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UWB Anchors

Industrial UWB anchors and infrastructure for high-accuracy indoor positioning. Synchronization, gateways and options for scalable RTLS deployments.

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Supplier / Manufacturer Overview

GridRTLS supplies industrial-grade UWB anchors and base stations for
real-time location systems deployed in factories, warehouses, tunnels, mines,
and transportation infrastructure.

Focus area

We focus on the device & data layer of RTLS deployments—providing
anchors designed for stable synchronization, predictable geometry,
and integration with third-party positioning engines.

Our anchors are not consumer-grade beacons; they are engineered for
long-term industrial operation where uptime, clock stability, and environmental
tolerance matter more than marketing accuracy claims.

Who we work with

As a UWB anchor manufacturer and supplier, we work primarily with
system integrators, solution providers, and engineering teams
building RTLS systems at scale.

Typical deployments range from single-floor zones to multi-floor facilities and
long corridors, where anchor placement, PoE wiring constraints, and network
topology must be considered together.

Anchor portfolio & architecture

  • Wired PoE anchors and DC-powered anchors for
    fixed industrial installations
  • Synchronization-capable base stations supporting
    pure UWB and UWB + RTK/GNSS fusion architectures
  • Designed to integrate into existing Ethernet or cellular backhaul
    networks
  • Outputs data in formats that downstream RTLS platforms can
    reliably consume

If you are evaluating UWB anchors for a new RTLS project—or replacing anchors in
an existing system—this category is intended to help you
shortlist devices, understand architectural trade-offs,
and move toward an RFQ-ready bill of materials.

Capability highlights

Industrial-grade UWB anchor hardware

Designed for continuous indoor positioning in factories, warehouses, tunnels, and infrastructure projects. Enclosures, power options, and mounting methods are optimized for long-term industrial deployment rather than lab or demo environments.

Flexible power & backhaul options

Support wired PoE/Ethernet for fixed infrastructure, as well as cellular or gateway-relay architectures when cabling is limited. Power and network topology can be aligned early during RFQ to avoid rework.

Clock synchronization & geometry-aware deployment

Anchors are designed to work in synchronized UWB networks, where placement geometry directly affects accuracy. We provide anchor selection and BOM recommendations based on target output level (presence / 1D / 2D / multi-floor).

Integration-ready data output

Anchors expose positioning data and diagnostics suitable for integration with customer platforms or third-party RTLS software. APIs, payload formats, and commissioning steps are clarified before delivery.

Deployment documentation & acceptance support

Each anchor configuration can be delivered with wiring references, mounting guidance, and acceptance checklists to support system integration, site commissioning, and handover.

Selection criteria (what to specify in an RFQ)

1 Target output level (presence / 1D / 2D)
⌄

Defines minimum anchor count and placement geometry. Over-specifying accuracy often increases infrastructure cost without improving operational outcomes.

2 Installation environment
⌄

Ceiling height, wall material, metal density, and NLOS conditions directly affect anchor placement and synchronization strategy.

3 Power & network availability
⌄

PoE/Ethernet availability vs. cellular/gateway relay determines anchor model selection, enclosure type, and deployment complexity.

4 Indoor-only or indoor–outdoor continuity
⌄

If outdoor tracking or handover is required, anchor selection must align with GNSS/RTK or fusion terminal strategies from the start.

5 Hazardous-area or compliance constraints
⌄

IP rating, temperature range, or intrinsically safe / explosion-proof requirements affect enclosure design and certification scope.

6 Expected lifecycle & maintenance model
⌄

Long-term fixed infrastructure vs. temporary projects change how anchors are powered, mounted, and serviced.

Customization / OEM / ODM

UWB anchors can be customized at the hardware, firmware, and deployment level depending on project scope. Typical customization requests include enclosure modifications, interface exposure, firmware configuration, labeling, and compliance alignment. Customization scope should be aligned early, as it may affect lead time, MOQ, and certification boundaries.

Enclosure & mounting customization

Material, ingress protection, mounting brackets, and connector orientation can be adapted. Changes must respect RF performance and thermal constraints.

Typical impact: Low to medium impact; may increase lead time depending on tooling or enclosure changes.
Firmware configuration & feature enablement

Anchor firmware can be configured for synchronization mode, update rate, diagnostics, and region settings. Core RF logic is not modified.

Typical impact: Low impact; usually handled during production or pre-shipment configuration.
Interface exposure & wiring options

Ethernet, PoE variants, antenna connectors, and auxiliary ports can be aligned with site wiring practices.

Typical impact: Medium impact depending on connector and compliance requirements.
Private label & packaging

Brand labeling, packaging, and documentation can be customized for OEM projects.

Typical impact: Low impact; MOQ applies for custom packaging runs.

Integration & architecture

Wired PoE / Ethernet Cellular 4G/5G Backhaul Gateway Relay (Local / Private Net) Indoor–Outdoor Fusion (UWB + GNSS/RTK)

Anchors are supplied as part of a device-level RTLS architecture and are not a standalone positioning system. Integration responsibilities typically include platform logic, visualization, and business rules. We provide clear data outputs, synchronization guidance, and deployment documentation to support system integrators during integration and commissioning.

Supplier proof

Factory, delivery discipline & real deployments

Evidence that matters to SI teams: how we lock BOMs, keep batch consistency, and ship integration-ready hardware.

Config-first quoting
Align output level + site constraints before locking BOM to prevent re-quoting.
Batch consistency
Configuration and revision control across pilot → rollout to reduce maintenance risk.
Integration-ready delivery
Clear integration notes and commissioning expectations—no “mystery behavior” in the field.
QA & traceability
Pre-shipment verification + traceability mindset for multi-batch projects.
Read full supplier proof ⌄

Who we are (supplier role)

GridRTLS supplies the device & data layer for industrial UWB RTLS deployments.
We work primarily with system integrators and engineering teams who need anchors and base stations
that can be deployed, scaled, and maintained in real industrial environments.

Our UWB anchors are not consumer-grade beacons. They are designed for
stable synchronization, predictable geometry, and long-term operation
where uptime, clock stability, and environmental tolerance matter more than headline accuracy.

How we deliver (from requirements to shipment)

  • Configuration first, then quoting
    Target output level (presence / 1D / 2D / multi-floor) and site constraints
    (PoE wiring, ceiling height, NLOS, network access) are aligned before locking a BOM.
    This avoids re-quoting later.
  • Integration-ready delivery
    Anchors are supplied with clear integration notes and commissioning expectations.
    We focus on predictable data outputs and deployment behavior, not marketing-only accuracy claims.
  • Batch consistency
    For projects scaling beyond pilot, we prioritize consistent configuration and version control
    (hardware / firmware / labeling) to reduce long-term maintenance risk.
  • Documentation support
    Delivery packs can include recommended BOM, deployment notes, and acceptance checklist
    aligned with SI workflows—reducing handover friction with end customers.

Quality & reliability approach

Pre-shipment verification
Functional checks, RF validation, and configuration verification are completed prior to shipment.

Traceability mindset
For multi-batch projects, revision control is aligned so issues can be reproduced and resolved faster.

Scope boundaries (important)

  • We supply hardware and integration-ready documentation, but
    do not provide on-site installation, cabling, or civil construction.
  • We do not operate a turnkey RTLS platform for end customers.
    Platform development and site delivery are handled by SI / partners.
Best next step

If you already have a floor plan and target output level, submit an
RFQ.
If your project requires branding, firmware parameters, or enclosure/interface changes,
review
OEM/ODM & Customization
first to align scope and timelines.

Scope boundaries (important)
  • Hardware + integration-ready documentation supplied; no on-site cabling / civil construction.
  • No turnkey RTLS platform operation for end customers; platform & site delivery handled by SI / partners.
Real deployments
Installation patterns & environments
Ceiling / wall mounting examples and industrial conditions.
IP65 / IP67 enclosure options

Selected based on installation environment and exposure level.

CE / FCC compliance

Applies to standard production models; project-specific confirmation available.

Operating temperature range

Defined per model; extended range options available for industrial sites.

Warranty & RMA policy

Warranty terms are specified in quotation and commercial agreement.

Anchors undergo functional testing, RF verification, and configuration checks prior to shipment. For large deployments, sampling plans and acceptance criteria can be aligned during RFQ to support predictable rollout and long-term reliability.

FAQ

What is the minimum number of anchors required for UWB positioning? ⌄

For presence detection, a single anchor may be sufficient. For 1D corridor tracking, two anchors are typically required. Full 2D positioning generally requires at least three anchors with simultaneous visibility, depending on site geometry.

Do you provide anchor placement or installation services? ⌄

No. GridRTLS supplies hardware and integration-ready documentation but does not provide on-site installation, cabling, or civil construction services.

Can these anchors work with third-party RTLS software? ⌄

Yes. Anchors are designed to output data compatible with third-party RTLS engines. Integration details depend on the software platform used.

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Procurement (Device & Data Layer)

Shortlisting UWB anchors? Get an RFQ-ready infrastructure plan.

Move from accuracy targets and site constraints to a deliverable anchor BOM, including power options, deployment geometry, lead time, and acceptance criteria.

Request an RFQ Procurement Terms OEM/ODM & Customization

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