Trevor
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Introducing the 10W Rubicon X LPM!
It was bound to happen eventually! With the rise in prominence of high-powered, multi-diode lasers, it seemed silly to not have a 10W-capable hobby LPM on the market. Thus, ARG and I are happy to offer a new version of the Rubicon, capable of metering up to 10W.
Here’s a quick video tour of the Rubicon V, which mirrors the Rubicon X system nearly exactly:
Features
The Rubicon X is based on the Ophir 20C sensor, and has a maximum input power of 10W. It uses the 16-bit A/D conversion pipeline from the Rubicon V, allowing a resolution of 0.15mW. Because the Rubicon X is based on this stellar sensor, the response time is a blazing 0.8s to 95% power.
A heatsink is recommended for sustained measurements over 10W, such as the one offered my Mrcrouse: http://laserpointerforums.com/f39/f...ensors-new-model-ultimate-ophir-hs-80878.html
It runs LumenOS P2x, a modified version of LumenOS P2, rearranged to support the increased range of the new Rubicon. Because it uses the same analog-to-digital conversion pipeline as the original Rubicon, it has a maximum resolution of approximately 0.15mW. In practice, this is rounded, and the LPM typically increments by 0.2mW.
The Rubicon covers the basics that every LPM should have - a reading display, peak power detection, and datalogging. It also has a number of other features that are rather uncommon in a hobbyist LPM.
Just an additional note on the datalogger integration - using compatible software, it is now possible to reset a measurement on the computer via pressing the 'Reset' button on the Rubicon. The Rubicon will either just send a reset signal, or can specify a threshold and duration for Peregrine (or other software package) to use. What is sent depends on configuration; see manual for more details.
Here's a screenshot of the graphing screen:
And here's a few screenshots of the menu system:
The main configuration menu for the graphing screen (shot in black and white):
And the serial interface configuration menu:
The functionality of all the different configuration options is detailed in the user manual
Interface Software
The Rubicon was designed with Peregrine in mind, but will work with other dataloggers. Using the OpenLPM protocol with Peregrine, the Rubicon is capable of instructing the datalogging software to discard the current test and start a fresh one, when the Reset button is pressed. This instruction can use either the default settings already present in Peregrine, or the Rubicon can send a new duration and threshold value to use for the graphing session.
If you are a LaserBee user switching to a Rubicon and have a license to use the bundled graphing software, the Rubicon will support it as long as the LaserBee protocol is used at 9600 baud.
You can also use the Simple protocol to log to programs like StampPlot Pro.
Pricing
This is the best part! Instead of artificially jacking up the price based on the doubled range, we’ve decided to simplify our pricing and offer both Rubicon LPM’s for the same price!
An LPM, sensor, and power supply will run $500 shipped to North America. Tracked and insured shipping outside North America will be an additional $49.
An LPM and power supply will cost $250 shipped to North America. Shipping outside of North America will be an additional $35.
Conclusion
The Rubicon X is the next step for the hobby LPM market and the next logical revision to the Rubicon hardware. We’re happy to be the first to offer a 10W hobby LPM – and especially happy to not be price gouging for an incremental hardware and firmware revision.
We look forward to continuing to listen to and serve the community through openness and innovation.
Trevor
It was bound to happen eventually! With the rise in prominence of high-powered, multi-diode lasers, it seemed silly to not have a 10W-capable hobby LPM on the market. Thus, ARG and I are happy to offer a new version of the Rubicon, capable of metering up to 10W.
Here’s a quick video tour of the Rubicon V, which mirrors the Rubicon X system nearly exactly:
Features
The Rubicon X is based on the Ophir 20C sensor, and has a maximum input power of 10W. It uses the 16-bit A/D conversion pipeline from the Rubicon V, allowing a resolution of 0.15mW. Because the Rubicon X is based on this stellar sensor, the response time is a blazing 0.8s to 95% power.
A heatsink is recommended for sustained measurements over 10W, such as the one offered my Mrcrouse: http://laserpointerforums.com/f39/f...ensors-new-model-ultimate-ophir-hs-80878.html
It runs LumenOS P2x, a modified version of LumenOS P2, rearranged to support the increased range of the new Rubicon. Because it uses the same analog-to-digital conversion pipeline as the original Rubicon, it has a maximum resolution of approximately 0.15mW. In practice, this is rounded, and the LPM typically increments by 0.2mW.
The Rubicon covers the basics that every LPM should have - a reading display, peak power detection, and datalogging. It also has a number of other features that are rather uncommon in a hobbyist LPM.
- Onboard average power display
- Laser stability measurement
- Onscreen graphing
- Graphing in streaming (scrolling, unlimited) or session (will stop after a certain number of readings) mode
- Optional display of an analog needle instead of a graph
- Multiple datastream protocols
- Simple - For use with generic logging programs, like StampPlot Pro
- OpenLPM - For use with Peregrine. In the Rubicon, the OpenLPM protocol is able to pass instructions from the LPM to Peregrine.
- LaserBee - In case someone replaces their LaserBee with a Rubicon, we thought it would be nice to be able to use the software that they already are licensed.
- Multiple baud rate options for compatibility with various datalogging software packages
- Rich integration with OpenLPM-compatible datalogging software
Just an additional note on the datalogger integration - using compatible software, it is now possible to reset a measurement on the computer via pressing the 'Reset' button on the Rubicon. The Rubicon will either just send a reset signal, or can specify a threshold and duration for Peregrine (or other software package) to use. What is sent depends on configuration; see manual for more details.
Here's a screenshot of the graphing screen:
And here's a few screenshots of the menu system:
The main configuration menu for the graphing screen (shot in black and white):
And the serial interface configuration menu:
The functionality of all the different configuration options is detailed in the user manual
Interface Software
The Rubicon was designed with Peregrine in mind, but will work with other dataloggers. Using the OpenLPM protocol with Peregrine, the Rubicon is capable of instructing the datalogging software to discard the current test and start a fresh one, when the Reset button is pressed. This instruction can use either the default settings already present in Peregrine, or the Rubicon can send a new duration and threshold value to use for the graphing session.
If you are a LaserBee user switching to a Rubicon and have a license to use the bundled graphing software, the Rubicon will support it as long as the LaserBee protocol is used at 9600 baud.
You can also use the Simple protocol to log to programs like StampPlot Pro.
Pricing
This is the best part! Instead of artificially jacking up the price based on the doubled range, we’ve decided to simplify our pricing and offer both Rubicon LPM’s for the same price!
An LPM, sensor, and power supply will run $500 shipped to North America. Tracked and insured shipping outside North America will be an additional $49.
An LPM and power supply will cost $250 shipped to North America. Shipping outside of North America will be an additional $35.
Conclusion
The Rubicon X is the next step for the hobby LPM market and the next logical revision to the Rubicon hardware. We’re happy to be the first to offer a 10W hobby LPM – and especially happy to not be price gouging for an incremental hardware and firmware revision.
We look forward to continuing to listen to and serve the community through openness and innovation.
Trevor