Active Topics
-
Camera phone competition March 2023 "Endless" (35)
to General by Maemish - 2 days, 20 hrs ago -
TLS 1.2 for N9 is ready (28)
to MeeGo / Harmattan by smartblu9 - 2 days, 22 hrs ago -
Maemo repository (3)
to Community by torsen - 3 days, 13 hrs ago -
Error after installing Leste on sdcard (11)
to Maemo 7 / Leste by Maemish - 4 days, 11 hrs ago -
Introducing ubiboot N9 (multiboot OS loader) (1,393)
to Alternatives by smatkovi - 5 days, 17 hrs ago - more...
pierro78 |
2010-02-03
, 22:35
|
|
Posts: 24 |
Thanked: 4 times |
Joined on Jan 2006
@ Near Paris, France
|
#11
|
Sheeva is cortex A8 : http://extranet.marvell.com/technolo...pu_history.jsp
|
|
2010-02-03
, 23:14
|
|
Posts: 71 |
Thanked: 19 times |
Joined on Dec 2009
|
#12
|
Originally Posted by shadowjk
v5l means ARMv5
Sheevaplug 1.2 GHz
Processor : Feroceon 88FR131 rev 1 (v5l)
|
|
2010-02-04
, 03:13
|
|
Posts: 455 |
Thanked: 278 times |
Joined on Dec 2009
@ Oregon, USA
|
#13
|
Originally Posted by u2maemo
My guess is that pi is more sensitive to frequency than any microarchitecture differences between ARM 5 & 8..
I just wonder why
arm v5(Sheevaplug 1.2 GHz)
fast than
both arm v7(omap 3420 cortex A8 600 MHz)
and arm v6(omap 2420 arm11 400 MHz)
frequency?
or
pi is not suit for performance test
|
|
2010-02-04
, 03:19
|
|
Posts: 1,258 |
Thanked: 672 times |
Joined on Mar 2009
|
#14
|
The description for pi says it's limited only by your machine's ram. The SheevaPlug has half a gigabyte of fast ram.
 |
|
2010-02-04
, 03:30
|
|
Posts: 290 |
Thanked: 132 times |
Joined on Jan 2010
@ New York City
|
#15
|
is it possible to UPGRADE any of the hardware on the N900???
RAM - PROCESSOR - ECT ? ? ?
RAM - PROCESSOR - ECT ? ? ?
|
|
2010-02-04
, 09:20
|
|
Posts: 3,617 |
Thanked: 2,412 times |
Joined on Nov 2009
@ Cambridge, UK
|
#16
|
Originally Posted by mrebanza
No. They're all soldered onto the boards, and there's all sorts of power & thermal issues involved.
is it possible to UPGRADE any of the hardware on the N900???
RAM - PROCESSOR - ECT ? ? ?
|
|
2010-02-06
, 22:51
|
|
Posts: 1,258 |
Thanked: 672 times |
Joined on Mar 2009
|
#17
|
These results aren't making much sense..
SmartQ7, 667MHz s3c6410 ARMv6, original firmware 5.0
1m35.872s
SmartQ7, 667MHz s3c6410 ARMv6, original firmware 5.0
1m35.872s
|
|
2010-02-06
, 23:01
|
|
Posts: 3,664 |
Thanked: 1,530 times |
Joined on Sep 2009
@ Hamilton, New Zealand
|
#18
|
here is my N900:
~ $ cat /proc/cpuinfo
Processor : ARMv7 Processor rev 3 (v7l)
BogoMIPS : 249.96
Features : swp half thumb fastmult vfp edsp neon vfpv3
CPU implementer : 0x41
CPU architecture: 7
CPU variant : 0x1
CPU part : 0xc08
CPU revision : 3
Hardware : Nokia RX-51 board
Revision : 2101
Serial : 0000000000000000
~ $
~ $ cat /proc/cpuinfo
Processor : ARMv7 Processor rev 3 (v7l)
BogoMIPS : 249.96
Features : swp half thumb fastmult vfp edsp neon vfpv3
CPU implementer : 0x41
CPU architecture: 7
CPU variant : 0x1
CPU part : 0xc08
CPU revision : 3
Hardware : Nokia RX-51 board
Revision : 2101
Serial : 0000000000000000
~ $
|
|
2010-02-23
, 16:48
|
|
Posts: 1,258 |
Thanked: 672 times |
Joined on Mar 2009
|
#19
|
EDIT: Added intel Atom 330 and Intel Core 2 Quad 9550 CPUs.
Another benchmark, distributed.net OGR and RC5. Clients available for arm-eabi at distributed.net, ./dnetc -bench, take fastest result.
The results for the multicore hyperthreaded Atom330 and multicore Q9550 are for a single thread on a single core.
I hope the formatting remains sane. I found no proper way of making tables on the forum...
RC5-72
Interesting things:
N900 has 1.5 times the clockspeed of N800, yet it's over 2 times faster.
Sheevaplug has DOUBLE the clockspeed of N900, yet it's only 1.3 times as fast as N900.
OGR-NG:
The overall picture is the same, the N900's CPU does more work per clcok than all the other ARM cores. Interestingly, it's not far behind Atom here. Remember, that for decent battery life in a portable, the atoms usually run at 600-800MHz.. That puts them in an interesting position when compared to Omap3...
Core2 is brutal, but we knew that. And it gobbles up insane amounts of power to keep its 1 kilogram heatsink hot...
Last edited by shadowjk; 2010-02-23 at 22:44. Reason: Add Atom and Q9550
Another benchmark, distributed.net OGR and RC5. Clients available for arm-eabi at distributed.net, ./dnetc -bench, take fastest result.
The results for the multicore hyperthreaded Atom330 and multicore Q9550 are for a single thread on a single core.
I hope the formatting remains sane. I found no proper way of making tables on the forum...
RC5-72
Code:
Device, Clockspeed result, relative to N800, per clock N800: 400MHz 448,553 keys/sec 100% 1121 keys/s/MHz N900: 600MHz 1,001,396 keys/sec 223% 1669 keys/s/MHz SmartQ7: 667MHz 751,596 keys/sec 167% 1127 keys/s/MHz Sheeva: 1200MHz 1,314,021 keys/sec 293% 1095 keys/s/MHz Atom330: 1600MHz 3,208,177 keys/sec 715% 2005 keys/s/MHz Q9550(1):2830MHz 9,479,121 keys/sec 2113% 3350 keys/s/MHz Q9550(2):2830MHz 10,562,046 keys/sec 2355% 3732 keys/s/MHz Atom330 in 32bit mode. (1) 64bit client with less optimizations (2) 32bit client, seems to have more optimizations
N900 has 1.5 times the clockspeed of N800, yet it's over 2 times faster.
Sheevaplug has DOUBLE the clockspeed of N900, yet it's only 1.3 times as fast as N900.
OGR-NG:
Code:
Device, Clockspeed, result, relative to N800, nodes per clock N800: 400MHz 1,855,943 nodes/sec 100% 4640 nodes/s/MHz N900: 600MHz 3,642,503 nodes/sec 196% 6071 nodes/s/MHz SmartQ7: 667MHz 3,070,970 nodes/sec 165% 4604 nodes/s/MHz Sheeva: 1200MHz 4,986,341 nodes/sec 268% 4155 nodes/s/MHz Atom330: 1600MHz 9,893,719 nodes/sec 533% 6184 nodes/s/MHz Q9550(1):2830MHz 37,681,342 nodes/sec 2030% 13314 nodes/s/MHz Q9550(2):2830MHz 46,671,019 nodes/sec 2515% 16492 nodes/s/MHz Atom330 in 32 bit mode. (1) 64 bit client (2) 32 bit client with SSE2 optimizations
Core2 is brutal, but we knew that. And it gobbles up insane amounts of power to keep its 1 kilogram heatsink hot...
Last edited by shadowjk; 2010-02-23 at 22:44. Reason: Add Atom and Q9550
|
|
2010-02-23
, 16:52
|
|
Posts: 3,841 |
Thanked: 1,079 times |
Joined on Nov 2006
|
#20
|
>N900 has 1.5 times the clockspeed of N800, yet it's over 2 times faster.
That makes sense, it's OMAP3 vs. OMAP2. The only surprise is that it isn't even faster. Was the N900 version compiled with options for the architecture?
Is there floating point involved? Double- or single-precision, if so?
Last edited by TA-t3; 2010-02-23 at 16:55.
That makes sense, it's OMAP3 vs. OMAP2. The only surprise is that it isn't even faster. Was the N900 version compiled with options for the architecture?
Is there floating point involved? Double- or single-precision, if so?
__________________
N800/OS2007|N900/Maemo5
-- Metalayer-crawler delenda est.
-- Current state: Fed up with everything MeeGo.
N800/OS2007|N900/Maemo5
-- Metalayer-crawler delenda est.
-- Current state: Fed up with everything MeeGo.
Last edited by TA-t3; 2010-02-23 at 16:55.
