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Rebel computer benchmark
The idea is to take 3 positions from the provided BT2630 database (BT06, BT16 and BT20) and run them with the fixed PLY=9 level.
BT06 BT16 BT20
Bernd Feustel e3 Steinitz-Lasker Nxg2 Agsamov-Tringov Ra2
Till now we received the following input.
D E C A D E R E B E L 8.0
Machine BT06 BT16 BT20 BT06 BT16 BT20
------- ---- ---- ---- ---- ---- ----
386SX/16 1:16:03 8:58:18 2:16:17 .... .... ....
486SX/25 23:51 2:59:02 47:51 7:54 1:57:24 10:47
486/50 DX1 7:58 56:10 14:38 2:28 35:01 3:12
486/66 DX2 7:35 53:38 14:15 2:22 33:43 3:08
486/100 DX4 4:29 36:03 9:34 1:35 22:32 2:05
Pentium 75 3:46 31:55 7:56 1:01 14:36 1:19
AMD5x86-P75 3:01 22:40 6:08 1:00 14:49 1:22
Pentium 90 3:09 22:31 6:10 1:02 15:06 1:22
Pentium 100 2:57 21:14 5:29 0:54 13:06 1:12
Pentium 120 2:11 15:46 4:03 0:44 10:36 0:58
Pentium 133 1:58 14:13 3:39 0:35 8:32 0:46
Cyrix 166 1:43 12:33 3:21 0:34 8:29 0:47
Pentium 166 1:42 12:26 3:16 0:31 7:38 0:41
AMD K5 166 1:24 10:17 2:43 0:26 6:00 0:34
Pentium 166 MMX 1:14 9:11 2:26 0:20 5:16 0:28
Pentium 200 1:30 10:50 2:50 0:28 6:54 0:38
Pentium 200 MMX 1:04 7:58 2:08 0:18 4:36 0:25
Pentium PRO 200 1:02 7:38 1:57 0:19 4:56 0:26
Cyrix 200 1:22 10:12 2:20 0:17 3:45 0:22
AMD K6 200 0:47 5:50 1:30 0:15 3:45 0:20
Cyrix 233 0:54 6:25 1:39 0:16 4:01 0:20
Pentium II 233 1:00 7:35 2:01 0:16 4:10 0:22
AMD K6 233 0:43 5:12 1:21 0:12 3:10 0:17
Pentium II 266 0:47 5:52 1:34 0:14 3:43 0:20
Cyrix 266 .... .... .... .... .... ....
AMD K6 266 0:38 4:22 1:11 0:11 2:51 0:15
Pentium II 300 0:39 4:50 1:16 0:11 3:04 0:15
Cyrix 300 .... .... .... .... .... ....
AMD K6 300 0:36 3:56 0:59 0:10 2:29 0:14
AMD K6-2 300 .... .... .... 0:09 2:24 0:13 
Pentium II 333 .... .... .... 0:09 2:42 0:13
Cyrix 333 .... .... .... 0:13 2:48 0:17
AMD K6 333 0:32 3:35 0:52 0:08 2:21 0:12
AMD K6-2 333 0:29 3:29 0:52 0:09 2:14 0:12
AMD K6-2 350 .... .... .... 0:08 2:07 0:11
Pentium II 400 .... .... .... 0:08 2:20 0:11
AMD K6-2 450 0:24 2:54 0:45 0:07 1:44 0:09
Kb nodes searched 2869 17632 4292 1470 19211 1598
REMARKS
- Again we have a new number one, this time the new KryoTech AMD K6-2 450 Mhz the machine that will play Vishy Anand from July 21-23.
- The race now seems to go between Intel and AMD only as we hardly receive any input for Cyrix.
- In the meantime we are eagerly awaiting Intel's Pentium 450 Mhz (Xeon) but we really wonder if Intel is able to beat the KryoTech AMD K6-2 450.
- If you enter your results please follow the exact rules as described below. Do not enter solution times of the key-move but wait till Rebel is finished and check the nodes searched. They MUST match 100%!
| TOP FIVE | BT-16 with Rebel8 | REMARKS | AMD K6-2 450 (KryoTech) | 1:44 | The new number one! | AMD K6-2 350 | 2:07 | .... | AMD K6-2 333 | 2:14 | .... | Pentium-II 400 | 2:20 | The previous leader | AMD K6 333 | 2:21 | As good as the Pentium-II 400! |
We like you to input the empty entries done by the below form. If we receive your input we will update the above statistic. In case of multiple entries for a given processor the average time will be taken.
The rules
From the pulldown DAT select Load Database.
Select the database BT2630.
Press ALT_L to enter the database.
Load either BT06, BT16 or the BT20 position.
Set the time level on PLY=9 in the LEV menu.
For Rebel8 set the hash table size on 4 Mb.
Press ALT_M or click on the REBEL button.
Let Rebel think until the program moves by itself!
Write down the used time for the position.
The used time can be found in the clock window!
Check the total number of positions searched for.
This number must match with the below output!
Select your used PC
Select the chess program
Time used for BT06
Time used for BT16
Time used for BT20
Rebel8 Decade 1.2
BT06 1.470.460 2.869.318
BT16 19.211.713 17.632.496
BT20 1.598.321 4.292.909
Be sure you have checked the number of searched positions before you
submit.
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