OMAP4 Panda board is a motherboard. The OMAP4 Panda board has been tested via the Phoronix Test Suite in the configurations listed below.
View More OMAP4 Panda board Results
x264results - Tests on Ubuntu 10.04, Intel Pentium 4 2.40GHz, SiS, ASUS L3H Main Board
test dbench - Tests on Ubuntu 10.04, ARMv7 rev 5, Freescale MX53 LOCO Board
nexuiz_geforce_gtx_560ti - Tests on Ubuntu 10.10, Ubuntu 10.04, Intel Xeon X5650, GeForce GTX 560 Ti, ASUS Z8NA-D6, AMD Athlon 64 3200, unknown board, Winfast NF3250
test - Tests on Ubuntu 10.10, Marvell PJ4 v7-wmmx-wco rev 5, Marvell DB-MV88F6781-BP Development Board
miwapachearm - Tests on Ubuntu 10.10, Marvell PJ4 v7-wmmx-wco rev 5, Marvell DB-MV88F6781-BP Development Board
miwarm7zip - Tests on Ubuntu 10.10, Marvell PJ4 v7-wmmx-wco rev 5, Marvell DB-MV88F6781-BP Development Board
anon-19020-2277-14293 - Tests on Ubuntu 10.10, Intel Core 2 Solo U3500, Intel Mobile 4 IGP, Acer Base Board Product Name
ertert - Tests on Ubuntu 10.10, Intel Celeron 743, Intel Mobile 4 IGP, Acer Base Board Product Name
x11perf-D120 - Tests on Ubuntu 10.04, Marvell PJ4 v7 -wmmx rev 5, Marvell MV88AP510 Avengers v3.0 MID Board
anon-11373-28023-1905 - Tests on Ubuntu 10.04, Marvell PJ4 v7 -wmmx rev 5, Software Rasterizer, Marvell MV88F6781-RD Avengers MID Board
SzentImre - Tests on PTS Desktop Live 2010.1, Intel Xeon MP 3.16GHz, ATI Radeon RV100 QY, Intel Main Board
ptslive-5429-23008-23018 - Tests on PTS Desktop Live 2010.1, Intel Xeon MP 3.16GHz, ATI Radeon RV100 QY, Intel Main Board
ptslive-13332-13840-9911 - Tests on PTS Desktop Live 2010.1, Intel Xeon MP 3.16GHz, ATI Radeon RV100 QY, Intel Main Board
ptslive-24886-4299-24121 - Tests on PTS Desktop Live 2010.1, Intel Xeon MP 3.16GHz, ATI Radeon RV100 QY, Intel Main Board
A Generic AMP/IPC Framework For Linux: Being proposed by Ohad Ben-Cohen for integration into the mainline Linux kernel is a generic AMP/IPC framework. This a-symmetric multi-processing (AMP) framework with inter-process communication (IPC) integration makes it possible to control remote processors and communicate messages with these remote processors.