Introducing the youyeetoo X1s: Intel N5095 x86 SBC Built for Supply Chain Resilience
Recently, to meet the challenges of the supply chain and fulfill the diverse needs of the AIoT market, the youyeetoo brand has officially launched a new motherboard product: the youyeetoo X1s.
This development board is fully compatible with their previous X1 motherboard. The core difference lies in the new X1s, which features an Intel N5095 processor, offering a more stable supply and a more competitive price, providing industry customers with a high-value alternative.
The original youyeetoo X1 motherboard, which was equipped with the Intel N5105 processor, has been facing ongoing shortages and price increases due to supply chain constraints.
- What it is: The youyeetoo X1s is an Intel N5095-based x86 single board computer, launched as a pin-compatible, supply-stable alternative to the X1 (Intel N5105).
- Full compatibility: 100% hardware interface and software ecosystem compatibility with the X1—same drivers, docs, code—so customers can switch models without project reconfiguration.
- Supply + cost advantage: The N5095 avoids the N5105's persistent shortages and price volatility, delivering better supply stability and competitive pricing.
- Performance trade-off: Slightly lower max frequency (2.8GHz vs 2.9GHz) and fewer GPU EUs (16 vs 24), but sufficient computing power for most AIoT scenarios like smart device control and edge data acquisition.
- Flexible choice: The X1 (N5105) remains available for performance-critical workloads; the X1s (N5095) targets cost-optimized, supply-resilient deployments.
To ensure supply stability, youyeetoo has launched the X1s motherboard, which uses the N5095 processor to meet the needs of the AIoT field.
Actual tests show that the N5095 processor's computing power is sufficient to meet the application needs of most AIoT scenarios, including core functions like smart device control and data acquisition.
This makes it a great complement to the X1 motherboard, covering different customer needs regarding cost and performance. This makes it a great choice for a versatile x86 single board computer, and an excellent Windows single board computer for many applications.
Core Configuration Deep Dive: N5095 vs N5105 Comparison
The core difference between the X1s and X1 motherboards lies in the processor model. The specific parameters and performance are as follows:
| Comparison Item | Intel Celeron N5095 (X1s) | Intel Celeron N5105 (X1) |
|---|---|---|
| Process | 10nm | 10nm |
| Cores/Threads | 4 Cores / 4 Threads | 4 Cores / 4 Threads |
| Base Frequency | 2.0 GHz | 2.0 GHz |
| Max Frequency | 2.8 GHz | 2.9 GHz |
| Cache | L1: 256KB, L2: 1.5MB, L3: 4MB | L1: 256KB, L2: 1.5MB, L3: 4MB |
| TDP | 15W | 10W |
| Integrated Graphics | Intel UHD Graphics (16 EUs, 750MHz) | Intel UHD Graphics (24 EUs, 800MHz) |
| Memory Support | Up to 16GB (DDR4/LPDDR4x, 2933MHz, Dual-channel) | Up to 16GB (DDR4/LPDDR4x, 2933MHz, Dual-channel) |
| Multi-threaded Performance | Meets basic multitasking needs, slightly behind the N5105. | Superior performance in scenarios like compression/decompression and virtual machines. |
| Graphics Rendering Capability | Supports basic video decoding, suitable for lightweight graphics processing. | Stronger video processing and graphics rendering due to more Execution Units (EUs). |
| Application Scenarios | Numerous AIoT scenarios (smart control, data acquisition) | Edge computing, lightweight AI models, and other mid-to-high demand scenarios |
In summary, the N5095 trades a slight clock speed reduction (100MHz) and fewer GPU execution units for better supply availability and lower cost, while retaining the same core count, cache, and memory bandwidth. For AIoT workloads prioritizing reliability and cost over peak graphics performance, the X1s delivers.
Full Compatibility + Flexible Choice to Tackle Supply Chain and Cost Issues
It is understood that the N5105 processor originally used in the X1 board has faced supply chain fluctuations from Intel, leading to persistent shortages and price challenges.
The youyeetoo X1s motherboard adopts the pin-compatible N5095 processor, whose computing power has been verified to be sufficient for numerous AIoT application scenarios such as smart device control, edge data acquisition, and lightweight analysis.
This ensures better supply stability and greater price competitiveness.
Simultaneously, both motherboards have undergone rigorous in-depth testing. The hardware interfaces and functional logic are completely consistent, and the software ecosystem (including program code, development environment, documentation, and drivers) is 100% universal.
Customers can flexibly switch between models based on their needs without modifying their project configurations, minimizing switching costs to the greatest extent possible.
Explore the youyeetoo X1s · X1/X1s Wiki & Docs
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