What is a Thin Client and how does it differ from a standard PC or Zero Client?
A Thin Client is a compact, highly reliable computer designed to connect to a centralized virtual desktop or server (VDI). Unlike standard PCs (Fat Clients), it does not store business applications or files locally, reducing security risks and power consumption. Zero Clients are hard-wired hardware-only devices dedicated to one protocol (like PCoIP). Chip PC ThinX OS operates as a hybrid approach: a highly-optimized software-defined thin client that runs entirely in RAM, giving you the extreme security of a Zero Client with the multi-protocol flexibility of a Thin Client.
How does ThinX OS boot from RAM and prevent local malware persistence?
ThinX OS uses a secure write-protected architecture. Upon booting, the compressed operating system image is loaded into volatile RAM-disk memory. The local storage partition remains entirely read-only (locked). Any malware, local user modification, or temporary cache is kept in RAM and is completely wiped out when the system restarts, returning the terminal to a guaranteed pristine master state.
Which VDI protocols are supported by Chip PC ThinX OS?
ThinX OS supports all major enterprise virtualization protocols natively. This includes Citrix Virtual Apps and Desktops (HDX), Microsoft Azure Virtual Desktop (AVD), Windows 365 Cloud PC, and Omnissa Horizon (Blast Extreme, PCoIP), alongside traditional RDP and VMware protocols, ensuring optimal connection quality for any infrastructure.
How does Xcalibur Global manage thin clients across NAT and firewalls without a VPN?
Xcalibur Global communicates natively using encrypted HTTPS (port 443). Because endpoints initiate secure outbound polls to the Xcalibur console, management commands, firmware updates, and configurations traverse NAT routers, branch-office firewalls, and home networks perfectly without requiring open inbound ports or local VPN connections.
Can we repurpose existing old PCs or competitive thin clients into ThinX OS devices?
Yes. Chip PC provides a PC-to-Thin Client conversion tool. By booting compatible x86-based hardware via USB or PXE, you can completely replace the existing Windows 10/11 or obsolete operating system with ThinX OS, immediately extending your physical hardware lifecycle and bringing older machines under Xcalibur Global management.
Does ThinX OS support Microsoft Teams and Zoom multimedia offloading?
Yes. ThinX OS is pre-packaged with the latest optimization engines (UCC) for Microsoft Teams, Zoom, and Cisco Webex. Audio and video processing is offloaded to the local endpoint GPU, bypassing the server, which eliminates lagging, prevents pixelation, and reduces server-side CPU utilization by up to 60%.
What are the main differences between Chip PC Mini PC, Core PC, and Plus PC?
Our hardware lines are tailored to different performance levels. **iX PC Mini** is a highly compact, cost-efficient model for standard office tasks. **iX PC Core** is a robust mid-tier device featuring integrated Wi-Fi and high performance. **iX PC Plus** is a premium model designed for demanding multi-monitor 4K work, intense multimedia rendering, and high-security options (including built-in SFP fiber optic connectivity).
How does Xcalibur Global scale for large-scale enterprise environments?
Xcalibur Global is built for massive deployments, capable of orchestrating 50,000+ endpoints from a single cluster. It utilizes active policy-based inheritance, database-driven profiles, and intelligent bandwidth throttling. This ensures that massive firmware deployments or setting changes can be rolled out globally without bringing down corporate network connections.
What is the licensing model for Chip PC hardware and software?
Chip PC offers a highly competitive, all-in-one subscription model that includes high-performance hardware, the ThinX OS operating system, and Xcalibur Global remote management under a single predictable yearly or multi-year fee, eliminating hidden costs and simplifying IT budgeting.
How does ThinX OS secure peripherals like USB flash drives?
ThinX OS features fine-grained peripheral control managed globally through Xcalibur. Administrators can restrict or disable USB storage drives (preventing data exfiltration) while allowing safe devices such as smart cards, keyboards, mice, and local printers, with immediate policy enforcement.
