From: utzoo!decvax!duke!mcnc!dfh Newsgroups: net.micro,net.wanted Title: Re: Which small UNIX system would YOU buy? Article-I.D.: mcnc.1616 Posted: Wed Mar 30 23:44:44 1983 Received: Thu Mar 31 03:28:13 1983 References: mcnc.1589 A few weeks ago, I submitted the following query: Nearly every week, some new 16/32-bit microcomputer announces a UNIX or UNIX-like operating system for their hardware. Many of these are small (1-4) multiuser systems, and generally cost between 9-15K. This price range is within reach by many departments at small-medium size universities, which is my primary concern. So, for all of you who have small, relatively inexpensive multiuser UNIX systems, I have 3 questions: 1) What system do you have, and why did you pick it? 2) What system would you buy today? 3) What is the worst system you have seen, and why? =+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+=+= To which I received the following responses worthy of posting. Thanks to those of you who replied. David Hinnant N.C. Educational Computing Service (919) 549-0671 ucbvax!decvax!duke!mcnc!tucc!ecs!dfh ======================================================================= We have a plexsus system which is z8000 based. The biggest complaint I have with it is that they don't take full advantage of the segmentation of the chip. The Z8000 supports multiple segments, each of which is accessed thru a segmentation register. To make things easy, the makers of the plexsus decieded to use only 2 segment registers, one for data, one for text. This limits the address space of processes to 128K. ======================================================================= The system I would most recommend is the Onyx C8002. Although it has a 128K I+D addressing limitation, it is pretty fast, and quite reliable. It's been around for about 3 years now, and was one of, if not the, first small Unix systems. The major drawback is dealing with Onyx itself for software support. They basically can't tell a C program from a Basic program, much less a kernal from a hole in the wall. However, after 3 years of work, their stuff works better than any other I've seen. By the way, the Unix port that Onyx uses was NOT done by Microsoft, a big plus in my book. They are running system 3, which ATT uses on their Onyxes; much cooperative work was done on the port; therefore the Onyx system 3 stuff is really and truly system 3. The C8002 is a little more expensive than most, about 17K I think. As for the worst system I've seen, there is no doubt in my mind that it is the Zilog system. The major problem is the atrocious C compiler that they have come up with. Trying to be clever about register usage and argument passing, they have made it very difficult to move C code that runs on any other machine I've tried to the Zilog, and have it work. ======================================================================= In the $10K range I bought an "old" 16 bitter called an 11/23 and put Western Electric Unix V on it, plus an additional $2K for VENIX. After all, for $800 your entire school (!) can get the System V license and software, so the incremental cost is zilch. VENIX is an enhancement which allows me to do data acquisition in real time while servicing normal multiuser requests in parallel. ======================================================================= we have tried both the pixel and the fortune. pixel: the unix that is delivered with the computer is a full set. ( cc, csh, vi ... through rogue 3.7 ) the hardware seems quite solid, we had a demmo unit for 2 weeks with no problems of any sort, includeing no non power related crashes. the pixel terminal & its keyboard are the shittyest i have ever (in 18 years of computers ) worked with. we are recomending this computer to a number of sites here at harvard and elsewhere. we have found only two problems with the software A/ df does not list the root file system B/ uucp does not work to our 11/44. ( this seems to be a problem with microsoft ports, the fortune has the same problem ) fortune: the unix delivered was a SMALL subset of what i