The Sad End of Intel Desktop Boards

As previously discussed on this blog, Intel decided to quit the desktop board business in 2013. What has not been discussed is how Intel treated the buyers of the last generation (i.e. 8-series Lynx Point chipsets) of those boards. Since I have now acquired two of those boards, DZ87KLT-75K and DQ87PG, I had an opportunity to familiarize myself with the situation.

The DZ87KLT (Kinsley Thunderbolt) and DQ87PG (Spring Cave) were released in mid-2013 and were sold for about three years. They supported the then-new LGA1150 socket for Haswell CPUs.

In 2014, Intel released the updated and faster Haswell Refresh CPUs, as well as the Devil’s Canyon i7-4790K, Intel’s first 4.0 GHz processor (ten years after the Pentium 4 very nearly got there first). For most owners of existing LGA1150 boards, supporting the new processors was just a matter of updating the BIOS.

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Posted in Intel, PC hardware, Software Hacks | 15 Comments

The i860 Conspiracy

I’ve been thinking of acquiring a board with the Intel 860 (Colusa) chipset. This chipset is historically interesting because it was Intel’s first chipset for NetBurst Xeons, and–at least according to Intel–the only chipset that supports the original Foster Xeon DP processors with the 180nm Willamette core.

The platform is interesting because it was Intel’s first dual-socket Pentium 4 implementation, and the i860 chipset was also the first with support for certain modern amenities like Message Signaled Interrupts (MSIs), enabled by the switch from a dedicated APIC bus to interrupt delivery via FSB messages.

The catch is that the i860 chipset was relatively short-lived, having been cursed with RDRAM. The i860 was introduced in May 2001, and in February 2002 it was already superseded by the DDR SDRAM-based E7500 (Plumas) chipset, which also coincided with the release of 130nm Prestonia Xeons based on the Northwood core.

The i860 was apparently so short-lived that Intel did not manage to release its own board based on the Colusa chipset. There were apparently only four board vendors who did: There was Supermicro P4DCE and P4DC6 (I am guessing that P4DC stands for Pentium 4 Dual Colusa); there was Tyan Thunder i860 (S2603); there was MSI 860D Pro; and there was an obscure Iwill DX400-SN.

The MSI and Iwill boards appear to be very hard to find. The Supermicro and Tyan boards are not, but there’s a catch.

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Posted in Intel, PC hardware, PC history | 15 Comments

More About That Strange Pentium 4

A few years ago I wrote about a strange NetBurst processor with SL7HY S-spec that landed at the OS/2 Museum. After renewed reader interest I pulled it out of the closet and tested the processor again. A collection of miscellaneous notes follows.

CPU-Z today is just as clueless as it was a few years ago (no surprise), thinking it’s a Socket 604 processor and that it’s an engineering sample:

CPU-Z misidentifying the SL7HY processor

The SL7HY processor was briefly tested in an ASUS P5PE-VM board. The BIOS complains at boot-up that it has no microcode for the processor, and clearly shows the brand string as Intel(R) Xeon(TM) CPU 3.73GHz. That gives me confidence that this product string is really what’s burned into the processor.

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Posted in Intel, PC hardware, PC history, Pentium 4, Undocumented | 32 Comments

It’s Zen Time

Back in 2003, it was Hammer Time for the PC industry. My own home PCs missed the wave because I had just bought a 3.2 GHz Northwood Pentium 4, which was replaced in 2006 by a Core 2 E6600, a 64-bit dual-core Intel CPU running at 2.4 GHz. The Core 2 was not really better than Athlon 64s and Phenoms, but it wasn’t worse either. And when the next upgrade came in 2011, Intel’s Core i7 unfortunately did not have much real competition from AMD.

But that was when Intel still made desktop boards (I’ve been overall very happy with the DQ67OW board), and years before AMD processors were reborn with the Zen microarchitecture. Part of the reason why I stuck with Intel is that I’d had bad experience with boards and chipsets for AMD CPUs, but AMD eventually saw the light and realized that it’s not helpful to their cause to rely on the likes of VIA or nForce.

After a very useful discussion on a previous blog post, I decided to go for the ASRock X570 Pro4 board. That was about the only board I could find which combines the lack of silly bling and things I really don’t need (like onboard WiFi) with an Intel Ethernet controller, since I’m happy to spend extra money to avoid Realtek Ethernet chips.

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Posted in AMD, PC hardware, Ryzen | 8 Comments

Synology Strikes Again

Three years ago I ran into a problem with a Synology DSM update preventing vintage SMB clients from connecting to my NAS. Now I ran into a similar but different problem.

The symptom was DOS and (at least old) OS/2 clients refusing to connect to my NAS, like this:

C:\>net view \\mynas
Error 58: The network has responded incorrectly

C:\>dir n:\
Incorrect response from network
Abort, Retry, Fail?

I had updated DSM not long ago, but I suspected that that hadn’t been the trigger. More likely this happened because I got tired of fresh Windows 10 installs complaining that they don’t want to talk to SMB1, and changed the DSM settings to support everything from SMB1 to SMB3. But DOS uses SMB1, right? Well…

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Posted in LAN Manager, Networking, Software Hacks | Leave a comment

PC Keyboard: The First Five Years

The vast majority of PC users today have no memory of what PC keyboards looked like before the standard 101/102-key layout arrived, even though various OEMs do their best to mangle the standard layout in order to minimize usability, especially on laptops. OEM-specific modifications aside, the basic layout of the main block of alphanumeric keys has not changed in over 30 years, since 1986.

However, up until that point the PC keyboard layout and the keyboard hardware changed quite a bit, and looking at the 1981-1986 IBM Technical References is key to understanding a) why the standard keyboard scan codes are so complex, and b) why there are so many seemingly odd vendor-specific modifications of the standard layout.

83-key Layout, 1981

All keyboard diagrams were borrowed from IBM Technical References. The original PC keyboard (1981) looked like this:

Original 83-key PC keyboard, 1981

From today’s perspective, that keyboard looks rather strange for a number of reasons.

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Posted in IBM, Keyboard, PC hardware, PC history | 19 Comments

How Not to Buy a Computer

The following is an unauthorized translation of an article by Jiří Franěk, published in the Czechoslovak computer magazine List sometime in early 1989. Some readers probably remember those times, others have forgotten. As for the rest—consider yourselves lucky.

The number of computers in our households keeps going up, despite domestic production contributing extremely little—and foreign trade only very slightly more—toward that end. Individual import from abroad is still the most “natural” way of obtaining a computer and peripherals. But the process is not without pitfalls.

One of the proven methods of not buying a computer (or even better a printer) is a purchase through a third party. “Dear auntie, I have a pressing need to buy a Seikosha GP 100 printer and Multiface II for my ZX Spectrum1. Both are very cheap and in Munich you can probably find them in every drug store.” Auntie will waste a lot of time shopping but never find the desired peripherals even in the most specialized store. Those who have spent some time abroad (and know how the foreign markets work) no doubt understand the problem. For the rest, unfortunately the majority, an explanation follows.

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Posted in PC history, PC press | 27 Comments

Where’s Intel When You Need Them?

As readers of this blog know, I’m a long-time happy user of Intel desktop boards. I’ve now been using Intel boards for my main machine continuously for over 15 years (D865PERL, DG965RY, DQ67OW, DQ77CP); I have some fond and some less fond memories of Intel Advanced/AS (Atlantis) Pentium board, and good experience with AN430TX and AL440LX boards.

For me, Intel boards have always been extremely reliable (the DQ67OW board has been running since 2011 and still works great), the boards are not loaded with gimmicks but no-nonsense and very business-like. Intel boards are not for overclockers, they’re for people who need to get work done. Intel’s support has been very good and Intel still provides downloads for very old boards.

Unfortunately Intel quit the board business five years ago. And although the DQ77CP board with a Core i7-3770 processor, 32GB RAM, and a SSD is no slouch even today, there’s not much further one can go with Intel boards (just a little bit). For a modern desktop CPU with 8 or more cores, I’d need a board from ASUS or MSI or Gigabyte or whoever.

Only… if I have to buy an ASUS or MSI board, why bother with an Intel CPU at all and not get a Ryzen instead? AMD’s recent offerings have been difficult to refuse and the Ryzen 9 CPUs are very, very tempting.

Posted in Intel, PC hardware | 16 Comments

LAN Manager Product Specification, 1987

Now available is the preliminary yet fairly complete product specification for the LAN Manager server and workstation from October 14, 1987. This document was available to developers months before any pre-release LAN manager code, and about a year before any LAN Manager 1.0 OEM products became available.

The document was quite a pain to scan, because for some mysterious reason the LAN Manager group decided to print on 9×11″ paper, a size so unusual (despite its nice round dimensions, at least in boutique and obsolete units) that common office equipment cannot deal with it. The scanner I use can run documents up to 8.5″ wide through the automatic feeder, but 9″ simply won’t fit. So I had to scan manually, and lose a few millimeters on each side, which resulted in no loss of actual information.

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Posted in Archiving, Documentation, LAN Manager, Microsoft, OS/2, PC history | 1 Comment

PC-NFS 3.0.1

Between a search engine and a friend, the search for PC-NFS 3.0 yielded a set of seven 360K floppy images of Sun PC-NFS 3.0.1. Hooray for the Internet, and thank you!

Judging by the timestamps, PC-NFS 3.0.1 was finalized in May 1989 but this particular disk set was sold in January 1991 or later. How can we tell? The files have timestamps of 05/18/1989, except for PCNFS.SYS, which is dated 01/30/1991. PCNFS.SYS is marked with a serial number. Without knowing exactly how Sun did it, it appears likely that the floppy sets were mass duplicated and then PCNFS.SYS individually serialized on demand. And it even works!

PC-NFS 3.0.1 on IBM DOS 4.01
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Posted in Networking, NFS, PC history | 9 Comments