Relay-Version: version B 2.10 5/3/83; site utzoo.UUCP Path: utzoo!mnetor!seismo!cmcl2!rna!dan From: dan@rna.UUCP (Dan Ts'o) Newsgroups: net.micro.ns32k Subject: Re: Query: Symmetric 375 computer Message-ID: <537@rna.UUCP> Date: Thu, 11-Sep-86 00:28:29 EDT Article-I.D.: rna.537 Posted: Thu Sep 11 00:28:29 1986 Date-Received: Thu, 11-Sep-86 18:40:21 EDT References: <174@grpthry.UUCP> Reply-To: dan@rna.UUCP (Dan Ts'o) Distribution: net Organization: Rockefeller Neurobiology Lines: 39 In article <174@grpthry.UUCP> ylh@grpthry.UUCP ( ylh ) writes: >I posted the following message to net.micro a few days ago >but obviously this is a better place for it (Apologies for not having >followed this group before, if you think my questions have >already been answered): > >Symmetric in California recently advertise in various magazines >(Byte, Unix/World) their '375' computer. It is based on >the 32016, has 2 Mb ram, 50Mb winchester, 4 serial ports, >runs 4.2BSD and is loaded with languages. All for just $4,995. >(GnuEmacs, TeX, SPICE for $10 each!). > >We ran a battery of benchmark programmes and found that it >performs at the level of a microPDP11/73. Seems a little >poor for a 32016-based machine. > >Does anyone have any comments? (On the machine, the company, etc). Why do you think it is poor for a 32016. That level is about what I would expect for average UNIX utilities. For 32-bit and VM stuff, the 32012 should do better. But the 11/73 is a pretty fast machine, many operations on a 11/72 are as fast or faster than an VAX 11/750, which is approximately the level of performance I'd expect from both 68010 and 32016 machines (at 8 to 10Mhz). Especially with a relatively slow disk. In addition a comparatively configured 11/73 would be about $10000, including Ultrix. The real competition, I believe, is a PC AT (at 8-12 Mhz) running Xenix, which one can also find for about $5000. A PC AT running Xenix can also perform close to a VAX 11/750. No VM, though. Cheers, Dan Ts'o Dept. Neurobiology Rockefeller Univ. 1230 York Ave. NY, NY 10021 212-570-7671 ...cmcl2!rna!dan rna!dan@cmcl2.arpa