Simplify RFID deployment with the reader engine and antenna combined in one enclosure. Syncotek provides UHF integrated RFID readers with built-in antenna options from compact 6 dBi units to 12 dBi long-range models, together with IP67 options, industrial interfaces, PoE networking and SDK support for access control, parking, warehouse and automation projects.
Integrated readers combine the RFID reader electronics and antenna in one enclosure. Compared with a fixed reader plus separate external antennas, this architecture can reduce hardware count, RF cabling and installation work for applications centered around one primary reading zone.
The antenna is already integrated with the reader, reducing the need to specify and install a separate external RFID antenna.
Integrated construction can simplify wall, pole and gate mounting and reduce visible RF cabling around the installation.
Built-in directional antennas make integrated readers useful for lanes, doors and checkpoints with a clearly defined reading direction.
RJ45 and PoE support on selected models can simplify network and power wiring at remote gates or warehouse locations.
Wiegand and serial interfaces allow reader data to connect to access controllers, PLCs and industrial host equipment.
Selected Syncotek reader families support multiple operating systems, languages and protocols for secondary development.
Antenna gain should be selected around the required RFID read zone rather than simply choosing the highest number. Higher gain generally concentrates energy into a more focused field, while lower-gain designs can be useful for tighter checkpoints.
A compact integrated reader can be preferable where the system should identify tags close to a doorway or checkpoint without creating an unnecessarily large RF zone.
Starting model:
SR-RU1XG06A01
8–9 dBi circularly polarized models provide a useful balance between coverage and range, with IP67 options for exposed installations.
Starting models:
SR-RU1XG08B03
SR-RU1XG07&8&9B02
Syncotek's integrated access-control reader family combines higher-gain built-in antennas with Wiegand, serial and network interfaces.
Starting model:
SR-RU1XACG10B01
12 dBi integrated readers are appropriate starting points where a project requires a larger reading distance and a more focused RFID identification zone.
Starting models:
SR-RU1XG12B01
SR-RU1XG12C01
Outdoor or semi-outdoor RFID projects should consider enclosure protection separately from antenna gain. SR-RU1XG08B03 combines an 8 dBi circular antenna with an IP67-rated enclosure.
Starting model:
SR-RU1XG08B03
The correct integrated reader must also connect cleanly to the existing controller or software architecture.
Use antenna gain, environmental protection, interfaces and application type to narrow the product family before prototype testing.
| Model | Positioning | Built-In Antenna | RF Output | Protection | Main Interfaces | Typical Application |
|---|---|---|---|---|---|---|
| SR-RU1XG06A01 | Compact | 6 dBi | 30 / 33 dBm by internal configuration | Confirm selected version | RS232, RS485/Wiegand, RJ45; wireless options by configuration | Doorways, checkpoints, warehouse and process control |
| SR-RU1XG07&8&9B02 | Cost Efficient | 7 / 8 / 9 dBi circular options | Configuration dependent | Confirm selected version | Multi-OS / multi-protocol platform | General integrated-reader projects |
| SR-RU1XG08B03 | Outdoor | 8 dBi circular | 30 / 33 dBm by configuration | IP67 | USB, RS232, RS485/Wiegand, RJ45; wireless options | Industrial and outdoor RFID checkpoints |
| SR-RU1XACG10B01 | Access Control | 10 dBi | Up to 33 dBm | Confirm project version | RS232, RS485/Wiegand, RJ45; Wi-Fi / Bluetooth / 4G options | Access control, attendance, warehouse checkpoints |
| SR-RU1XACG12B01 | Long-Range Access | 12 dBi | Up to 33 dBm | Confirm project version | RS232, RS485/Wiegand, RJ45; wireless options | Wider access lanes, attendance and warehouse |
| SR-RU1XG12B01 | Long Range | 12 dBi | 30 / 33 dBm by configuration | Project dependent | RS232, RS485/Wiegand, RJ45; Wi-Fi / Bluetooth / 4G options | Parking, warehouse portals, process control |
| SR-RU1XG12C01 | High Performance | 12 dBi | 30 / 33 dBm by configuration | Project dependent | RS232, RS485/Wiegand, RJ45; wireless options | Wide gates, portals and warehouse identification |
Product families may contain different internal reader configurations. RF output, inventory speed and reference distance can therefore vary by selected version. Confirm the exact SKU before final system design.
Antenna gain is only one part of product selection. The enclosure and installation environment can be equally important for long-term project reliability.
Indoor integrated readers are suitable when the device is installed inside a building or under sufficient protection from rain, dust and direct outdoor exposure.
SR-RU1XG08B03 combines an 8 dBi circular antenna with an IP67-rated enclosure, making it a stronger starting point for installations exposed to dust or outdoor environmental conditions.
For system integrators, interface compatibility can be more important than maximum RFID range.
Integrated readers work best when one mounted device can cover the required RFID reading direction without a separate external antenna network.
Use higher-gain integrated readers for vehicle-tag identification before a barrier or controlled lane.
Wiegand-enabled readers can connect RFID identification with existing access-control systems.
Integrated access readers can serve attendance, meeting check-in and controlled personnel entry.
High-gain integrated readers can create simple identification points at inbound and outbound doors.
Detect tagged assets or transport units as they pass a defined facility checkpoint.
Connect RFID identification with industrial software or controller logic at defined process points.
Use controlled RFID checkpoints between stock areas and operational zones.
Integrated readers can be incorporated into gates, kiosks, stations and custom RFID equipment.
Integrated readers are convenient, but they are not automatically the correct choice for every fixed RFID project.
Send us your lane width, required read distance, tag type, indoor/outdoor environment, operating region and required interface. We can help narrow the integrated-reader options.
Reader selection should start with the application, not simply antenna gain. Syncotek can help match the reader platform, antenna pattern, interface and frequency configuration to the intended project.
An integrated UHF RFID reader combines the RFID reader electronics and antenna in one enclosure. It is normally used when a project needs a mounted RFID checkpoint with one primary reading direction.
An integrated reader includes a built-in antenna. A fixed reader normally connects to one or more external antennas. Integrated readers simplify single-zone installations, while fixed readers provide more flexibility for multiple antenna zones.
No. Higher antenna gain is useful when a larger or more focused read zone is required, but a smaller 6 dBi reader may provide better control in a compact doorway or checkpoint. Selection should match the required RFID field.
SR-RU1XG08B03 is an IP67-rated integrated reader with an 8 dBi circularly polarized antenna and can be considered for outdoor and industrial installations.
Higher-gain 10 or 12 dBi integrated readers are useful starting points for vehicle and parking lanes. Final selection should account for lane width, vehicle-tag position and neighboring lanes.
Selected Syncotek integrated readers support Wiegand together with RS232, RS485 and network interfaces, allowing integration with access controllers and other host systems.
PoE is supported across selected reader families. Exact power and interface configuration should be confirmed for the selected product version.
Selected integrated-reader families list SDK support for environments including Windows, Android, Linux, server and Raspberry Pi, with multiple development languages and communication protocols available depending on the model.
Start by selecting the correct antenna gain and installation angle, then tune RF output around the required read zone instead of using maximum power by default. Tag placement and lane spacing should also be validated during site testing.
Tell us your application, target read distance, lane or doorway width, RFID tag, operating environment, region and required interfaces. Syncotek can help you choose a suitable integrated reader configuration for access control, parking, warehouse or OEM deployment.
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