16x Ultra
Resolution
Upscale portraits and patterns to industrial print sizes (300 DPI) with 100% fidelity and zero pixelation.
16x Ultra Çözünürlük
Sapphire Eco Pipeline (Dual-Core ESRGAN) ile görsellerinizi detay kaybı olmadan 16x çözünürlüğe büyütün. Endüstriyel tekstil baskısı için optimize edilmiştir.
Tekstil Desen (16x)
Karmaşık tekstil dokularında piksel yerine iplik fiziğini geri kazanın.
Sapphire Neural Core | Tekstil Sentez Motoru | Son Kanıt: Hizalandı
Technical Specifications
No hidden layers. Just raw neural power optimized for textile physics.
Input Standardization
Converts any input format to optimized PNG, applies EXIF orientation, preserves ICC profiles for accurate textile color reproduction.
Phase 1: Structure Recovery
First neural pass reconstructs the base texture geometry. Erases artifacts and establishes the 4x foundation with perfect edge detection.
Phase 2: Detail Synthesis
Secondary specialized pass multiplies resolution again by 4x. Hallucinates realistic textile weave details to reach the final 16x industrial scale.
Industrial Resolution Matrix
Print Quality Restoration
Our model doesn't just smooth pixels; it understands textile physics (weave, knit, thread) to restore physical integrity.
Engine Constraints
- Max Upload100 MB
- Total Output16x
- Target300 DPI
- FormatsJPG, PNG, TIFF
Fabric weight prep before upscaling to print size
- Lock weight in the tech pack and cost sheet
Convert oz/yd² quotes to g/m² in this tool and paste into the GSM field on the Fabric Cost Calculator. Roll-weight estimates and landed cost should sit on the same PO line — wrong weight skews ink load in the RIP.
- Match GSM to print dimensions and ink load
Heavier GSM (≥220 g/m²) means more ink mass for the same repeat area. After upscaling, validate roll weight estimates against your RIP print width × length — lighter fabrics print fine lines more cleanly; heavier fabrics need wider repeats.
- Upscale to print size after cost is clear
Once landed cost and waste % are locked, run the same patterns through Upscale Studio to 300+ DPI at final print size. Sample approval should precede PO signature — read the Upscale quality guide for the SSIM ≥ 0.85 threshold.
DPI / pixel prep before upscaling
- Measure effective DPI at print size
Use Pixels → DPI mode with your finished print width × length. If below 300 DPI, plan upscale or re-export — do not send low-res files to RIP.
- Lock target pixel dimensions
Print size → pixels mode gives required width × height at 300 DPI. Note how far your source file is from that target before uploading to Upscale Studio.
- Verify tiles and edges after upscale
The 16x pipeline caps at 16,384 px output. Check upscale output with Seamless Checker; read the Upscale quality guide for the SSIM ≥ 0.85 threshold.
Shrinkage / cut prep before upscaling
- Plan upscale at finished size
Size upscale target pixels from post-wash finished width × length — not greige cut. This tool’s “cut for target” mode clarifies greige → finished mapping before you upscale.
- Lock axis shrink % in the tech pack
Record length and width shrink separately; area shrink combines axes — do not add percents. RIP repeat and panel dimensions should follow finished measurements.
- Verify tile edges after upscale
Uneven axis shrink can misalign rapport. Check upscale output with Seamless Checker; max output side is 16,384 px — read the Upscale quality guide for the SSIM ≥ 0.85 threshold.