The Times-7 A5020 is a versatile circular polarized UHF RFID antenna family designed for general-purpose read zones. Available in multiple gain and beamwidth configurations, it's the workhorse antenna for most fixed RFID deployments. Its circular polarization ensures reliable reads regardless of tag orientation β critical in environments where tagged items aren't consistently aligned.
Key Specifications
Circular polarizationFrequency: 865β928 MHzGain: up to 8.5 dBicIP65 ratedRP-TNC connectorIntegrated mounting bracketWeight: ~0.6 kg
Application Notes
Warehouse Dock Door Tracking
Mount two A5020 antennas on opposite sides of a dock door at 1.5β2m height, angled inward at 15β20Β° to create an overlapping read zone. This captures pallet-level tags as forklifts pass through. Use Session 2 on the reader to avoid re-reading tags that linger in the zone. Pair with an Impinj R720 for optimal dock door performance.
Retail Backroom-to-Floor Transition
Install a single A5020 above a doorway at ceiling height, tilted down 30Β° toward the transition point. This reads tagged merchandise as staff move items from the stockroom to the sales floor. Keep power moderate (25β27 dBm) to avoid reading items on nearby shelves.
Conveyor Line Item Scanning
Mount the A5020 directly above a conveyor belt at 0.5β1m height for item-level scanning. Align the antenna polarization axis perpendicular to the conveyor direction for best results. At conveyor speeds under 2 m/s, a single antenna per read point is usually sufficient.
Recommended Pairings & Usage Suggestions
β**Impinj R720 reader** β the most common pairing for fixed read points. The R720's 4 ports let you run up to 4 A5020 antennas for full coverage.
β**NordicID Sampo S3** β a cost-effective alternative reader. Use with 2 A5020 antennas for a portal setup.
β**Times-7 A8060 door frame antenna** β combine an A5020 overhead with A8060 side panels for complete portal coverage at wider doorways.
How to Use β Step by Step
1
Unboxing & Inspection
Verify you have the antenna, mounting bracket, and any included hardware. Inspect the connector for damage β a bent center pin will cause intermittent reads. Check the frequency band label matches your region (EU: 865β868 MHz, US/APAC: 902β928 MHz).
2
Mounting
Secure the bracket to your mounting surface (wall, ceiling, pole) using M5 bolts or the supplied hardware. The antenna clicks or bolts onto the bracket. For ceiling mounts, ensure the antenna face points downward. For wall mounts at portals, angle the face 15β20Β° inward toward the read zone center.
Connect the cable to one of the reader's antenna ports. On the Impinj R720, ports are numbered 1β4. Note which physical antenna connects to which port number β you'll need this for software configuration. If using only one antenna, connect to port 1.
5
Basic Configuration
In your reader's management interface, enable the antenna port and set transmit power. Start at 20 dBm and increase in 3 dB increments while testing. Set the receive sensitivity to maximum. For portal applications, set session to S2 and search mode to dual-target. For point reads, S1 single-target is usually fine.
6
Testing Read Range
Attach a sample tag to cardboard and walk through the read zone at normal speed. Check the reader's tag inventory screen. Mark the boundaries where reads become inconsistent β this is your effective read zone. Verify reads at different tag orientations (0Β°, 45Β°, 90Β°). Circular polarization should handle all orientations, but test to confirm.
7
Troubleshooting
**No reads at all:** Check cable connections, verify the antenna port is enabled in software, confirm the tag is compatible (UHF Gen2). **Intermittent reads:** Check cable quality and connections. Look for metal surfaces near the antenna that may cause reflections. Try reducing power if you're getting multipath interference. **Reading too far:** Reduce transmit power. **Stray reads (unwanted tags):** Reduce power, add shielding, or use tag filtering in software.
The A5010 is a compact circular polarized antenna designed for close-to-mid range reading. Its smaller footprint makes it ideal for space-constrained installations where a full-sized antenna won't fit. Despite its compact size, it delivers reliable circular polarized performance for tag-orientation-independent reading.
Key Specifications
Circular polarizationFrequency: 865β928 MHzCompact form factorIP65 ratedModerate gainRP-TNC connector
Application Notes
Point-of-Sale RFID Verification
Integrate the A5010 into a checkout counter, mounted flush under a non-metallic surface. The antenna reads tagged items as they're placed on the counter, enabling instant item identification without line-of-sight scanning. Keep transmit power at 15β20 dBm to limit the read zone to the counter area and avoid reading items in nearby shopping bags.
Conveyor Belt Smart Shelf
Mount the A5010 directly under or beside a narrow conveyor belt for single-item identification. At belt speeds under 1 m/s, the compact antenna captures items reliably. Position the antenna center-aligned with the belt path, 10β30 cm from the tag plane.
Access Control Desk Reader
Embed the A5010 in a reception desk or security checkpoint. Visitors tap their RFID badge near the antenna for contactless check-in. Set read power to minimum (10β15 dBm) to ensure only the presented badge is read, not badges in pockets of people standing nearby.
Recommended Pairings & Usage Suggestions
β**Impinj R720** β use a single port for the A5010 at a desk read station. The remaining 3 ports can connect other antennas in the same area.
β**NordicID Sampo S1 USB reader** β for the simplest desktop setup. The S1's USB power eliminates the need for a separate power supply.
β**Multiple A5010 antennas** β arrange 2β4 in a grid under a table surface for a larger smart shelf read area.
How to Use β Step by Step
1
Unboxing & Inspection
Inspect the antenna and connector. The A5010's compact size means the mounting holes are closer together β verify your mounting surface can accommodate the hole pattern.
2
Mounting
The A5010 can be surface-mounted with screws through the rear holes, or mounted on a VESA-compatible arm for adjustable positioning. For under-counter installations, mount the antenna face-up with the surface material (wood, plastic, or composite) between the antenna and the items. Avoid metal surfaces β they block RF signals.
Connect to your reader's antenna port. For USB readers like the NordicID S1, the antenna may be integrated. For the Impinj R720, connect to any available port.
5
Basic Configuration
Start with low transmit power (10β15 dBm for close-range, 20β25 dBm for mid-range). The A5010's compact size means it naturally has a smaller read zone than the A5020 β work with this rather than trying to maximize range.
6
Testing
Place a sample tag at the expected read position. Verify reads at various orientations. For counter-embedded installations, test with the actual surface material in place β some materials attenuate RF more than expected.
7
Troubleshooting
**Reads through the counter surface are weak:** Try thinner material or a non-metallic surface. Even a thin metal layer (foil-backed insulation) can block signals. **Reading items you don't want:** Reduce power in 1 dB increments until the read zone matches your needs. **Inconsistent reads:** Check that the tag isn't too close to metal objects on the counter.
The A5060 is a high-gain circular polarized antenna built for long-range UHF RFID reading. With approximately 10 dBic gain, it pushes read distances to the maximum achievable with passive UHF RFID β typically 8β12 meters in optimal conditions. The narrower beamwidth means more focused energy, making it ideal for long-range directed reads rather than wide-area coverage.
Key Specifications
Circular polarizationHigh gain (~10 dBic)Frequency: 865β928 MHzIP65 ratedNarrower beamwidthRP-TNC connectorLarger form factor
Application Notes
Vehicle Access Identification
Mount the A5060 on a pole or gantry at 3β4m height, angled down 20β30Β° toward approaching vehicles. Place the RFID tag on the windshield (inside, upper corner). At maximum reader power with the A5060's high gain, reads at 8β10m are achievable, giving the gate system enough time to process and open before the vehicle arrives. Use the narrower beamwidth to your advantage β it reduces reads from adjacent lanes.
Outdoor Asset Yard Monitoring
Deploy multiple A5060 antennas on poles around the perimeter of an asset yard, each covering a sector. Mount at 4β5m height, angled down to cover the yard. The high gain extends read range to tagged equipment, containers, or vehicles across 10+ meters. Use Session 2 persistence to track movement β a tag seen by antenna A but not antenna B has moved between zones.
Parking Management
Install the A5060 at parking garage entry/exit points, aimed at windshield height of approaching cars. The long range gives comfortable read distances at normal driving speed (10β20 km/h). Mount at 3m height, tilted 25Β° down. Pair with a barrier controller for automated access.
Recommended Pairings & Usage Suggestions
β**Impinj R720 at maximum power (36 dBm EIRP)** β the ideal pairing for maximum read range. Ensure your total system EIRP (reader power + antenna gain - cable loss) doesn't exceed regional regulatory limits.
β**LMR-400 coaxial cable** β essential for long-range installations where cable runs are often 5β15m. The low loss preserves the signal advantage of the high-gain antenna.
β**Times-7 A5020** β use an A5060 for the long-range primary read and an A5020 for a secondary confirmation read at closer range.
How to Use β Step by Step
1
Unboxing & Inspection
The A5060 is larger than most antennas in the range. Verify the mounting hardware can support its weight and wind loading if outdoor. Check connector integrity carefully β field damage is common with larger antennas during transport.
2
Mounting
Use a sturdy pole mount or wall bracket rated for the antenna's weight plus wind load. For outdoor installations, use stainless steel hardware to prevent corrosion. Mount at 3β5m height for vehicle reads, 2β3m for personnel. The antenna should have clear line-of-sight to the tag zone β any obstruction between the antenna and tags will degrade performance significantly at these ranges.
3
Cabling
**Critical for high-gain antennas:** Use LMR-400 cable for any run over 3m. A 10m run of cheap RG-58 cable loses approximately 6.5 dB β that's 75% of your signal gone before it reaches the antenna. With LMR-400, the same run loses only about 2 dB. Weatherproof all outdoor connectors with self-amalgamating tape and a cable boot.
4
Reader Connection & EIRP Compliance
Before setting power, calculate your total EIRP: Reader TX power (dBm) + Antenna gain (dBi) - Cable loss (dB) = EIRP. Most regions allow 33β36 dBm EIRP. With a 10 dBic antenna and 2 dB cable loss, you can only set the reader to about 25 dBm to stay compliant. Check your local regulations.
5
Aiming & Alignment
The A5060's narrower beam means aiming matters. Point the antenna center at the middle of your expected tag zone. Use a tag on a stick at the target distance while monitoring the reader's RSSI readings β sweep the antenna angle until RSSI peaks. Lock the mount firmly.
6
Testing Read Range
Walk-test (or drive-test for vehicle applications) the full read zone. Mark where reads start and stop. Check for dead spots caused by multipath reflections off metal structures. Test at different times of day β thermal expansion of metal structures can shift reflection patterns.
7
Troubleshooting
**Range shorter than expected:** Calculate cable losses β they're usually the culprit. Check all connector joints. Verify EIRP calculations. **Reads in wrong lane/area:** The beamwidth may be wider than expected at close range. Add shielding or reduce power. **Intermittent long-range reads:** Likely multipath. Try repositioning the antenna by 10β20 cm β even small shifts can resolve multipath nulls.
The A6031 is a mid-range circularly polarized antenna known for its excellent axial ratio β meaning the circular polarization quality is very good, so it reads tags reliably regardless of orientation. This makes it a strong choice for applications where tagged items tumble, rotate, or have unpredictable orientations.
Mount A6031 antennas on library shelving units (one per shelf section, behind a thin panel) to read book spine tags in any orientation. Books are rarely aligned perfectly, so the excellent axial ratio is critical. Connect multiple antennas to a reader and scan sections sequentially for inventory. Set power low (18β22 dBm) to limit reads to the shelf section directly in front of each antenna.
Manufacturing WIP Tracking
Install A6031 antennas at workstation transition points on production lines. As work-in-progress items (tagged on various surfaces) move between stations, the antenna captures reads regardless of how the item is oriented on the conveyor or cart. Mount at 0.5β1m from the expected tag path.
Warehouse Shelf Reads
For bin-level inventory, mount A6031 antennas on shelving cross-members, one per shelf level. The antenna's moderate gain creates a focused-enough read zone for one shelf level without reading items on the shelf above or below. Use low power and careful positioning.
Recommended Pairings & Usage Suggestions
β**Impinj R720** β connect 4 A6031 antennas for sequential shelf scanning across a multi-bay shelving unit.
β**NordicID Sampo S3** β lower-cost multi-antenna deployments for library or warehouse inventory.
β**Times-7 A1130 nearfield antenna** β use A6031 for area scanning and A1130 for precise item verification at a check-in/check-out station.
How to Use β Step by Step
1
Unboxing & Inspection
Standard inspection β check connector, verify frequency band, confirm all mounting hardware is present.
2
Mounting
The A6031's moderate size makes it easy to mount in most locations. Use the rear mounting holes. For shelf-level reads, mount the antenna on the shelf frame with the face pointing outward toward the aisle. Keep the antenna face parallel to the expected tag plane.
Connect to any available reader port. When running multiple A6031 antennas for shelf scanning, connect them to sequential ports and configure the reader for round-robin antenna switching.
5
Configuration
For shelf reads, set power between 18β24 dBm. The goal is to read tags on one shelf level without bleeding into the next. Start low and increase until all tags on the target shelf are captured. If you start reading tags from the shelf above/below, reduce power.
6
Testing
Place tags in various orientations (flat, angled, perpendicular) and verify consistent reads. The A6031's strong axial ratio should handle all orientations β if it doesn't, check the tag type. Some tags have inherent orientation sensitivity regardless of the antenna.
7
Troubleshooting
**Reading tags on adjacent shelves:** Reduce power. If still too much bleed, add RF absorber material between shelves. **Missed tags in certain orientations:** This is likely a tag issue, not an antenna issue. Try a different tag model with better omni-directional performance. **Slow inventory counts:** Enable fast-search mode on the reader and optimize the antenna switching dwell time.
The A8060 is a slim portal antenna designed specifically for doorway installations. Its thin profile integrates cleanly into door frames and corridor walls, creating a defined read zone that captures tagged items passing through. Each A8060 panel covers one side of a doorway β for full portal coverage, deploy one on each side.
Key Specifications
Slim door frame profileFrequency: 865β928 MHzDesigned for portal deploymentsIntegrated mounting systemVertical polarization optionMultiple panel lengths available
Application Notes
Warehouse Dock Door Tracking
Install A8060 panels on both sides of a dock door to track pallets and cases entering/leaving the warehouse. Mount the panels vertically at 0.3β2m height to cover the full pallet stack. The slim profile keeps them out of the way of forklift traffic. Use two reader ports (one per side) and configure Session 2 to prevent re-reads as forklifts pause in the doorway.
Retail Entrance/Exit Monitoring
Conceal A8060 panels in the door frame of a stockroom-to-salesfloor transition. As staff carry tagged merchandise through, the system logs every item automatically. This replaces manual scanning for stock transfers. Set power low enough to avoid reading items on shelves near the doorway.
Library Book Check-In/Out Gate
Install A8060 panels at the library exit gates. When a patron walks through carrying books, the system reads all book tags simultaneously and checks them against the circulation database. Books not checked out trigger an alert. The panels' slim profile blends with standard library gate aesthetics.
Hospital Asset Tracking
Deploy at department entry/exit doors to track tagged medical equipment (infusion pumps, wheelchairs, monitors). The system logs equipment movement between departments automatically, solving the 'where is it?' problem. Mount panels on both sides, covering floor-to-2m height.
Recommended Pairings & Usage Suggestions
β**Impinj R720** β the standard pairing. Use ports 1 & 2 for the left/right A8060 panels. Ports 3 & 4 can connect overhead A5020 antennas for enhanced coverage on taller doorways.
β**Times-7 A8065 SlimLine Combo** β if you need a complete kit rather than individual panels.
β**Times-7 A5020** β add one overhead for extra coverage at doorways wider than 2m where side panels alone may leave a gap in the center.
How to Use β Step by Step
1
Unboxing & Inspection
The A8060 panels are long and slim. Inspect for any bending or damage during shipping. Check connector(s) β some models have dual connectors for different polarization options.
2
Site Survey
Before mounting, measure the doorway. For doorways up to 2m wide, panels on both sides provide good coverage. For wider doorways (3m+ like dock doors), consider adding an overhead antenna. Check for metal in the door frame β steel frames can actually help by reflecting RF energy back into the read zone, but they can also create nulls.
3
Mounting
Mount the panels vertically on each side of the doorway. The bottom of the panel should be at 20β30 cm from the floor. Use the integrated mounting system β the panels typically have a rail or bracket that attaches to the wall/frame first, then the panel clicks in. Route cables behind the panel or through the wall for a clean installation.
4
Cabling
Each panel needs its own coaxial cable to a separate reader port. Use cables of equal length to both panels to maintain consistent read zones. If the reader is nearby, 2β3m of RG-58 is fine. For longer runs, use LMR-240. Weatherproofing isn't usually needed for indoor doorway installations.
5
Reader Configuration
Assign each panel to a separate reader port. Set both ports to the same power level for balanced coverage. Start at 25 dBm. Configure Session 2 with dual-target search to handle items that stop in the read zone (e.g., forklift pausing). Set a tag population estimate of 20β50 for pallet-level reads, 1β5 for individual items.
6
Testing the Portal
Walk through the portal with a tagged item at normal speed. Repeat 20 times and count successful reads β aim for 99%+ read rate. Test with items at different heights (hand level, waist level, above head). Test with multiple tagged items simultaneously. For pallet reads, test with a loaded pallet moving through at forklift speed.
7
Troubleshooting
**Missed reads on one side:** Check that both panels have equal cable length and power settings. Verify both reader ports are active. **Reading items outside the portal:** Reduce power. Add RF absorber material on the exterior face of the panels to limit outward radiation. **Missed reads in the center of wide doorways:** Add an overhead antenna or increase power slightly. **Interference between panels:** If both panels are on the same reader, the reader handles antenna multiplexing automatically. If on different readers, coordinate timing.
The A8065 SlimLine Combo is a complete doorway portal solution β antenna panels, mounting hardware, and cables in a single kit. It's designed for facilities that need to deploy RFID portals quickly and consistently across multiple doorways. The SlimLine profile is the thinnest in the Times-7 portal range, making it minimally intrusive in finished environments like offices, hospitals, and retail stores.
When a warehouse has 10+ doorways to cover, the A8065 combo kit ensures consistent installations. Each kit is self-contained, reducing procurement complexity. Deploy one kit per doorway, connected to an Impinj R720 at each location. For shared readers, use multiplexers.
Hospital Ward Entry Tracking
The SlimLine profile fits cleanly in hospital doorways without creating snag points for gurneys or equipment carts. Install at each ward entry to automatically log equipment and tagged supply movements. The aesthetic design doesn't disrupt the clinical environment.
IT Asset Room Monitoring
Install at the entrance to server rooms, equipment storage, or IT asset rooms. Every tagged device (laptop, monitor, server) that passes through is automatically logged. Combine with access control data to create a complete chain-of-custody record.
Recommended Pairings & Usage Suggestions
β**Impinj R720** β the standard reader for portal kits. One R720 per portal provides dedicated, high-performance reading.
β**NordicID Sampo S3** β a more economical reader option for high-volume portal deployments where per-door cost matters.
β**Inventrack software** β Intensecomp's middleware platform handles portal event logic: direction detection, filtering, and integration with WMS/ERP systems.
How to Use β Step by Step
1
Unboxing & Kit Verification
The kit includes: 2 antenna panels, mounting brackets, pre-made coaxial cables, mounting hardware, and installation guide. Lay everything out and verify all components are present before starting. The pre-made cables are length-matched β don't substitute with random cables.
2
Frame Assembly
Follow the included instructions to assemble the mounting brackets onto the door frame. The brackets are designed for standard commercial door frames. For non-standard frames, you may need adapter plates. Use a level β crooked panels look unprofessional and can affect read performance if angled away from the read zone.
3
Panel Installation
Slide or click the antenna panels onto the mounted brackets. The panels should be vertical with the connector(s) accessible. The kit is designed for tool-minimal installation β most connections are snap-fit or hand-tightened.
4
Cable Connection
Connect the pre-made cables from each panel to the reader. The cables are labeled L/R or color-coded. Connect left panel to port 1, right panel to port 2 (or as specified in the kit's instructions). Don't swap them if you want directional read information.
5
Reader Setup & Calibration
Enable both antenna ports at equal power. Start at 25 dBm. The kit's documentation may include recommended settings β follow those first, then fine-tune. Configure the reader for portal mode: Session 2, dual-target, with appropriate tag population estimates.
6
Validation Testing
Walk through with test tags 20+ times from both directions. Verify 99%+ read rate. Test with single items and bulk (handfuls of tagged items). Time the reads β for a walking-speed portal, all tags should be captured within 1β2 seconds of entering the zone.
7
Troubleshooting
**Incomplete kit:** Contact your supplier immediately. Don't substitute components. **Panels don't fit the door frame:** Use adapter plates or spacers. The kit is designed for standard 90cmβ120cm commercial doorways. **Lower read rate than expected:** Check cable connections, ensure both ports are powered, verify tags are compatible Gen2 UHF. **Directional detection issues:** If using software to determine entry vs. exit, ensure the panels and ports are correctly mapped.
The RTAS (Race Timing Antenna System) is a purpose-built UHF RFID antenna designed for sports timing applications. It's a ground-mount mat that creates a read zone across a finish line, start line, or split point. The antenna reads timing chips (UHF RFID tags) embedded in race bibs or attached to shoes as athletes cross the timing point. Designed to handle hundreds of runners crossing simultaneously at major events.
Key Specifications
Ground-mount mat designOptimized for bib/shoe tag readingWeather-resistant (outdoor use)Wide read zone (full lane width)Low-profile (anti-trip)Heavy-duty construction
Application Notes
Marathon Finish Line
Deploy 2β3 RTAS mats side by side to cover the full finish line width (typically 6β8m). Each mat connects to a separate reader port. At a major marathon, 50+ runners may cross the finish within 10 seconds β the RTAS is designed for this density. Place mats flush on the ground. Cover with a thin carpet runner for aesthetics and to prevent tripping. The reader should be set to maximum sensitivity with Session 2 to capture every bib on first pass.
Triathlon Timing
Triathlons need timing at multiple transition points: swim exit, T1, T2, bike in/out, run start/finish. Deploy RTAS mats at each point. The weather-resistant design handles wet conditions at the swim exit. Use separate readers or a high-port-count reader at central locations. Cable runs to timing stations may be long β use low-loss cable.
Cycling and Lap Timing
For criterium racing or track cycling, lay RTAS mats across the track surface. The mats can handle bicycle tire pressure and occasional vehicle crossings for setup. Place timing chips on the bicycle frame's down tube or seat tube, positioned toward the ground for best read angle. At high cycling speeds (40+ km/h), ensure the reader's tag read rate is set to maximum.
Recommended Pairings & Usage Suggestions
β**Impinj R720 at maximum read rate** β critical for capturing fast-moving athletes. Configure for maximum throughput with all available antenna ports active.
β**Times-7 A5020 overhead** β for extra timing insurance, add an overhead A5020 aimed down at the timing line to capture tags that the ground mat might miss (e.g., bib tags that are folded or covered).
β**Timing software (e.g., MyLaps, ChronoTrack compatible)** β the RTAS provides raw tag reads; timing software converts these into split times, results, and rankings.
How to Use β Step by Step
1
Unboxing & Inspection
The RTAS mat is large and heavy. Inspect for punctures, cuts, or connector damage. Test the antenna for continuity before deployment β discovering a fault during race setup is a nightmare. Bring backup connectors and a spare mat to every event.
2
Site Setup
Clear the timing point area. The ground should be as flat as possible. Remove debris, rocks, or sharp objects that could puncture the mat. Lay the mat flat across the timing line, perpendicular to the direction of travel. The timing line painted on the ground should align with the center of the mat.
3
Securing the Mat
Use gaffer tape on the leading and trailing edges to prevent curling or tripping. For outdoor events, stake the corners if wind is a concern. On hard surfaces (tarmac), heavy-duty tape is your primary anchor. Place sandbags at corners if tape won't hold. Some organizers place a thin carpet or rubber mat over the RTAS for aesthetics and additional anti-trip protection β test that the covering doesn't attenuate the signal.
4
Cable Routing
Route the coaxial cable from the mat's edge to the timing tent/station. Protect the cable with cable ramps or covers where it crosses pedestrian or vehicle paths. Use LMR-400 for runs over 5m. Clearly label cables if multiple mats are in use.
5
Reader Configuration
Set the reader to maximum sensitivity and maximum tag-read rate. Configure Session 2 with single-target search for the best capture rate on fast-moving tags. Set the antenna power to maximum. If multiple mats are connected, enable all ports with minimal dwell time per antenna (fast switching). Tag population estimate: set to 50+ for large events.
6
Pre-Race Testing
Have a volunteer run across the mat wearing a bib with a timing tag. Verify the read at full running speed across the entire width of the mat. Test at the edges β the corners are the weakest read areas. If using shoe tags, test with the shoes at running stride height (5β10cm off the ground). Do 20+ test crossings and verify 100% capture rate.
7
Troubleshooting
**Missed reads at high speed:** Increase reader read rate. Ensure cable isn't damaged. Check for interference from other electronic timing equipment. **Dead zones on the mat:** There may be a physical damage point. Mark it and position it at the edge of the course where fewer runners cross. **Interference from metal ground surface:** The RTAS is designed for ground mount, but thick steel plates directly underneath can cause issues. Add a rubber mat spacer if needed.
The A6590C is a ruggedized circularly polarized antenna built for ground-level or floor-flush mounting. It's designed to withstand vehicle traffic, foot traffic, and harsh industrial environments. Use it anywhere you need to read tags from below β assets on forklifts, vehicle underbody tags, or floor-level pallet tags.
Embed A6590C antennas in the floor at key transition points (dock doors, aisle intersections, staging areas). Each forklift has an RFID tag mounted underneath. As the forklift drives over the ground antenna, the system logs its location. This creates a movement trail without requiring line-of-sight or overhead infrastructure.
Vehicle Underbody Identification
Install A6590C flush with the road surface at gated entrances. Vehicles with underbody RFID tags are read as they drive over. This is more tamper-resistant than windshield tags (harder to transfer between vehicles) and works in all weather conditions.
Pallet Floor-Level Reads
When pallets are placed directly on the floor in a staging area, a ground antenna reads pallet-bottom tags without requiring the pallet to be lifted or moved. Install multiple A6590C antennas in a grid pattern to cover the staging area.
Recommended Pairings & Usage Suggestions
β**Impinj R720** β pair with the A6590C for ground-level read points. The R720's robust connectivity handles the challenging RF environment near the floor.
β**Times-7 A5020 overhead** β combine a ground antenna with an overhead antenna for dual-direction tag capture (top and bottom of a vehicle or pallet).
β**Protective floor housing** β use a recessed housing or cover plate rated for your traffic load (forklift rated, vehicle rated, or pedestrian only).
How to Use β Step by Step
1
Unboxing & Inspection
The A6590C is built tough. Inspect the gaskets and sealing surfaces β these are critical for in-ground installations where water ingress is a risk. Verify the connector type and ensure you have a compatible weatherproof cable assembly.
2
Floor Preparation
Cut or core a recess in the floor matching the antenna dimensions plus 5β10mm clearance on each side. The recess depth should allow the antenna face to sit flush with or 2β3mm below the floor surface. For concrete floors, use a concrete saw. For industrial flooring, consult the flooring manufacturer. Ensure drainage β water pooling in the recess will eventually damage even IP67-rated equipment.
3
Installation
Place the antenna in the recess, face-up. Level it carefully β an angled antenna creates an offset read zone. Secure with grout, resin, or mechanical fasteners depending on the floor type. The antenna face should be flush or very slightly recessed (not protruding above the floor).
4
Cable Routing
Route the cable through a floor conduit to the reader location. The conduit should be sealed to prevent water migration. Use a weatherproof connector assembly at the antenna end. Use LMR-240 or LMR-400 cable β the cable will be permanently installed and difficult to replace, so invest in quality.
5
Configuration
Set power based on the expected tag height above the antenna. For vehicle underbody tags (15β30cm above ground), moderate power (25β30 dBm) is usually sufficient. For forklift tags (50β80cm above), use higher power.
6
Testing
Drive a tagged vehicle or forklift over the antenna at operational speed. Verify reads at various speeds. Check that the read zone doesn't extend too far laterally β you only want to read the vehicle directly overhead.
7
Troubleshooting
**No reads:** Verify the cable isn't damaged from the installation. Water in the floor conduit can degrade cable performance over time. **Intermittent reads:** Check for water pooling on the antenna surface β a puddle of water attenuates RF. Ensure the antenna isn't buried too deep below the floor surface. **Reading adjacent vehicles:** Reduce power or add ground-level RF shielding around the antenna perimeter.
The A1130 is a compact nearfield UHF RFID antenna designed for precision short-range reading β typically 0β10 cm. Unlike far-field antennas that project RF energy outward, the A1130 creates a tightly controlled magnetic coupling field directly above its surface. This means it only reads tags that are placed directly on or very close to the antenna, eliminating the problem of unwanted stray reads.
Embed the A1130 in a pharmacy counter or dispensing station. When a pharmacist places a tagged medication box on the read point, the system instantly verifies the drug, lot number, and expiry against the prescription. The nearfield design ensures only the placed item is read β critical in a pharmacy where dozens of tagged medications are within arm's reach.
Jewelry Point-of-Sale
Mount the A1130 in a jewelry display counter. When a sales associate places a ring, bracelet, or necklace on the read point, the system pulls up the item's record (price, provenance, specs). The short range prevents reading adjacent items in the display case. Multiple A1130 antennas can be deployed across a large counter.
Lab Sample Registration
Integrate the A1130 into a lab bench or sample registration station. Technicians place tagged vials or tubes on the antenna for instant identification. This eliminates manual barcode scanning and reduces transcription errors. The controlled read zone prevents misidentification from nearby samples.
Recommended Pairings & Usage Suggestions
β**NordicID Sampo S1 USB reader** β the simplest nearfield station. USB-powered, plug-and-play. The S1's keyboard emulation reads the tag ID directly into any application.
β**Impinj R720** β for multi-station deployments. Connect up to 4 A1130 antennas to one reader for multiple read points in a work area.
β**Custom enclosures** β the A1130 is often embedded in purpose-built fixtures. Work with your enclosure manufacturer to ensure the antenna face is flush with the surface, with no metal between it and the items.
How to Use β Step by Step
1
Unboxing & Inspection
The A1130 is small and lightweight. Handle the connector carefully β it's the same RP-TNC as larger antennas but on a smaller housing. Verify the antenna face is clean and undamaged.
2
Mounting & Integration
The A1130 is typically embedded in a surface rather than wall-mounted. Cut a recess in your counter, desk, or fixture that allows the antenna face to sit flush with the surface. The surface material above the antenna must be non-metallic β wood, plastic, glass, or composite. Even a thin metal foil layer will block the nearfield signal. Secure with screws through the antenna's mounting holes.
3
Cabling
Use a short, high-quality cable β 1m or less is ideal. The nearfield antenna operates at very low power, so every dB of cable loss matters more than with a far-field antenna. RG-58 is fine for short runs.
4
Critical: Power Settings
**This is the most important step for nearfield antennas.** Set the reader to minimum transmit power (typically 10β15 dBm). Too much power turns a nearfield antenna into a far-field antenna with an uncontrolled read zone. Increase power only in 1 dB increments if you're not reading tags on the surface. The goal is the minimum power that reliably reads tags at contact distance.
5
Read Zone Verification
Place a tag flat on the antenna surface β it should read instantly. Move the tag upward in 1 cm increments until reads stop. This is your effective read range. It should be 5β10 cm. If it's reading at 20+ cm, your power is too high. Move the tag laterally away from the antenna edge β reads should stop within a few cm of the antenna perimeter.
6
Application Testing
Test with the actual tagged items you'll be reading (medication boxes, jewelry, vials). Ensure reads are consistent across the entire antenna surface, not just the center. Verify that adjacent tagged items (within 20β30 cm) are NOT read β this is the whole point of nearfield.
7
Troubleshooting
**No reads at all:** Check power settings (it should be LOW, but not zero). Verify the tag is UHF Gen2. Some very old tags aren't nearfield-compatible. **Reading items too far away:** Reduce power immediately. 1 dB at a time until the read zone tightens. **Inconsistent reads on the surface:** Clean the antenna face. Ensure no metal objects are underneath the antenna. Try a different tag model β some tags couple better with nearfield antennas. **Dead spots on the antenna:** The nearfield pattern may not be perfectly uniform. Rotate the tag 90Β° if reads are inconsistent.
The A1163 is a larger nearfield UHF RFID antenna that provides a wider short-range read area than the A1130. It's designed for applications where multiple items need to be placed on a surface and read simultaneously β like a tray of tagged items or a stack of documents. Read range is still tightly controlled at approximately 15 cm.
Embed the A1163 in a checkout counter. When a customer places tagged items on the counter, the antenna reads them all simultaneously β instant itemization without individual scanning. The larger surface area handles 5β10 items at once. Keep power low to avoid reading items still in the customer's bag.
Document Tracking In/Out Trays
Install the A1163 under an in/out tray on a desk. Every tagged document placed in the tray is automatically logged. This creates an audit trail for sensitive documents without requiring manual scanning. The read range covers the full tray depth (a stack of 20β30 documents).
Hospital Surgical Tray Verification
Embed A1163 in a surgical prep station. When a surgical tray is placed on the read point, all tagged instruments are read simultaneously and checked against the procedure's required instrument list. Missing instruments are flagged before surgery begins.
Recommended Pairings & Usage Suggestions
β**Impinj R720** β handle multi-tag reads efficiently. The R720's fast inventory algorithm captures many tags quickly.
β**NordicID Sampo S3** β for dedicated station deployments where the S3 acts as a local reader.
β**Times-7 A1130** β use the A1163 for multi-item trays and A1130 for single-item verification stations in the same workflow.
How to Use β Step by Step
1
Unboxing & Inspection
The A1163 is noticeably larger than the A1130. Verify your installation surface can accommodate its dimensions. Check the connector and flat antenna surface for any damage.
2
Mounting
Embed in a counter, desk, or shelf surface. The larger area needs a correspondingly larger recess. Ensure the entire antenna face is supported β a sagging center will cause uneven reads. No metal between the antenna and tagged items.
3
Cabling
Short, quality cable. Same as A1130 β 1m or less preferred, RG-58 is adequate.
4
Power Configuration
Start at 12β18 dBm. The A1163's larger area needs slightly more power than the A1130 to energize tags across the full surface. But the same nearfield rule applies: minimum power for reliable surface reads. Increase in 1 dB increments.
5
Multi-Tag Testing
Place 1 tag, verify read. Add tags one by one up to your expected maximum (e.g., 10 items). Verify all are captured consistently. Spread tags across the entire antenna surface β don't just stack them in the center. Check read time β with 10 tags, the reader should capture all within 1β2 seconds.
6
Edge Testing
Tags placed at the very edge of the antenna may read inconsistently. Identify the reliable read area and mark it on the surface with a subtle visual indicator so users know where to place items.
7
Troubleshooting
**Not all tags reading in a stack:** Tags very close together can shield each other. Try spreading items across the surface rather than stacking. Increase reader dwell time. **Read zone too large:** Reduce power. **Slow multi-tag reads:** Increase the reader's tag population estimate to match your item count. Enable fast-search mode.
The A1115 is the smallest nearfield antenna in the Times-7 range, built for single-item precision reading in the most space-constrained environments. With a read range of approximately 5 cm, it provides the tightest read zone available β ideal for applications where you absolutely must read only the one item presented, with zero stray reads.
Key Specifications
Ultra-compact NearFieldRead range: ~5 cmFrequency: 865β928 MHzPrecision single-item read zoneSmallest form factor in range
Application Notes
Vial/Tube Verification in Laboratories
Integrate the A1115 into a benchtop instrument or sample intake station. When a technician presents a tagged vial or tube, the system reads the tag and pulls up patient/sample data instantly. The ultra-tight read zone ensures the adjacent vial in the rack isn't accidentally read. Critical for clinical laboratories where sample misidentification can have serious consequences.
Authentication & Anti-Counterfeiting
Embed the A1115 in a verification kiosk. When a customer or inspector presents a tagged product (luxury goods, branded merchandise, pharmaceuticals), the antenna reads the embedded tag to verify authenticity. The 5 cm range requires intentional presentation β no accidental reads.
Embedded Kiosk / Self-Service Station
Build the A1115 into a self-service kiosk where users tap a tagged card, badge, or product against a marked spot. The small antenna footprint fits into tight kiosk housings. The short range provides a tap-to-read experience similar to NFC but using UHF RFID tags.
Recommended Pairings & Usage Suggestions
β**NordicID Sampo S1** β the simplest single-point read station. S1 + A1115 in keyboard emulation mode puts the tag ID directly into any application.
β**Impinj R720** β for multi-station laboratory setups. One reader, 4 A1115 antennas at 4 workstations.
β**Custom 3D-printed enclosure** β the A1115's small size makes it ideal for embedding in custom-designed housings.
How to Use β Step by Step
1
Unboxing
The A1115 is very small. Handle with care β the connector is a significant portion of the total size. Verify the connector type matches your cable.
2
Integration
This antenna is almost always embedded in a custom enclosure or fixture. Design your enclosure so the antenna face sits flush with the read surface. The enclosure material over the antenna must be non-metallic and thin (ideally under 5mm of plastic). Include a cable channel in the enclosure design.
3
Cabling
Use the shortest possible cable β 30cm to 1m. Every cm of cable matters at these power levels. Use a quality connector β a bad connection at nearfield power levels means no reads at all.
4
Power Settings
Set reader power to the absolute minimum (5β10 dBm may be sufficient). The A1115's tiny aperture doesn't need much energy to couple with a tag at 5 cm. If your reader doesn't go low enough, add a fixed attenuator (3β6 dB) in line.
5
Precision Testing
Place a tag at 0 cm (contact), 2 cm, 5 cm, and 10 cm. You should get reliable reads at 0β5 cm and no reads at 10 cm. If reading at 10 cm, reduce power. Test with the tag in all orientations β at nearfield distances, orientation sensitivity is high. Find the optimal orientation for your tag type and instruct users accordingly.
6
User Experience
Mark the read point clearly on the enclosure surface. Users need to know exactly where to present their item. A visual indicator (LED) that lights up on successful read greatly improves the user experience. The reader can trigger a GPIO output to control an LED.
7
Troubleshooting
**No reads even at contact:** Check cable, connector, and power settings. Verify the tag is UHF Gen2. Some tags are too small to work at nearfield distances. **Read range too large:** Add an attenuator or reduce reader power. **Inconsistent reads:** The tag may need a specific orientation relative to the antenna. Test systematically to find the best angle, then design your enclosure to guide users.
The A7030C is a mid-size circularly polarized antenna designed to be the 'Swiss army knife' of the Times-7 range. With moderate gain, good axial ratio, and a versatile mounting system, it fits a wide range of applications where you need reliable reading at 1β5 meter range without the size or cost of a high-gain antenna. It's the antenna to choose when you don't have a specialized requirement β it does everything well.
Mount A7030C antennas on ceiling tracks above retail display areas. During overnight inventory scans, the antennas read all tagged merchandise in their coverage area. The circular polarization handles folded clothing, boxed electronics, and hanging items equally well. Space antennas 3β4m apart for overlapping coverage.
Warehouse Zone Monitoring
Install A7030C antennas at aisle ends or ceiling positions to create read zones within the warehouse. Items tagged at the pallet or case level are detected as they enter or leave a zone. This provides location granularity without the full infrastructure cost of a portal at every doorway.
Library Shelf Management
Mount on aisle-end structures, one per side, to scan entire shelf sections. The moderate read range covers a typical library shelf unit (2β3m depth). Run inventory scans during closed hours by sequentially activating antennas aisle by aisle.
Recommended Pairings & Usage Suggestions
β**Impinj R720** β the standard pairing for most applications. 4 A7030C antennas per reader provides excellent zone coverage.
β**NordicID Sampo S3** β for budget-conscious multi-antenna deployments.
β**Times-7 A1130/A1163 nearfield** β pair the A7030C for area scanning with nearfield antennas at specific interaction points (checkout, verification stations).
How to Use β Step by Step
1
Unboxing & Inspection
Standard inspection. The A7030C has an integrated bracket system with multiple mounting options β familiarize yourself with the bracket before heading to the installation site.
2
Mounting
**Wall mount:** Bracket screws to wall, antenna attaches to bracket. Angle to face the read zone. **Ceiling mount:** Same bracket inverted. Use toggle bolts or structural mounting points β don't rely on drywall anchors alone. **Pole mount:** Use the pole-mount adapter if provided, or a universal antenna pole clamp. The antenna should be firmly fixed with no wobble.
Set transmit power based on your desired read range: 15β20 dBm for 1β2m reads (shelf scanning), 25β28 dBm for 3β5m reads (zone monitoring), maximum power for maximum range. Session settings depend on the application: Session 1 for quick counts, Session 2 for monitoring presence.
5
Read Zone Mapping
Walk the coverage area with a tag on a pole at the expected tag height. Map where reads are consistent, intermittent, and absent. The A7030C's moderate beamwidth creates a roughly cone-shaped read zone extending from the antenna face. Mark the edges of the reliable zone. If coverage gaps exist between adjacent antennas, increase power or reduce antenna spacing.
6
Multi-Antenna Coordination
When using multiple A7030C antennas on one reader, configure antenna dwell time appropriately. For inventory scanning, longer dwell (200β500ms per antenna) captures more tags. For monitoring applications, shorter dwell (50β100ms) provides faster detection but may miss weak tags.
7
Troubleshooting
**Coverage gaps between antennas:** Increase power or reduce spacing. Alternatively, angle adjacent antennas slightly toward each other. **Reading into unwanted areas:** Reduce power or add shielding. Ceiling-mounted antennas can sometimes read through thin walls β be aware of adjacent rooms. **Inconsistent tag counts:** Increase dwell time per antenna. Ensure tags aren't in orientation-hostile positions β though the A7030C's circular polarization helps, some tag form factors have inherent blind spots.
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