$NetBSD: README.evbmips,v 1.2 2024/04/07 19:51:49 andvar Exp $
The documentation is not final, more updates are coming.
config date targets boards
-------------------------------------------------------------------------------------------------------------------------------------------------
ADM5210 2007/03/20 evbmips-el Infineon ADM5120 (MIPS32 4Kc) based boards and routers,
including RouterBOARD 100 series.
ADM5210-NB 2007/03/20 evbmips-el ADM5120 netboot kernel.
ADM5210-USB 2007/03/20 evbmips-el ADM5120 netboot kernel with USB support.
AP30 2006/06/06 evbmips-el,eb Atheros AP30 development board (AR5312).
CI20 2014/11/22 evbmips-eb MIPS Creator CI20 (Ingenic JZ4780).
CPMBR1400 2011/07/28 evbmips-el CradlePoint MBR1400 Router (Ralink RT3883 MIPS74K).
DB120 2011/07/07 evbmips-eb Qualcomm Atheros AR9344 (MIPS74K) DB120 evaluation board.
DBAU1500 2006/02/08 evbmips-el,eb AMD Alchemy DBAu1500 evaluation board.
DBAU1550 2006/02/08 evbmips-el,eb AMD Alchemy DBAu1550 evaluation board.
GDIUM 2009/08/06 evbmips-el EMTEC Gdium netbook 32-bit kernel.
GDIUM64 2011/08/24 evbmips(n)64-el EMTEC Gdium netbook 64-bit kernel.
LINKITSMART7688 2016/10/05 evbmips-el Seeed Studio LinkIt Smart 7688 compact controller board (MediaTek MT7688).
LOONGSON 2011/08/27 evbmips64-el Loongson 2F/2E based devices (Lemote Fuloong, Yeelong).
MALTA 2002/03/07 evbmips-el,eb MIPS Malta evaluation board 4Kc (MIPS32) or 5Kc (MIPS64).
MALTA32 2009/12/14 evbmips64-el,eb MALTA N32 ABI kernel configuration.
MALTA32.MP 2009/12/14 evbmips64-el,eb MALTA N32 ABI MP kernel configuration.
MALTA64 2009/12/14 evbmips(n)64-el,eb MALTA 64-bit kernel configuration.
MALTA64.MP 2009/12/14 evbmips(n)64-el,eb MALTA MP 64-bit kernel configuration.
MERAKI 2006/09/26 evbmips-eb Meraki Mini (Atheros AR2315).
MIPSSIM 2021/01/27 evbmips-el,eb QEMU MIPS "mipssim" simulator.
MIPSSIM64 2021/01/27 evbmips(n)64-el,eb MIPSSIM 64-bit kernel.
MTX-1 2006/02/23 evbmips-el 4G Systems MTX-1 (MeshCube / AccessCube, Alchemy Au1500).
OCTEON 2015/04/29 evbmips(n)64-eb Cavium Octeon and Octeon Plus SoC based devices like Ubiquiti Networks EdgeRouter Lite.
OMSAL400 2006/02/23 evbmips-el Plat'Home OpenMicroServer (OMS-AL400, Alchemy Au1550).
P4032 2001/06/01 evbmips-el Algorithmics MIPS P-4032 evaluation board (QED RM4xxx).
P5064 2001/05/28 evbmips-el Algorithmics MIPS P-5064 evaluation board (QED RM52xx).
P5064-64 2009/12/14 evbmips(n)64-el P5064 64-bit kernel configuration.
P6032 2001/06/22 evbmips-el Algorithmics MIPS P-6032 evaluation board.
RB153 2007/03/20 evbmips-el MikroTik RouterBOARD 153 (Infineon ADM5120).
RB433UAH 2011/07/07 evbmips-eb MikroTik RouterBOARD 433(UAH) AR71xx (MIPS24K core).
SBMIPS 2002/03/06 evbmips-el,eb Broadcom/SiByte SB1250 evaluation board.
SBMIPS.MP 2011/02/20 evbmips-el,eb SBMIPS MP kernel configuration.
SBMIPS64 2009/12/14 evbmips(n)64-el,eb SBMIPS 64-bit kernel configuration.
SBMIPS64.MP 2011/02/20 evbmips(n)64-el,eb SBMIPS 64-bit MP kernel configuration.
WGT624V3 2007/02/18 evbmips-eb Netgear WGT624 v3 wireless router (example config).
XLSATX 2009/12/14 RMI (NetLogic) XLS/XLR models (base for other XLSATX* kernel configs).
XLSATX32 2011/02/20 evbmips64-el,eb XLSATX N32 kernel configuration.
XLSATX64 2009/12/14 evbmips(n)64-el,eb XLSATX 64-bit kernel configuration.
XLSATX64.MP 2011/02/20 evbmips(n)64-el,eb XLSATX 64-bit MP kernel configuration.
ZYXELKX 2014/04/30 evbmips-el Zyxel Keenetic Extra router (MediaTek MT7620A).
Configuration file notes:
* "INSALL_*" installation kernel configuration files.
(typically enables hooks for initializing the root memory-disk).
* "*.MP" configuration files with the multiprocessor support enabled.
* "*32" N32 ABI kernel configuration files
(can be built using evbmips64-* targets).
Building target notes:
* "*-el" represent targets for building little-endian kernels.
* "*-eb" represent targets for building big-endian kernels.
* "evbmips64-*" represent targets for building 64-bit (or N32 ABI) kernels and
mixed n32 (mostly)/n64 userland.
* "evbmipsn64*" represent targets for building fully N64 ABI kernels and
userland.
Other notes:
64-bit kernels can be built using N32 or N64 ABIs; they will run with a 64-bit
kernel address space regardless of the ABI.