Fixed UHF RFID Reader

A fixed UHF reader family for integrating reliable tag capture into gates, workstations and automated processes.Request a tailored quote →

Description

Application-engineered RFID

Select the reader platform around the read zone, antenna architecture, interface and system-integration requirements.

A fixed UHF reader family for integrating reliable tag capture into gates, workstations and automated processes.

6 modelsCatalog family shown
E710 · E510Impinj module options
R2000Additional platform shown

Where it fits

Applications

Start with the operating workflow. The product configuration is then reviewed around the object, users, read points and surrounding environment.

Warehouse inventory points
Production and work-in-process control
Access gates and checkpoints
Logistics and asset-management systems

Why this platform

Core capabilities

Each project is shaped by the required performance, mechanical format and integration path—not by a one-size-fits-all specification.

01

Platform choice

The catalog family includes Impinj E710, E510 and R2000 module platforms, depending on model.

02

Read-zone engineering

Reader, antennas, cabling, power and mounting can be considered as a complete capture point.

03

Integration-oriented

Interface and enclosure requirements are reviewed around the host system and installation environment.

04

Family-level selection

Multiple BX-RU models allow the hardware format to be matched to the deployment scenario.

Source-verified data

Technical overview

Values below come from the supplied BXAIOT catalogs. Model-dependent items must be confirmed against the selected configuration.

Catalog model family BX-RU471B, BX-RU451B, BX-RU461B, BX-RU461C, BX-RU461D and BX-RU410B
Module platforms shown Impinj E710 / E510 and Impinj R2000, depending on model
Frequency region Pending technical review for the selected model
RF ports / output power Pending technical review for the selected model
Interfaces / enclosure / environment Pending technical review for the selected model

Built to requirement

Customization scope

Share the application and target configuration. BXAIOT will review the technical fit before the build is confirmed.

Reader platformAntenna topologyRegional frequencyHost interfaceEnclosure / mountingSoftware integration

From requirement to build

Project path

A clear validation path reduces ambiguity before production and keeps the product aligned with its real operating environment.

Define

Application, object, users, environment, read points and data flow.

Configure

Technology, chip, antenna, mechanics, materials and integration options.

Validate

Confirm source parameters and evaluate samples in the intended workflow.

Produce

Approve the final specification, artwork, data rules and quality checkpoints.

Build the complete workflow

Related products & solutions

Connect this product to the readers, tags and application layer needed for a complete deployment.

Before you specify

Frequently asked questions

These answers describe the current catalog scope without replacing project-level technical confirmation.

Which fixed reader model should I choose?

Define the number and shape of read zones, antenna count, tag population, regional frequency, host interface, mounting and environment. We will narrow the model family from those requirements.

Does the reader include antennas?

The final system scope should confirm the reader, antennas, RF cables, power, mounting and any edge or host software separately.

Can it integrate with an existing system?

Integration can be reviewed against the required interface, data flow, event logic and host software environment.

Start with your application

Tell us what the product needs to do.

Send the target workflow, environment, dimensions, reader or platform details, and expected data flow. Our team will review the configuration with you.

Request a tailored quote →

Technical values are derived from the supplied catalog and remain subject to project confirmation. No certification, fixed lead time, MOQ or universal performance claim is implied.