HP review
HP EliteDesk 800 G6
A comprehensive review of the HP EliteDesk 800 G6 lineup, evaluating real-world speed, upgrade potential, long-term durability, and common hardware failure patterns.


A comprehensive review of the HP EliteDesk 800 G6 lineup, evaluating real-world speed, upgrade potential, long-term durability, and common hardware failure patterns.
Pros
- +Toolless chassis access makes routine maintenance and memory upgrades fast
- +Dual M.2 PCIe NVMe slots allow easy storage expansion and RAID configurations
- +Versatile form factor options ranging from ultra-compact Mini to Microtower
- +Flex IO slot offers customizable display and high-speed networking options
- +Reliable 10th-Gen Intel platform for everyday business and home lab tasks
Cons
- −Proprietary internal power supply design limits standard ATX replacements on SFF and Tower models
- −Desktop Mini variant experiences thermal throttling under sustained multi-core heavy loads
- −Proprietary fan pinouts make third-party cooling upgrades non-trivial
Overview
Originally launched as an enterprise-grade desktop, the HP EliteDesk 800 G6 remains a fixture in corporate deployments and secondary-market setups. Built around Intel’s 10th-Gen Core processor platform and the Q470 chipset, the lineup spans three main form factors: Desktop Mini (DM), Small Form Factor (SFF), and Microtower (TWR).
Whether deployed as a fleet workstation, a compact home-office rig, or a home lab server, the 800 G6 relies on traditional enterprise principles: high serviceability, predictable management feature sets, and standardized internal layouts. While its commercial lifecycle has matured, its underlying performance and ease of upkeep keep it highly relevant.
Design and build
HP maintained a remarkably clean structural design across all three form factors of the 800 G6. The outer shell uses thick sheet metal and a reinforced plastic front bezel, giving all versions a solid, industrial feel.
The marquee feature of the chassis is its toolless entry mechanism. A single thumbscrew or latch releases the side panel, exposing a neatly organized interior. Inside, HP utilizes flip-up drive cages and sliding caddies, allowing users to swap 2.5-inch or 3.5-inch drives and access dual M.2 PCIe NVMe slots without searching for a screwdriver. The configurable Flex IO port on the rear panel is another highlight, letting owners customize secondary display outputs (HDMI, DisplayPort, USB-C with Power Delivery) or add extra network interfaces.
Everyday performance
Equipped with 10th-Generation Intel Core processors (ranging from efficient Core i3s up to 10-core i9s), the EliteDesk 800 G6 delivers consistent, snappy execution across office applications, multi-tab web browsing, lightweight content creation, and database tasks.
Memory capacity is generous for a machine in this tier, supporting up to 64GB DDR4 on the Mini and up to 128GB on the SFF and Tower variants via standard SODIMM or DIMM slots. PCIe NVMe support ensures boot times and file transfers remain quick. For general productivity, basic virtualization, or media streaming, the integrated Intel UHD graphics handle standard multi-monitor outputs smoothly, while the SFF and Microtower variants leave room for low-profile or full-height discrete graphics cards.
Battery, durability, and longevity
As a desktop platform, overall longevity hinges on power stability and thermal management. The Desktop Mini variant relies on an external power brick, which simplifies replacements if the power supply dies. However, the SFF and Microtower models utilize internal 80 Plus rated power supplies that use proprietary mainboard connectors and form factors, making off-the-shelf ATX replacements impossible without adapter cables.
Thermal management is robust on the larger SFF and Tower bodies due to wide airflow paths and decent heatsink surface area. The Desktop Mini, while impressive in footprint, runs noticeably hotter. Under prolonged multi-threaded workloads, the Mini's fan spins up significantly to keep CPU temperatures within safe limits, occasionally throttling top-end clock speeds on higher-TDP chips.
Common issues owners hit
While long-term reliability is generally high, several failure patterns crop up across extended use:
- Power Brick and Internal PSU Failures: Desktop Mini models can experience intermittent no-power states or diagnostic LED flash codes if the external power adapter degrades. SFF and Tower models are susceptible to internal power supply trips following line surges.
- Thermal Throttling on Mini Units: High-spec Mini configurations (especially Core i7 and i9 models) tend to collect dust in the concentrated blower fan, leading to thermal throttling and loud fan noise. Regular dust cleaning and fresh thermal paste application are essential.
- Front IO Port Wear: Heavily used USB ports on the front panel can loosen over time, leading to intermittent disconnects.
For diagnostic steps, board layout diagrams, and teardowns, you can review the HP EliteDesk 800 G6 device page or browse our broader problems hub and how-to guides.
Who it's for
The HP EliteDesk 800 G6 is an ideal candidate for remote workers, small businesses, and budget-conscious PC builders who want business-class durability without complex assembly. Home lab enthusiasts will particularly appreciate the Desktop Mini for low-power, high-density server clusters, while the SFF and Microtower fit users needing PCIe expansion slots for low-profile GPUs or specialized capture cards.
Bottom line
With straightforward toolless access, strong 10th-Gen Intel processing, and redundant M.2 storage options, the HP EliteDesk 800 G6 is a dependable, easily upgradeable desktop. Proprietary power supplies in the desktop cases and tight thermals in the Mini are minor trade-offs for an otherwise stellar business workstation.
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Verdict
The HP EliteDesk 800 G6 stands as a workhorse commercial PC that transitions remarkably well into secondary ownership. Excellent modularity and toolless access make servicing straightforward, though prospective buyers should keep an eye on proprietary power supplies and thermal constraints in the Mini model.

