RF and Wireless

Embedded RF modules — sub-GHz, 2.4 GHz, Bluetooth, LoRa, and proprietary transceivers for OEM integration.

Industrial RFID readers, antennas, and tags for asset tracking and tool ID — current and obsolete in stock.

Industrial RFID tags and transponders — LF, HF, UHF read/write tags for tool ID and part traceability.

RF and Wireless

9 Products
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Banner DX80DR2M-H Wireless I/O Data Radios
$544.85/ea ✓ Available
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Pepperl+Fuchs IC-KP-B17-AIDA1 RFID Controller Evaluation Unit
$2,116.47/ea ✓ Available
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Pepperl+Fuchs IC-KP2-1HB17-2V1D RFID Controller Evaluation Unit
$703.64/ea ✓ Available
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Pepperl+Fuchs IC-KP2-2HB17-2V1D RFID Controller Evaluation Unit
$1,042.38/ea ✓ Available
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Pepperl+Fuchs IC-KP2-2HB21-2V1D RFID Controller Evaluation Unit
$1,501.95/ea ✓ Available
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Pepperl+Fuchs IQH1-F61-V1 RFID Read/Write Device
$682.13/ea ✓ Available
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Pepperl+Fuchs IQH1-FP-V1 RFID Read/Write Device
$777.35/ea ✓ Available
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Pepperl+Fuchs IQT1-FP-IO-V1 RFID Read/Write Device
$453.15/ea ✓ Available
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Pepperl+Fuchs U-P6-B6 Base Module for RFID Read/Write Station
$2,577.03/ea ✓ Available
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Choosing RF and Wireless components

Industrial wireless selection is governed by range, frequency band, the data type (discrete I/O, analog, serial, Ethernet), and the regulatory environment (licensed vs. unlicensed bands). Wireless is rarely the right answer when wired is feasible, but for the cases where wires are not viable — moving equipment, remote tanks, cross-road links — the right radio is reliable for years.

Specs to confirm before ordering:

  • Application: discrete I/O point-to-point, analog I/O point-to-point or point-to-multipoint, serial data extension, Ethernet bridge, WirelessHART process field network, Wi-Fi for mobile equipment
  • Frequency band: 900 MHz ISM (longer range, narrower bandwidth), 2.4 GHz (universal, congested), 5 GHz (less congested, shorter range), licensed VHF/UHF (long-range, requires license)
  • Range expected — line-of-sight vs. with obstructions, antenna gain, and terrain matter more than radio power alone
  • Antenna: integrated, external whip, directional yagi/panel, omnidirectional
  • Power output and regional regulatory limits (FCC, CE, IC)
  • Encryption and authentication for security-sensitive data
  • Network topology: point-to-point, point-to-multipoint, mesh
  • Diagnostics: signal strength indication, link status, frame error counters

Common gotchas: 2.4 GHz is shared with Wi-Fi, Bluetooth, microwave ovens, and most consumer wireless — industrial deployments in dense Wi-Fi environments often need 5 GHz or 900 MHz to avoid interference. Antenna placement matters more than radio quality — a high-quality radio with an indoor antenna in a metal cabinet performs worse than a budget radio with an outdoor antenna on a mast. WirelessHART operates on 2.4 GHz with adaptive frequency hopping and mesh routing; mixing WirelessHART devices from different vendors usually works because the protocol is standardized, but gateway-side configuration is brand-specific. Wi-Fi for AGVs needs roaming-aware access points; consumer Wi-Fi APs typically do not handle handoff cleanly between cells.

Typical applications: pump-station telemetry from remote tanks, conveyor-end emergency-stop confirmation across an aisle, rotating equipment data from a slip-ring-free wireless link, AGV / AMR wireless network coverage, and process plant WirelessHART overlay on existing 4–20 mA infrastructure.

For obsolete wireless modules, send the OEM part number for a sourcing quote.

Do you stock obsolete wireless I/O bridges?
Yes. Discontinued Banner SureCross first generations, retired Phoenix Contact Radioline early codes, end-of-life ProSoft Wireless, and earlier Moxa AWK are sourced through our supplier network.
900 MHz vs. 2.4 GHz — which should I use?
900 MHz for long-range, low-bandwidth telemetry through obstructions — ranges of kilometers with good antennas. 2.4 GHz for higher bandwidth at shorter range, but more interference. For point-to-point I/O at 1+ km, 900 MHz is usually better.
Do I need a license to use this?
ISM bands (900 MHz, 2.4 GHz, 5 GHz in US) are unlicensed for general use within regulatory power limits. Licensed VHF/UHF bands require an FCC or country-equivalent license but offer interference-free operation and longer range.
Will my old wireless I/O configuration work on a replacement?
If the model and firmware match, yes — configuration files load from the OEM software. Pairing emitter-receiver pairs often requires a manual pair-binding step after replacement.
Can I extend Ethernet wirelessly between buildings?
Yes — industrial Wi-Fi access points in bridge mode or licensed-band point-to-point links handle building-to-building Ethernet. Range depends on line-of-sight, antennas, and licensed/unlicensed band choice. Outdoor-rated equipment is required.
What is the warranty?
12-month functional warranty. Damage from antenna surge (lightning), over-voltage, or operation outside rated environment is not covered. Surge protection on antenna lines is strongly recommended.
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