RFID Installation:
portals, readers, and the building work behind them.
A dock-door portal is a PoE device on a door jamb that needs conduit, a certified drop, correct antenna aiming, and a validated read rate. SRS installs that layer nationwide — for the RFID software you already chose, at every site in the rollout.
RFID installation is the physical work that makes a tracking system read: surveying the read zones, running conduit and certified network drops to each reader, mounting portal frames and antennas at the designed heights and angles, budgeting PoE, and validating read rates with real tagged product at real speed. SRS Networks installs RFID infrastructure across all 48 contiguous states for whichever platform you selected — it sells no RFID software or tags.
SRS Networks is a nationwide IT infrastructure deployment partner headquartered in South San Francisco, California, installing network, wireless, and tracking infrastructure for multi-site enterprises and technology vendors across all 48 contiguous states since 1996. RFID hardware is new; dock doors, conduit, PoE budgets, and warehouse ceilings are the trade we have run through 500+ deployments and 5,000+ sites.
What each RFID install type needs from the building
Your platform vendor specifies the read design. This is what delivering it costs in physical work.
| Install type | Where | What the building has to provide |
|---|---|---|
| Dock-door portal | Receiving and shipping doors | Portal frame or mounted antennas, reader within cable-length of the antennas, PoE or local power, conduit down the door jamb, and a network drop back to the closet |
| Overhead / choke-point reader | Aisle entries, staging boundaries, production gates | Ceiling or structure mount at height, PoE drop, antenna aiming that reads the pass-through without reading the neighbor |
| Handheld and cart-based | Cycle counting, spot verification | Wireless coverage that holds at the read location — this is a WiFi design problem, not a reader problem |
| Conveyor / print-and-apply | Sortation and labeling lines | Reader and antenna mounting on the line, shielded pathway away from motor noise, dedicated PoE, and coordination with the line integrator's commissioning window |
| Fixed asset / room-level | Tool cribs, cages, high-value storage | Reader coverage of the enclosure, often paired with access control on the same door for an audited event trail |
How an RFID install runs
Five steps, the same way at site one and site sixty.
1. Site survey before hardware
Read zones, mounting heights, existing WiFi channels, metal and racking geometry, and the actual traffic pattern through each door. RFID that was designed on a floor plan reads pallets in the next aisle.
2. Pathway, power, and drops
Conduit at the jamb, homerun Cat6/Cat6A to each reader, fire-stopping at penetrations, and a PoE budget that accounts for readers plus everything already on the switch. Every drop terminated, tested, and labeled.
3. Mount, aim, and terminate
Portal frames and antennas installed to the design's heights and angles, cable dressed and secured, readers landed on documented switch ports. Aiming is where read rates are won or lost.
4. Read-rate validation
Test reads through each portal with real tagged product at real forklift speed, tuning power and angle until the zone reads what it should and ignores what it shouldn't. Results documented per portal.
5. Handoff to your platform
Readers land configured to your software vendor's spec, with port maps, mounting records, and read-rate results. Their engineers commission the application against a documented install instead of a discovery walk.
Why RFID pilots read well and rollouts don't
A pilot gets installed by the people who designed it, in the building they designed it for, with someone watching the read counts all week. The rollout gets installed by whoever was available, in sixty buildings with different door heights, ceiling structures, and racking — and nobody validates the reads until a cycle count disagrees with the system three months later.
The fixes are unglamorous and physical. Antenna aiming that reads the door and not the adjacent lane. Mounting heights held to the design rather than to whatever the lift reached that day. Enough PoE headroom on the closet switch that adding eight readers doesn't brown out the access points already there. Conduit that survives a forklift strike at the jamb. Read-rate validation with tagged product moving at real speed, documented per portal, so a later dispute has a baseline.
On multi-site programs the gear itself is the other failure point. Roughly one in six direct-to-site shipments fails on first delivery — wrong dock, no signature, nobody at receiving was told. We stage readers and antennas at our West or East Coast facility, configure and label them per site, and ship to a named recipient. Below about five sites that overhead isn't worth it and drop-ship is fine.
For RFID and RTLS platform vendors
If you sell the software and need a national field arm to install it under your brand, that is a channel engagement rather than a services one — white-label crews, one SOW per program, and no competing product line on our side.
RTLS Deployment PartnerFor operators building the warehouse first
RFID lands on top of a network that has to exist first — cabling, closets, coverage, and PoE capacity. If the building is new or the network is the constraint, start there.
What SRS does not do here
SRS does not sell RFID software, readers, or tags, does not configure your inventory application, and does not design the read strategy for your business process — your platform vendor owns tag selection, encoding scheme, middleware, and application logic. We install to their published spec and validate that the physical layer performs against it.
For a single building with two dock doors, a local low-voltage shop plus your vendor's field engineer will beat us on price — our model pays off across a portfolio, where the same portal has to be built the same way in forty buildings. Bring us the pilot only if the pilot is setting the standard for the rollout.
Straight answers on RFID installation
The physical work behind a read: surveying read zones and mounting locations, running conduit and certified network drops to each reader, budgeting PoE on the closet switch, mounting portal frames and antennas at the designed heights and angles, aiming the antennas, and validating read rates with real tagged product moving at real speed. The software, tags, and read strategy come from your RFID platform vendor.
A portal frame or mounted antennas at the door, a reader within cable-length of those antennas, PoE or local power, conduit down the door jamb that survives a forklift strike, and a homerun network drop back to the closet. Add a switch port with PoE headroom that accounts for everything already on that switch — adding eight readers to a fully loaded switch is a common and avoidable failure.
A pilot is installed by the people who designed it, in the building they designed it for, with someone watching read counts all week. The rollout goes into sixty buildings with different door heights, ceiling structures, and racking, installed by whoever was available, and nobody validates reads until a cycle count disagrees three months later. Consistent mounting heights, antenna aiming, and documented read-rate validation per portal are what close that gap.
No. SRS installs infrastructure and stays vendor-neutral — we work to whatever platform you selected and land the hardware configured to your vendor's specification. Tag selection, encoding scheme, middleware, and application logic belong to your RFID vendor. That separation is deliberate: it means our install recommendations are not steering you toward a product line.
By testing with real tagged product moving through the zone at real forklift speed, then tuning read power and antenna angle until the portal reads what should pass and ignores what shouldn't — the adjacent lane, the staging pile behind it. Results are documented per portal so there is a baseline if read performance is disputed later.
Yes — dock-door and choke-point work is usually scheduled into off-shift or between-shift windows so receiving and shipping aren't interrupted. Conveyor and print-and-apply installs have to be coordinated with the line integrator's commissioning window, since the line is down for both. Give us the operational calendar and the wave plan is built around it.
RFID typically reads tags at fixed choke points — a pallet passes a dock-door portal and gets recorded. RTLS tracks position continuously using anchor grids, usually BLE or UWB. The physical trade is largely the same (mounting at height, PoE, cabling, surveys), but anchor density and placement discipline are much higher for RTLS. SRS installs both.
Both. Operators hire SRS directly to install infrastructure for a platform they have already chosen. RFID and RTLS platform vendors use SRS as a white-label national field arm, installing under their brand at their customers' sites — a channel engagement covered on the RTLS deployment partner page. There is no channel conflict either way, because SRS sells no competing software.
Readers and antennas route through our West or East Coast staging facility, get configured and labeled per site, and ship to a named recipient. Roughly one in six direct-to-site shipments fails on first delivery — wrong dock, no signature, receiving never told — and each failure is a return trip against a schedule. Under about five sites, drop-ship is genuinely fine and cheaper.
Get the portals installed the same way everywhere
Send your site list and your platform vendor's reference design. You get a per-site install model, read-rate validation documented per portal, and one project manager across every building.