Compare Thermal Printer Xprinter XP-58IIH Xprinter XP-P802A - 80mm

A full side-by-side comparison of reference model Thermal Printer Xprinter XP-58IIH and in-stock product XP-P802A on specs, price, and Syria availability.

Specifications

Specification ⁦Thermal Printer Xprinter XP-58IIH⁩ ⁦Xprinter XP-P802A - 80mm⁩
Price Not for sale $55.00
Printer Specifications
تقنية الطباعة Direct Line Thermal Line Thermal
Print Method Direct Line Thermal —
Resolution ⁦203 DPI⁩ —
Print Speed ⁦90 mm/s⁩ —
Max Print Width ⁦48 mm⁩ —
Media Handling
Media Width ⁦57.5 ± 0.5 mm⁩ —
Maximum Paper Roll Diameter ⁦50 mm⁩ ⁦50 mm⁩
Paper Thickness ⁦0.06–0.08 mm⁩ ⁦0.06–0.08 mm⁩
Media Thickness ⁦0.06–0.08 mm⁩ —
Roll Outer Diameter ⁦50 mm⁩ —
Paper Width ⁦57.5±0.5 mm⁩ ⁦58 / 80 mm⁩
Supported Media Types — Continuous paper
Print Width ⁦48 mm⁩ ⁦72 mm⁩
سرعة الطباعة ⁦90 mm/s⁩ ⁦70 mm/s⁩
Print Resolution ⁦203 dpi⁩ ⁦203 dpi⁩
Input Buffer ⁦32 KB⁩ ⁦64 KB⁩
Charging Input — ⁦DC 5V 2A⁩
Printing
Line Spacing ⁦3.75 mm⁩ —
Adjustable Line Spacing Yes —
Column Number ⁦Font A: 32 columns; Font B: 42 columns; Simplified/Traditional Chinese: 16 columns⁩ —
Memory
NV Flash Memory ⁦64 KB⁩ ⁦1MB KB⁩
SDRAM Memory — 4
Fonts
Font A Size ⁦1.5 × 3.0 mm, 12 × 24 dots⁩ —
Font B Size ⁦1.1 × 2.1 mm, 9 × 17 dots⁩ —
Chinese Font Size ⁦3.0 × 3.0 mm, 24 × 24 dots⁩ —
Character Set ⁦PC347, Katakana, PC850, PC860, PC863, PC865, West Europe, Greek, Hebrew, East Europe, Iran, WPC1252, PC866, PC852, PC858, IranII, Latvian, Arabic, PT151⁩ —
Barcode Support
Supported 1D Barcodes ⁦UPC-A, UPC-E, JAN13 (EAN13), JAN8 (EAN8), CODE39, ITF, CODABAR, CODE93, CODE128⁩ ⁦UPC-A, UPC-E, EAN13, EAN8, CODE39, ITF, CODABAR, CODE93, CODE128⁩
Supported 2D Barcode — QR Code
Power
Power Adapter Input ⁦AC 110–220 V, 50–60 Hz⁩ ⁦DC 5V / 2A⁩
Power Adapter Output ⁦DC 12 V, 2.6 A⁩ —
Cash Drawer Output ⁦DC 12 V, 1 A⁩ —
Battery — ⁦7.4V / 1500mAh⁩
Physical
Dimensions ⁦180 × 130 × 108 mm⁩ ⁦122 × 109 × 63 mm⁩
Weight ⁦0.56 kg⁩ ⁦0.338 kg⁩
Environment
Operating Temperature ⁦0–45 °C⁩ ⁦0–40 °C⁩
Operating Humidity 10–80 % 25 – 85 %
Storage Temperature ⁦-10–60 °C⁩ ⁦-25–55 °C⁩
Storage Humidity ⁦10–90, non-condensing %⁩ ⁦20–93 (Non-condensing) %⁩
Reliability
Printhead Life ⁦50 km⁩ ⁦50 km⁩
Connectivity
Supported OS — Windows, Android, iOS, Linux
Interface USB or USB + Bluetooth USB + Bluetooth
Certifications
Certifications — CCC, CB, CE, FCC, RoHS
Features
Logo Download and Printing Yes —
Paper Out Indicator — Yes
Low Battery Indicator — Yes
General
Model ⁦XP-58IIH⁩ —

Summary: which fits better?

Thermal Printer Xprinter XP-58IIH vs Xprinter XP-P802A - 80mm — choose by media width, cutter, interfaces, and print speed in the same unit — do not rank printhead life across mixed units.

research reference (not for sale) vs store product.

When to pick which:

Pick Thermal Printer Xprinter XP-58IIH if you need: the simpler footprint shown in the table.

Pick Xprinter XP-P802A - 80mm if you need: the documented gaps that match your priority.

Key differences:

  • Interface: USB or USB + Bluetooth vs USB + Bluetooth
  • Tkny Altbaaa: Direct Thermal vs Line thermal
  • Aard Alork: 57.5±0.5 vs 58 / 80
  • Aard Altbaaa: 48 vs 72
  • Albarkod Ahady Albaad Almdaaom: UPC-A, UPC-E, JAN13 (EAN13), JAN8 (EAN8), CODE39, ITF, CODABAR, CODE93, CODE128 vs UPC-A, UPC-E, EAN13, EAN8, CODE39, ITF, CODABAR, CODE93, CODE128

No single overall winner — choose by priority. Top table gaps: Interface: USB or USB + Bluetooth vs USB + Bluetooth; Tkny Altbaaa: Direct Thermal vs Line thermal; Aard Alork: 57.5±0.5 vs 58 / 80.

Printhead life in lines versus km is not directly comparable.

What differs?

Material differences (most important first)

  • Interface: USB or USB + Bluetooth vs USB + Bluetooth
  • Tkny Altbaaa: Direct Thermal vs Line thermal
  • Aard Alork: 57.5±0.5 vs 58 / 80
  • Aard Altbaaa: 48 vs 72
  • Albarkod Ahady Albaad Almdaaom: UPC-A, UPC-E, JAN13 (EAN13), JAN8 (EAN8), CODE39, ITF, CODABAR, CODE93, CODE128 vs UPC-A, UPC-E, EAN13, EAN8, CODE39, ITF, CODABAR, CODE93, CODE128
  • Dkhl Mhol Altak: AC 110–220 V, 50–60 Hz vs DC 5V / 2A
  • Operating Humidity: 10–80 vs 25 – 85
  • Operating Temperature: 0–45 vs 0–40

Similarities

some shared core values in the table

Frequently asked questions

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