MyElectronics 19 inch rack mount 1U for 1-4 pcs of  RASPBERRY Pi.

Product Information

I’ll follow up with another post once this is finished. The next zone will probably be the garage because I am out there quite a bit doing projects. Karl-Ludwig built this small solution to demonstrate key concepts at the Hannover Maker Faire. He built it with one Quattro Pi, 5 x Raspberry Pi and 16 x BitScope Micro. The design brief was to enable anyone to build an industrial strength platform for low cost & power efficient physical computing which scales from a single Raspberry Pi and BitScope all the way up to multi-node clusters for cloud computing, build farms, multi-channel test, measurement, system control and monitoring or data acquisition. Such devices can include almost any type of USB hard disk (HDD) or solid-state drive (SSD). Of course any USB powered BitScope (such as BitScope Micro) other peripherals such as keyboards, mice, WiFi and Bluetooth dongles can all be used.

Inserts: There is also space to insert two inserts or inputs. You can use micro HDMI, USB-C, USB3, Audio, or LAN connectors. usr/bin/ssh-copy-id: INFO: 1 key(s) remain to be installed -- if you are prompted now it is to install the new keys

Uno Pi can accommodate a standard mini-breadboard in the HAT slot for circuit prototyping or it can be deployed with Raspberry Pi A+ and the Sense HAT to create a powerful remote sensing data logger which can be powered from almost any power source. Plug in a WiFi, Bluetooth or Ethernet adapter and you can connect it to a network. Build small server workstations with Duo Pi... Cutouts for air circulation are provided at the points where the Raspberry Pi and its power supply unit are mounted and bring sufficient cooling in your system. Rail System Printing 6 'frames' that hold the Pi trays and are put together through threaded rod running underneath. Assembling everything together using 2 #10-24 threaded rods cut to precisely 17 5/8", and secured with a #10-24 nut on each side

Aside from running on Windows, I’d say my only other issue with Blue Iris is that it eats CPU like crazy. It makes sense but it’s a real pain in the ass. It took me a while to get my setup tuned in so that it wasn’t constantly pegged at 100% CPU usage. I did pretty well though. I’m currently idling at 18% CPU which is amazing considering I have 10 network cameras continuously recording to Blue Iris. Easy setup: The installation and setup process is easy. You can fit it independently, and the OLED power buttons are already installed.

Why did you develop BitScope Blade ?

There are numerous other examples and use cases such as running a scaleable ownCloud instance or building a render farm for Blender or classroom computing platforms using PiNet. The bare Compute Blade board and a Dev version with Compute Module 4, heatsink, and an M.2 drive attached I definitely prefer the QNAPs over the Synology. Hardware is way behind on the Synology and in my opinion QNAP just has much better software. Having said that, the Synology has been a reliable basic network storage device.

While BitScope Blade started life as Blade Server for Raspberry Pi it has since evolved into a full range of power, mounting and deployment solutions for Raspberry Pi, HATs, the Raspberry Pi Display and of course, BitScope ! Why did you develop BitScope Blade ? The UCTRONICS 19” 1U supports five Raspberry Pis and five SSDs, making it possible to increase the RPi cluster with massive network storage. This added feature makes it perfect for building a Raspberry Pi cluster. Specs and Features We Loved Four slots: There are four slots, which means you can fit up to four units of Raspberry Pi. The models of Raspberry Pi that you can fit are 1 Model B+, 2 Model B, 3 Model B, 3 Model B+, and 4 Model B. Power Control: The included LED push-button switch allows you to perform a shutdown without having to run commands from the OS or unplugging power cables. To install a Pi, you screw in two screws on the port side into the metal frame. It holds the Pi secure enough, though I wish there were at least one more rigid standoff on the rear of the Pi for even better stability.My media library is held on this NAS. The Plex server uses this the most. It has 2 WD Red 8TB Drives.

It gets even worse when you try to power many downstream USB devices from one Raspberry Pi, let alone when you try to do the same thing with multiple Raspberry Pi. It has a display on the front that tells me how much power is being used. It’s fun to see how that changes as you swap out equipment.Almost any deployment scenario will work because BitScope Blade supports most common DC power sources. Compute Blade puts all of the components (storage, RAM, and computer) on a single PCB. In the case of Compute Blade, it uses a Raspberry Pi Compute Module 4 as the main computer. Firstly, I should note that I still consider myself a 3D Printing novice. It's not like you can go to the store, buy a 3D Printer, unbox it, plug it in, and get good prints right away. Even the more expensive models require a lot of 'tuning' to get right, and that assumes you also know at least a decent amount about slicing and at least have rudimentary 3D CAD skills! You’ll definitely want someone to help you with this. It’s very annoying when you are running cable if you frequently have to come down from the attic to pull wire. With the rail system you can easily extend the Raspberry Pi by 200 mm or 300 mm. The fully extendable telescopic rails allows for easy access and makes commissioning and maintenance work on the device much easier. Fan Management