RangeeOS –
RDP Clients
Microsoft RDP/RDS overview
Access from anywhere and on any device
Microsoft RDP and RDS enable access to remote desktop environments and applications from any device. End users can view and use their available resources via the RD Web Feed, regardless of device type or location.
Secure data transmission and encryption
RDP uses advanced security mechanisms, including encryption and secure authentication. Sensitive data such as keystrokes and mouse movements are transmitted with a high level of encryption to ensure data protection and security.
Optimized performance thanks to RemoteFX and GPU acceleration
With technologies such as RemoteFX, graphics-intensive applications run efficiently, improving the user experience. RemoteFX enables hardware-based GPU acceleration, which is beneficial for visually demanding scenarios such as CAD applications.
Flexibility for network and infrastructure requirements
RDS supports a variety of network protocols and topologies, with the current focus on TCP/IP. This enables easy integration into existing networks and scaling according to requirements.
Simple administration and licensing
RDS environments are managed using centralized tools such as the RD Licensing Manager and the Server Manager. This simplifies the provision and management of RDS user licenses (CALs) and server roles.
Centralized use of resources and cost efficiency
By virtualizing and centralizing the management of applications and desktops, companies can reduce hardware costs. End users benefit from a standardized and reliable working environment without the need for powerful end devices.
RDP Clients Login – RangeeOS
Login via freeRDP Client
The classic login to the remote desktop on a Microsoft terminal server is usually via the Remote Desktop Client (RDP), whereby the user enters their login data (user name and password). In a thin client environment designed for access via RDP or RDS, users simply log in with their centrally managed credentials to establish a secure connection to the terminal server. This process uses common authentication mechanisms such as Active Directory and can be supplemented with additional security measures such as single sign-on or multi-factor authentication.
Login via Thincast Client
Login via Thincast is done by using the Thincast Client, which acts as an RDP client to connect to a Remote Desktop or RemoteApp server. End users simply log in with their centralized credentials, which are managed via the Active Directory. Thincast also supports advanced security features such as SSL encryption and multi-factor authentication (MFA) to ensure secure access to virtual desktops and applications.