Powerful computers price (in US dollars)

Rental of Powerful Computational Computers for all types of computational work

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Ultra-fast processing – simulation – fast computational processing – GPU – supercomputer – powerful computer – graphic card rental – parallel processing – for software simulation projects – simulation – Amirkabir Cloud Computing Center – various virtual processing – fast processing system – supercomputer for simulation in Abaqus software – powerful computational computer – HPC heavy computing – specialized engineering systems and fast GPU processing – computer rental – computational server – ultra-fast processing – cluster – parallel processing in MATLAB, Abaqus, ANSYS Fluent, Material Studio, CST – provider of the cheapest parallel processing services – supercomputer – computational server – cloud computing – computer rental – ultra-fast processing – supercomputer rental – rental of supercomputer – system rental – rendering system – editing system – rendering GPU graphics card – rendering server – cluster rental – computational server rental – parallel processing server rental – fast processing – strong computer rental – server computer rental – parallel processing

• 15 Hours Free

Powerful Graphics Systems (Rendering)

Graphics Card	CPU Thread	RAM (GB)	Storage (GB)	CPU Speed	Monthly (USD)	Weekly (USD)	Daily (USD)
3090 (24GB)	56	64	250 Nvme	2.40-3.30 GHz	12.5	4.2	0.7
3090 (24GB)	56	64	250 Nvme	2.40-3.30 GHz	12.5	4.2	0.7

Powerful computing systems are as follows:

Number	CPU-Thread	RAM (GB)	Storage (GB)	CPU-Speed	Monthly (USD)	Weekly (USD)	Daily (USD)
1	16	4	300sas	2.40-2.70 GHz	8.5	3	0.85
2	16	12	300sas	2.40-2.70 GHz	16	4.5	0.85
3	16	24	292sas	2.40-2.70 GHz	16.5	5.5	0.85
4	24	32	600sas	2.40-2.70 GHz	25	8.5	1.7
5	24	24	300sas	2.50-2.90 GHz	24	8	1.7
6	24	24	292sas	2.50-2.90 GHz	24	8	1.7
7	24	24	292sas	2.50-2.90 GHz	24	8	1.7
8	24	24	300sas	2.50-2.90 GHz	24	8	1.7
9	24	24	300sas	2.50-2.90 GHz	24	8	1.7
10	24	24	300sas	2.50-2.90 GHz	24	8	1.7
11	24	24	300sas	2.50-2.90 GHz	24	8	1.7
12	24	24	300sas	2.50-2.90 GHz	24	8	1.7
13	24	24	300sas	2.50-2.90 GHz	24	8	1.7
14	24	24	600sas	2.50-2.90 GHz	28	9.2	1.7
15	24	32	300sas	2.50-2.90 GHz	27	9	1.7
16	24	32	600sas	2.50-2.90 GHz	30	10	1.7
17	24	48	290sas	2.66-3.06 GHz	28.5	9.5	1.7
18	24	48	300sas	2.50-2.90 GHz	28.5	9.5	1.7
19	24	48	300sas	2.50-2.90 GHz	28.5	9.5	1.7
20	24	48	300sas	2.50-2.90 GHz	28.5	9.5	1.7
21	24	48	300sas	2.50-2.90 GHz	28.5	9.5	1.7
22	24	48	300sas	2.50-2.90 GHz	28.5	9.5	1.7
23	24	48	300sas	2.50-2.90 GHz	28.5	9.5	1.7
24	24	64	300sas	2.50-2.90 GHz	32	10.5	1.7
25	24	24	300sas	2.66-3.06 GHz	25	8.4	1.7
26	24	24	300sas	2.66-3.06 GHz	25	8.4	1.7
27	24	24	300sas	2.66-3.06 GHz	25	8.4	1.7
28	24	24	300sas	2.66-3.06 GHz	25	8.4	1.7
29	24	24	300sas	2.66-3.06 GHz	25	8.4	1.7
30	24	24	300sas	2.66-3.06 GHz	25	8.4	1.7
31	24	24	300sas	2.66-3.06 GHz	25	8.4	1.7
32	24	24	300sas	2.66-3.06 GHz	25	8.4	1.7
33	24	28	300sas	2.66-3.06 GHz	25	8.4	1.7
34	24	48	300sas	2.66-3.06 GHz	28.5	9.5	1.7
35	24	48	300sas	2.66-3.06 GHz	28.5	9.5	1.7
36	24	48	300sas	2.66-3.06 GHz	28.5	9.5	1.7
37	24	48	300sas	2.66-3.06 GHz	28.5	9.5	1.7
38	24	48	300sas	2.66-3.06 GHz	28.5	9.5	1.7
39	24	48	300sas	2.66-3.06 GHz	28.5	9.5	1.7
40	24	48	300sas	2.66-3.06 GHz	28.5	9.5	1.7
41	24	48	460 sas	2.66-3.06 GHz	30	10	1.7
42	24	48	600sas	2.66-3.06 GHz	34	11	1.7
43	24	64	292sas	2.66-3.06 GHz	32	10.5	1.7
44	24	64	292sas	2.66-3.06 GHz	32	10.5	1.7
45	24	64	300sas+300	2.66-3.06 GHz	35	11.7	1.7
46	24	64	300sas	2.80-3.20 GHz	28.5	10.5	1.7
47	24	24	300sas	2.93-3.33 GHz	27.5	9.2	1.7
48	24	24	300sas	2.93-3.33 GHz	27.5	9.2	1.7
49	24	24	292sas	2.93-3.33 GHz	27.5	9.2	1.7
50	24	32	300sas	2.93-3.33 GHz	30	10	1.7
51	24	32	300sas	2.93-3.33 GHz	30	10	1.7
52	24	48	290sas	2.93-3.33 GHz	32.5	11	1.7
53	24	48	300sas	2.93-3.33 GHz	32.5	11	1.7

Model	CPUs	RAM (GB)	Storage Type	Clock Speed	Monthly (Toman)	Weekly (Toman)	Daily (Toman)
54	24	48	300 SAS	2.93-3.33 GHz	32.5	11	1.7
55	24	48	300 SAS	2.93-3.33 GHz	32.5	11	1.7
56	24	48	300 SAS	2.93-3.33 GHz	32.5	11	1.7
57	24	48	300 SAS + 600	2.93-3.33 GHz	37.5	12.5	1.7
58	24	64	300 SAS	2.93-3.33 GHz	35	11.7	1.7
59	24	64	300 SAS	2.93-3.33 GHz	35	11.7	1.7
64	24	64	300 SAS	2.93-3.33 GHz	35	11.7	1.7
60	24	64	592 SAS	2.93-3.33 GHz	37.5	12.5	1.7
61	24	64	292 SAS + 300	2.93-3.33 GHz	37.5	12.5	1.7
62	24	64	584 SAS + 3T	2.93-3.33 GHz	70	23.5	1.7
63	24	128	300 SAS	2.93-3.33 GHz	45	15	1.7
65	24	32	300 SAS	3.06-3.46 GHz	32.5	11	1.7
66	24	32	300 SAS	3.06-3.46 GHz	32.5	11	1.7
67	24	48	300 SAS	3.06-3.46 GHz	32.5	11	1.7
68	24	64	292 SAS	3.06-3.46 GHz	35	11.7	2
69	24	128	300 SAS	3.06-3.46 GHz	45	15	2.7
70	24	48	240 SSD	3.36-3.60 GHz	35	11.7	2
71	24	64	600 SAS	3.36-3.60 GHz	35	11.7	2
72	24	64 + 56	500 SAS	3.36-3.60 GHz	40	13.5	2.2
73	24	24	300 SAS	3.46-3.73 GHz	32	10.5	2.2
74	24	48	900 SAS	3.46-3.73 GHz	37.5	12.5	2.2
75	32	32	1.2T SAS	2.60-3.40 GHz	50	16.7	2.2
76	40	32	300 SAS	1.70-2.10 GHz	35	11.7	3.4
77	40	32	900 SAS	3.00-3.60 GHz	60	20	3.4
78	40	64	240 SSD	3.00-3.60 GHz	65	21.5	3.4
79	40	64	584 SAS	3.00-3.60 GHz	67.5	22.5	3.4
80	40	64	584 SAS	3.00-3.60 GHz	67.5	22.5	3.4
81	40	64	240 SSD	3.00-3.60 GHz	65	21.5	3.4
82	40	64	900 SAS	3.00-3.60 GHz	72.5	24	3.4
83	40	64	900 SAS	3.00-3.60 GHz	72.5	24	3.4
84	40	96	900 SAS	3.00-3.60 GHz	75	25	4.2
85	40	128	240 SSD	3.00-3.60 GHz	77.5	26	4.2
86	40	128	584 SAS	3.00-3.60 GHz	80	26.5	4.2
87	48	64	584 SAS	2.40-3.20 GHz	75	25	5
88	48	32	240 SSD	2.50-2.90 GHz	65	22	5
89	48	32	292 SAS	2.50-2.90 GHz	65	22	5
90	48	48	900 SAS	2.50-2.90 GHz	72.5	24	5
91	48	64	600 SAS	2.50-2.90 GHz	77.5	26	5
92	48	96	900 SAS	2.50-2.90 GHz	85	28.5	5
93	48	128	240 SSD + 1.8T	2.50-2.90 GHz	103	35	5
94	48	32	300 SAS	2.70-3.50 GHz	72.5	24	5
95	48	64	240 SSD	2.70-3.50 GHz	75	25	5
96	48	64	240 SSD	2.70-3.50 GHz	77.5	26	5
97	48	64	584 SAS	2.70-3.50 GHz	80	27	5
98	48	64	900 SAS	2.70-3.50 GHz	82.5	27.5	5
99	48	96	300 SAS	2.70-3.50 GHz	80	27	5
100	48	128	600 SAS + 1.8T	2.70-3.50 GHz	105	35	5
101	48	96	900 SAS	2.70-3.50 GHz	88	29	5.9
102	48	128	300 SAS + 1.8T	2.70-3.50 GHz	105	35	6.7
103	48	128	300 SAS	2.70-3.50 GHz	90	30	6.7
104	48	128	600 SAS	2.70-3.50 GHz	92.5	31	6.7
105	48	128	600 SAS	2.70-3.50 GHz	92.5	31	6.7
106	48	128	900 SAS	2.70-3.50 GHz	90	30	6.7
107	48	128	900 SAS	2.70-3.50 GHz	90	30	6.7
108	48	64	300 SAS	2.50-3.30 GHz	75	25	6.7

Model	CPUs	RAM (GB)	Storage Type	Clock Speed	Monthly (Toman)	Weekly (Toman)	Daily (Toman)
109	56	64	120 SSD	2.40-3.30 GHz	75	25	6.7
110	56	64	120 SSD	2.40-3.30 GHz	77.5	26	6.7
111	56	64	300 SAS	2.40-3.30 GHz	77.5	26	6.7
112	56	64	300 SAS	2.40-3.30 GHz	77.5	26	6.7
113	56	64	600 SAS	2.40-3.30 GHz	80	27	6.7
114	56	64	600 SAS	2.40-3.30 GHz	80	27	6.7
115	56	64	900 SAS	2.40-3.30 GHz	82.5	28	6.7
116	56	64	900 SAS	2.40-3.30 GHz	82.5	28	6.7
117	56	64	900 SAS	2.40-3.30 GHz	82.5	28	6.7
118	56	64	900 SAS	2.40-3.30 GHz	82.5	28	6.7
119	56	64	600 SAS	2.40-3.30 GHz	80	27	6.7
120	56	128	600 SAS	2.40-3.30 GHz	95	32	6.7
121	72	64	250 NVMe	2.30-3.60 GHz	120	40	8.4
122	72	64	900 SAS	2.30-3.60 GHz	120	40	8.4
123	80	128	600 SAS	2.00-2.20 GHz	80	27	8.4
124	88	96	600 SAS	2.20-3.60 GHz	145	48	10
125	120	256	900 SAS	2.80-3.40 GHz	175	60	10
126	176	256	900 SAS	2.20-3.30 GHz	275	60	15

Contact us for prices in US Dollars.

Price Guarantee

If you find a cheaper price elsewhere, bring the invoice, and you will receive the difference.

Connection Time:

If the system is available, the connection will be established within 5 to 10 minutes after the request.

How to Request Computer Rental:

• • Please click here to request powerful computer.

• • Payment should be made to the sent bank card number.

• • Access details and instructions from the Amirkabir Simulation Computing Center, including remote IP, username, and password, will be provided.

• • A full refund will be given if you are not satisfied within 15 hours.

 

Terms and Conditions of System Rental:

• • Systems are not connected to emergency power by default. On average, there is one power fluctuation or outage per month, which increases in summer. In such cases, an additional 12 hours will be added to your time. Some software, such as ANSYS, automatically saves results every two hours, so emergency power is not required. However, if your runs are very long, you can connect your system to emergency power for a monthly fee of 1,500,000 IRR.

• • The announced capacity refers to the nominal disk capacity; the actual usable capacity of the hard drive will be slightly lower than the value declared by the manufacturer.

• • Internet usage up to 10 GB per week is free. Any additional usage will be charged at 5,000 IRR per GB at the end.

Reasons for Using Amirkabir Simulation’s High-Performance Computing:

The Amirkabir Supercomputer enables high-performance computations for all software. Almost all engineering students at the master’s and doctoral levels face the issue of not being able to perform heavy computations on their personal laptops or computers, or the process taking an unreasonably long time. This need becomes more urgent as the defense deadline approaches.

When performing an optimization for a physical phenomenon, we need to repeat a modeling process multiple times with slight changes and compare the results to find the best configuration. Sometimes, a single simulation on a powerful computer can take up to 10 days (on a weaker computer, it could take much longer). If multiple simulations need to be repeated, it takes considerable time. Many students’ first thought is to buy a powerful system, which is a good idea but comes at a high cost. Another option is to rent one or more powerful computational systems at a lower cost. The Simulation Computing Center at Amir Kabir offers students, faculty members, and organizations the opportunity to remotely connect to powerful systems and perform their computations.

Guidelines for Using the Systems:

• • You do not need to visit in person to use the powerful computational systems; you can connect to the systems remotely via the internet. All systems are connected to high-speed internet, and you can download and install any software you need without any limitations.

• • The systems are available in both Windows and Linux environments.

• • For transferring large files, you can bring a hard drive to the university for file transfer assistance.

• • Computational systems are available 24/7, including holidays, and they never shut down.

• • Systems are accessible from all parts of the country and even outside of Iran.

• • The processing speed of the systems is not affected by your connection speed.

• • If you disconnect your connection, the system will continue running without interruption.

Guidelines for Selecting the Minimum System Requirements:

• • RAM is a crucial characteristic for speed; the system’s RAM should never exceed 95% usage, or the speed will significantly decrease. A stronger CPU will increase processing speed, but even with a slower one, you can still perform computations.

• • If you are unsure of the minimum RAM required, you can check the RAM usage in the Windows Task Manager or the Linux monitor
•