Zebra Technology Corporation TLP 2844

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The Zebra TLP 2844 is a compact thermal transfer label printer designed for office and retail environments requiring reliable barcode and label printing.

It operates using direct thermal and thermal transfer printing methods with a print resolution of 203 dpi, providing clear and precise labels.

The printer supports a maximum print width of 4.09 inches and a print speed up to 4 inches per second, suitable for moderate volume printing demands.

Connectivity options include parallel port and serial RS-232 interfaces, enabling integration with various host systems commonly used in office environments.

It features a rugged metal frame ensuring durability and reliability for extended use in diverse workspace conditions.

The TLP 2844 is compatible with Zebra Programming Language (ZPL) and supports various media types and sizes, making it versatile for multiple label printing applications.

The TLP 2844 offers compact design, saving desktop space while delivering high-quality prints.

Its support for both direct thermal and thermal transfer methods enhances media versatility and print longevity.

The device provides user-friendly operation through easy media loading and configuration.

Durable metal construction ensures long-lasting performance in office environments.

Compatibility with Zebra's ZPL programming language facilitates seamless integration in existing label printing workflows.

Multiple connectivity options make it adaptable to various legacy computer systems.

The resolution of 203 dpi limits label clarity compared to higher resolution printers available today.

Limited connectivity options do not include modern interfaces such as USB or Ethernet by default.

The maximum print width of approximately 4 inches restricts use for wider labels.

Slower print speed (up to 4 ips) may not suit high-volume printing requirements.

The model is discontinued and may lack current firmware updates and technical support.

It does not natively support wireless printing, limiting flexibility in networked environments.

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