Zebra WLMT0-T22B6ABE2-NA Android Mobile Computer with SE4710 Scanner and WiFi 6
Overview
The Zebra TC22 is a commercial-grade Android mobile computer built for frontline workers who need reliable wireless connectivity, fast barcode scanning, and a large display in a single handheld device. The WLMT0-T22B6ABE2-NA configuration pairs WiFi 6 wireless with the SE4710 imager, a 6-inch display, 6GB of RAM, 64GB of internal storage, a 16MP rear-facing camera, and a 5MP front-facing camera — giving warehouse, retail, and light industrial teams a device that handles scan-intensive workflows alongside documentation and communication tasks without switching tools.
The TC22 is part of Zebra's Zebra mobile computing line, purpose-built for enterprise deployments where consumer-grade devices fall short on durability, manageability, and scanning throughput. If you are evaluating enterprise mobile computers for a new or refreshed deployment, this configuration is worth understanding at the spec level before committing.
Key Features
- WiFi 6 (802.11ax) Wireless: WiFi 6 delivers higher throughput and significantly better performance in dense wireless environments — think distribution centers with hundreds of devices hitting the same APs simultaneously. If your facility runs legacy WiFi 5 infrastructure, you'll still connect, but you won't realize the channel efficiency gains until APs are upgraded. Plan your network infrastructure accordingly.
- SE4710 Scan Engine: The SE4710 is a proven Zebra 1D/2D imager capable of reading standard barcodes at typical working distances without requiring precise aim. It handles damaged, low-contrast, and poorly printed labels that consumer camera-based scanners often miss — a meaningful operational difference in high-volume receiving or picking environments where label quality is inconsistent.
- 6-Inch Display: A 6-inch screen gives workers enough real estate to run WMS pick lists, route manifests, or inspection forms without constant scrolling. Larger displays reduce cognitive load on repetitive tasks and make the device genuinely usable for workers wearing gloves — a practical field advantage over smaller-screen alternatives in the same category.
- 6GB RAM / 64GB Storage: 6GB of RAM keeps multi-app workflows — VoIP client, WMS, MDM agent, browser — responsive without thrashing. 64GB of onboard storage provides room for offline data sets, app packages, and logs without relying on expansion media for day-to-day operations.
- 16MP Rear Camera: A 16MP rear camera is capable of capturing documentation-grade images of shipment damage, product defects, or label exceptions. This is materially different from the low-resolution cameras on scan-focused devices that are barely usable for anything beyond QR codes — useful when your workflow requires photographic proof-of-condition alongside scan data.
- 5MP Front-Facing Camera: The 5MP FFC supports video calling and remote assistance workflows. If your operation uses guided work or remote expert tools, a 5MP front camera provides enough resolution for a remote technician to actually see what the worker is looking at — not just a blurry approximation.
- 2-Pin Back Connector: The 2-pin connector on the WLMT0-T22B6ABE2-NA supports Zebra's charging cradle ecosystem. Verify cradle compatibility against your existing TC22 accessories before ordering if you are expanding an existing fleet — not all TC-series cradles are cross-compatible.
Integration and Compatibility
The TC22 runs Android and supports Zebra's Mobility DNA enterprise software suite, which includes tools for device management, app deployment, and workflow configuration. It is designed to integrate with major warehouse management systems and MDM platforms that support Android Enterprise. The SE4710 scan engine outputs standard decoded barcode data, making it compatible with virtually any WMS or ERP front-end that accepts keyboard wedge or intent-based input. Confirm your MDM platform supports the Android version shipping on current TC22 units before finalizing a large-fleet order.
For enterprises running Zebra infrastructure across printing and scanning — label printers, fixed scanners, vehicle mounts — the TC22 fits naturally into a unified Zebra ecosystem managed through a single MDM policy set, reducing the administrative overhead of mixed-vendor fleets.
Frequently Asked Questions
Q: What scan engine does the WLMT0-T22B6ABE2-NA use?
A: The WLMT0-T22B6ABE2-NA uses the Zebra SE4710 imager, which reads both 1D and 2D barcodes and is designed for general-purpose scan-intensive workflows in warehouse, retail, and light industrial environments.
Q: Does the TC22 support WiFi 6?
A: Yes. This configuration includes WiFi 6 (802.11ax) wireless, which delivers improved throughput and channel efficiency in high-device-density environments compared to WiFi 5. Legacy WiFi 5 infrastructure will still work, but the full benefit of WiFi 6 requires compatible access points.
Q: How much memory and storage does the WLMT0-T22B6ABE2-NA have?
A: This configuration includes 6GB of RAM and 64GB of internal storage, providing capacity for multi-application workflows and offline data sets without relying on external media for routine operations.
Q: What cameras are included on the TC22 WLMT0-T22B6ABE2-NA?
A: The device includes a 16MP rear-facing camera for documentation, damage capture, and photo workflows, plus a 5MP front-facing camera for video calling and remote assistance applications.
Q: Is the TC22 compatible with Zebra charging cradles?
A: The WLMT0-T22B6ABE2-NA (often searched as WLMT0 T22B6ABE2 NA) features a 2-pin back connector that is compatible with Zebra's TC22 charging cradle accessories. Verify cradle model compatibility before ordering if mixing with an existing TC-series fleet, as connector configurations vary across TC-series generations.
Q: What wireless standard does this TC22 support?
A: This unit is a WLAN-only configuration with WiFi 6. It does not include cellular (WWAN) connectivity. For deployments requiring cellular data, a different TC22 configuration with WWAN support would be required.
The WLMT0-T22B6ABE2-NA is the configuration I'd recommend when a customer needs a single device to cover barcode scanning, photo documentation, and video calling in a WiFi 6 warehouse environment — the 6GB RAM headroom is what keeps multi-app workflows from becoming a bottleneck mid-shift, and it's a detail that's easy to overlook when comparing TC22 SKUs side-by-side.
Technical Highlights:
- SE4710 Imager: Purpose-built for general-purpose enterprise scanning — handles 1D and 2D barcodes at typical working distances and is noticeably more tolerant of damaged or low-contrast labels than a camera-based scan engine running OCR. For high-volume pick or receiving environments, this matters operationally.
- WiFi 6 Radio: In facilities with 50+ concurrent devices on the same AP cluster, WiFi 6's OFDMA scheduling reduces the connection contention that causes scan-to-confirm latency spikes. That latency kills throughput in WMS-driven pick operations more than most IT teams realize until they see the data.
- 16MP Rear / 5MP Front Cameras: The 16MP rear camera in this configuration is high enough resolution to capture legible images of shipping labels, damaged goods, or product defects for exception workflows — not just a checkbox feature. The 5MP FFC supports remote expert tools at a resolution where the remote technician can actually read what's on a label the worker is holding up.
Deployment Considerations:
- Confirm your MDM platform's Android Enterprise compatibility against the specific Android version shipping on current TC22 production units before committing to a large fleet order — Zebra's Lifecycle Policy page is the authoritative source for OS support windows.
- The 2-pin back connector is TC22-specific — do not assume existing TC51/TC56/TC57 single-slot cradles will work. Cradle procurement needs to be scoped as part of the device order, not as an afterthought.
This device is a strong fit for distribution center receiving docks and retail back-of-house environments where workers shift between scanning incoming freight, photographing exceptions, and communicating with remote supervisors — all within a single shift and a single device.
