![]() ![]() First of all, go to this page and download the latest TeamViewer host. ![]() You have Raspbian 8.0 Jessie with X-Server or Framebuffer VT.ġ.Making Windows 8.1 look like Windows 8.Upgrading Windows Server 2012 to Windows Server 2012 R2 on Hyper-V hosts.Upgrading MDT 2012 Update 1 to MDT 2013.Converting a Windows 8.1 BIOS installation to UEFI.OS X Mavericks: Wake for network access with NO random wake ups.Installing a new Windows 2012 R2 Remote Desktop Services (RDS) Server.Adding PXELINUX to WDS (Mixed-mode Windows/Linux Deployment).Migrating MDT 2013 from Windows Server 2008 R2 to Windows Server 2012 R2. ![]() (A rather secure) Raspberry Pi Puppy Cam.Updating / Maintaining our Windows image.Arduino and Rodin Deployment in SCCM 2012.Deploying Office 2013 SP1 and Office Proofing Tools 2013 SP1 with SCCM 2012 R2.Running an OpenVPN Server on the Raspberry Pi.Deploying Matlab 2014a with SCCM 2012 R2.Test Lab Guide (with modifications): Configure an Integrated Exchange 2013, Lync 2013 and SharePoint 2013 Test Lab.Load Balancing Exchange 2013 (CAS) with clustered (Zen) Load Balancers.Deploying Office 2016 and Office Proofing Tools Kit 2016 / Office 2016 language packs with SCCM 2012 R2.Installing SharePoint 2013 in a two-tier topology.Adding Edge and Reverse Proxy Servers to an Existing Lync 2013 Environment.ownCloud 9 on Raspberry Pi 2 with mounted Buffalo NAS.Using FarmGuardian to enable HA on Back-ends in Zen Load Balancer.Health Checking / Monitoring Exchange Server 2013/2016.Update for Conferencing Server fails to install on Skype for Business Server 2015.Alternative Witness Server for Exchange 2013 DAG.Disabled (AD) users still searchable in Lync/SfB.Moving SpamAssassin’s Spam-flagged Mail Automatically into Outlook’s Junk E-mail Folder.Changing Outlook Connectivity towards MAPI over HTTP.Test Lab Guide: Windows Server 2016 with Integrated Exchange 2016, SfB Server 2015 and SharePoint 2016.Deploying Skype for Business 2015, including Edge and Reverse Proxy Servers.Installing and configuring SharePoint 2016 on-prem (with a combination of PowerShell and Configuration Wizards).Content Database upgrade from SharePoint 2013 to SharePoint 2016 including tweaks and problem solving.Exchange 2013/2016: Switching from Zen Load Balancer to HAProxy.Health Checking / Monitoring SharePoint 2016.After that have a look at the Frequently Asked Questions and the General Questions & Answers + Troubleshooting Questions and Answers on the same download page. Just download and install it in Raspbian (with a simple double click). Luckily there’s a solution to this dilemma (and luckily I’m here to minimize your googling): Some similar information about this dilemma can be found here for example: The reason for this is that you can’t configure the ISP NAT rules (obviously). This combination doesn’t allow me to remote connect to my LAN using the “normal methods” (VPN, port forwarding and so on). As stated before, my main Internet connection at home is a 4G mobile broadband connection (without a public IP) connected to a 4G router. (NAT at the ISP level and NAT behind the router). Why would you need TeamViewer on the RPi you ask? Isn’t there already SSH and port forwarding and such? Yes, BUT port forwarding won’t work with (double) NAT:ed 3G/4G connections. You’ll also find people telling you it’s impossible to run TeamViewer on the RPi altogether (which is untrue). A RPi running Raspbian is already quite slow, so doing x86 emulation on top of that is even slower. While this is a good idea, it’ll most certainly be slow. ExaGear Desktop enables x86 programs to be run (or “emulated”) on the RPi. When googling you’ll most certainly find a solution named ExaGear Desktop. TeamViewer is by no means a new technology, but the possibility to use it on the RPi is limited. Well, moving along to the subject, TeamViewer. (I had to ditch my fancy old VPN stuff □ ) This dilemma is also the subject of this post, in other words how to “bypass” dual NAT using TeamViewer. On the negative side, all Finnish 4G mobile broadband connections are NAT:ed on the ISP side (exception is enterprise/business subscribers). I’m not a gamer either, so no need for low ping times. We also happen to live quite near a 4G base station, so regular speeds reach about 40Mbit/s+. This was by far the most bang for the buck. In the end, I ended up with a 50/50 Mbit/s 4G mobile broadband connection which is shared through a 4G router (which I already owned). Fiber optics would’ve been an option (fast and reliable), but it’s rather expensive compared to the other alternatives. Our old place had VDSL, but now I got to choose what I want. Among many other things, this meant changes to the Internet connectivity. During the summer we moved from an apartment to a house. ![]()
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