Okay, I got enough replies about the Kubota Kenai/Denali systems that I
will post a summary of their capabilities.  I haven't actually used one
or seen one, so take the specs with a grain of salt.  I'd like to see
an independent review of one against, say, an SGI Indigo Extreme or
something.

Basically, the Kenai workstations are DEC Alpha AXP based workstations that
run OSF/1 ( DEC's ) and will likely run Windows NT in the future.  They are
binary compatible with Digital's OSF/1 Alpha AXP implementation.  Denali
is their graphics subsystem, which is upgradable in the field by
simply adding "transformation engines".

The two main Kenai machines are the 3400 Imaging and 3D Graphics Workstation
and the 3500 Imaging and 3D Graphics Workstation.


			3400			3500

CPU			DEC Alpha AXP 133MHz	DEC Alpha AXP 150MHz
On-chip cache		8k/8k			8k/8k
Onboard cache		512K			512K
Word Size		64-bit			64-bit
Memory ( initial )	32-128MB		32-256MB
Memory ( future )	512MB			1GB
SPECMARK89		111			126
SPECINT92		75			84
SPECFP92		112			128

GRAPHICS

Transform Modules	1-6			1-6
Frame Buffer Modules	5,10,20			5,10,20
Frame Buffer		1280x1024x24bit		1280x1024x24bit
			double buffered		double buffered
Z-buffer		24-bit			24-bit
Alpha/stencil		8-bit			8-bit
Stereo support		yes			yes
Other:				both machines will double buffer or do
				stereo output per window.  Both have an
				auxiliary video output that is RS-170A,
				NTSC, and PAL

STORAGE

Internal-fixed		2 3.5"			4 3.5"
Internal-removable	1 5.25"			2 5.25"
Max capacity		9.5GB			11.6 GB

IO

Both have TurboChannel 100MB/sec, SCSI-2, Ethernet, and FDDI

APPLICATION PROGRAMMING INTERFACES

Both have libraries for Xlib, Motif, MIT PEXlib, DEC-PEXlib DEC-PHIGS, and GL

Okay, now the real stuff.  The Kenai stations work with a graphics architecture
known as Denali.  The Denali comes in three models, the E, P, and V.  They
use a DECchip 21064 superscalar RISC processor at 150MHz.  Their
capabilities are as follows:

			E		P		V

2D Vectors		800-200K	2000-3800K	4000-4800K
3D Vectors #1		350-1100K	1100-1800K	1800-2100K
3D Vectors #2		300-1000K	1000-1600K	1600-1900K
3D Vectors #3		300-500K	800-1000K	1300-1400K
3D Triangles, #4	200-500K	600-1000K	1000-1200K
3D Triangles, #5	100-200K	300-400K	500-600K

#1: 10 pixel, flat shaded, connected
#2: 10 pixel, Gouraud shaded, connected
#3: 10 pixel, 2-pixel wide, anti-aliased, connected
#4: 50-pixel, Gouraud shaded, Z-buffered, strip
#5: 50-pixel, texture mapped, persp., point sampled

IMAGE PROCESSING

Cine loop - 8-bit	15-36Mp/s	37-58 Mp/s	60-68 Mp/s
Cine loop - 16-bit	14 Mp/s		25 Mp/s		38 Mp/s
Cine loop - 24-bit	12-21 Mp/s	21 Mp/s		21 Mp/s
Contrast stretching #1	14 Mp/s		25 Mp/s		20 Mp/s
Bilinear zoom		6 Mp/s		11 Mp/s		20 Mp/s
Trilinear interp#2	--		6 Mvoxels/s	11 Mvoxels/s

#1: Lookup table -- 12-,16-bit to 8
#2: Trilinear interpolation, 8-bit voxels

CONFIGURATIONS
Frame Buffer Modules	5		10		20
Transform Engine Mod.	1-3		3-5		5-6


As you can see, these are pretty powerful workstations, and the best part
is the pricing.  I would recommend that you call Kubota for more information.
Their number is 408-727-8100.  I'm sure they'll send you an information you
may want.  Oh, some prices:

Low-end

Kenai 3400, E Series w/ 1 TEM and 5 FBM --- 27,795 dollars U.S.
Kenai 3500, E Series w/ 1 TEM and 5 FBM --- 45,345 dollars U.S.

High-end

Kenai 3400, V Series w/ 6 TEM and 20 FBM -- 61,795 dollars U.S.
Kenai 3500, V Series w/ 6 TEM and 20 FBM -- 79,345 dollars U.S.

If someone could post a relative comparision with an Indigo Extreme or
something I would appreciate it.

Hope this helps someone out there,

Brian