Wyse Technology
Wyse Technology 909567-01L AI edge system 1GB DDR3
Thin client with Marvell ARMADA PXA 510 v7 1.0 GHz SoC, 1GB DDR3, Gigabit Ethernet, 802.11 b/g wireless, DVI-I video, four USB 2.0 ports, ThinOS, Energy Star V5.0
- TypeThin Client
- CPU TypeMarvell ARMADA PXA 510 v7 1.0 GHz system-on-chip (SoC)
- Installed Memory Size1GB
- Memory TypeDDR3
- Hard Drive (Installed)No Hard Drive
- Ethernet Controller10/100/1000 Base-T Gigabit Ethernet Internal wireless 802.11
- Compact ARM SoC enables low-power edge AI
- 1GB DDR3 memory handles lightweight inference tasks
- Gigabit Ethernet plus 802.11 b/g wireless connects to local networks
- DVI-I with VGA adapter drives dual displays via optional splitter cable
- Energy Star 5.0 certified 100-240 VAC supply reduces operating cost
Wyse T10 thin client for edge AI
The Wyse 909567-01L is a compact thin client built around a Marvell ARMADA PXA 510 v7 system-on-chip running at 1.0 GHz. It ships with 1GB of DDR3 memory and no internal hard drive, relying on Dell Wyse ThinOS for network-boot operation. The unit targets embedded AI edge deployments and virtual desktop infrastructure where local storage is unnecessary.
Fanless design with Energy Star V5.0 rating
The system operates without moving parts, drawing power from a worldwide auto-sensing 100-240 VAC supply at 50/60 Hz. Energy Star V5.0 certification confirms low idle and active consumption. Passive cooling keeps acoustic output at zero decibels, suiting noise-sensitive locations such as clinics, classrooms or retail counters.
Kensington slot and DVI-I video with VGA adapter
A built-in Kensington security slot accepts a standard lock cable for physical theft deterrence. Video output uses a single DVI-I port; a DVI-to-VGA DB-15 adapter is included for legacy monitors. Dual display requires an optional splitter cable. Four USB 2.0 ports, gigabit Ethernet and 802.11 b/g wireless handle peripheral and network connectivity.
Highlights
- Compact ARM SoC enables low-power edge AI
- 1GB DDR3 memory handles lightweight inference tasks
- Gigabit Ethernet plus 802.11 b/g wireless connects to local networks
- DVI-I with VGA adapter drives dual displays via optional splitter cable
- Energy Star 5.0 certified 100-240 VAC supply reduces operating cost
Specifications
| Brand | Wyse |
|---|---|
| Model | 909567-01L (T10 w/ IW) |
| Type | Thin Client |
| CPU Type | Marvell ARMADA PXA 510 v7 1.0 GHz system-on-chip (SoC) |
| Installed Memory Size | 1GB |
| Memory Type | DDR3 |
| Hard Drive (Installed) | No Hard Drive |
| Ethernet Controller | 10/100/1000 Base-T Gigabit Ethernet Internal wireless 802.11 b/g |
| Other ports | One DVI-I port, DVI to VGA (DB-15) adapter included Dual display support with optional DVI-I to DVI-D plus VGA-monitor splitter cable (sold separately) Four USB 2.0 Audio: Output: 1/8-inch mini jack, full 16-bit stereo, 48KHz sample rate Input: 1/8-inch mini jack, 8-bit microphone |
| Security | Built-in Kensington security slot (cable sold separately) |
| Operating System | Dell Wyse ThinOS |
| Power Characteristics | Worldwide auto-sensing 100-240 VAC, 50/60 Hz. Energy Star V5.0 |
| Dimensions | 6.9" x 4.69" x 1" |
| Weight | 1 lbs. |
| Shipping weight | 2.09 kg |
| Package size | 493 × 221 × 104 mm |
Questions about this item
How do I mount the Wyse 909567-01L and connect the first display, and what step is often missed?
Attach the unit via its built-in Kensington slot or place it on a flat surface, plug the included DVI-to-VGA adapter into the single DVI-I port, then connect the VGA cable; the step often missed is securing the adapter’s thumbscrews before tightening the monitor cable.
What component will need replacement first during long-term use?
The internal 802.11 b/g wireless module is the only moving-part-free component likely to degrade; if range drops, replace it with a compatible USB 2.0 wireless dongle using one of the four USB ports.
At what sustained load does the 1.0 GHz Marvell ARMADA PXA 510 SoC hit its thermal limit?
The fanless chassis relies on passive cooling; under continuous 100 % CPU utilisation the SoC reaches its throttle point within minutes, so plan workloads that average well below full load.
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