As industries continue shifting intelligence closer to the edge, system integrators are challenged to deliver greater computing performance within increasingly space-constrained environments. The new DFI TWLF51 1.8” Femto-ITX Single Board Computer (SBC) is purpose-built to address these challenges, delivering high-efficiency Intel® x86 computing within an ultra-compact footprint.
Combining lightweight AI inference capabilities with industrial-grade reliability, this compact innovation eliminates traditional performance bottlenecks to future-proof automated operations. By bringing next-generation processing power into a highly ruggedized footprint, it serves as an ideal processing core for AGVs, digital signage, smart city infrastructure, intelligent kiosks, and industrial automation equipment.
Explore the Technical Specifications:
Compact. Rugged. Secure. The Blueprint for Seamless Micro-Deployments.
1. Balancing Compute Performance and Space Constraints
Are you struggling to fit robust x86 processing power into the increasingly cramped enclosures of modern edge devices? Restrictive board dimensions often force costly chassis redesigns or software compromises. DFI TWLF51 overcomes this spatial bottleneck by packing up to 8-core Intel® Atom® X and N Series processors into an ultra-compact 84mm x 55mm form factor. This miniature design allows for the seamless migration of legacy software assets within a tightly constrained power envelope.
2. Mitigating Harsh Environmental Risks
Unconditioned temperatures and security vulnerabilities frequently threaten the long-term viability of critical edge deployments. Standing out with its 1.8” ultra-compact dimensions, DFI TWLF51 accommodates extreme micro-deployments by reliably operating across an extended temperature range of up to -20°C to 70°C (Amston Lake SKU). Furthermore, its integrated hardware-based dTPM ensures robust cryptographic protection to safeguard connected infrastructure against unauthorized breaches. Backed by a 10-year extended product lifecycle, this miniature SBC guarantees long-term project viability and eliminates the hidden costs of premature system redesigns.
3. Overcoming Data and Connectivity Bottlenecks
Real-time video analytics and multi-stream processing require substantial memory bandwidth to prevent latency and data bottlenecks. DFI TWLF51 tackles this challenge with single-channel LPDDR5 4800MHz memory, supporting up to 8GB of high-bandwidth throughput. Paired with Intel® Gen 12 UHD Graphics, it enables lightweight AI workloads such as object detection and video analytics directly at the edge—without the thermal and cost burden of discrete GPUs. Combined with up to 128GB onboard eMMC 5.1 storage, an M.2 2230 E-Key slot, legacy COM ports, and an 8-bit DIO interface, it delivers the expansion flexibility needed to seamlessly integrate diverse industrial sensors and peripherals.
