Computer HP Pro t550 2 GHz Intel Celeron 8 GB RAM 64 GB eMMC Intel UHD Graphics Windows 10 IoT Enterprise

The HP Pro t550 is a compact thin client powered by a 2 GHz Intel Celeron (J6412) processor with boost up to 2.6 GHz, 8 GB of DDR4 RAM and 64 GB eMMC storage. Equipped with Intel UHD Graphics and running Windows 10 IoT Enterprise, this durable black device is designed for virtual desktop infrastructure (VDI) environments and everyday office tasks while remaining lightweight at 1.3 kg.

Advantages

The HP Pro t550 provides a balance of performance and security features tailored for managed IT environments. Its energy-efficient processor and integrated graphics deliver consistent responsiveness for typical office applications. Compact dimensions and multiple configuration options support easy deployment and workspace optimization, while Windows 10 IoT Enterprise enables centralized management and security controls.

Suitable for

• Virtual desktop and VDI access
• Office productivity applications (email, documents, spreadsheets)
• Call center and front-desk workstations
• Light multimedia playback and web conferencing

Key specifications

• Processor: Intel Celeron J6412, 2.0 GHz (up to 2.6 GHz boost)
• Memory: 8 GB DDR4-SDRAM
• Storage: 64 GB eMMC
• Graphics: Intel UHD Graphics
• Operating system: Windows 10 IoT Enterprise
• Color and weight: Black, 1.3 kg

How to use

Connect the HP Pro t550 to power and your network using Ethernet or a supported wireless adapter, attach monitor(s), keyboard and mouse, then complete the initial Windows 10 IoT Enterprise setup. Enroll the device in your organization’s VDI or management infrastructure and configure required policies and applications. For typical use, launch your virtual desktop client or local productivity applications and sign in with corporate credentials.

Recommendations

For best results in VDI deployments, ensure the thin client firmware and Windows 10 IoT Enterprise updates are kept current, provision sufficient server-side resources for virtual desktops, and use wired network connections where low latency and stability are required.