I have a bunch of Pogoplugs. They make very handy single purpose servers. Many thanks for the posting of this-hopefully it will help.
Unfortunately the disabling of SSH as an option has really complicated the updating of the OS and turning it inter a server-frankly, it stalled out as a project.
Yeah, that is my plan after seeing the videos. Then I re-flash. Fortunately most of the time they can be recovered with the serial port. Oh also! SIMH runs effectively on these. I have a couple sitting on the back-burner with default MicroVax configs waiting to be set up.
Cheap VMS clustering. Forum member bodhi is known for providing assistance to many posters who thought they had bricked their device! Can anyone help me get this to work, I have 3 of these that I would like to setup. Please be kind and respectful to help make the comments section excellent. Comment Policy. This site uses Akismet to reduce spam. Learn how your comment data is processed. By using our website and services, you expressly agree to the placement of our performance, functionality and advertising cookies.
Learn more. Report comment. Any chance to have a step by step. Standard programming headers can be annoyingly large for those very small projects. There are so many small embedded development systems, such as the Trinket that still rely on standard headers. Reducing the size of the programming headers and interface headers is an issue that deserves more attention than it currently receives.
Based on Tag-Connect , a proprietary connector built around pogo-style pins, your PCB does not actually require any on-board mating connector.
The PCB footprint simply has test-pads that connect with the pogo-pins and holes that allow for a rock solid connection. It would be great to see even smaller Tag-Connect cables.
Do you have a similar solution? What about something even smaller and more compact? Write in to tell us about any ultra-compact connector solutions you have been using! Like many he was unhappy to hear that the devices were being discontinued, but he figured out a way to build a Squeezebox client clone for less than he could have bought an original.
He set several goals for the build. Most notably he wanted the system to be low-power, noiseless, and to support audio quality of at least 96 kHz at 24 bits. What he came up with is the Pogoplug seen in between the two speakers above. Another member of the Squeezebox community had been working on a custom distro called SqueezePlug to turn these types of devices into Squeezebox clients.
After flashing the distro and tweaking the settings [Andrew] has accomplished his goals. The one caveat is the lack of an audio out port. This will work nicely with that Squeezebox server you built from a Raspberry Pi. One of the prominent products based on the SheevaPlug hardware is the Pogoplug.
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