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+<!ENTITY date "$FreeBSD: www/en/donations/wantlist.sgml,v 1.107 2003/04/20 22:41:20 obrien Exp $">
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 <html>
   &header;
 
     <p>This page lists various developer hardware needs.  If you are
       interested in supporting the FreeBSD Project, you might consider
       donating some piece of hardware on this list to the Project.</p>
 
     <p>We provide the FreeBSD username of the developer who needs a
       resource, the country they are in (for shipping purposes), the
       equipment they desire, and the use to which that equipment will
       be put.</p>
 
     <p>For information on tax deductions and process, please see the
       information on the main <a href="index.html#donating">FreeBSD
       Donation Liaison office</a> page.</p>
 
     <p>If you would like to donate something on this list, please
       contact donations@FreeBSD.org.</p>
 
     <p>On a general note, we need a variety of Sparc 64 machines for
       testing and improving our new Sparc port.  Even small, old (or
       new!) Sparc 64 machines are perfectly usable.  No matter which
       country you're in, we almost certainly have someone local who
       could use it.  We could specifically use 1U rack-mounted Sparcs
       (such as E220R, E420R, Fire V100, Fire V120, or Netra T1 AC200)
       for our development and package-building clusters in the
       USA.</p>
 
     <table border=3>
       <tr>
 	<th>Developer ID</th>
 	<th>Developer Country</th>
         <th>Equipment Desired</th>
 	<th>Equipment Use</th>
       </tr>
 
       <tr>
 	<td>alane</td>
 	<td>USA</td>
 	<td>Semi-complete system: needs CPU, RAM, case, CD, HD, floppy,
 	  and video card</td>
 	<td>run -current on for kde & other ports testing</td>
       </tr>
 
       <tr>
 	<td>anholt</td>
 	<td>USA</td>
 	<td>reasonably fast PCI Alpha system</td>
 	<td>X and DRI support on Alpha</td>
       </tr>
 
       <tr>
 	<td>anholt</td>
 	<td>USA</td>
 	<td>KVM switch that looks good at high resolution</td>
 	<td>X and DRI development</td>
       </tr>
 
       <tr>
 	<td>anholt</td>
 	<td>USA</td>
 	<td>Sparc64 with PCI slot and creator3d card</td>
 	<td>X and DRI porting to Sparc platform</td>
       </tr>
 
       <tr>
 	<td>arved</td>
 	<td>Austria</td>
 	<td>FreeBSD supported PCMCIA 100Mbit NIC</td>
 	<td>Ability to work on FreeBSD ports while on the road.</td>
       </tr>
 
       <tr>
 	<td>des</td>
 	<td>Norway</td>
 	<td>Any kind of authentication hardware (USB tokens, smart
 	  card readers, smart cards, fingerprint scanners, etc.) +
 	  documentation</td>
         <td>Develop and maintain support for hardware authentication</td>
       </tr>
 
       <tr>
 	<td>eric</td>
 	<td>CA, USA</td>
 	<td>40gb or larger IDE drive</td>
         <td>Replace dying drive on local cvs and file server.</td>
       </tr>
 
       <tr>
 	<td>hm</td>
 	<td>Hamburg, Germany</td>
 	<td>A reasonably fast Alpha machine with at least 1 PCI slot</td>
 	<td>Get the i4b ISDN framework supported on the Alpha architecture.</td>
       </tr>
 
       <tr>
 	<td>hmp</td>
 	<td>UK</td>
 	<td>A reasonably fast laptop</td>
 	<td>Various FreeBSD development projects / test machine</td>
       </tr>
 
       <tr>
 	<td>imp</td>
 	<td>USA</td>
 	<td>EISA-based pccard hardware</td>
 	<td>Make EISA pccard driver work</td>
       </tr>
 
       <tr>
 	<td>imp</td>
 	<td>USA</td>
 	<td>sbus-based pccard hardware</td>
 	<td>Make sbus pccard driver work</td>
       </tr>
 
       <tr>
 	<td>imp</td>
 	<td>USA</td>
 	<td>sparc64 machine with PCI and sbus slots</td>
 	<td>make pccard/cardbus work</td>
       </tr>
 
       <tr>
 	<td>imp</td>
 	<td>USA</td>
 	<td>3Com Xjack wireless card</td>
 	<td>make driver work</td>
       </tr>
 
       <tr>
 	<td>imp</td>
 	<td>USA</td>
 	<td>PCMCIA Standard version 8.0</td>
 	<td>PCMCIA support</td>
       </tr>
 
       <tr>
 	<td>imp</td>
 	<td>USA</td>
 	<td>multi-port (>= 4) pci serial card</td>
 	<td>Manage the growing number of machines in my basement.</td>
       </tr>
 
       <tr>
 	<td>imp</td>
 	<td>USA</td>
 	<td>O2 Micro CardBus based laptop</td>
 	<td>O2Micro support is lagging and needs attention.</td>
       </tr>
 
       <tr>
 	<td>jake</td>
 	<td>Canada</td>
 	<td>2 450MHz UltraSPARC II CPUs</td>
 	<td>Faster sparc64 test machine</td>
       </tr>
 
       <tr>
 	<td>jake</td>
 	<td>Canada</td>
 	<td>Sun server or workstation with UltraSPARCIII CPUs, Blade
 	  1000, Blade 2000, V280R, V480 or V880, preferably with 2
 	  CPUs</td>
 	<td>Sparc64 UltraSPARCIII support</td>
       </tr>
 
       <tr>
         <td>jkoshy</td>
         <td>India, Bangalore</td>
         <td>Alpha/Sparc64 machines [any reasonable model], preferably shipped
           from within India.</td>
         <td>Maintain applications and support FreeBSD on these 
           architectures.</td>
       </tr>
 
       <tr>
         <td>jlemon</td>
         <td>USA, Wisconsin</td>
         <td>APC MasterSwitch (or equivalent)</td>
         <td>Remote power management for multiple development machines</td>
       </tr>
 
       <tr>
         <td>jwd</td>
         <td>USA, North Carolina</td>
         <td>Cyclades TS800/1000 (or equivalent)</td>
         <td>Serial consoles for all hardware in the rtp.FreeBSD.org cluster</td>
 
       <tr>
 	<td>lioux</td>
 	<td>Brazil</td>
 	<td>40gb or larger ATA 100 or higher IDE drive.  Promise
 	  ATA 100 or higher PCI IDE controller</td>
 	<td>Add extra drive space for further FreeBSD ports development.
 	  Needed to build a clean room test environment like the
 	  one found in bento ports cluster</td>
       </tr>
 
       <tr>
 	<td>lioux</td>
 	<td>Brazil</td>
 	<td>AMD K6 processor 450Mhz or higher.  Network switch
 	  10/100 Mbits</td>
 	<td>Get a K6 based machine back online and add it as an
 	  extra terminal to FreeBSD home LAN</td>
       </tr>
 
       <tr>
 	<td>lioux</td>
 	<td>Brazil</td>
 	<td>Backup tape unit: AIT, DAT, DDS3/DDS4, TRAVAN, etc.  It
 	  has to be supported under FreeBSD.  If it is a SCSI device,
 	  appropriate SCSI card is also required;  e.g., Adaptec
 	  2940 U/UW or better</td>
 	<td>Adding backup support to home development machine,
 	  mainly used for FreeBSD ports related development</td>
       </tr>
 
       <tr>
 	<td>lioux</td>
 	<td>Brazil</td>
 	<td>Books on the any of the following subjects: network
 	  protocol scheduling (bandwidth/tranmission efficiency),
 	  process scheduling, scheduling theory in general, digesting
 	  (checksums, particularly fine grained checksumming for
 	  detection partial file corruption;  e.g., tiger trees,
 	  sha1 trees), corruption detection and recovery (files,
 	  network protocol, etc), distributed processing (localization
 	  transparency, migration, redundancy, repartition, scheduling,
 	  message passing, shared memory, etc), peer to peer
 	  technology, device driver writing and operational system
 	  theory</td>
 	<td>Improve my knowledge regarding operational systems and
 	  modern computer science challenges/technologies.  For
 	  example, I want to write an improved downloading mechanism
 	  for FreeBSD distribution (ports and base) that supports
 	  graceful corruption detection/recovery, FTP/HTTP/other/it's
 	  own protocol, multi-part download, multi-server support,
 	  load distribution.  Not all at once but in the long term.
 	  Most of this knowledge will be reverted to FreeBSD if I
 	  can</td>
       </tr>
 
       <tr>
 	<td>lioux</td>
 	<td>Brazil</td>
 	<td>BrookTree chipset TV Capture Card: either BT848 or BT878
           (preferred) that already works with FreeBSD.</td>
 	<td>adding BrookTree support to graphics/ffmpeg and several
           other video processing programs</td>
       </tr>
 
       <tr>
 	<td>marcel</td>
 	<td>CA, USA</td>
         <td>telnet-accessible terminal server, 4 ports or more</td>
 	<td>access to multiple development machines</td>
       </tr>
 
       <tr>
 	<td>marcel</td>
 	<td>CA, USA</td>
 	<td>Intel Tiger 4 (4-CPU Itanium 2 machine)</td>
 	<td>Core ia64 development</td>
       </tr>
 
       <tr>
 	<td>marcel</td>
 	<td>CA, USA</td>
 	<td>A supported Sparc64 box. Nothing fancy. Headless ok</td>
 	<td>Cross-platform infrastructural kernel development</td>
       </tr>
 
       <tr>
 	<td>markm</td>
 	<td>Cambridge, UK</td>
 	<td>Flexelint v8. (www.gimpel.com)</td>
 	<td>(Semi-)automated code cleaning and cross-platform compiler needs
           cleaning.</td>
       </tr>
 
       <tr>
 	<td>matusita</td>
 	<td>Japan</td>
 	<td>2-3 build machines:Pentium4 2GHz+,20GB+ ATA66+
 	  HDD,256MB+RAM, 100base-TX NIC,serial, etc.</td>
 	<td>rebuild dying snapshots.jp.FreeBSD.org</td>
       </tr>
 
       <tr>
 	<td>matusita</td>
 	<td>Japan</td>
 	<td>FTP server:Pentium3/Celeron 1GHz+,10GB+ ATA66+ HDD,100GB+
 	  storage (RAID0+1 desirable),256MB+RAM, 100base-TX
 	  NIC,serial, etc.</td>
 	<td>rebuild dying snapshots.jp.FreeBSD.org</td>
       </tr>
 
       <tr>
 	<td>mbr</td>
 	<td>Switzerland</td>
 	<td>Network cards for RealTek 8129/8139 and clones,
 	 DEC/Intel 21143 and workalikes, SiS 900/7016 and clones,
 	 NatSemi DP83815/DP83820 and workalikes. I can give feedback
 	 if I still need the card. Fixed cards will go to the busdma
          project.</td>
 	<td>Add support for unsupported and broken drivers.</td>
       </tr>
 
       <tr>
 	<td>mikeh</td>
 	<td>VA, USA</td>
 
 	<td>modest desktop system, Pentium 400MHz+, dual CPU if possible,
 	 256mb ram,20gb hd</td>
 	<td>-current development and testing</td>
       </tr>
 
       <tr>
 	<td>mux</td>
 	<td>France</td>
 	<td>Network cards listed on <a
 	  href="http://www.FreeBSD.org/projects/busdma/">busdma
 	  project</a> page.</td>
 	<td>busdma conversion of network cards<td>
       </tr>
 
       <tr>
 	<td>mux</td>
 	<td>France</td>
 	<td>faster system than k6-2 400 machine, or faster socket 7
 	  CPU, or MB/CPU/RAM set</td>
 	<td>faster development</td>
       </tr>
 
       <tr>
 	<td>mux</td>
 	<td>France</td>
 	<td>laptop with serial port</td>
 	<td>live kernel debugging</td>
       </tr>
 
       <tr>
         <td>netchild</td>
         <td>Germany</td>
         <td>Pentium 4, <i>enough</i> RAM (256MB or more, our official port
           build machine has 1GB) and harddisk space (official port build
           machine: 5x36GB and 1x18GB), 100MB NIC. No graphic card is needed
           if the BIOS is accessible from the serial console. Nice to have:
           some hardware to make backups.</td>
          <td>Build and test P4 optimized packages with Intels C/C++
            compiler.</td>
       </tr>
 
       <tr>
         <td>netchild</td>
         <td>Germany</td>
         <td>A commercial license for the Intel C/C++ compiler for
           Linux (see <a
           href="http://www.intel.com/software/products/compilers/clin/pricelist.htm">Intel's
           pricelist</a>).</td>
         <td>The non-commercial license I have doesn't allow me to
           make binaries available for download, a commercial license
           does not have this restriction so I can make icc compiled
           packages available for download (see also my above entry for
           a build/test machine).</td>
       </tr>
 
       <tr>
 	<td>obrien</td>
 	<td>California, USA</td>
 	<td>2 300MHz UltraSPARC II CPUs (or 4x400+MHz)</td>
 	<td>To add to a dual processor machine to get it up to a quad-proc
 	machine so a committer (and tester) has a 4-ways sparc machine</td>
       </tr>
 
       <tr>
 	<td>obrien</td>
 	<td>California, USA</td>
 	<td>7 DEC Storage Works UW disk SBB containers (even better w/disks),
 	  or 2 UltraWide flex wires.</td>
 	<td>General disk and RAID testing.</td>
       </tr>
 
       <tr>
 	<td>rwatson</td>
         <td>USA</td>
         <td>2 256MB PC66 non-ECC RAM DIMMs</td>
 	<td>make home machine usable for FreeBSD development</td>
       </tr>
 
       <tr>
 	<td>rwatson</td>
         <td>USA</td>
         <td>IDE CD burner</td>
 	<td>make home machine usable for FreeBSD development</td>
       </tr>
 
       <tr>
 	<td>sam</td>
 	<td>USA</td>
 	<td>crypto devices (pci, pcmcia, cardbus cards,
 	    CPUs with builtin crypto support)</td>
 	<td>For improving hardware crypto support</td>
       </tr>
 
       <tr>
 	<td>sam</td>
 	<td>USA</td>
 	<td>Sun workstation with US II or better and PCI slots</td>
 	<td>Cross-platform crypto and device development</td>
       </tr>
 
       <tr>
 	<td>sam</td>
 	<td>USA</td>
 	<td>Dual-processor x86 machine (not rackmount)</td>
 	<td>SMP development</td>
       </tr>
 
       <tr>
 	<td>sos</td>
 	<td>Denmark</td>
 	<td>Serial ATA hardware: disks, controllers (including docs),
 	  cables, Serial ATA-ATA converters.</td>
 	<td>Keep ATA support up to date.</td>
       </tr>
 
       <tr>
 	<td>tanimura</td>
 	<td>Japan</td>
 	<td>Any Japanese laptop (Preferably IBM Thinkpad A30 or A31).</td>
 	<td>Replace a recently stolen IBM.</td>
       </tr>
 
       <tr>
 	<td>thomas</td>
 	<td>France</td>
 	<td>UDMA controller, ATAPI floppy drive, ATAPI tape drive</td>
 	<td>Ensure these ATAPI devices work with ATAPI/CAM with the
 	  same level of functionality currently available with the
 	  afd/ast drivers.</td>
       </tr>
 
       <tr>
         <td>tobez</td>
         <td>Denmark</td>
         <td>i386 system, 400+MHz, 256+MB RAM, 20G+HD</td>
         <td>Testing ports (mostly perl-related) on -current</td>
       </tr>
 
       <tr>
 	<td>tmm</td>
 	<td>Germany</td>
 	<td>up to 3 PC133 ECC DIMMs (128MB or more, 384MB total
 	  desired), preferably shipped from within EU for customs
 	  reasons</td>
 	<td>FreeBSD/sparc64 development and testing</td>
       </tr>
 
+      <tr>
+	<td>wilko</td>
+	<td>the Netherlands</td>
+	<td>A B3005-CA 533MHz CPU card for an AlphaServer 4100.</td>
+	<td>Expand my Rawhide to the max config of 4 CPUs. Already have 3.</td>
+      </tr>
+
       <tr>
 	<td>wilko</td>
 	<td>the Netherlands</td>
 	<td>Toshiba Libretto sub-notebook. Speed irrelevant. Dead disk no 
 problem.</td>
 	<td>Fullfil core-secretary duties when travelling, specifically when
 travelling by motorbike.</td>
       </tr>
 
       <tr>
 	<td>wilko</td>
 	<td>the Netherlands</td>
 	<td>A >= 4 port KVM switch that works well on high resolutions.</td>
 	<td>Tame the display mess of my Alpha & Intel test farm.</td>
       </tr>
 
       <tr>
 	<td>will</td>
 	<td>Indiana/Michigan, USA</td>
 	<td>Celeron or other low power motherboard fully outfitted.  I'd prefer
 	    at least 128MB of memory and 5GB of disk, but am not picky.</td>
 	<td>Replace aging laptop acting as gateway for my home network.  New
 	    hardware intended to go in a 1U rackmount case with 150W PSU.</td>
       </tr>
 
       <tr>
 	<td>will</td>
 	<td>Indiana/Michigan, USA</td>
 	<td>512MB DDR 2100 memory chip, preferably Kingston model
 	    KVR266X64C25/512 or similar.</td>
 	<td>Add more memory to new cvsup12.freebsd.org server to increase its
 	    performance (it was recently upgraded).</td>
       </tr>
 
       <tr>
 	<td>will</td>
 	<td>Indiana/Michigan, USA</td>
 	<td>Network cards listed on <a
 	  href="http://www.FreeBSD.org/projects/busdma/">busdma
 	  project</a> page.</td>
 	<td>busdma conversion of network cards<td>
       </tr>
 
       <tr>
 	<td>will</td>
 	<td>Indiana/Michigan, USA</td>
 	<td>On behalf of <a href="http://fruitsalad.org/">FruitSalad Project
 	    </a> (based in Sweden), I'm requesting 1-2 21164 or faster alphas,
 	    and/or 1-2 sparc64 (UltraSPARC II) machines.  The machines must
 	    already work on FreeBSD.
 	</td>
 	<td>Better KDE/FreeBSD support on these architectures.</td>
       </tr>
 
     </table>
 
   &footer;
   </body>
 </html>

Developer ID	Developer Country	Equipment Desired	Equipment Use
alane	USA	Semi-complete system: needs CPU, RAM, case, CD, HD, floppy, and video card	run -current on for kde & other ports testing
anholt	USA	reasonably fast PCI Alpha system	X and DRI support on Alpha
anholt	USA	KVM switch that looks good at high resolution	X and DRI development
anholt	USA	Sparc64 with PCI slot and creator3d card	X and DRI porting to Sparc platform
arved	Austria	FreeBSD supported PCMCIA 100Mbit NIC	Ability to work on FreeBSD ports while on the road.
des	Norway	Any kind of authentication hardware (USB tokens, smart card readers, smart cards, fingerprint scanners, etc.) + documentation	Develop and maintain support for hardware authentication
eric	CA, USA	40gb or larger IDE drive	Replace dying drive on local cvs and file server.
hm	Hamburg, Germany	A reasonably fast Alpha machine with at least 1 PCI slot	Get the i4b ISDN framework supported on the Alpha architecture.
hmp	UK	A reasonably fast laptop	Various FreeBSD development projects / test machine
imp	USA	EISA-based pccard hardware	Make EISA pccard driver work
imp	USA	sbus-based pccard hardware	Make sbus pccard driver work
imp	USA	sparc64 machine with PCI and sbus slots	make pccard/cardbus work
imp	USA	3Com Xjack wireless card	make driver work
imp	USA	PCMCIA Standard version 8.0	PCMCIA support
imp	USA	multi-port (>= 4) pci serial card	Manage the growing number of machines in my basement.
imp	USA	O2 Micro CardBus based laptop	O2Micro support is lagging and needs attention.
jake	Canada	2 450MHz UltraSPARC II CPUs	Faster sparc64 test machine
jake	Canada	Sun server or workstation with UltraSPARCIII CPUs, Blade 1000, Blade 2000, V280R, V480 or V880, preferably with 2 CPUs	Sparc64 UltraSPARCIII support
jkoshy	India, Bangalore	Alpha/Sparc64 machines [any reasonable model], preferably shipped from within India.	Maintain applications and support FreeBSD on these architectures.
jlemon	USA, Wisconsin	APC MasterSwitch (or equivalent)	Remote power management for multiple development machines
jwd	USA, North Carolina	Cyclades TS800/1000 (or equivalent)	Serial consoles for all hardware in the rtp.FreeBSD.org cluster
lioux	Brazil	40gb or larger ATA 100 or higher IDE drive. Promise ATA 100 or higher PCI IDE controller	Add extra drive space for further FreeBSD ports development. Needed to build a clean room test environment like the one found in bento ports cluster
lioux	Brazil	AMD K6 processor 450Mhz or higher. Network switch 10/100 Mbits	Get a K6 based machine back online and add it as an extra terminal to FreeBSD home LAN
lioux	Brazil	Backup tape unit: AIT, DAT, DDS3/DDS4, TRAVAN, etc. It has to be supported under FreeBSD. If it is a SCSI device, appropriate SCSI card is also required; e.g., Adaptec 2940 U/UW or better	Adding backup support to home development machine, mainly used for FreeBSD ports related development
lioux	Brazil	Books on the any of the following subjects: network protocol scheduling (bandwidth/tranmission efficiency), process scheduling, scheduling theory in general, digesting (checksums, particularly fine grained checksumming for detection partial file corruption; e.g., tiger trees, sha1 trees), corruption detection and recovery (files, network protocol, etc), distributed processing (localization transparency, migration, redundancy, repartition, scheduling, message passing, shared memory, etc), peer to peer technology, device driver writing and operational system theory	Improve my knowledge regarding operational systems and modern computer science challenges/technologies. For example, I want to write an improved downloading mechanism for FreeBSD distribution (ports and base) that supports graceful corruption detection/recovery, FTP/HTTP/other/it's own protocol, multi-part download, multi-server support, load distribution. Not all at once but in the long term. Most of this knowledge will be reverted to FreeBSD if I can
lioux	Brazil	BrookTree chipset TV Capture Card: either BT848 or BT878 (preferred) that already works with FreeBSD.	adding BrookTree support to graphics/ffmpeg and several other video processing programs
marcel	CA, USA	telnet-accessible terminal server, 4 ports or more	access to multiple development machines
marcel	CA, USA	Intel Tiger 4 (4-CPU Itanium 2 machine)	Core ia64 development
marcel	CA, USA	A supported Sparc64 box. Nothing fancy. Headless ok	Cross-platform infrastructural kernel development
markm	Cambridge, UK	Flexelint v8. (www.gimpel.com)	(Semi-)automated code cleaning and cross-platform compiler needs cleaning.
matusita	Japan	2-3 build machines:Pentium4 2GHz+,20GB+ ATA66+ HDD,256MB+RAM, 100base-TX NIC,serial, etc.	rebuild dying snapshots.jp.FreeBSD.org
matusita	Japan	FTP server:Pentium3/Celeron 1GHz+,10GB+ ATA66+ HDD,100GB+ storage (RAID0+1 desirable),256MB+RAM, 100base-TX NIC,serial, etc.	rebuild dying snapshots.jp.FreeBSD.org
mbr	Switzerland	Network cards for RealTek 8129/8139 and clones, DEC/Intel 21143 and workalikes, SiS 900/7016 and clones, NatSemi DP83815/DP83820 and workalikes. I can give feedback if I still need the card. Fixed cards will go to the busdma project.	Add support for unsupported and broken drivers.
mikeh	VA, USA	modest desktop system, Pentium 400MHz+, dual CPU if possible, 256mb ram,20gb hd	-current development and testing
mux	France	Network cards listed on busdma project page.	busdma conversion of network cards
mux	France	faster system than k6-2 400 machine, or faster socket 7 CPU, or MB/CPU/RAM set	faster development
mux	France	laptop with serial port	live kernel debugging
netchild	Germany	Pentium 4, enough RAM (256MB or more, our official port build machine has 1GB) and harddisk space (official port build machine: 5x36GB and 1x18GB), 100MB NIC. No graphic card is needed if the BIOS is accessible from the serial console. Nice to have: some hardware to make backups.	Build and test P4 optimized packages with Intels C/C++ compiler.
netchild	Germany	A commercial license for the Intel C/C++ compiler for Linux (see Intel's pricelist).	The non-commercial license I have doesn't allow me to make binaries available for download, a commercial license does not have this restriction so I can make icc compiled packages available for download (see also my above entry for a build/test machine).
obrien	California, USA	2 300MHz UltraSPARC II CPUs (or 4x400+MHz)	To add to a dual processor machine to get it up to a quad-proc machine so a committer (and tester) has a 4-ways sparc machine
obrien	California, USA	7 DEC Storage Works UW disk SBB containers (even better w/disks), or 2 UltraWide flex wires.	General disk and RAID testing.
rwatson	USA	2 256MB PC66 non-ECC RAM DIMMs	make home machine usable for FreeBSD development
rwatson	USA	IDE CD burner	make home machine usable for FreeBSD development
sam	USA	crypto devices (pci, pcmcia, cardbus cards, CPUs with builtin crypto support)	For improving hardware crypto support
sam	USA	Sun workstation with US II or better and PCI slots	Cross-platform crypto and device development
sam	USA	Dual-processor x86 machine (not rackmount)	SMP development
sos	Denmark	Serial ATA hardware: disks, controllers (including docs), cables, Serial ATA-ATA converters.	Keep ATA support up to date.
tanimura	Japan	Any Japanese laptop (Preferably IBM Thinkpad A30 or A31).	Replace a recently stolen IBM.
thomas	France	UDMA controller, ATAPI floppy drive, ATAPI tape drive	Ensure these ATAPI devices work with ATAPI/CAM with the same level of functionality currently available with the afd/ast drivers.
tobez	Denmark	i386 system, 400+MHz, 256+MB RAM, 20G+HD	Testing ports (mostly perl-related) on -current
tmm	Germany	up to 3 PC133 ECC DIMMs (128MB or more, 384MB total desired), preferably shipped from within EU for customs reasons	FreeBSD/sparc64 development and testing
wilko	the Netherlands	A B3005-CA 533MHz CPU card for an AlphaServer 4100.	Expand my Rawhide to the max config of 4 CPUs. Already have 3.
wilko	the Netherlands	Toshiba Libretto sub-notebook. Speed irrelevant. Dead disk no problem.	Fullfil core-secretary duties when travelling, specifically when travelling by motorbike.
wilko	the Netherlands	A >= 4 port KVM switch that works well on high resolutions.	Tame the display mess of my Alpha & Intel test farm.
will	Indiana/Michigan, USA	Celeron or other low power motherboard fully outfitted. I'd prefer at least 128MB of memory and 5GB of disk, but am not picky.	Replace aging laptop acting as gateway for my home network. New hardware intended to go in a 1U rackmount case with 150W PSU.
will	Indiana/Michigan, USA	512MB DDR 2100 memory chip, preferably Kingston model KVR266X64C25/512 or similar.	Add more memory to new cvsup12.freebsd.org server to increase its performance (it was recently upgraded).
will	Indiana/Michigan, USA	Network cards listed on busdma project page.	busdma conversion of network cards
will	Indiana/Michigan, USA	On behalf of FruitSalad Project (based in Sweden), I'm requesting 1-2 21164 or faster alphas, and/or 1-2 sparc64 (UltraSPARC II) machines. The machines must already work on FreeBSD.	Better KDE/FreeBSD support on these architectures.