Figure notes:
1. Wide processor nodes take up an entire shelf position (two thin processor node slots). They are
identified by the odd numbered position.
2. In a F/C 2030/1 frame, switch assemblies take up an entire shelf partition. (They are identified by the
even-numbered position.)
3. Processor node slots are numbered up to N8.
4. The single-phase SEPBU power unit must have a power module in position “D” (right-most slot). For
N+1 operation, a power module may be installed in position “C” (next to slot “D”).
5. There are no skirts on the 49-inch frame.
6. A High node or SMP High node takes up 2 shelf positions (slots). It is identified by the least odd
number position of the occupied slots.
7. The switch assembly is not available in the 1.4 m frame.
Figure 2-4 on page 2-6 shows a rear view of the RS/6000 SP frame locations.
Figure 2-3. Front view of 49-inch frame locations. See notes below.
Chapter 2. Locations
2-5
Summary of Contents for RS/6000 SP
Page 1: ...RS 6000 SP SP Switch Service Guide GA22 7443 04 IBM...
Page 2: ......
Page 3: ...RS 6000 SP SP Switch Service Guide GA22 7443 04 IBM...
Page 8: ...vi RS 6000 SP SP Switch Service Guide...
Page 10: ...viii RS 6000 SP SP Switch Service Guide...
Page 20: ...xviii RS 6000 SP SP Switch Service Guide...
Page 70: ...2 14 RS 6000 SP SP Switch Service Guide...
Page 90: ...4 8 RS 6000 SP SP Switch Service Guide...
Page 92: ...SPS SPS 8 Switch assembly feature view 1 5 2 RS 6000 SP SP Switch Service Guide...
Page 94: ...SPS SPS 8 Switch assembly feature view 2 5 4 RS 6000 SP SP Switch Service Guide...
Page 99: ...Chapter 5 Parts catalog 5 9...
Page 100: ...Multi switch frame F C 2030 1 5 10 RS 6000 SP SP Switch Service Guide...
Page 102: ...5 12 RS 6000 SP SP Switch Service Guide...
Page 106: ...A 4 RS 6000 SP SP Switch Service Guide...
Page 110: ...X 4 RS 6000 SP SP Switch Service Guide...
Page 113: ......
Page 114: ...IBM GA22 7443 04...