Concept, Design, Layout, Eval, IP

Plan 9 Factsheet

In the 21 years we have been Plan 9, we have gotten two types of response to our name, either “cool name!” from obviously science fiction aficionados (which a lot of engineers are) or “why did you name your company that?” which comes from those, let’s say, who are just not as familiar. I will say that when we encountered the latter response, explaining anything about the name usually just made it worse. I don’t think our name ever affected our business relationship. What we did for our customers is what mattered. So, you may ask, who are these Plan 9 guys? Well maybe not all of you, but here is our new Factsheet that will help you to get to know the company with the cool name. Download it from .

P1000 TX vs. Competitor Line Driver

Check out our results from our competitor comparison test effort. We tested the P1000 TX vs. a nationally know PLC line driver using our LabVIEW test setup. Once the loads dropped to 10 Ohms and below, the P1000 demonstrated that it could provide a lower distortion waveforms at high currents than the competition. The distortion at 1 Ohm load, is better than the competitor’s at 10 Ohms.  The full report is available on our website.

Plan 9 is 21!

Our Narrow Band Power Line Communications (PLC), Analog Front-end IP is out, it all functions, we are testing it, and the performance is looking like the specs! What more could you ask for? We will be finishing up our evaluation and sending out the complete data sheets to those who are interested and contact us. Feel free to inquire!

Plan 9 PLC Narrow-band AFE IP update

The IC’s are finally here after a lot of effort including the fab cycle, the board design, the LabVIEW test solution, and the packaging. See the pictures of the die, packages, and test board on the front page slideshow. We are testing it now, stay tuned for updates.

Plan 9 Narrow-band analog front-end PLC IP is here!

Three blocks are offered at this time: 1) 3A, 24V transmitter capable of driving low impedance loads down to 1 Ohm, 2) RX with range of 48dB to -12dB of total gain with a high voltage input, and 3) a precision bias circuit used to provide each the above circuits with the required reference currents. Take a look at the data sheets in the IP section. Email or call us for additional information.