This will format your micro SD card and copy the TLXOS image on the card. Connect your micro SD card to your PC and run the TLXOS installer.Go to this website and download the TLXOS Installer for Raspberry Pi. In addition Rachel Berry wrote an excellent blog about how Citrix leveraged Intel NUCs running ThinLinx for our Demos and Labs at Citrix Synergy 2015. Intel showcased their NUC devices running ThinLinx at Citrix Summit this year. TLXOS supports various protocols including Citrix HDX, RemoteFX 8.1, RDP. ThinLinx OS (TLXOS) helps make effective thin clients out of old PC’s, Intel Compute Stick, Intel NUC and Raspberry Pi. Before you get started, I highly recommend you read the this blog by Eric on Running Citrix workloads on ThinLinx and this blog by Martin Rowan on configuring and optimizing Citrix Receiver on Raspbian Jessie. I looked at ThinLinx, Raspian Jessie and the Raspberry Pi Thin Client Project as potential options, but decided to start with ThinLinx and Raspbian Jessie. I wanted to have different OS builds on each of the cards, making it easy for me to showcase different solutions by just switching the micro SD cards on the Pi. I also ordered a couple of additional micro SD cards. I would highly recommend going for a starter kit, either the one I got or the even more popular Canakit as these include everything you’ll need including wi fi adapter, case, hdmi cable, heat sinks, storage, power adapter etc. I decided to get myself a Raspberry Pi 2 and give it a test run. I ordered the Vilros Raspberry Pi 2 Complete Starter Kit off of Amazon for around $55 (its around $70 now but price fluctuates). So if there was a way to effectively deliver Citrix workloads leveraging this device, this would be the cheapest thin client out there! Not to mention a simple support and maintenance strategy, GET A NEW ONE! □ How Does One Get Started? Tack on a case and adequate storage, the device is still under $50. Secondly, a Raspberry Pi 2 costs roughly $35. First off, the device can be made highly secure by running stripped down Linux OS. Now before we go further, its important to understand why this was interest to me. While the use cases for the Pi are immense, what peaked my curiosity were recent blogs by Martin Rowan and Trond Eirik Haavarstein around how they leveraged the Pi as a thin client replacement for Citrix workloads. For those of you not familiar with the Raspberry Pi, I would highly recommend you check this out. Over the past couple of weeks, I have been taking a closer look at the Rapsberry Pi. A lot of times, they spend upwards of $500 on these thin clients, which still run a Windows Embedded OS that still needs to be managed and in some ways defeats the purpose of a thin client. While this is not true in every case, I would say that the end point management dillema is one of the biggest factors in virtualization initiatives stalling at my enterprise customers. Others choose to leverage thin clients when possible but struggle in deciding what the right device is from a price and functionality pespective. This tends to be a daunting challenge both from an operational and financial perspective. Some choose to still provide their end users with fat clients, having to figure out how to manage the operating system and applications while making sure the device is secure. In working with my customers over the years, end point management is something most struggle with to this day.
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