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1 swift 1.1 <?xml version='1.0' encoding="UTF-8"?>
2     <!DOCTYPE guide SYSTEM "/dtd/guide.dtd">
3 swift 1.4
4 neysx 1.13 <!-- $Header: /var/cvsroot/gentoo/xml/htdocs/doc/en/mips-requirements.xml,v 1.12 2006/02/12 13:39:40 nightmorph Exp $ -->
5 swift 1.4
6 swift 1.1 <guide link="/doc/en/mips-requirements.xml">
7 neysx 1.11
8 swift 1.4 <title>Gentoo/MIPS Linux Hardware Requirements</title>
9    
10 swift 1.1 <author title="Author">
11 swift 1.4 <mail link="kumba@gentoo.org">Joshua Kinard</mail>
12 swift 1.1 </author>
13    
14 neysx 1.7 <author title="Editor">
15 neysx 1.9 <mail link="redhatter@gentoo.org">Stuart Longland</mail>
16 neysx 1.7 </author>
17    
18 swift 1.1 <abstract>
19 neysx 1.10 This document provides an overview of the status of various MIPS-based systems
20     for installing Gentoo Linux. If you find errors or omissions please email the
21 swift 1.4 maintainer or an editor.
22 swift 1.1 </abstract>
23 swift 1.2
24 swift 1.4 <!-- The content of this document is licensed under the CC-BY-SA license -->
25     <!-- See http://creativecommons.org/licenses/by-sa/2.0 -->
26     <license />
27 swift 1.2
28 nightmorph 1.12 <version>0.8</version>
29     <date>2006-02-12</date>
30 swift 1.2
31 swift 1.1 <chapter>
32 neysx 1.7 <title>General Requirements</title>
33    
34 swift 1.1 <section>
35 neysx 1.7 <title>System Requirements</title>
36 swift 1.1 <body>
37    
38 neysx 1.7 <p>
39 neysx 1.10 The exact requirements will largely depend on what you intend to use the
40     machine for and how you wish to go about installing Gentoo. The following
41     table should give you a rough idea.
42 neysx 1.7 </p>
43    
44     <table>
45     <tr>
46     <ti/>
47     <th>Minimum</th>
48     <th>Recommended</th>
49     <th>Ideal</th>
50     </tr>
51     <tr>
52     <th>RAM:</th>
53     <ti>48~64MB</ti>
54     <ti>&gt;128MB</ti>
55     <ti>~256MB</ti>
56     </tr>
57     <tr>
58     <th>HDD:</th>
59     <ti>4GB</ti>
60     <ti>&gt;8GB</ti>
61     <ti>18GB</ti>
62     </tr>
63     </table>
64    
65     </body>
66    
67     </section>
68     <section>
69     <title>A Note about serial consoles</title>
70     <body>
71    
72     <p>
73     If you lack an appropriate Framebuffer, you will be required to use serial
74     console. Serial console programs for linux include <c>minicom</c> and
75     <c>xc</c>, and for Windows, <c>HyperTerminal</c> and <c>Tera Term Pro</c>. If
76     you are running Windows, and intend to use HyperTerminal, it is advised that
77     you seek out an updated client from the program's website instead of the one
78     installed by default. An upgraded client provides much better serial support
79     than the default one installed by Windows.
80     </p>
81    
82     </body>
83     </section>
84     <section>
85     <title>User Testimonies &amp; Kernel Configurations</title>
86     <body>
87 swift 1.4
88 neysx 1.7 <p>
89     As an aid to the project, a <uri
90     link="http://stuartl.longlandclan.hopto.org/gentoo/mips/">hardware support
91     database</uri> has been set up. This support database is intended to provide a
92     quick and easy way to determine how well certain configurations are supported.
93     The system also allows people to contribute their comments and kernel configs.
94     </p>
95    
96     </body>
97     </section>
98     </chapter>
99    
100     <chapter>
101     <title>Silicon Graphics Systems -- Stable</title>
102     <section>
103     <body>
104    
105     <p>
106     The following systems are known to be very stable overall. Just about all the
107     core hardware is supported in these systems, and there are very few outstanding
108     stability issues at this time.
109     </p>
110    
111     </body>
112     </section>
113     <section>
114     <title>IP22: Indy, Indigo 2 and Challenge S</title>
115     <body>
116 swift 1.4
117 swift 1.5 <ul>
118 neysx 1.7 <li>
119     <b>Processor Options (Stable):</b>
120     <ul>
121     <li>
122 neysx 1.10 <e>(on Indy and Challenge S)</e> R4000, R4400, R4600, R5000
123 neysx 1.7 </li>
124     <li>
125 neysx 1.10 <e>(on Indigo 2)</e> R4000, R4400
126 neysx 1.7 </li>
127     </ul>
128     </li>
129     <li>
130     <b>Kernel Support:</b>
131     <ul>
132     <li>Linux 2.4: <e>Stable</e></li>
133     <li>Linux 2.6: <e>Experimental</e></li>
134     </ul>
135     </li>
136     <li>
137     <b>Kernel Architecture Support:</b>
138     <ul>
139     <li>32-bit: <e>Stable</e></li>
140     <li>64-bit: <e>Experimental</e></li>
141     </ul>
142     </li>
143     <li>
144     <b>Userland Support:</b>
145     <ul>
146     <li>o32: <e>Stable</e></li>
147     <li>n32: <e>Experimental</e> (Only on Linux 2.6 R5000/RM5200)</li>
148     <li>n64: <e>Not Available In Gentoo</e></li>
149     </ul>
150     </li>
151 neysx 1.8 <li>
152     <b>Notes:</b>
153     <ol>
154     <li>
155 neysx 1.10 At present, only the Newport (XL) graphics framebuffer is supported in
156     Linux. Therefore on systems with other framebuffers, you will need to
157     use serial console.
158 neysx 1.8 </li>
159     <li>
160     The Challenge S has its RJ-45 connector on a daughter board (Mezz)
161 neysx 1.10 linked with an unsupported SCSI adapter, a WD33C95A. In order for this
162     network connector to function, this SCSI bus needs to be activated,
163     however it is not yet supported by Linux. As a result of this, the
164     Challenge S can only get network connectivity via its AUI connector.
165 neysx 1.8 </li>
166     <li>
167 neysx 1.10 Indigo2 EISA Support is <e>highly</e> experimental. It isn't very well
168     tested and may not work with all hardware. Hardware that it is known
169     to function with is listed, and as more compatible hardware is
170     discovered, it will be added. Please note that hardware requiring DMA
171     support is currently not functional. This includes EISA/ISA-based
172     soundcards. EISA Video cards requiring an x86-compatible BIOS are also
173     not functional.
174 neysx 1.8 </li>
175     </ol>
176     </li>
177 swift 1.5 </ul>
178    
179 swift 1.1 </body>
180     </section>
181     <section>
182 neysx 1.7 <title>IP32: O2</title>
183 swift 1.1 <body>
184    
185 neysx 1.7 <ul>
186     <li>
187     <b>Processor Options:</b>
188     <ul>
189     <li><b>Stable:</b> R5000, RM5200</li>
190     <li><b>Experimental:</b> RM7000</li>
191     <li><b>Unsupported:</b> R10000</li>
192     </ul>
193     </li>
194     <li>
195     <b>Kernel Support:</b>
196     <ul>
197     <li>Linux 2.4: <e>Unsupported in Kernel</e></li>
198     <li>Linux 2.6: <e>Stable</e></li>
199     </ul>
200     </li>
201     <li>
202     <b>Kernel Architecture Support:</b>
203     <ul>
204     <li>32-bit: <e>Unsupported in Kernel</e></li>
205     <li>64-bit: <e>Stable</e></li>
206     </ul>
207     </li>
208     <li>
209     <b>Userland Support:</b>
210     <ul>
211     <li>o32: <e>Stable</e></li>
212     <li>n32: <e>Experimental</e> (Only on Linux 2.6)</li>
213     <li>n64: <e>Not Available In Gentoo</e></li>
214     </ul>
215     </li>
216 neysx 1.8 <li>
217     <b>Notes:</b>
218     <ol>
219     <li>
220     The O2 RM7000 Processor support is limited in Linux currently, as it
221 neysx 1.10 requires a fairly recent kernel version (&gt;2.6.7), and has several
222 neysx 1.8 notable issues. The first issue is a problem with SCSI at the moment,
223     making the internal disks unusable at the current time. The Level 3
224     (Tertiary) Cache is also disabled due to there being no support for
225     this cache in the linux kernel.
226     </li>
227     <li>
228     Please be aware that this note only applies to the official SGI RM7000
229 neysx 1.13 running at 350MHz, not the 600MHz RM7000 that can be assembled using an
230 neysx 1.10 RM5200 board. These "modded" CPU modules for O2 systems are not
231 neysx 1.8 supported/tested, although, in theory, they should be functional, but
232     may suffer from the same problems listed above.
233     </li>
234     </ol>
235     </li>
236 neysx 1.7 </ul>
237 swift 1.1
238     </body>
239     </section>
240 neysx 1.7 </chapter>
241    
242     <chapter>
243     <title>Silicon Graphics Systems -- Experimental/Unstable</title>
244 swift 1.1 <section>
245     <body>
246    
247 neysx 1.7 <p>
248     The systems listed here are known to run Linux... <e>HOWEVER</e>, in many
249     cases, there are known stability issues, and major gaps in the hardware
250     support. In short, it will be a rough and bumpy ride.
251     </p>
252    
253     </body>
254     </section>
255     <section>
256     <title>IP27: Origin 200 and 2000</title>
257     <body>
258 swift 1.1
259 neysx 1.7 <ul>
260     <li>
261 neysx 1.10 <b>Processor Options <e>(Experimental)</e>:</b> R10000, R12000
262 neysx 1.7 </li>
263     <li>
264     <b>Kernel Support:</b>
265     <ul>
266     <li>Linux 2.4: <e>Unsupported in Kernel</e></li>
267     <li>Linux 2.6: <e>Experimental</e></li>
268     </ul>
269     </li>
270     <li>
271     <b>Kernel Architecture Support:</b>
272     <ul>
273     <li>32-bit: <e>Unsupported in Kernel</e></li>
274     <li>64-bit: <e>Experimental</e></li>
275     </ul>
276     </li>
277     <li>
278     <b>Userland Support:</b>
279     <ul>
280     <li>o32: <e>Stable</e></li>
281     <li>n32: <e>Experimental</e></li>
282     <li>n64: <e>Not Available In Gentoo</e></li>
283     </ul>
284     </li>
285     </ul>
286 swift 1.4
287     </body>
288     </section>
289 neysx 1.7 <section>
290     <title>IP28: Indigo 2 Impact (a.k.a Indigo 2 R10k)</title>
291     <body>
292 swift 1.4
293 neysx 1.7 <ul>
294     <li>
295 neysx 1.10 <b>Processor Options <e>(Experimental)</e>:</b> R10000
296 neysx 1.7 </li>
297     <li>
298     <b>Kernel Support:</b>
299     <ul>
300     <li>Linux 2.4: <e>Experimental</e></li>
301     <li>Linux 2.6: <e>Experimental</e></li>
302     </ul>
303     </li>
304     <li>
305     <b>Kernel Architecture Support:</b>
306     <ul>
307     <li>32-bit: <e>Unsupported in Kernel</e></li>
308     <li>64-bit: <e>Experimental</e></li>
309     </ul>
310     </li>
311     <li>
312     <b>Userland Support:</b>
313     <ul>
314     <li>o32: <e>Stable</e></li>
315     <li>n32: <e>Experimental</e> (Only on Linux 2.6)</li>
316     <li>n64: <e>Not Available In Gentoo</e></li>
317     </ul>
318     </li>
319     <li>
320 neysx 1.8 <b>Notes:</b>
321     <ol>
322     <li>
323 neysx 1.10 IP28 Indigo2 Impact support (classified as an Indigo2 system w/ an
324     R10000 Processor) is <e>very experimental</e>. Most of the work is
325     currently being done by Peter Fuerst who maintains patches on his <uri
326     link="http://home.alphastar.de/fuerst/download.html">website</uri>.
327     This kernel is <e>NOT</e> intended for stable, day-to-day use. The
328     Indigo2 IP28 system suffers from an issue known as <e>Speculative
329 neysx 1.8 Execution</e>, a feature of the R10000 Processor that is problematic on
330     machines that are <e>Non Cache Coherent</e>, such as the IP28 Indigo2
331     and on R10000/R12000-based IP32 O2 systems. Details on the nature of
332     Speculative Execution, and the issues it poses to the Indigo2 can be
333     found at the following URLs:
334     <ul>
335     <li>
336 neysx 1.10 MIPS R10000 Microprocessor User's Manual (See <e>PDF Pages
337     51-55</e>)
338 neysx 1.8 <uri>http://techpubs.sgi.com/library/manuals/2000/007-2490-001/pdf/007-2490-001.pdf</uri>
339     </li>
340     <li>
341     Post to NetBSD sgimips Mailing List on 29 Jun 2000
342     <uri>http://mail-index.netbsd.org/port-sgimips/2000/06/29/0006.html</uri>
343     </li>
344     </ul>
345     </li>
346     </ol>
347 neysx 1.7 </li>
348     </ul>
349    
350     </body>
351     </section>
352 swift 1.4 <section>
353 neysx 1.7 <title>IP30: Octane</title>
354 swift 1.4 <body>
355    
356 neysx 1.7 <ul>
357 neysx 1.8 <li><b>Processor Options (Experimental):</b> R10000, R12000, R14000A</li>
358 neysx 1.7 <li>
359     <b>Kernel Support:</b>
360     <ul>
361     <li>Linux 2.4: <e>Unsupported in Kernel</e></li>
362     <li>Linux 2.6: <e>Experimental</e></li>
363     </ul>
364     </li>
365     <li>
366     <b>Kernel Architecture Support:</b>
367     <ul>
368     <li>32-bit: <e>Unsupported in Kernel</e></li>
369     <li>64-bit: <e>Experimental</e></li>
370     </ul>
371     </li>
372     <li>
373     <b>Userland Support:</b>
374     <ul>
375     <li>o32: <e>Stable</e></li>
376     <li>n32: <e>Experimental</e></li>
377     <li>n64: <e>Not Available In Gentoo</e></li>
378     </ul>
379     </li>
380 neysx 1.8 <li>
381     <b>Notes:</b>
382     <ol>
383     <li>
384     Octane support in Linux should be regarded as experimental. Support for
385 neysx 1.10 this particular machine from SGI has been progressing quite well and
386     the Linux kernel functions reasonably well. The current status for this
387 nightmorph 1.12 system may be found on
388     <uri link="http://www.linux-mips.org/~skylark/">Stanislaw Skowronek's
389     page</uri>. Wider support in Gentoo for this system will be available
390     in the future, so watch this space closely for more details.
391 neysx 1.8 </li>
392     <li>
393     The serial ports on the Octane currently only support 9600 baud rate,
394     8-bits, no parity, 1 stop bit. Other baud rates do not currently work
395     at present.
396     </li>
397     </ol>
398     </li>
399 neysx 1.7 </ul>
400    
401     </body>
402     </section>
403     </chapter>
404 swift 1.4
405 neysx 1.7 <chapter>
406     <title>Silicon Graphics Systems -- Unsupported</title>
407     <section>
408     <body>
409 swift 1.4
410 neysx 1.7 <p>
411     Just about all of these systems are totally unsupported at the kernel level --
412     making a full Linux system totally impossible. Little is known about a lot of
413     the systems listed here -- therefore any support in the near future is highly
414     unlikely. You may wish to keep an eye on the <uri
415     link="http://www.linux-mips.org">Linux/MIPS website</uri> for any news of ports
416     -- either that, or start your own. :-)
417     </p>
418 swift 1.4
419 neysx 1.7 <ul>
420     <li>IP12: Iris Indigo (R3000 CPU)</li>
421     <li>IP20: Iris Indigo (R4000 or R4400 CPU)</li>
422     <li>IP26: Indigo 2 Power (R8000 CPU)</li>
423     <li>IP34: Fuel (R14000A or R16000 CPU)</li>
424     <li>IP35: Origin 3000 (R14000 or R14000A CPU)</li>
425     <li>IP45: Origin 300 (R14000 CPU)</li>
426     <li>IP53: Origin 350 &amp; Tezro (R16000 CPU)</li>
427     </ul>
428 swift 1.1
429 swift 1.4 </body>
430     </section>
431 neysx 1.7 </chapter>
432    
433     <chapter>
434     <title>Silicon Graphics Accessories</title>
435 swift 1.4 <section>
436     <body>
437 swift 1.1
438 neysx 1.7 <p>
439     As with most systems, there is quite wide array of peripherals that one can
440     obtain for Silicon Graphics systems. While a lot of these work in IRIX, Linux
441     support is a bit touch-and-go on some of these items. The following table
442     lists the support for each device.
443     </p>
444    
445 swift 1.1 <table>
446 neysx 1.7 <tr>
447 neysx 1.8 <th>Stable Support</th>
448     <th>Experimental Support</th>
449 neysx 1.7 <th>Unsupported/Untested</th>
450     </tr>
451     <tr>
452 neysx 1.9 <ti>
453     Indy/Indigo2: XL Graphics Card (Newport)<br/>
454     Indy/Indigo2: SGI Seeq Ethernet 10Mbps<br/>
455     Indy/Indigo2: WD33C93 SCSI<br/>
456     Indy/Indigo2: HAL2 Sound/Audio<br/>
457     Indy/Indigo2: Parallel Port<br/>
458     Indy/Indigo2: Serial Port<br/>
459     O2: SGI MACE Ethernet 10/100Mbps<br/>
460     O2: Adaptec AIC7880 SCSI<br/>
461     O2: Serial Port<br/>
462     Indigo2 ISA: Parallel Port Card (PC-Style)<br/>
463     Indigo2 ISA: NE2000 Compatible 10Mbps NIC (RTL8019)
464     </ti>
465     <ti>
466     Indy: I2C/VINO subsystem &amp; IndyCam<br/>
467     Indigo2 EISA: 3COM 3c597 10/100Mbps<br/>
468     O2: GBE Framebuffer<br/>
469     O2: PCI Slot<br/>
470     Octane: Keyboard<br/>
471     Octane: Mardi Gras (MGRAS) Graphics<br/>
472     Octane: QLogic ISP1040B SCSI<br/>
473     Octane: RAD1 Audio<br/>
474     Octane: SMP Support<br/>
475     Octane: V6/V8/V10/V12 Graphics (Odyssey)<br/>
476     Origin: IOC3 Ethernet 10/100Mbps<br/>
477     Origin: QLogic ISP1020 SCSI<br/>
478     O2 PCI: ALi 5273 USB 2.0 (Req. Kernel &gt;=2.6.8.1)
479     </ti>
480     <ti>
481     (1)Indy/Indigo2: Impact &amp; Extreme/XZ graphics chipsets<br/>
482     Indy: Phobos G130 10/100Mbps NIC<br/>
483     Indigo2: GIO64 Slots<br/>
484     Indigo2: Phobos G160 10/100Mbps NIC<br/>
485     Challenge S: WD33C95A SCSI Adapter/RJ-45 Daughter Card<br/>
486     O2: VICE Subsystem
487     </ti>
488 neysx 1.7 </tr>
489 swift 1.1 </table>
490    
491 neysx 1.9 <note>
492     (1) Work has begun on porting the ImpactSR to the Indigo2 Impact (IP28)
493     workstation. At the moment, it's early days, and the driver is not functional
494 neysx 1.10 yet, but this may change in the coming months.<br/>
495 neysx 1.9 Likewise with Extreme graphics... a few people were starting to look into
496 neysx 1.10 writing drivers for this chipset. Nothing has been released yet, but we may
497     see something in the not too distant future.<br/>
498 neysx 1.9 We will update this page if such a driver is released.
499     </note>
500    
501 neysx 1.7 </body>
502     </section>
503     </chapter>
504 swift 1.4
505 neysx 1.7 <chapter>
506     <title>Cobalt Servers -- Stable</title>
507     <section>
508     <body>
509 swift 1.1
510 neysx 1.7 <p>
511     The Cobalt servers are a set of machines all based around the QED RM523[01]
512     CPU. They came in two varieties, the RaQ -- a rackmounted model, and the Qube,
513     a small desktop model (1ft. cube). The big difference between these systems
514     and the SGI systems above, is that these systems are <e>little endian</e>
515     (<c>mipsel</c>) as opposed to <e>big endian</e> (<c>mips</c>).
516     </p>
517    
518     <p>
519     These were also sold under an OEM arragement to other companies, examples of
520     this are the Gateway Microserver (Qube 2) and the Seagate NasRaQ (RaQ 2).
521     </p>
522 swift 1.1
523     </body>
524     </section>
525     <section>
526 neysx 1.7 <title>Qube/Raq 2800 (a.k.a Qube/Raq 2)</title>
527 swift 1.1 <body>
528    
529 neysx 1.7 <ul>
530     <li><b>Processor:</b> QED RM5231 @ 250MHz</li>
531     <li>
532     <b>Kernel Version Support:</b>
533     <ul>
534     <li>Linux 2.4: <e>Stable</e></li>
535     <li>Linux 2.6: <e>Stable</e></li>
536     </ul>
537     </li>
538     <li>
539     <b>Kernel Architecture Support:</b>
540     <ul>
541     <li>32-bit: <e>Stable</e></li>
542     <li>64-bit: <e>Highly Experimental</e></li>
543     </ul>
544     </li>
545     <li>
546     <b>Userland Support:</b>
547     <ul>
548     <li>o32: <e>Stable</e></li>
549     <li>n32: <e>Not Available In Gentoo</e></li>
550     <li>n64: <e>Not Available In Gentoo</e></li>
551     </ul>
552     </li>
553     </ul>
554    
555     </body>
556     </section>
557     </chapter>
558 swift 1.4
559 neysx 1.7 <chapter>
560     <title>Cobalt Servers -- Experimental</title>
561     <section>
562     <title>Raq 2700 (a.k.a Raq 1)</title>
563     <body>
564 swift 1.4
565 neysx 1.7 <ul>
566     <li><b>Processor:</b> QED RM5230 @ 150MHz</li>
567     <li>
568     <b>Kernel Version Support:</b>
569     <ul>
570     <li>Linux 2.4: <e>Experimental</e></li>
571     <li>Linux 2.6: <e>Untested In Gentoo</e></li>
572     </ul>
573     </li>
574     <li>
575     <b>Kernel Architecture Support:</b>
576     <ul>
577     <li>32-bit: <e>Experimental</e></li>
578     <li>64-bit: <e>Untested In Gentoo</e></li>
579     </ul>
580     </li>
581     <li>
582     <b>Userland Support:</b>
583     <ul>
584     <li>o32: <e>Experimental</e></li>
585     <li>n32: <e>Not Available In Gentoo</e></li>
586     <li>n64: <e>Not Available In Gentoo</e></li>
587     </ul>
588     </li>
589     </ul>
590 swift 1.1
591     </body>
592     </section>
593 neysx 1.7 </chapter>
594    
595     <chapter>
596     <title>Cobalt Servers -- Unsupported</title>
597 swift 1.1 <section>
598 neysx 1.7 <title>Qube 2700 (a.k.a Qube 1)</title>
599 swift 1.1 <body>
600    
601 neysx 1.7 <p>
602     The Qube 2700 was the first of this whole subarchitecture. Unfortunately, it
603     lacks a serial port, making installation at present, damn near impossible.
604     We're looking into ways we can support this system, but as none of the
605     developers have access to one of these machines, we have no way to test our
606     efforts. You may wish to have a look at <uri
607     link="http://www.metzner.org/projects/qube/">Jan Metzner's page</uri> for more
608     information.
609     </p>
610    
611 swift 1.1 <ul>
612 neysx 1.7 <li><b>Processor:</b> QED RM5230 @ 150MHz</li>
613 swift 1.1 <li>
614 neysx 1.7 <b>Kernel Version Support:</b>
615     <ul>
616     <li>Linux 2.4: <e>Untested In Gentoo</e></li>
617     <li>Linux 2.6: <e>Untested In Gentoo</e></li>
618     </ul>
619 swift 1.1 </li>
620     <li>
621 neysx 1.7 <b>Kernel Architecture Support:</b>
622     <ul>
623     <li>32-bit: <e>Untested In Gentoo</e></li>
624     <li>64-bit: <e>Untested In Gentoo</e></li>
625     </ul>
626     </li>
627     <li>
628     <b>Userland Support:</b>
629     <ul>
630     <li>o32: <e>Untested In Gentoo</e></li>
631     <li>n32: <e>Not Available In Gentoo</e></li>
632     <li>n64: <e>Not Available In Gentoo</e></li>
633     </ul>
634 swift 1.1 </li>
635     </ul>
636    
637     </body>
638     </section>
639     </chapter>
640     </guide>

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