- First Modular Optical Switch and Attenuator Family for VXI
- Building Blocks Include 1xN, 2xN, SPST and SPDT Switches
- Single/Dual Channel Attenuators from 0 – 30 dB (SM8201/SM8202)
- Includes all the Features of the SMIP Family
- Note: SM8001 can hold 2 1xN as long as its 2 1x6 or less (Total of 14). Anything
over that will go into an SM8002.
Overview
The SM8000 optical switch modules are part of the SMIPII™ family, offering the extensive
control and interfacing features provided by SMIPII™. The latest optical relay technology,
combined with the modular approach of VXI and SMIPII™, finally provides optical
switching solutions that are open architecture and modular in design. Combined with
other SMIPII™ switch products, a complete switching solution "From dc to Light"
can now be configured in a single VXIbus mainframe, with a consistent driver interface.
Precise switching of optical channels is achieved in the SM8001 and SM8002 multi-channel
switch modules using diffraction limited collimating lenses, which enhance both
thermal stability and repeatability. The SM8003 singlemode prism switches provide
channel selection from one input fiber to either one or two output fibers using
a moving prism between fixed collimator pairs. The SM8102 and SM8202 are single
and dual channel attenuators, respectively.
Product List
| Model | Description | |
| SM8001 | Single-slot, Multi-channel Base Unit |
|
| SM8002 | Double-slot, Multi-channel Base Unit |
|
| SM8003 | Single-slot Prism Switch Base Unit |
|
| SM8201 | Single-channel Programmable Attenuator |
|
| SM8202 | Double-channel Programmable Attenuator |
|
| Option | Description | |
| 1x4 Module | 1x4 Multi-channel Switch Module |
|
| 1x4DS Module | 1x4DS Multi-channel Switch Module |
|
| 1x6 Module | 1x6 Multi-channel Switch Module |
|
| 1x8 Module | 1x8 Multi-channel Switch Module |
|
| 1x8DS Module | 1x8DS Multi-channel Switch Module |
|
| 2x8LN Module | 2x8LN Multi-channel Switch Module |
|
| 2x8LB Module | 2x8LB Multi-channel Switch Module |
|
SM8000 Resources
Related Links