January 29, 2013 posted by Blog Import
Family of ELBOX Mediator 4000 PCI bridges is now supported by the new em4k(4)
driver. It was tested successfully with SATALink 3114 and NE2000-compatible ethernet cards. Work on graphics cards support is in progress.
January 28, 2013 posted by Blog Import
The new empm(4)
driver adds support for power management circuit on ELBOX Mediator 1200 TX and SX models. It allows powering off the Amiga from software if ATX PSU is used.
January 05, 2013 posted by Blog Import
Native bootloader support for NetBSD/luna68k ELF kernel has been committed
. It's based on 4.4BSD/luna68k's "Stinger" bootloader
written back in 1992 and 1993, and now we can load NetBSD/luna68k kernels from any SCSI disks
or over LANCE Ethernet
both on LUNA-I and LUNA-II.
December 26, 2012 posted by Jeff Rizzo
The NetBSD Project is pleased to announce NetBSD 6.0.1, the first security/bugfix update of the NetBSD 6.0 release branch. It represents a selected subset of fixes deemed important for security or stability reasons.
For more details, please see the 6.0.1 release notes
Complete source and binaries for NetBSD 6.0.1 are available for download at many sites around the world. A list of download sites providing FTP, AnonCVS, SUP, and other services may be found at http://www.NetBSD.org/mirrors/
December 13, 2012 posted by Antti Kantee
Some years ago I wrote about the possibility to load and use
standard NetBSD kernel modules in rump kernels on i386 and amd64.
With the recent developments in buildrump.sh and the improved
ability to host rump kernels on non-NetBSD platforms, I decided to try
loading a binary NetBSD kernel module into a rump kernel compiled for
and running on Linux. The hypothesis was that the NetBSD kernel modules
should just work since both the NetBSD kernel and Linux processes use
the ELF calling convention, and all platform details are abstracted by
the rump kernel hypercall layer. Sure enough, after two small fixes to
the hypervisor I could mount and access a FFS file system on Linux by
using ffs.kmod as the driver.
December 06, 2012 posted by S.P.Zeidler
The machine normally running www.NetBSD.org and also gnats and mail-index.NetBSD.org had a hardware problem.
It is now working again on a new chassis.
December 03, 2012 posted by Jeff Rizzo
The NetBSD Project is pleased to announce that version 5.2 of the NetBSD
operating system is now available. NetBSD 5.2 is the second feature update
of the NetBSD 5.0 release branch. It represents a selected subset of
fixes deemed critical for security or stability reasons, as well as new
features and enhancements. Users running NetBSD 5.0.3 or earlier are
encouraged to upgrade to either NetBSD 5.2 or NetBSD 6.0,
their specific requirements.
For full details of the 5.2 release, please see the NetBSD 5.2 release notes.
Please note that all fixes in security/critical updates (i.e., NetBSD 5.0.2,
5.1.2, etc.) are cumulative, so the latest update contains all such fixes
since the corresponding minor release. These fixes will also appear in
future minor releases (i.e., NetBSD 5.3, etc.), together with other
less-critical fixes and feature enhancements.
Complete source and binaries for NetBSD 5.2 are available for download
at many sites around the world. A list of download sites providing FTP,
HTTP, AnonCVS, SUP, and other services may be found at
We encourage users who wish to install via ISO images to
download via BitTorrent by using the torrent files supplied in
the ISO image area.
A list of hashes for the NetBSD 5.2 distribution has been signed with
the well-connected PGP key for the NetBSD Security Officer:
November 26, 2012 posted by Blog Import
The new z3rambd(4)
driver allows using Zorro III RAM boards (like ZorRAM and BigRamPlus) as swap space. If the kernel is built without this driver, it is also possible to use these boards as normal RAM memory in some configurations (which was the usual behaviour). However, it might have performance consequences, it is advised to use Zorro III RAM as swap space where possible.
November 19, 2012 posted by Blog Import
driver was extended to support IDE controller present on Individual Computers X-Surf cards.
November 14, 2012 posted by Jeff Rizzo
The first release candidate of NetBSD 5.2 is now available for download at:
NetBSD 5.2 is intended for those who have an application using NetBSD 5.0.x or 5.1.x who don't want the churn of upgrading to NetBSD 6.0, but would like bug fixes and some stable new features. There have been a number of changes since 5.1. See src/doc/CHANGES-5.2 for the full list.
Those of you who prefer to build from source can continue to follow the netbsd-5 branch, but the netbsd-5-2-RC1 tag is available as well.
Please help us test this and any upcoming release candidates as much as possible. Remember, any feedback is good feedback. We'd love to hear from you, whether you've got a complaint or a compliment.
November 14, 2012 posted by Blog Import
The driver for A2000-style Real Time Clock modules (popular also on A1200 CPU cards) had bit-rotted so far as to be useless. It was rewritten as machine-independent msm6242b(4)
driver, with amiga-specific frontend under old a2kbbc(4) name.
November 07, 2012 posted by Antti Kantee
The unique anykernel capability of NetBSD allows the creation of
rump kernels, which are
partially paravirtualized kernels running on top of a high-level
hypervisor. This technology e.g. enables running the
same file system driver in the monolithic kernel or as a
microkernel style server in userspace. POSIX-compatible
systems have been more or less supported as rump kernel hypervisors for
the past 5 years. A long-time goal has been to extend hypervisor
support further, for example to embedded systems. This would bring the
solid driverbase of NetBSD available to such systems with only the cost of
implementing the hypervisor.
To see how far things can go, last week I started toying with the
manually implement the hypervisor. After some
emscripten, which translates C into
mature, but there is also extensive support for the POSIX API. This meant that
could also compile the existing POSIX hypervisor and have it work.
tree. This contrasts the approach taken by
another similar experiment,
where an x86 Linux is run inside a x86 machine emulator running
I have thrown together a small proof-of-concept demo of how to build a
web service with the capability to access file system images using
kernel with support for the FFS, tmpfs and kernfs file systems. This
rump kernel backend is tied to a lightweight web page which passes
requests from forms to the rump kernel and displays results. When the
bootstraps a rump kernel, and mounts the FFS image r/o at /ffs.
The status can be further manipulated with interactive commands.
The demo is available
I've tested it to work with Firefox and tested it to not work
with Internet Explorer. YMMV with other browsers. Note,
size, so the page may load for a few moments over a slow link --
whitespace removal was the only size reduction technique I used.
sources, you can also look at the
unoptimized version (14MB).