xref: /netbsd/share/man/man4/man4.sparc/intro.4 (revision c4a72b64)
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30.\"	$NetBSD: intro.4,v 1.15 2002/11/09 07:54:28 grant Exp $
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32.Dd February 2, 2002
33.Dt INTRO 4 sparc
34.Os
35.Sh NAME
36.Nm intro
37.Nd introduction to sparc special files and hardware support
38.Sh DESCRIPTION
39This section describes the special files, related driver functions,
40and networking support
41available in the system.
42In this part of the manual, the
43.Tn SYNOPSIS
44section of
45each configurable device gives a sample specification
46for use in constructing a system description for the
47.Xr config 8
48program.
49The
50.Tn DIAGNOSTICS
51section lists messages which may appear on the console
52and/or in the system error log
53.Pa /var/log/messages
54due to errors in device operation;
55see
56.Xr syslogd 8
57for more information.
58.Pp
59This section contains both devices
60which may be configured into the system
61and network related information.
62The networking support is introduced in
63.Xr netintro 4 .
64.Sh DEVICE SUPPORT
65This section describes the hardware supported on the SPARC
66platform.
67Software support for these devices comes in two forms.  A hardware
68device may be supported with a character or block
69.Em device driver ,
70or it may be used within the networking subsystem and have a
71.Em network interface driver .
72Block and character devices are accessed through files in the file
73system of a special type; see
74.Xr mknod 8 .
75Network interfaces are indirectly accessed through the interprocess
76communication facilities provided by the system; see
77.Xr socket 2 .
78.Pp
79A hardware device is identified to the system at configuration time
80and the appropriate device or network interface driver is then compiled
81into the system.  When the resultant system is booted, the
82autoconfiguration facilities in the system probe for the device
83and, if found, enable the software support for it.
84If a device does not respond at autoconfiguration
85time it is not accessible at any time afterwards.
86To enable a device which did not autoconfigure,
87the system must be rebooted.
88.Pp
89The autoconfiguration system is described in
90.Xr autoconf 4 .
91A list of the supported devices is given below.
92.Sh SEE ALSO
93.Xr autoconf 4 ,
94.Xr bwtwo 4 ,
95.Xr cd 4 ,
96.Xr cgeight 4 ,
97.Xr cgfour 4 ,
98.Xr cgfourteen 4 ,
99.Xr cgsix 4 ,
100.Xr cgthree 4 ,
101.Xr cgtwo 4 ,
102.Xr ch 4 ,
103.Xr fd 4 ,
104.Xr kbd 4 ,
105.Xr le 4 ,
106.Xr magma 4 ,
107.Xr mem 4 ,
108.Xr ms 4 ,
109.Xr openprom 4 ,
110.Xr scsi 4 ,
111.Xr sd 4 ,
112.Xr ss 4 ,
113.Xr st 4 ,
114.Xr tcx 4 ,
115.Xr uk 4 ,
116.Xr config 8
117.Sh SUPPORTED SYSTEMS
118The following Sun SPARC system architectures and models are supported:
119.Bl -tag -width speaker
120.It sun4
121first generation SPARC systems on VMEbus:
122.br
123Sun 4/100 series (14.28 MHz)
124.br
125Sun 4/200 series (16.67 MHz)
126.br
127Sun 4/300 series (25 MHz)
128.It sun4c
129desktop SPARC systems with Sbus:
130.br
131SPARCstation 1 (20 MHz)
132.br
133SPARCstation 1+ (25 MHz)
134.br
135SPARCstation 2 (40 MHz)
136.br
137SPARCstation SLC (20 MHz)
138.br
139SPARCstation ELC (33 MHz)
140.br
141SPARCstation IPC (25 MHz)
142.br
143SPARCstation IPX (40 MHz).
144.It sun4m
145desktop SPARC systems with Mbus for CPUs, and Sbus:
146.br
147SPARC Classic (50 Mhz microSPARC I)
148.br
149SPARC LX (50 MHz microSPARC I)
150.br
151SPARCstation 4 (70 Mhz microSPARC II)
152.br
153SPARCstation 5 (70, 85, 110 MHz microSPARC II)
154.br
155SPARCstation 5 (170 MHz TurboSPARC)
156.br
157SPARCstation 10M (36 MHz SuperSPARC I)
158.br
159SPARCstation 20M (50 MHz SuperSPARC I)
160.br
161SPARCstation 10 (Mbus modules)
162.br
163SPARCstation 20 (Mbus modules)
164.El
165.Pp
166The SPARCstation 2 and IPX can be upgraded with a Weitek PowerUP CPU
167that is clock-doubled (i.e. internally it runs at 80 MHz).
168.Nx
169supports this configuration.
170.Pp
171Hardware level clones of these systems from other manufacturers
172will likely work (e.g. Xerox, Tatung, Axil, Cycle);
173other systems which have a SPARC CPU but do not
174use Sun's hardware architecture (e.g. Solbourne) will likely not work.
175.Pp
176The sun4m architecture with Mbus modules for the CPUs is supported
177with the following modules with only one CPU:
178.Bl -tag -width speaker
179.It SM41
18040 Mhz SuperSPARC I with 1MB SuperCACHE
181.It SM51
18250 Mhz SuperSPARC I with 1MB SuperCACHE
183.It SM61
18460 Mhz SuperSPARC I with 1MB SuperCACHE
185.It SM71
18675 Mhz SuperSPARC II with 1MB SuperCACHE
187.It SM81
18885 Mhz SuperSPARC II with 1MB SuperCACHE
189.It HS11
190100 Mhz Ross Technology HyperSPARC
191.It HS21
192125 Mhz Ross Technology HyperSPARC
193.It M151
194150 Mhz Ross Technology HyperSPARC
195.El
196.Pp
197This list is not exhaustive;
198.Nx
199is continuously being improved, and may well run on Mbus CPU modules
200not listed here.
201.Pp
202There is also some support for Sun
203.Tn JavaStation
204computers based on the microSPARC CPU.
205.Pp
206.Nx
207does not yet properly support multiprocessor systems,
208but will run on one processor of a multiprocessor system.
209.Pp
210The Sun 4/400 series, and sun4d (SPARC Center 1000, 1000E, and
2112000) are not supported.
212.Pp
213The sun4u (UltraSPARC 64-bit) architectures are supported by
214.Nx Ns Tn /sparc64 .
215.Sh LIST OF DEVICES
216The devices listed below are supported in this incarnation of
217the system.  Devices are indicated by their functional interface.
218Not all supported devices are listed.
219.Pp
220.Bl -tag -width cgfourteen
221.It audio
222AMD 79C30 obio (sun4c) audio controller
223.It bwtwo
224black and white obio frame buffer
225.It cgeight
22624 bit VMEbus color frame buffer
227.It cgfour
2288 bit obio (sun4 P4 bus) color graphics frame buffer
229.It cgfourteen
23024 bit Sbus color frame buffer
231.It cgsix
2328 bit obio (sun4c \*[Am] sun4m), Sbus color graphics frame buffer
233.It cgthree
2348 bit VMEbus, Sbus, and obio (sun4m) color graphics frame buffer
235.It cgtwo
2368 bit VMEbus color frame buffer
237.It eeprom
238Sun non-volatile configuration RAM driver
239.It esp
240NCR53C90 ESP100 (Sun 4/300), ESP100A (sun4c),
241ESP200 (sun4m) SCSI controller
242.br
243FSBE/S (X1053A, part # 501-2015) Fast SCSI-2/Buffered Ethernet Sbus controller
244.It fd
245Intel 82072 obio (sun4c) or Intel 82077 obio (sun4m)
246floppy disk drive controller
247.It ie
248Intel 82586 Ethernet controller (Sun 4/100)
249.It isp
250Qlogic ISP Sbus SCSI controller
251.It kbd
252Sun type 2, type 3, type 4, and type 5 keyboards (on zs)
253.It le/lebuffer
254AMD 7990 LANCE Ethernet controller (Sun 4/200, 4/300, sun4c, sun4m, Sbus)
255.It magma
256Magma Sp Serial/Parallel board device driver
257.It ms
258Sun mouse (on zs)
259.It openprom
260Sun Open boot PROM (what became IEEE 1275) configuration driver
261.It power
262sun4m power management; the
263.Xr halt 8
264and
265.Xr shutdown 8
266commands can use it to power down the system.
267.It si
268NCR5380 "SCSI-2" VMEbus (Sun 4/200, Sun 4/400) SCSI controller
269.It sw
270NCR5380 obio (Sun 4/100) "SCSI Wierd" SCSI controller
271.It tcx
2728 or 24 bit Sbus color graphics frame buffer
273.It xd
274Xylogics 753/7053 VMEbus SMD disk controller
275.It xy
276Xylogics 450/451 VMEbus SMD disk controller
277.It zs
278Zilog 8530 serial controller
279.El
280.Sh UNSUPPORTED DEVICES
281The following devices are not supported, due to unavailability of
282either documentation or sample hardware:
283.Bl -tag -width speaker
284.It bpp
285Bi-directional Parallel port
286.It dbri
287Dual Basic Rate Interface (BRI) ISDN (SPARC LX \*[Am] SPARCstation 10)
288.It audio
289sun4m audio that is dependent on the dbri
290.El
291.Sh HISTORY
292This
293.Tn sparc
294.Nm intro
295appeared with
296.Nx 1.3 .
297Large chunks of text carefully recycled (shamelessly appropriated) from
298.Nx Ns Tn /pmax
299.Xr intro 4 .
300