operating system, but from the point of view of security and stability of services, this is highly not recommended. But if you still really want to use one physical server for all three roles, then we recommend using virtualization, for example, VMWare ESXi or Hyper-V.
Thus, three options emerge:

1. One server with file 1C. A bad option, we will not consider it further.
2. One server with two virtual machines.
3. Two physical servers, one terminal, the second with a database and 1C.

To solve these problems, the following server configuration can be proposed:

In case of one physical server We chose the Dell R710, with two six-core Xeon X5650 processors, 64 GB of RAM and six disks: two SSDs in RAID 1 and four SAS disks in RAID 10.

In case of two physical servers We chose the following configurations:

• Terminal server: IBM x3550 M3 with one Xeon E5620 processor, 32 GB of RAM and two SSDs in RAID 1, with an additional network card for two gigabit interfaces. This server also has rich upgrade options, as it is dual-processor, has 18 memory slots and supports up to 288 GB of RAM.
• Database server: IBM x3250 M5 with one Xeon E3-1220v3 processor, 16 GB of RAM, an additional SAS/SATA RAID controller, four SAS disks in RAID 10, with an additional network card for 2 gigabit interfaces.

Why did we choose these particular configurations? To answer this question, let's calculate what we need to ensure a comfortable user experience in our small organization of 25-30 employees. To avoid any misunderstanding: this is just one example of inexpensive implementation of 1C, and in many cases it is more advisable to choose other configurations.

CPU

In terms of processor time, terminal sessions do not occupy a very large share. Based on the experience of implementing terminal solutions in various organizations, to maintain comfortable work for 30 users, 4-6 physical processor cores will be enough, one core for 6-8 sessions.

For a small database, the SQL server will need one core. But we will focus on expanding the database in the future (or increasing the number of databases) and will take two SQL cores.

For a 1C: Enterprise server, it is not so much the number of cores that is important, but rather their clock speed and bus frequency. Therefore, we will add two more cores to the 1C server.
And let’s not forget that if we use virtualization, one or two cores will be useful to us to ensure the operation of the host operating system.

In total we get:

• a server with two virtual machines requires 12 physical cores. You can do less, but there should always be a reserve of power. A server with two six-core processors is ideal for this.
• For a terminal server, one Xeon E5620 processor with six cores is sufficient; for a database server, a Xeon E3-1220v3 processor with four cores is sufficient.

RAM

First, let's see how much RAM is needed for services:

• The Windows Server operating system only requires 2 GB of RAM.
• For SQL and a small 1C database, 4-6 GB of RAM will be enough.
• The 1C: Enterprise server requires another 2-3 GB of RAM.
• We expect that each user will need 700 MB of RAM in a terminal session, then 30 users will need 21 GB.

Now let's apply this to our options.

• One server with two virtual machines requires about 40 GB of RAM.
• For a terminal server, 24 GB or 32 GB of RAM will be sufficient (we will take it with a margin, assuming future expansion). For a server with databases, you need at least 8 GB, but this is “back to back”, so 16 GB is with a reserve. Memory is now one of the cheapest server components.

Disk subsystem

This is the traditional bottleneck of many systems. Choosing the right hard drives is very important to ensure server performance. When 1C works with a SQL database, many read/write operations per second (IOPS) occur. If users work on the terminal server from thin clients (that is, they fully use the terminal server as a working environment), this greatly loads the server’s disk system. For example, 30 users of a terminal server on RAID 1, SATA 3 Gb/s, with WD Velociraptor drives feel uncomfortable when working with mail and actively surfing the Internet. For terminal servers, we recommend using SSD drives. For database servers - SAS disks assembled into fault-tolerant arrays.

In addition to drives, attention should also be paid to the disk controller. Modern servers have pretty good controllers on board, for example, HP SmartArray and DELL PERC. However, it would be incorrect to use “onboard” solutions under heavy loads when maximum performance is required. By saving a little, you can easily get a powerful server that does not pull the load at all. Therefore, the controller must be hardware, not software, with its own non-volatile memory.

Let's consider options for solving this problem.

• For one server with two virtual machines, it is advisable to use two RAID arrays: one will contain the terminal server virtual machine files, the second will contain the database server and 1C: Enterprise virtual machine files. To create your first array, it is best to use two SSD drives in RAID 1 (mirror).

  It is better to create the second array from four SAS drives in RAID 10 (mirror + stripe), but it is also possible from two SSD drives in RAID 1. The choice depends only on the cost of the drives and the server model.

• For two servers everything is the same, only the arrays will be distributed among the servers. On the terminal - RAID 1 of two SSDs, on the database server - RAID 10.

One or more servers

As mentioned above, small organizations have a fairly strong desire to place all services on one server.

The advantages of using a single server and virtualization include lower power consumption and more flexible distribution of resources between virtual machines. Well, transferring virtual machines, if something happens, is much more convenient than transferring physical OSes.

However, two servers have greater upgrade capabilities. For example, in our version, the inexpensive IBM x3550 M3 with the addition of another processor and RAM turns into an elegant short terminal server for 50 or even more users.

Another “bottleneck” in our case, which must be taken into account when choosing two physical servers, is the exchange of data between them over the network. For virtual servers, data exchange occurs through a virtual switch. Here, to increase network throughput, you can install in each server a network card with two gigabit interfaces, which can be aggregated with each other and directly connect both servers with aggregated 2 gigabit links. Or use network cards with SPF+ 10GBASE, but this is expensive.

Power reserve

When calculating and selecting a server, peak loads must be taken into account. It is also necessary to remember that the database will only “swell”, the volume of data on the terminal server will grow, and the number of users may increase. Many enterprises save on power reserves and after six months or a year they are faced with interruptions in work and user complaints. This is the case when excessive saving leads to new costs in the future - the stingy one pays twice. The options we have chosen are designed with power reserves and upgrade options. It is taken into account that the DELL R710 can add two more hard drives and RAM, as well as replace processors with more efficient ones.

So, if you need expansion, or the number of services increases, then there are great prospects, and existing servers will effectively perform their tasks for a long time. Perhaps in a year we will suddenly need to double the number of users, to 60 people? Please.

If you used one DELL R710 server, then you can buy an inexpensive IBM x3550 M3, install a hypervisor on it, transfer a virtual machine with a database and a 1C server there, and on DELL give all the resources to a virtual machine with a terminal. It will be quick, and you won’t need to “throw everything out and buy new.”
If you used two IBM servers, then the x3550 M3 with the addition of a second processor and a small amount of RAM turns from an average machine into a fairly powerful machine. And in the x3250 M5 you can upgrade the processor from E3-1220v3 to E3-1285v3.

This article provides the requirements for the hardware and software required to install the 1C:Enterprise system. 8.3 (system requirements for version 8.2 you can see). The various types of 1C:Enterprise clients and the minimum system requirements for launching a 1C:Enterprise server cluster, as well as the types of supported DBMSs, are separately considered.

Below are the official system requirements at the time of writing for the 1C:Enterprise system version 8.3 , for launch options:

1. Thick client

• SVGA display.

If this computer will be used for developing configurations, then it must meet the following requirements:

• Operating system Windows XP Service Pack 2 and higher, Windows Server 2003 and higher, Fedora 17 and higher, Mint 12 and higher, Ubuntu 12.04 LTS and higher, Alt Linux SPT 6.0 and higher;
• Intel Pentium/Celeron processor 2400 MHz or higher;
• RAM 2 GB or higher (4 GB recommended);
• Hard drive (about 300 MB used during installation);
• SVGA display.

Also, the requirements for RAM when running a thick client and developing configurations are influenced by the functional fullness of the configuration.

2. Thin client

To install, the end user's computer must meet the following requirements:

• Operating system Windows XP Service Pack 2 and higher, Windows Server 2003 and higher, Fedora 17 and higher, Mint 12 and higher, Ubuntu 12.04 LTS and higher, Alt Linux SPT 6.0 and higher;
• Intel Pentium/Celeron processor 1800 MHz or higher;
• RAM 1 GB or higher;
• Hard disk (about 70 MB is used during installation);
• SVGA display.

3. Web client

The requirements for are mainly determined by the web browser used. List of supported browsers:

• for Windows OS:
  • Mazilla Firefox 17 and above;
  • Microsoft Internet Explorer 8.0 and higher;
  • Google Chrome 4 and higher;
  • Safari 4.0.5 and higher.
• for Linux OS:
  • Mazilla Firefox 17 and above;
• for MacOS X:
  • Safari 4.0.5 and higher (for MacOS X version 10.5 and higher).

In general, the end user's computer must meet the following requirements:

• Intel Pentium/Celeron processor 1800 MHz or higher;
• RAM 1 GB or higher;
• Hard drive (about 250 MB used during installation);
• SVGA display.

For computers with a small amount of memory and a low-performance processor, it is recommended to use version 9.0 of the Microsoft Internet Explorer browser or use other browsers supported by the 1C:Enterprise system.

4. Mobile platform

For iOS devices:

• iOS – version 5.1 and older;
• iPhone – 3GS and older;
• iPod Touch – 3rd generation and older;
• iPad – all versions;
• iPad mini.

For devices based on Android OS:

• Android – version 2.2 and older;
• CPU:
  • with architecture ARMv5TE and higher (ARMv6, ARMv7, ARMv8);
  • with Intel x86 architecture.
• RAM – at least 256 MB;
• Touch screen.

5. Web server

The 1C:Enterprise system supports work with the following web servers:

• (IIS) versions 5.1 and higher;
• Apache HTTP Server versions 2.0 and higher;

If a web server is used to access the file version of the infobase, then the following requirements apply to the computer on which the web server and web server extension are running:

• Intel Pentium/Celeron processor 1800 MHz or higher;
• RAM 1 GB or higher (2 GB recommended);
• Hard drive (about 300 MB used during installation);

6. 32-bit server

The production server that is part of the 32-bit must meet the following requirements:

• Operating system Windows XP Service Pack 2 and higher or Microsoft Windows Server 2003 and higher, one of the supported Linux distributions;
• Intel Pentium/Xeon processor 2400 MHz and higher, it is desirable to use multiprocessor or multi-core machines, since the presence of several processors/cores has a beneficial effect on the throughput of a 1C:Enterprise server cluster, especially in the case of intensive work by several users;
• RAM of at least 2 GB. And although the work processes of a 1C:Enterprise server cluster can be executed in fairly small amounts of memory, during peak loads their needs can be quite significant;

7. 64-bit server

The production server that is part of the 64-bit server must meet the following requirements:

• Operating system Windows XP Service Pack 2 and higher or Microsoft Windows Server 2003 and higher, one of the supported Linux distributions for x86-64;
• Processor with x86-64 architecture (Intel with support for Intel 64, AMD with support for AMD64), it is desirable to use multiprocessor or multi-core machines, since the presence of several processors/cores has a beneficial effect on the throughput of a 1C:Enterprise server cluster, especially in in case of intensive work of several users;
• RAM of at least 2 GB (4 GB or higher recommended). And although the work processes of a 1C:Enterprise server cluster can be executed in fairly small amounts of memory, during peak loads their needs can be quite significant;
• Hard drive (about 200 MB used during installation).

8. Supported DBMS

The bitness of the 1C:Enterprise server is not related to the bitness of the DBMS. Servers (1C:Enterprise server and DBMS) of different capacity can be used together. The 1C:Enterprise system supports the following DBMS:

• Microsoft SQL Server 2000 (SP4 recommended) and higher;
• PostgreSQL 8.1 and higher;
• IBM DB2 v9.1 and higher;
• Oracle Database 10g Release 2 and higher.

9. Other requirements

• If used type HASP4 Net from the company Aladdin, you need a USB port to connect the hardware protection key.
• To function, the WMI (Windows Management Instrumentation) service must be running on the computer.
• Collaboration with a file infobase over a network is supported only for network resources accessed via the SMB (CIFS) protocol. Such resources can be located on both Windows and Linux computers.
• The maximum number of simultaneous connections from one file infobase is 1024.
• The user on whose behalf the client application is running must have " List of folder contents» to the OS temporary files directory.
• The user on whose behalf the server is running must have " List of folder contents" to the OS temporary files directory.
• The user on whose behalf the server is running must have the right " Reading" to the temporary files directory in Linux OS.
• If the 1C:Enterprise server cluster and the database server are installed on different computers, system performance can be significantly affected by the performance of the network connection between the 1C:Enterprise server cluster computers and the database server computer. It is recommended to use network cards with a bandwidth of 100 Mbit or higher.
• For normal operation of 1C:Enterprise in the client-server mode, it is necessary to disable the use of energy-saving modes on client computers Sleep, Standby And Hibernate.
• For the file information base, for the operation of the 1C:Enterprise Web server running Linux, the following library is required on a computer with a web server:
  • UnixOdbc version 2.2.11 and higher for using external data sources on the 1C:Enterprise web server.
• To work under Linux OS, you must have the following libraries installed:
  • Webkitgtx 1.2.5 and higher;
  • ImageMagick 6.2.8 and higher;
  • Freetype 2.1.9 and higher;
  • Libgsf 1.10.1 and higher;
  • Glib 2.124 and higher;
  • Kerberos 1.4.2 and higher;
  • GSS-API Kerberos 1.4.2 and higher;
  • Microsoft Core Fonts;
  • UnixODBC 2.2.11 and higher for using external data sources on the 1C:Enterprise server.

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The topic of the article “Computer for accountants and accounting” generally seems somewhat strange. It would seem that everyone - literally every person - should know what a computer should be like for an accountant. But when our specialists come to the customer to do the work of setting up 1C Accounting, it turns out that not every accountant works on an ideal computer for accounting, but works on some computer that someone bought a long time ago. Meanwhile, modern accounting programs significantly raise the bar for requirements for an accounting computer. Now more details.

At all, The question of choosing a computer for accounting arises regularly among our customers. And the answer to this question constantly has to be updated, because... requirements for computers are increasing, and computer hardware is also increasing its capabilities.

Our specialists completed the next accounting computer, assembled and configured it in mid-March 2015. The head of the company indicated that the convenience, reliability and speed of the assembled computer are primary, and the price is a reasonable consequence of the characteristics. Looking ahead, we can say that the estimate for an accounting computer in March 2015 prices and 62 dollars turned out to be equal to 48,000 rubles (system unit + monitor).

We must also say that the computer was planned to be used not only for accounting, but also for other tasks, but still their resource intensity was lower than accounting tasks.

Before presenting you with the actual configuration of the assembled computer, let’s say why it is important to choose a powerful computer for accounting.

Why is it important to choose a powerful computer for accounting?

1. All programs are updated

Licensed Windows will install in a year 200 or more updates operating system. Each installed update will slow down the computer, expand the registry, add to the winsxs folder, etc. In summary, over time, licensed updated Windows will require more and more computing resources from the computer.

A special story is 1C configuration update on an accounting computer. Such an update is a resource-intensive operation., often not requiring super specialist skills. On a slow computer, updating the 1C Accounting configuration may take 3-4 hours. Now imagine that you pay for every hour of work of a programmer who arrived at your organization just to update the 1C configuration. So, 4 hours of such an update will cost the organization a decent fraction of the cost of the computer itself. But a computer on fresh hardware can update 1C in 30-40 minutes.

2. Antivirus must be taken into account

All managers understand that an accountant’s computer stores important information, and even for a long period of time. That’s why, as a rule, people don’t skimp on buying an antivirus. Install an antivirus on your computer Dr.Web, Kaspersky, Eset Nod. All these antiviruses again place a significant load on the computer and greatly affect the performance of the disk subsystem. This means that a hard drive for an accountant should be purchased not only with a large capacity, but also as fast as possible.

3. Other resource-intensive programs

The accounting computer will not be limited to the 1C program and antivirus. It will feature SBiS+, the Konturn-Extern system, Guarantor or Consultant, FineReader, and who knows what else. This assumes that the computer must be powerful and nothing else.

4. The need to push back modernization

If the computer is weak, then sooner or later there will be a need to upgrade the computer. Modernization means both the need to purchase computer components and the need to pay for the modernization work. Modernization may involve the need to reinstall software, and this also involves financial costs.

Monitor for accounting

Regarding the choice of monitor— in our opinion, it should be wide-format. Big size. Such a monitor allows you to work with tables with a large number of columns and view a large amount of data in 1C and other programs. For our customer, we selected a 24-inch monitor with a resolution of 1920*1080.

You should also pay attention to the brightness and contrast of the monitor. If the monitor is of a budget class, then it does not show the picture well and this will affect the efficiency of work, but first on the vision of your accountant.

Initially, we wanted to purchase a monitor with an even higher vertical resolution of 1200 pixels, but the price tag for such monitors started at 23,000 rubles and we had to abandon such an acquisition.

Computer configuration for accounting

The components were purchased from one of the trusted Krasnodar companies and the following list was obtained:

	Name
	power unit ATX 450W FSP, wPFC, 12 cm fan, ATX-450PNR		RUB 1,750
	frame ZALMAN Z9 U3, MidiTower, ATX, black		RUB 4,270
	thermal paste Arctic Cooling MX-4, 4 grams		420 rub.
	Motherboard Gigabyte GA-B85M-D3H, B85, Socket 1150, DDR3, mATX		RUB 4,310
	HDD HDD 1TB, SSD 8GB, 3.5″, 7200rpm, 64MB, SATA 6 Gb/s, Seagate Desktop SSHD, ST1000DX001		4,800 rub.
	cooler Cooler Master Hyper 103 PWM, Socket 775/1156/1150/1366/2011/AM2/AM3/FM1/FM2, RR-H103-22PB-R1		RUB 1,490
	monitor Iiyama ProLite E2483HS-B1, 1920×1080, 5M:1, 300cd/m^2, DVI, HDMI, 2ms, LED, black, with speakers		RUB 12,750
	CPU Intel Core i5-4460, 3.20GHz, 6MB, LGA1150, OEM		RUB 10,740
	Memory module for computer DIMM DDR3, 8GB(2×4GB), PC3-14900, 1866MHz, Kingston HyperX FURY blue, HX318C10FK2/8		RUB 5,010

We replaced some things on this list, namely the power supply and added a DVD drive.

frame ZALMAN Z9 U3 - spacious, comfortable and all that. And most importantly - 4 USB ports on the front panel. This is very convenient - you don't have to use the ports on the rear panel.

HDD Seagate Desktop SSHD, ST1000DX001 is another productive computer part. This is a hybrid HDD with a small 8GB built-in SSD. This part allows you to increase the speed of loading the OS and reduce the time required to turn off the PC.

CPU The Intel Core i5-4460 was purchased at the last moment, having decided to replace the Intel Core i3, which was originally planned. By replacing the i3 with the i5, they actually implemented the principle of “pushing back modernization.”

Cooling system Cooler Master Hyper 103 PWM was purchased because... It's easy to install and PWM controlled, which means it will operate virtually silently in most computer operating modes.

RAM 8GB capacity is good, especially taking into account the modern requirements of the 1C Accounting program. We bought the memory in a 2x4GB kit with low timings. Low timings are more suitable for a gaming PC, but... we simply chose good RAM; the timings were a consequence of this choice.

The configuration we assemble will last a long time and will not require attention from IT specialists.

Below is a photo of the assembled system unit

Assembling a computer for accounting - selection of components and their assembly
Ready-made computer for accounting - assembled and ready for action

If you need a high-quality computer with a guarantee for your accounting department, please contact our SC_ by phone.

Selecting a computer for 1s 8.3.

The 1C program is very convenient and rightfully occupies one of the leading positions in the Russian software market.

Here is a quote from the official website of the 1C company:

The 1C company certifies computers for compatibility with the 1C:Enterprise software system versions 8.3.

Computers that have passed certification receive a certificate certifying their compatibility with the 1C:Enterprise software system, as well as the right to use the “Compatible! Software system 1C:Enterprise".

Computers with characteristics no worse than:

32-bit 1C:Enterprise server:

· System requirements

· Intel Pentium IV/Xeon processor 2.4 GHz or higher

· RAM 1024 MB or higher

· Hard drive 40GB or higher

USB port

SVGA video card

64-bit 1C:Enterprise server:

· System requirements

· Processor with x86-64 architecture (Intel with EM64T support, AMD with AMD64 support).

· RAM 2048 MB or higher

· Hard drive 40GB or higher

· CD Reader

USB port

SVGA video card

Let's try to choose the right computer for 1C 8.3.

I will say right away that the system requirements indicated above are met only with great reserve, and are not sufficient for comfortable work. My program runs on my processor. core I 5 s 8 gigs of memory and a 10,000 rpm hard drive with fast Internet, and the databases are not updated as quickly as we would like. I was interested in this question, and I collected information on the optimal system requirements.

Best for entry level.

Entry-level solution based on Intel I3 processor. The combination of three main system components: the central processor Intel I 3, sufficient 4GB RAM. We getEntry-level system kit for office tasks and multimedia home use.

Optimal configuration at a discount, you can work comfortably.

A quad-core computer with a clock frequency of 2.9 Gigahertz with 4GB of RAM, with a regular hard drive for storing information. The most popular model.

Average, you can work comfortably and wait much less for processing.

Quad core computer core I 5 with a clock frequency of 3.0 Gigahertz with RAM 4 GB., with a regular hard drive.

Excellent, you can work comfortably, processing occurs quickly.

Quad core computer core I 5 with a clock frequency of 3.2 Gigahertz with 16GB RAM, with hard drive SSD (an operating system is installed on it) and with a regular hard drive with a rotation speed of 7200 rpm.

Computers can also be selected with processors AMD similar in frequency.

System requirements for a computer with the 1C 8.2 program are approximately the same. The higher your requirements for the program, the better. It is better to take iron with a reserve of power. This will help save you time.

For 1C 7 seventh versions, the system requirements are much lower.

We tested computers in different price categories for you.

Very often, clients turn to us with a request to select a computer that will “work well with 1C,” that is, will not “slow down” or freeze.

This is due to the fact that users who saved on purchasing or bought computer equipment 3-5 years ago are now faced with the fact that 1C works extremely slowly and slows down the work process.

It is generally accepted that you can buy the simplest computer for an office to work with documents and 1C, because It will not run resource-intensive games or 3D modeling programs. But this is a mistake! In recent years, accounting programs have evolved into powerful analysis tools that provide specific workloads and consume much more resources.

We conducted an experiment and found out what parameters of the system unit will allow 1C to work as efficiently as possible!

We tested using special processing, which, when tested, triggers the simultaneous posting of 150 documents of different types, but intersecting in registers (PKO, RKO and RTU) in the working database "1C: Accounting", ed. 3.0 of the current release with the “Taxi” interface. Database volume is 4 GB.

Tests were carried out on 6 computers of different configurations:

different processors 4 and 8 cores.

amount of RAM 4 – 8 GB, with and without SSD drive Silicon Power SATA-III 60Gb SP060GBSS3S60S25 S60 2.5" w490Mb/s.

software: Windows 10 PRO 64 bit.

Test copy No. 1

Processor: AMD FX 4330, (4 cores, 4 GHz, 95W)

2 pcs.

Hard drive: HDD Toshiba 500 GB HDWD105UZSVA P300
Cost: 16,200 rub.

Test copy No. 2

Processor: AMD FX 8320E, (8 cores, 3.2 GHz and 4 GHz Turbo)

Motherboard: Asus M5A78L-M LX3 Soc-AM3 AMD760G

RAM: Memory DDR3 4Gb 1333MHz Kingston Kingston KVR13N9S8/4-SP 2 pcs

Cost: 21,900 rub.

Test copy No. 3

Processor: AMD A4-6300 Richland (FM2, L2 1024Kb)

Motherboard: Asus A68H

RAM: Memory DDR3 4Gb 1333MHz Kingston KVR13N9S8/4-SP

Hard disk (HDD): HDD Toshiba 500 GB HDWD105UZSVA P300
Cost: 12,500 rub.

Test copy No. 4

Processor: Intel® Core™ i3-4170 Processor3M Cache, 3.40 GHz

RAM: Memory DDR3 4Gb 1333MHz Kingston KVR13N9S8/4-SP

Hard disk (HDD): HDD Toshiba 500 GB HDWD105UZSVA P300
Price: 22 500 R.

Test copy No. 5

Processor: Intel® Celeron® Processor G1840 2M Cache, 2.80 GHz

Motherboard: Asus H81 chipset

RAM: Memory DDR3 4Gb 1333MHz Kingston KVR13N9S8/4-SP

Hard disk (HDD): HDD Toshiba 500 GB HDWD105UZSVA P300
Price: 18 000 R.

Test copy No. 6

Processor: Intel® Pentium® Processor G3260 3M Cache, 3.30 GHz

Motherboard: Asus H81 chipset

RAM: Memory DDR3 4Gb 1333MHz Kingston KVR13N9S8/4-SP

Hard disk (HDD): HDD Toshiba 500 GB HDWD105UZSVA P300
Price: 19 400 R.

After installing and launching 1C: Accounting 3.0, leaders and outsiders immediately emerged.

The minimum loading time took ~45 seconds, the maximum ~2 minutes. 10 sec. Test specimen No. 2 showed the best operating speed, while specimen No. 5 turned out to be an outsider. It was in the basic configuration that instance No. 2 exceeded the loading speed of three 1C sessions by almost 3 times, relative to No. 5.

In second place was specimen No. 1. The remaining configurations showed approximately the same results: ~1 min 10 sec.

The powerful processor and large amount of RAM showed excellent performance when launching the application. The launch speed was measured with a conventional stopwatch.

Below is a summary graph for all tested computers with the average time for processing documents.

Check out the comparison charts:

Test results

Testing has shown that SSDthe disk gives an increase in operating speed. But with small database volumes, it can be replaced by a powerful processor with a larger amount of RAM than the database size.

The benefit of an SSD drive is noticeable only with large amounts of data, when there is not enough RAM to complete and correctly perform the operation.

The weakest result, as expected, showed a system unit based on the AMD A4-6300 processor without an SSD drive. The average wiring time exceeded 300 ms.

The most balanced in terms of price and results The result was a system unit based on a processor: AMD FX 4330 with a memory capacity of 4GB with an SSD drive.

With a price of 17,200 rubles, it is 11% more expensive than a system unit based on an AMD A4-6300 4GB processor with an SSD drive, and the increase in power is 29%. The benefit is more than double.

The AMD A4-6300 4GB system unit without an SSD drive, with its low price of RUB 12,500, will be sufficient for standard office tasks and small information databases with a small number of operations.

Best time when carrying out documents showed a system unit based on the Intel® Core™ i3-4170 processor. It is suitable if you use not only office programs and 1C, but also other applications, because the cost of an Intel® Core™ i3-4170 4 GB computer with SSD is RUB 25,500. 48% higher than AMD FX 4330 4GB with SSD and 64% higher than AMD A4-6300 4GB with SSD. The productivity increase in these cases is 21% and 44%, respectively.

What to choose?

Price category up to 16,000 rubles

Test copy No. 1

Processor: AMD FX 4330, (4 cores, 4 GHz, 95W), Memory DDR3 4Gb 1333MHz Kingston KVR13N9S8/4-SP 2 pcs., Hard drive: HDD Toshiba 500 GB HDWD105UZSVA P300

Processor: AMD FX 4330, (4 cores, 4 GHz, 95W), Memory DDR3 4Gb 1333MHz Kingston KVR13N9S8/4-SP 2 pcs., Hard drive: HDD Toshiba 500 GB HDWD105UZSVA P300, Silicon Power SATA-III 60Gb SP060GBSS3S60S25 S60 2.5" w490Mb/s

Processor: Intel® Core™ i3-4170 Processor3M Cache, 3.40 GHz, Memory DDR3 4Gb 1333MHz Kingston KVR13N9S8/4-SP, Hard disk (HDD): HDD Toshiba 500 GB HDWD105UZSVA P300