RFID Tags for IT Assets: A Practical Selection and Deployment Guide
Published in partnership with Xerafy
When IT asset records do not match the devices in offices, stockrooms, repair areas, and remote sites, teams spend more time checking equipment and resolving exceptions. Laptops, tablets, monitors, printers, barcode scanners, and mobile computers may also move between users and locations throughout their service life. Barcode labels remain useful, but physical audits still require direct line of sight and one-by-one scanning.
Passive UHF RFID allows teams to identify IT assets without direct line-of-sight scanning to support faster audits, bulk verification, more accurate location records, and reliable asset records. It can identify equipment that is disconnected, unpowered, or held in storage. This requires the right tag and label for each device and a clear deployment process.
Why IT Assets Require More Than One RFID Tag Format
IT equipment may look similar, but its surfaces and handling conditions vary. A laptop may combine metal, plastic, coatings, and internal components. A monitor offers more mounting area, while a handheld scanner must fit into a dock, holster, or charging station. Frequently handled devices may also expose the tag to abrasion, impact, and edge lift.
The starting point is therefore the asset itself: surface material, available placement area, required printed information, expected handling, and intended read point. The following routing provides initial tag and label recommendations. Final selection should be confirmed on representative devices before rollout.
Match the RFID Tags and Labels to the IT Assets
Use the selector as an initial route by asset category. After selecting a candidate, confirm placement, attachment and read workflow on representative devices, then define the printed and encoded identity, production configuration and acceptance criteria.
| IT Asset Type | Start With | Validate |
|---|---|---|
| Laptops, tablets, compact PCs | Metal Skin® Delta Titanium when placement space is limited |
Surface, placement, adhesion and cross-reads |
| Monitors, desktops, printers | Metal Skin® Platinum Delta when lower profile or conformability matters |
Metal/plastic surface and available print area |
| Compact and space-constrained electronics | Metal Skin® Titanium Custom Metal Skin® when no standard size fits |
Clearance from ports, controls and batteries |
| Shared scanners and handhelds | Metal Skin® Titanium PICO, XS or Slim TRAK when handling requires more protection |
Dock, grip, charging and holster interfaces |
| Laboratory, test and compact rack equipment | Platinum or Delta PICO or Slim TRAK for rugged attachment |
Chassis surface, service access and read workflow |
How Atlas Prints, Encodes and Prepares the Selected Tags
After the tag and placement are selected, Atlas can print and encode the tags for the customer's rollout. Our in-house service bureau supports printed labels and tags with asset numbers, serial numbers, text, logos, barcodes, QR codes, or Data Matrix codes. Atlas can also support Electronic Product Code (EPC) encoding, Global Individual Asset Identifier (GIAI) and other identifier structures, custom serialization, and project-specific label layouts.
Define Artwork & Encoding
Atlas starts with your artwork and encoding requirements — asset numbers, serials, logos, barcodes, QR or Data Matrix codes, plus EPC/GIAI structures and serialization rules.
Proof Approval
You review and approve a proof before production begins, including whether identifiers must be unique or run as an uninterrupted sequence.
Production & Quality Checks
Atlas prints, encodes, and quality-checks each tag, following your rules for handling voided or defective labels.
Shipment
Finished tags ship ready for application by you, a reseller, or a device-configuration partner.
Prefer to Print In-House?
Avancir Print is a desktop application for label design, serialization, Excel or CSV batch printing, and optional RFID encoding using compatible printers.
Need Help Planning the Rollout?
Atlas' professional services cover feasibility, process analysis, tag and hardware selection, reader and printer configuration, system testing, and implementation planning.
Five Inputs to Define Before Requesting a Pilot
| 1 | Asset mix and estimated quantity: list the laptops, monitors, scanners, handhelds, and specialized equipment in scope. |
| 2 | Surface and placement conditions: record device materials, usable area, handling, cleaning, docking, and service-access constraints. |
| 3 | Visible and encoded identity: define asset numbers, barcodes, human-readable fields, EPC structure, and serialization rules. |
| 4 | Read workflow: identify where handheld or fixed reads will occur and which devices must be read together or separately. |
| 5 | Acceptance criteria: test representative devices and document the approved tag, placement, print quality, attachment, and read result. |
From Approved Tag to Repeatable Deployment
Passing a device-level tag test does not make an IT asset program deployment-ready. The approved combination must be converted into a repeatable tagging specification that can be applied consistently across device models, locations and production batches.
1. Standardize with Controlled Exceptions
Use one primary label for assets that fit the approved placement, but don't force it onto every device. Define backup formats for assets with limited space, different surfaces, exposed edges, or tougher handling.
2. Control the Complete Label Configuration
Approval should cover more than RF performance. Document the tag, placement, surface prep, adhesive, printed fields, barcode, EPC structure, serialization rules, and application method. Where durability matters, also qualify the printer, ribbon, heat/speed settings, and acceptance test.
3. Decide Where Tagging Will Occur
Tags can be applied in the field, at an enterprise staging center, or upstream by a device supplier or configuration partner. This choice affects roll configuration, pack quantities, artwork control, encoding, QA ownership, and delivery scheduling.
4. Qualify the Intended Read Workflow
Maximum read range isn't always the goal. Test that the device reads reliably while limiting unwanted reads from nearby equipment, using the actual device density, reader position, and environment you'll deploy in.
5. Plan for Exceptions and Record Updates
Define how your team handles devices that can't be tagged, assets found in unexpected locations, damaged or voided labels, and replacements. Then connect RFID read events to your ITAM, CMDB, or financial asset workflow so verification actually updates your records.
These controls reflect lessons from enterprise programs covering both upstream laptop source tagging and building-by-building IT asset retagging. The deployment models differ, but both show that reliable IT asset tagging depends on a controlled specification rather than tag selection alone.
Validate Your Configuration Before You Scale
Use the Xerafy Portfolio RFID Tag Sample Box to compare suitable RFID labels and compact tags on your actual equipment before defining the pilot specification.