Difference between revisions of "Installing UNIX Sixth Edition on Ersatz-11"
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in Ersatz-11 configuration file; the [[EIA RS-232 serial line interface|DTR and RTS]] can probably be dispensed with, and the speed and parity will have to be adjusted for the particular interface on the LSI-11, but the 8 bit size is key. | in Ersatz-11 configuration file; the [[EIA RS-232 serial line interface|DTR and RTS]] can probably be dispensed with, and the speed and parity will have to be adjusted for the particular interface on the LSI-11, but the 8 bit size is key. | ||
| − | One will want to cable the either the simulated PDP-11 or the actual LSI-11 as a [[EIA RS-232 serial line interface|DTE]] ( | + | One will want to cable the either the simulated PDP-11 or the actual LSI-11 as a [[EIA RS-232 serial line interface|DTE]] (DE-9S to DB-25P cables to do this from a simulated PDP-11 are easily available on eBay, etc); one can then cable either the LSI-11 or the simulated PDP-11 as a DCE, or use a [[null modem]] if either is also wired as a DTE. |
==See also== | ==See also== | ||
Revision as of 17:02, 27 October 2016
Installing Unix V6 on the Ersatz-11 simulator can be a relatively simple process, depending on whether one simply wants to be able to say one has done it, or whether one wants a usable system.
See the external links below for detailed instructions which cover a range from the simplest ('I did it') to the most complex.
Controlling LSI-11's
To run an actual physical LSI-11 from a simulated Unix V6 running under Ersatz-11, first see Running an LSI-11 from Unix V6; then include a line of the form:
assign tt1: com1: /mode:9600,n,8,2 /dtr:on /rts:on
in Ersatz-11 configuration file; the DTR and RTS can probably be dispensed with, and the speed and parity will have to be adjusted for the particular interface on the LSI-11, but the 8 bit size is key.
One will want to cable the either the simulated PDP-11 or the actual LSI-11 as a DTE (DE-9S to DB-25P cables to do this from a simulated PDP-11 are easily available on eBay, etc); one can then cable either the LSI-11 or the simulated PDP-11 as a DCE, or use a null modem if either is also wired as a DTE.
See also
| v • d • e PDP-11 Computers and Peripherals |
|---|
| UNIBUS PDP-11s - PDP-11/20 • PDP-11/15 • PDP-11/35 • PDP-11/40 • PDP-11/45 • PDP-11/50 • PDP-11/55 • PDP-11/70 PDP-11/05 • PDP-11/10 • PDP-11/04 • PDP-11/34 • PDP-11/60 • PDP-11/44 • PDP-11/24 • PDP-11/84 • PDP-11/94 QBUS PDP-11s - PDP-11/03 • PDP-11/23 • PDP-11/23+ • MicroPDP-11/73 • MicroPDP-11/53 • MicroPDP-11/83 • MicroPDP-11/93 QBUS CPUs: LSI-11 • LSI-11/2 • KDF11-A • KDF11-B • KDJ11-A • KDJ11-B • KDJ11-D • KDJ11-E Buses: UNIBUS • UNIBUS map • SPC • MUD • EUB • QBUS • CD interconnect • PMI Also: PDP-11 architecture • PDP-11 Extended Instruction Set • FP11 floating point • PDP-11 Memory Management |
| UNIBUS CPUs: KA11 • KC11 • KB11-A • KB11-B • KB11-C • KB11-D • KD11-A • KD11-B • KD11-D • KD11-E • KD11-EA • KD11-K • KD11-Z • KDF11-U
Co-processors: FP11-A • FP11-B • FP11-C • FP11-E • FP11-F • KE44-A • FPF11 Chips: LSI-11 • KEV11-A • KEV11-B • KEV11-C • F-11 • KEF11-A • KTF11-A • T-11 • J-11 • FPJ11 CPU options: KE11-E • KE11-F • KJ11-A • KT11-C • KT11-D • KK11-A • KK11-B • KT24 • KTJ11-B Rare CPU options: KS11 Memory Protection and Relocation option • KT11-B Paging Option • KUV11 Writeable Control Store Front panels: KY11-A • KY11-D • KY11-J • KY11-LA • KY11-LB • KY11-P More on buses: UNIBUS and QBUS termination • Bus Arbitration on the Unibus and QBUS • CTI BUS PDT-11s - PDT-11/110 • PDT-11/130 • PDT-11/150 CTI PDP-11s - PRO-325 • PRO-350 • PRO-380 Other: FIS floating point • PDP-11 Commercial Instruction Set • PDP-11 stacks • PDP-11 family differences |
