October 16, 2008
I suppose I should be resigned to the whole benchmark silliness, where vendors highly tune their own systems and then run favourable benchmark tools – that have no real-world relevance – and compare the results against dissimilar and un-tuned gear from their rivals.
It’s the biggest ego match in the industry, and it’s all pretty sad. Are people really naive enough to buy kit based on these benchmarks, instead of trying out different vendors’ solutions in-house using their own real world workloads?
Regardless, I find the latest press release from Sun touting their ‘HPC leadership’ a bit much.
In it, Sun cites SGI beating FLUENT benchmarks. Yet, the press release doesn’t mention numbers at all. The link to the actual FLUENT benchmarks shows no values at all for the X2250 cluster Sun used, and the main Sun benchmarks website makes no mention of these ‘HPC dominating’ benchmark figures either. Surely if you’re going to trumpet the results, then you should also be making the actual figures available?
bmseer (a blogger from Sun who I have a huge respect for, and who regularly picks apart the outrageous benchmark figures from IBM) should be hanging his head in shame right about now ;-)
Regardless, the Sun benchmark site is well worth a visit at http://www.sun.com/benchmarks/
Silicon Graphics could take a leaf out of Sun’s book here and be far more pro-active and upfront with their current systems’ performance figures.
Meanwhile I live in hope for the day when we have a benchmark that measures the enormity of a vendor’s lies in their press releases. Like the Top 500, I’m sure IBM would be way out in front.
October 15, 2008
An interesting article has popped up on The Register by Timothy Morgan, where he argues that the tech stock slide produced by the ongoing credit crisis has provided a perfect time for large, established – and exposed – technology companies to take themselves private.
The usual R&D heavy suspects are discussed – Sun, Cray – and Silicon Graphics.
Silicon Graphics, once a high-flying Unix workstation and supercomputer maker, should also think about going private. The company’s shares trade on the small cap portion of the NASDAQ exchange, and it has a market capitalization of $101m as we go to press. In the first six months of 2008, SGI posted sales of $172.9m but booked losses of $74.9m. The company had just under $40m in cash as the June quarter closed.
It could be possible, especially with continued strong government contracts and continued interest from large investors.
What do you think?
October 3, 2008
The main SGI newsgroups are in the comp.sys.sgi hierarchy:
SGI related Newsgroups
Some SGI related groups that may be of interest:
Archives
Archives of comp.sys.sgi can be found here:
Archives of comp.sys.mips can also be found at these sites:
October 3, 2008
This table lists an overview of all the machines from SGI up to the O2. Please get in touch if there are any ommisions, errors, etc.
PM1 – based on a design licensed from Andy Bechtolsheim, Stanford (before SUN).
IP = “Inhouse Processor”
Proc |
Model Name |
CPU |
Speed |
Comment |
PM1 |
IRIS 1000 |
68000/68010 |
8 Mhz |
Terminal, 10 slot chassis |
PM1 |
IRIS 1200 |
68000/68010 |
8 Mhz |
Terminal, 10 slot chassis |
PM1 |
IRIS 1400 |
68000/68010 |
8 Mhz |
Workstation, (disk & O/S) |
IP1 |
IRIS 2000 |
68010 |
10 Mhz |
Terminal, 10 slot chassis |
IP1 |
IRIS 2200 |
68010 |
10 Mhz |
Terminal, 20 slot chassis |
IP1 |
IRIS 2400 |
68010 |
10 Mhz |
Workstation, (disk & O/S) |
IP1 |
IRIS 2500 |
68010 |
10 Mhz |
Rack Workstation, (disk & O/S) |
IP2 |
IRIS 3020 |
68020 |
16 Mhz |
10 GEs, 8 bits, 4/16 MB RAM |
IP2 |
IRIS 3030 |
68020 |
16 Mhz |
10 GEs, 32 bits, 8/16 MB RAM |
IP2 |
IRIS 3115 |
68020 |
16 Mhz |
12 GEs, 8 bits, 4/8 MB RAM |
IP2 |
IRIS 3120 |
68020 |
16 Mhz |
12 GEs, 8 bits, 4/16 MB RAM, 72 MB disk |
IP2 |
IRIS 3120B |
68020 |
16 Mhz |
12 GEs, 8 bits, 4/16 MB RAM, 170 MB disk |
IP2 |
IRIS 3130 |
68020 |
16 Mhz |
12 GEs, 32 bits, 8/16 MB RAM, FPU |
R2300 |
4D/60 |
R2300 |
8 Mhz |
IP4 |
4D/70 |
R2000 |
12.5 Mhz |
VME bus |
IP4 |
4D/50 |
R2000 |
8 Mhz |
Marketing variant of 4D/70, VME bus |
IP4.5 |
4D/80,85 (IP4) |
R2000 |
16.67 Mhz |
VME bus |
IP5 |
4D/1×0 |
2x R2000 |
16.67 Mhz |
MP bus, 1-2 cpu boards |
IP6 |
4D/20 |
R2000 |
12.5 Mhz |
Personal Iris |
IP7 |
4D/2×0 |
2x R3000 |
25 Mhz |
MP bus, 1-4 cpu boards |
IP9 |
4D/210 (IP7) |
R3000 |
25 Mhz |
put memory onto cpu board to reduce cost |
IP10 |
4D/25 (IP6) |
R2000 |
20 Mhz |
IP12 |
Indigo |
R3000 |
33 Mhz |
IP14 |
4D/30 (IP12) |
R3000 |
30 Mhz |
redesign to fit the PI chassis
|
IP14 |
4D/35 (IP12) |
R3000 |
36 Mhz |
redesign to fit the PI chassis
|
IP13 |
4D/3×0 (IP7) |
1,2x R3000 |
33 Mhz |
MP bus, 1-4 cpu boards
|
IP15 |
4D/4×0 (IP7) |
2x R3000 |
40 Mhz |
MP bus, 1-4 cpu boards
|
IP17 |
Crimson |
R4000 |
100 Mhz
|
IP17 |
Crimson |
R4400 |
150 Mhz
|
IP19 |
Onyx L/XL |
1,2,4x R4400 |
100,150,200,250 Mhz |
1-6 cpu boards
|
IP19 |
Challenge L/XL |
1,2,4x R4400 |
100,150,200,250 Mhz |
1-9 cpu boards
|
IP20 |
Indigo |
R4000 |
100 Mhz
|
IP20 |
Indigo |
R4400 |
150 Mhz
|
IP21 |
Power Onyx |
1,2x R8000 |
75,90 Mhz |
1-6 cpu boards
|
IP21 |
Power Challenge |
1,2x R8000 |
75,90 Mhz |
1-9 cpu boards
|
IP22 |
Indigo2 |
R4600SC |
133,175 Mhz
|
IP22 |
Indigo2 |
R4400 |
100,150,200,250 Mhz
|
IP24 |
Indy (IP22) |
R4000PC |
100 Mhz
|
IP24 |
Indy (IP22) |
R4000SC |
100 Mhz
|
IP24 |
Indy (IP22) |
R4600PC |
100,133 Mhz
|
IP24 |
Indy (IP22) |
R4600SC |
133 Mhz |
512K Secondary Cache
|
IP24 |
Indy (IP22) |
R4400SC |
150,175 Mhz |
1MB Secondary Cache
|
IP25 |
Onyx, Challenge |
R10000 |
190 Mhz
|
IP26 |
Power Indigo2 |
R8000 |
75 Mhz
|
IP27 |
Origin 200/2000 |
R10000 |
180/195 Mhz
|
IP28 |
Indigo2 |
R10000 |
190 Mhz
|
IP30 |
Indy (IP22) |
R5000PC |
150 Mhz
|
IP30 |
Indy (IP22) |
R5000SC |
150,180 Mhz
|
IP32 |
O2 |
R5000 |
180 Mhz
|
IP32 |
O2 |
R10000 |
180 Mhz |
October 3, 2008
This section of the site contains an overview of various machines produced by SGI. There are also links to other sites that have more detailed information about each machine.
For a complete overview of the entire Silicon Graphics product line, up to early O2s, you want to look at the Model Overview page.
At the moment there are summaries/tech info for:
You should also look at Ian Mapleson’s SGI Tech pages for lots more information – especially for performance comparisons between different models.
Ian not only has an excellent Indy buyer’s guide, but also one for the Indigo2 – required reading if you’re looking at one of those machines. Word is some of Ian’s CFT is taken up with an Octane buyer’s guide too ….
SGI’s legacy product page for earlier MIPs machines can be found at http://www.sgi.com/products/legacy/mips.html
If you have any extra information about the machines listed here, would like to see a summary for particular SGI machine, or have spotted any errors, please get in touch.
You might also want to look at the Periodic Tables for an idea of how various machines fit to SGI’s product lineup.