The HP MultiSeat t100 Zero Client, part number QS971AA, is a compact device designed for multi-user computing systems. As a zero client, it lacks an onboard CPU, meaning all computing power is delivered directly from a centralised host, making it ideal for environments requiring simplified, low-maintenance devices. This model supports multiple computing sessions through a single host PC, providing efficient resource sharing without the need for individual desktops at each user station.
The device itself has no internal storage or processing unit, which not only reduces power consumption but also minimises associated hardware costs. With its simple plug-and-play set-up, system administrators can install and configure the t100 Zero Client with ease, reducing the time and complexity involved in provisioning traditional workstations. The device connects to the host system via USB and outputs video, audio, as well as peripheral data such as keyboard and mouse input, making it a completely stateless terminal.
This zero client model allows access to full computing environments through the corresponding host PC, taking advantage of the compute, storage, and network infrastructure it is connected to. It also supports typical office applications, improving efficiency in classrooms, call centres, or training environments, where centralised management is key. Its small form factor also makes it space-saving, fitting easily on desktop setups without clutter.
The HP MultiSeat t100 Zero Client ensures users can benefit from computing capabilities at a fraction of the cost of traditional PCs, making it a favourable choice for businesses or institutions looking to deploy a high number of workstations on a budget, with minimal hardware in each space.
EOL Technology Services offers professional repair support, assistance, and replacement parts for the HP MultiSeat t100 Zero Client. Whether maintaining existing systems or sourcing components, our services ensure that you're equipped to keep your systems operational and efficient well beyond their typical lifecycle.
